| Server IP : 127.0.0.1 / Your IP : 216.73.216.109 Web Server : Apache/2.4.54 (Win64) OpenSSL/1.1.1q PHP/8.1.10 System : Windows NT DESKTOP-E5T4RUN 10.0 build 19045 (Windows 10) AMD64 User : SERVERWEB ( 0) PHP Version : 8.1.10 Disable Function : NONE MySQL : OFF | cURL : ON | WGET : OFF | Perl : OFF | Python : OFF | Sudo : OFF | Pkexec : OFF Directory : C:/Windows/System32/wbem/Repository/ |
Upload File : |
op Y ��]� � a�D} � �F��N � �Wߠ � ��b+� � �{�xu � 5m�U� � �
k,� � ���� E �7�4) � �xݚ� � ��� ȝ�, � �U�c� ~ M�v b 1��� � �u��5 � �� өҎ� X ��8 o ��Ƨ � jZ�%߬�A �� � __SystemClass abstract Cl �
_ _ S y s t e m C l a s s kZ�%߬�� __SystemClass
����E � __NAMESPACE Name
� = � �� string �
_ _ S y s t e m C l a s s lZ�%߬�� __SystemClass �� 1 ����W � __thisNAMESPACE singleton SECURITY_DESCRIPTOR
� P uint8 R �
_ _ S y s t e m C l a s s mZ�%߬�� __SystemClass ��
����N � __Provider abstract Name
� F � �� string �� �
_ _ P r o v i d e r nZ�%߬�h P __Provider & M T { � � � � � ) i } � � K j � � �
V o � � � � ? Y � � � � �
5 G o � � � W UUU�������������������������� ������������������������������������3 � __Win32Provider ClientLoadableCLSID
� E string CLSID
� s string Concurrency
,
� � sint32 DefaultMachineName
� � string Enabled B
� boolean HostingModel (
� U ] e string Values ImpersonationLevel
� � � � sint32 Values � None InitializationReentrancy
�
sint32 Values - 4 ? CLSID Namespace COM Object InitializationTimeoutInterval e <
� � � � datetime SUBTYPE interval InitializeAsAdminFirst
� � boolean OperationTimeoutInterval e 8
� 9 C L datetime SUBTYPE interval PerLocaleInitialization
$
� � boolean PerUserInitialization "
� � boolean Pure &
� � boolean SecurityDescriptor F
� 7 string SupportsExplicitShutdown 2
� x boolean SupportsExtendedStatus 4
� � boolean SupportsQuotas @
� � boolean SupportsSendStatus 0
� , boolean SupportsShutdown D
� f boolean SupportsThrottling 6
� � boolean UnloadTimeout e
� � � � datetime SUBTYPE interval Version
� + uint32 �
_ _ S y s t e m C l a s s oZ�%߬�� __SystemClass �� �" ����Q � __ProviderRegistration abstract f
� A ref:__Provider __ � _ _ P r o v i d e r R e g i s t r a t i o n pZ�%߬�B __ProviderRegistration �� ( 9 � � L ^ � � � � � 0 = e { D����� ���� ����� � __ObjectProviderRegistration abstract InteractionType
� e m u sint32 Values � � � Pull Push PushVerify QuerySupportLevels
� � � � string ValueMap $ 5 WQL:UnarySelect WQL:References WQL:Associators WQL:V1ProviderDefined SupportsBatching
� } boolean SupportsDelete
� � boolean SupportsEnumeration
� � boolean SupportsGet
� ' boolean SupportsPut
� \ boolean SupportsTransactions
� � boolean � _ _ O b j e c t P r o v i d e r R e g i s t r a t i o n qZ�%߬�� 4 & __ObjectProviderRegistration 3 | � �� � �
F d � � � � ��WU���� ���� ����������������������������� � __ClassProviderRegistration CacheRefreshInterval e
(
� _ i r datetime SUBTYPE interval PerUserSchema ,
� � boolean f@ � �� ReferencedSetQueries
� string ResultSetQueries
� > string ReSynchroniseOnNamespaceOpen .
� � boolean UnsupportedQueries $
� � string Version
� � uint32 � _ _ O b j e c t P r o v i d e r R e g i s t r a t i o n rZ�%߬�� & __ObjectProviderRegistration � ����� ���� ����= � __InstanceProviderRegistration f@ � �� � _ _ P r o v i d e r R e g i s t r a t i o n sZ�%߬� __ProviderRegistration � = J r ���� � � __PropertyProviderRegistration f@ � �� SupportsGet
� i boolean SupportsPut
� � boolean vi � _ _ P r o v i d e r R e g i s t r a t i o n tZ�%߬�� __ProviderRegistration � ����; � __MethodProviderRegistration f@ � �� Pr � _ _ P r o v i d e r R e g i s t r a t i o n uZ�%߬�� __ProviderRegistration - �T ��������q � __EventProviderRegistration EventQueryList
� L string f@ � �� � _ _ P r o v i d e r R e g i s t r a t i o n vZ�%߬�� __ProviderRegistration % 9 �` ��������} � __EventConsumerProviderRegistration ConsumerClassNames
� X string f@ � �� at � wZ�%߬�� �� & ����M � __NotifyStatus abstract StatusCode
� E uint32 � _ _ N o t i f y S t a t u s xZ�%߬�J __NotifyStatus F Q x � � � W���������������������� � __ExtendedStatus Description
� > string Operation
� p string ParameterInfo
� � string ProviderName
� � string � yZ�%߬�J �� " � __SecurityRelatedClass abstract Cl � _ _ S e c u r i t y R e l a t e d C l a s s zZ�%߬�o __SecurityRelatedClass @ G n t � � � � Q������ ������������� � __NTLMUser9X Authority
� 8 string Flags
� f sint32 Mask
� � sint32 Name
� � string Type
� � sint32 . �
_ _ S y s t e m C l a s s {Z�%߬�Z __SystemClass �� � __IndicationRelated abstract la � _ _ I n d i c a t i o n R e l a t e d |Z�%߬��
__IndicationRelated �� ( N \ ������������� � __Event abstract SECURITY_DESCRIPTOR
� G uint8 TIME_CREATED
� { uint64 � }Z�%߬�@ �� � __PARAMETERS abstract ET � _ _ E v e n t ~Z�%߬�I
__Event ������������ � __ExtrinsicEvent � _ _ E v e n t Z�%߬�� __Event , ����������������_ � __NamespaceOperationEvent TargetNamespace
� K object:__Namespace � Y/U�� � �3;Q � ��� I�� � .z@�� � ���^ � �z
�� � c� �� � � � � �~M � �l�� � � �H� c ��MS � K*�19
DW�^F
� <_;�� ! ����� � 4�Ss� � �Ρ�k �nI� � �ָt et�� / �'!t� �v{�� ~ 3�`AE Z _ _ N a m e s p a c e O p e r a t i o n E v e n t �Z�%߬�g # __NamespaceOperationEvent ?���������������� � __NamespaceCreationEvent � _ _ N a m e s p a c e O p e r a t i o n E v e n t �Z�%߬�g # __NamespaceOperationEvent ?���������������� � __NamespaceDeletionEvent � _ _ N a m e s p a c e O p e r a t i o n E v e n t �Z�%߬�� # __NamespaceOperationEvent 1 ��������������������d � __NamespaceModificationEvent PreviousNamespace
� P object:__Namespace � _ _ E v e n t �Z�%߬�� __Event $ ����������������K � __ClassOperationEvent TargetClass
� C object � _ _ C l a s s O p e r a t i o n E v e n t �Z�%߬�_ __ClassOperationEvent ?���������������� � __ClassCreationEvent � _ _ C l a s s O p e r a t i o n E v e n t �Z�%߬�_ __ClassOperationEvent ?���������������� � __ClassDeletionEvent � _ _ C l a s s O p e r a t i o n E v e n t �Z�%߬�� __ClassOperationEvent ) ��������������������P � __ClassModificationEvent PreviousClass
� H object � _ _ E v e n t �Z�%߬�� __Event * ����������������Q � __InstanceOperationEvent TargetInstance
� I object � _ _ I n s t a n c e O p e r a t i o n E v e n t �Z�%߬�e " __InstanceOperationEvent ?���������������� � __InstanceCreationEvent � _ _ I n s t a n c e O p e r a t i o n E v e n t �Z�%߬�e " __InstanceOperationEvent ?���������������� � __InstanceDeletionEvent � _ _ I n s t a n c e O p e r a t i o n E v e n t �Z�%߬�� " __InstanceOperationEvent / ��������������������V � __InstanceModificationEvent PreviousInstance
� N object � _ _ I n s t a n c e O p e r a t i o n E v e n t �Z�%߬� " __InstanceOperationEvent ! H T { � ���������������������������� � __MethodInvocationEvent Method
� @ string Parameters
� s object PreCall
� � boolean � _ _ E v e n t �Z�%߬�� __Event A J _��������������������q � __TimerEvent NumFirings
� 9 uint32 TimerId
� i string � _ _ I n d i c a t i o n R e l a t e d �Z�%߬�� __IndicationRelated " I Y ��������� � __AggregateEvent NumberOfEvents
� A uint32 Representative
� x object � _ _ I n d i c a t i o n R e l a t e d �Z�%߬�V
__IndicationRelated �� ' X e � � ��������� � � __EventConsumer abstract CreatorSID
� Q � �� uint8 MachineName
� � string MaximumQueueSize
� � � � uint32 units bytes � _ _ I n d i c a t i o n R e l a t e d �Z�%߬�� __IndicationRelated L Y � � � � � � , Q�����S ����������������c � __EventFilter CreatorSID
� E � �� uint8 EventAccess
� x string EventNamespace
� � string Name
� � � �� string Query
� string QueryLanguage
� K string � _ _ I n d i c a t i o n R e l a t e d �Z�%߬�� __IndicationRelated �� ( 2 q } � � 5 = z � � � ������������� � � __FilterToConsumerBinding Association Consumer f
� \ � �� ref:__EventConsumer CreatorSID
� � � �� uint8 DeliverSynchronously
� � � �� boolean not_null DeliveryQoS
� - uint32 Filter f
� g � �� ref:__EventFilter MaintainSecurityContext
� � boolean SlowDownProviders
� � boolean � _ _ I n d i c a t i o n R e l a t e d �Z�%߬�] __IndicationRelated �� � __EventGenerator abstract � _ _ E v e n t G e n e r a t o r �Z�%߬�� __EventGenerator �� , T ] ���� � � __TimerInstruction abstract SkipIfPassed
� K boolean TimerId
� � � �� string as � _ _ T i m e r I n s t r u c t i o n �Z�%߬�� __TimerInstruction + ���� ����i � __AbsoluteTimerInstruction EventDateTime e
� U _ �� datetime not_null � _ _ T i m e r I n s t r u c t i o n �Z�%߬�� __TimerInstruction 3 ���� ����� � __IntervalTimerInstruction IntervalBetweenEvents )
� j r ��| � uint32 not_null units milliseconds er � _ _ I n d i c a t i o n R e l a t e d �Z�%߬��
__IndicationRelated ' c l ������������� � __TimerNextFiring NextEvent64BitTime
� Q Y �� sint64 not_null TimerId
� � � �� string � C I M _ E r r o r �Z�%߬�� G CIM_Error � � w � � � ���������������������������������������������������������������������E � MSFT_WmiError Description A Windows error object that encapsulates what is in CIM_Error as well as includes error code, errorCategory, errorMessage and errorType. error_Category 8
� � � � uint16 Description Error Category. error_Code 4 )
� K S ��] j uint32 Required Description Error code. error_Type :
� � � � string Description Error Type. error_WindowsErrorMessage >
� - string Description Windows error message. �
M S F T _ W m i E r r o r �Z�%߬�L K MSFT_WmiError " � � ��������������������������������������������������������������������������� � MSFT_ExtendedStatus Description A Windows error object that encapsulates what is in CIM_Error as well as includes original_error. original_error
B
� � object � _ _ S e c u r i t y R e l a t e d C l a s s �Z�%߬� __SecurityRelatedClass �� . U [ � � � � O ] U������������������������������ � __SecurityDescriptor abstract ControlFlags
� M uint32 DACL
� � � �� object:__ACE Group
� � � �� object:__ACE Owner
� � �� object:__ACE SACL
� A � �� object:__ACE TIME_CREATED
� | uint64 � 2B �Z�%߬�B 8 A �� ( ��3 C Q ^ V e � � [ h � � 6 ? � ! �! �! # # �$ �$ �% �% �& ' �, �, �? �? j@ ~@ UUU����������������������������������������������������A � CIM_Error Indication Version 2.22.1 Exception UMLPackagePath CIM::Interop Description CIM_Error is a specialized class that contains information about the severity, cause, recommended actions and other data related to the failure of a CIM Operation. Instances of this type MAY be included as part of the response to a CIM Operation. CIMStatusCode
, R
� � � � 4
<
" , ' k � uint32 Description The CIM status code that characterizes this instance.
This property defines the status codes that MAY be return by a conforming CIM Server or Listener. Note that not all status codes are valid for each operation. The specification for each operation SHOULD define the status codes that may be returned by that operation.
The following values for CIM status code are defined:
1 - CIM_ERR_FAILED. A general error occurred that is not covered by a more specific error code.
2 - CIM_ERR_ACCESS_DENIED. Access to a CIM resource was not available to the client.
3 - CIM_ERR_INVALID_NAMESPACE. The target namespace does not exist.
4 - CIM_ERR_INVALID_PARAMETER. One or more parameter values passed to the method were invalid.
5 - CIM_ERR_INVALID_CLASS. The specified Class does not exist.
6 - CIM_ERR_NOT_FOUND. The requested object could not be found.
7 - CIM_ERR_NOT_SUPPORTED. The requested operation is not supported.
8 - CIM_ERR_CLASS_HAS_CHILDREN. Operation cannot be carried out on this class since it has instances.
9 - CIM_ERR_CLASS_HAS_INSTANCES. Operation cannot be carried out on this class since it has instances.
10 - CIM_ERR_INVALID_SUPERCLASS. Operation cannot be carried out since the specified superclass does not exist.
11 - CIM_ERR_ALREADY_EXISTS. Operation cannot be carried out because an object already exists.
12 - CIM_ERR_NO_SUCH_PROPERTY. The specified Property does not exist.
13 - CIM_ERR_TYPE_MISMATCH. The value supplied is incompatible with the type.
14 - CIM_ERR_QUERY_LANGUAGE_NOT_SUPPORTED. The query language is not recognized or supported.
15 - CIM_ERR_INVALID_QUERY. The query is not valid for the specified query language.
16 - CIM_ERR_METHOD_NOT_AVAILABLE. The extrinsic Method could not be executed.
17 - CIM_ERR_METHOD_NOT_FOUND. The specified extrinsic Method does not exist.
18 - CIM_ERR_UNEXPECTED_RESPONSE. The returned response to the asynchronous operation was not expected.
19 - CIM_ERR_INVALID_RESPONSE_DESTINATION. The specified destination for the asynchronous response is not valid.
20 - CIM_ERR_NAMESPACE_NOT_EMPTY. The specified Namespace is not empty.
21 - CIM_ERR_INVALID_ENUMERATION_CONTEXT. The enumeration context supplied is not valid.
22 - CIM_ERR_INVALID_OPERATION_TIMEOUT. The specified Namespace is not empty.
23 - CIM_ERR_PULL_HAS_BEEN_ABANDONED. The specified Namespace is not empty.
24 - CIM_ERR_PULL_CANNOT_BE_ABANDONED. The attempt to abandon a pull operation has failed.
25 - CIM_ERR_FILTERED_ENUMERATION_NOT_SUPPORTED. Filtered Enumeratrions are not supported.
26 - CIM_ERR_CONTINUATION_ON_ERROR_NOT_SUPPORTED. Continue on error is not supported.
27 - CIM_ERR_SERVER_LIMITS_EXCEEDED. The WBEM Server limits have been exceeded (e.g. memory, connections, ...).
28 - CIM_ERR_SERVER_IS_SHUTTING_DOWN. The WBEM Server is shutting down.
29 - CIM_ERR_QUERY_FEATURE_NOT_SUPPORTED. The specified Query Feature is not supported. Values �
�
�
�
, ? V r � � � � � 1 O i � � � � 2 T � � � � CIM_ERR_FAILED CIM_ERR_ACCESS_DENIED CIM_ERR_INVALID_NAMESPACE CIM_ERR_INVALID_PARAMETER CIM_ERR_INVALID_CLASS CIM_ERR_NOT_FOUND CIM_ERR_NOT_SUPPORTED CIM_ERR_CLASS_HAS_CHILDREN CIM_ERR_CLASS_HAS_INSTANCES CIM_ERR_INVALID_SUPERCLASS CIM_ERR_ALREADY_EXISTS CIM_ERR_NO_SUCH_PROPERTY CIM_ERR_TYPE_MISMATCH CIM_ERR_QUERY_LANGUAGE_NOT_SUPPORTED CIM_ERR_INVALID_QUERY CIM_ERR_METHOD_NOT_AVAILABLE CIM_ERR_METHOD_NOT_FOUND CIM_ERR_UNEXPECTED_RESPONSE CIM_ERR_INVALID_RESPONSE_DESTINATION CIM_ERR_NAMESPACE_NOT_EMPTY CIM_ERR_INVALID_ENUMERATION_CONTEXT CIM_ERR_INVALID_OPERATION_TIMEOUT CIM_ERR_PULL_HAS_BEEN_ABANDONED CIM_ERR_PULL_CANNOT_BE_ABANDONED CIM_ERR_FILTERED_ENUMERATION_NOT_SUPPORTED CIM_ERR_CONTINUATION_ON_ERROR_NOT_SUPPORTED CIM_ERR_SERVER_LIMITS_EXCEEDED CIM_ERR_SERVER_IS_SHUTTING_DOWN CIM_ERR_QUERY_FEATURE_NOT_SUPPORTED DMTF Reserved ValueMap � � � � � � � � � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 .. MappingStrings 3 P DSP0201.DMTF|ERROR.CODE|2.3 DSP0200.DMTF|CIMError|1.3 ModelCorrespondence � CIM_Error.CIMStatusCodeDescription CIMStatusCodeDescription 0 8
� ! � � % : string Description A free-form string containing a human-readable description of CIMStatusCode. This description MAY extend, but MUST be consistent with, the definition of CIMStatusCode. MappingStrings �
DSP0201.DMTF|ERROR.DESCRIPTION|2.3 DSP0200.DMTF|CIMError|1.3 ModelCorrespondence B CIM_Error.CIMStatusCode ErrorSource
" +
� � � � F [ string Description The identifying information of the entity (i.e., the instance) generating the error. If this entity is modeled in the CIM Schema, this property contains the path of the instance encoded as a string parameter. If not modeled, the property contains some identifying string that names the entity that generated the error. The path or identifying string is formatted per the ErrorSourceFormat property. ModelCorrespondence c CIM_Error.ErrorSourceFormat ErrorSourceFormat & E
� � � � 4 I � � � � uint16 Description An array containing the dynamic content of the message. ModelCorrespondence U l CIM_Error.ErrorSource CIM_Error.OtherErrorSourceFormat ValueMap � � � � 0 1 2 .. Values � � � � Unknown Other CIMObjectPath DMTF Reserved ErrorType E
� a i v z � � � � uint16 Description Primary classification of the error. The following values are defined:
2 - Communications Error. Errors of this type are principally associated with the procedures and/or processes required to convey information from one point to another.
3 - Quality of Service Error. Errors of this type are principally associated with failures that result in reduced functionality or performance.
4 - Software Error. Error of this type are principally associated with a software or processing fault.
5 - Hardware Error. Errors of this type are principally associated with an equipment or hardware failure.
6 - Environmental Error. Errors of this type are principally associated with a failure condition relating the to facility, or other environmental considerations.
7 - Security Error. Errors of this type are associated with security violations, detection of viruses, and similar issues.
8 - Oversubscription Error. Errors of this type are principally associated with the failure to allocate sufficient resources to complete the operation.
9 - Unavailable Resource Error. Errors of this type are principally associated with the failure to access a required resource.
10 -Unsupported Operation Error. Errors of this type are principally associated with requests that are not supported. ValueMap � � � � � � � � � � � � 0 1 2 3 4 5 6 7 8 9 10 .. Values # * @ Z j z � � � � � Unknown Other Communications Error Quality of Service Error Software Error Hardware Error Environmental Error Security Error Oversubscription Error Unavailable Resource Error Unsupported Operation Error DMTF Reserved ModelCorrespondence CIM_Error.OtherErrorType Message +
� x � � � � string Description The formatted message. This message is constructed by combining some or all of the dynamic elements specified in the MessageArguments property with the static elements uniquely identified by the MessageID in a message registry or other catalog associated with the OwningEntity. ModelCorrespondence � � CIM_Error.MessageID CIM_Error.MessageArguments MessageArguments +
� A! I! V! �! �! string Description An array containing the dynamic content of the message. ModelCorrespondence �! �! CIM_Error.MessageID CIM_Error.Message MessageID
6
� '" /" ��9" F" �" �" string Required Description An opaque string that uniquely identifies, within the scope of the OwningEntity, the format of the Message. ModelCorrespondence �" �" CIM_Error.Message CIM_Error.MessageArguments OtherErrorSourceFormat ( +
� T# \# i# _$ t$ string Description A string defining "Other" values for ErrorSourceFormat. This value MUST be set to a non NULL value when ErrorSourceFormat is set to a value of 1 ("Other"). For all other values of ErrorSourceFormat, the value of this string must be set to NULL. ModelCorrespondence |$ CIM_Error.ErrorSourceFormat OtherErrorType +
� �$ �$ �$ T% i% string Description A free-form string describing the ErrorType when 1, "Other", is specified as the ErrorType. ModelCorrespondence q% CIM_Error.ErrorType OwningEntity
� �% �% �% string Description A string that uniquely identifies the entity that owns the definition of the format of the Message described in this instance. OwningEntity MUST include a copyrighted, trademarked or otherwise unique name that is owned by the business entity or standards body defining the format. PerceivedSeverity E
� U' ]' j' �+ �+ �+ �+ o, , uint16 Description An enumerated value that describes the severity of the Indication from the notifier's point of view:
0 - the Perceived Severity of the indication is unknown or indeterminate.
1 - Other, by CIM convention, is used to indicate that the Severity's value can be found in the OtherSeverity property.
2 - Information should be used when providing an informative response.
3 - Degraded/Warning should be used when its appropriate to let the user decide if action is needed.
4 - Minor should be used to indicate action is needed, but the situation is not serious at this time.
5 - Major should be used to indicate action is needed NOW.
6 - Critical should be used to indicate action is needed NOW and the scope is broad (perhaps an imminent outage to a critical resource will result).
7 - Fatal/NonRecoverable should be used to indicate an error occurred, but it's too late to take remedial action.
2 and 0 - Information and Unknown (respectively) follow common usage. Literally, the Error is purely informational or its severity is simply unknown. ValueMap �+ �+ �+ �+ �+ �+ �+ �+ �+ 0 1 2 3 4 5 6 7 .. Values , , , , 2, 9, @, J, `, Unknown Other Information Degraded/Warning Minor Major Critical Fatal/NonRecoverable DMTF Reserved MappingStrings �, Recommendation.ITU|X733.Perceived severity ProbableCause R
� "- *- 7- |- �- �- . @. J. �2 �2 uint16 Description An enumerated value that describes the probable cause of the error. MappingStrings �- �- �- Recommendation.ITU|X733.Probable cause Recommendation.ITU|M3100.probableCause ITU-IANA-ALARM-TC ModelCorrespondence . CIM_Error.ProbableCauseDescription ValueMap � ^0 a0 d0 g0 j0 m0 p0 s0 v0 y0 |0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 1 1 1 1 1 1 1 1 1 $1 (1 ,1 01 41 81 <1 @1 D1 H1 L1 P1 T1 X1 \1 `1 d1 h1 l1 p1 t1 x1 |1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 2 2 2 2 2 2 2 %2 *2 /2 42 92 >2 C2 H2 M2 R2 W2 \2 a2 f2 k2 p2 u2 z2 2 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 .. Values � �4 �4 �4 �4 �4 �4 5 45 V5 y5 �5 �5 �5 �5 �5 �5 6 6 .6 A6 P6 `6 o6 }6 �6 �6 �6 �6 �6 �6 7 7 77 L7 [7 p7 �7 �7 �7 �7 �7 �7 8 8 >8 _8 x8 �8 �8 �8 �8 9 /9 B9 R9 g9 y9 �9 �9 �9 �9 �9 : %: A: _: t: �: �: �: �: �: �: �: ; ; 6; P; a; t; �; �; �; �; �; �; < < ;< O< e< }< �< �< �< �< �< �< �< = = "= -= <= H= U= \= m= �= �= �= �= �= �= �= > 5> M> e> �> �> �> �> �> �> ? ? ,? C? S? e? }? Unknown Other Adapter/Card Error Application Subsystem Failure Bandwidth Reduced Connection Establishment Error Communications Protocol Error Communications Subsystem Failure Configuration/Customization Error Congestion Corrupt Data CPU Cycles Limit Exceeded Dataset/Modem Error Degraded Signal DTE-DCE Interface Error Enclosure Door Open Equipment Malfunction Excessive Vibration File Format Error Fire Detected Flood Detected Framing Error HVAC Problem Humidity Unacceptable I/O Device Error Input Device Error LAN Error Non-Toxic Leak Detected Local Node Transmission Error Loss of Frame Loss of Signal Material Supply Exhausted Multiplexer Problem Out of Memory Output Device Error Performance Degraded Power Problem Pressure Unacceptable Processor Problem (Internal Machine Error) Pump Failure Queue Size Exceeded Receive Failure Receiver Failure Remote Node Transmission Error Resource at or Nearing Capacity Response Time Excessive Retransmission Rate Excessive Software Error Software Program Abnormally Terminated Software Program Error (Incorrect Results) Storage Capacity Problem Temperature Unacceptable Threshold Crossed Timing Problem Toxic Leak Detected Transmit Failure Transmitter Failure Underlying Resource Unavailable Version Mismatch Previous Alert Cleared Login Attempts Failed Software Virus Detected Hardware Security Breached Denial of Service Detected Security Credential Mismatch Unauthorized Access Alarm Received Loss of Pointer Payload Mismatch Transmission Error Excessive Error Rate Trace Problem Element Unavailable Element Missing Loss of Multi Frame Broadcast Channel Failure Invalid Message Received Routing Failure Backplane Failure Identifier Duplication Protection Path Failure Sync Loss or Mismatch Terminal Problem Real Time Clock Failure Antenna Failure Battery Charging Failure Disk Failure Frequency Hopping Failure Loss of Redundancy Power Supply Failure Signal Quality Problem Battery Discharging Battery Failure Commercial Power Problem Fan Failure Engine Failure Sensor Failure Fuse Failure Generator Failure Low Battery Low Fuel Low Water Explosive Gas High Winds Ice Buildup Smoke Memory Mismatch Out of CPU Cycles Software Environment Problem Software Download Failure Element Reinitialized Timeout Logging Problems Leak Detected Protection Mechanism Failure Protecting Resource Failure Database Inconsistency Authentication Failure Breach of Confidentiality Cable Tamper Delayed Information Duplicate Information Information Missing Information Modification Information Out of Sequence Key Expired Non-Repudiation Failure Out of Hours Activity Out of Service Procedural Error Unexpected Information DMTF Reserved ProbableCauseDescription +
� �? �? �? 4@ I@ string Description A free-form string describing the probable cause of the error. ModelCorrespondence Q@ CIM_Error.ProbableCause RecommendedActions
� �@ �@ �@ string Description A free-form string describing recommended actions to take to resolve the error. 8 �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�% �Z�%߬��% $ A �� ��& / 7 G S ` ~ � � � V l F V � � � � � � } � UU�����������������������������������$ � CIM_Indication Indication Abstract Version 2.24.0 UMLPackagePath CIM::Event Description CIM_Indication is the abstract root class for all notifications about changes in schema, objects and their data, and about events detected by providers and instrumentation. Subclasses represent specific types of notifications.
To receive an Indication, a consumer (or subscriber) must create an instance of CIM_IndicationFilter describing the criteria of the notification, an instance of CIM_ListenerDestination describing the delivery of the notification, and an instance of CIM_IndicationSubscription associating the Filter and Handler. CorrelatedIndications 8
� � � � P ` � � string Description A list of IndicationIdentifiers whose notifications are correlated with (related to) this one. MappingStrings h Recommendation.ITU|X733.Correlated notifications ModelCorrespondence � CIM_Indication.IndicationIdentifier IndicationFilterName +
� + 3 @ 3 string Description An identifier for the indication filter that selects this indication and causes it to be sent. This property is to be filled out by the indication sending service. The value shall be correlatable with the Name property of the instance of CIM_IndicationFilter describing the criteria of the indication. The value of the IndicationFilterName should be formatted using the following algorithm: < OrgID > : < LocalID >, where < OrgID > and < LocalID > are separated by a colon (:) and < OrgID > shall include a copyrighted, trademarked, or otherwise unique name that is owned by the business entity that is creating or defining the value or that is a registered ID assigned to the business entity by a recognized global authority. In addition, to ensure uniqueness, < OrgID > shall not contain a colon (:).When using this algorithm, the first colon to appear in the value shall appear between < OrgID > and < LocalID >. < LocalID > is chosen by the business entity and shall be used uniquely. ModelCorrespondence ; CIM_IndicationFilter.Name IndicationIdentifier +
� � � � �
string Description An identifier for the Indication. This property is similar to a key value in that it can be used for identification, when correlating Indications (see the CorrelatedIndications array). Its value SHOULD be unique as long as correlations are reported, but MAY be reused or left NULL if no future Indications will reference it in their CorrelatedIndications array.To ensure uniqueness, the value of IndicationIdentifier should be constructed using the following "preferred" algorithm:
<OrgID>:<LocalID>
Where <OrgID> and <LocalID> are separated by a colon (:), and where <OrgID> must include a copyrighted, trademarked, or otherwise unique name that is owned by the business entity that is creating or defining the IndicationIdentifier or that is a recognized ID that is assigned to the business entity by a recognized global authority. (This requirement is similar to the <Schema Name>_<Class Name> structure of Schema class names.) In addition, to ensure uniqueness <OrgID> must not contain a colon (:). When using this algorithm, the first colon to appear in IndicationIdentifier must appear between <OrgID> and <LocalID>.
<LocalID> is chosen by the business entity and should not be re-used to identify different underlying (real-world) elements.
If the above "preferred" algorithm is not used, the defining entity should assure that the resulting IndicationIdentifier is not re-used across any IndicationIdentifiers that are produced by this or other providers for the NameSpace of this instance.
For DMTF-defined instances, the "preferred" algorithm should be used with the <OrgID> set to CIM. MappingStrings Recommendation.ITU|X733.Notification identifier IndicationTime e
� � � � datetime Description The time and date of creation of the Indication. The property may be set to NULL if the entity creating the Indication is not capable of determining this information. Note that IndicationTime may be the same for two Indications that are generated in rapid succession. OtherSeverity +
� � � ` u string Description Holds the value of the user defined severity value when 'PerceivedSeverity' is 1 ("Other"). ModelCorrespondence } CIM_AlertIndication.PerceivedSeverity PerceivedSeverity E
�
� � � � � uint16 Description An enumerated value that describes the severity of the Indication from the notifier's point of view:
1 - Other, by CIM convention, is used to indicate that the Severity's value can be found in the OtherSeverity property.
3 - Degraded/Warning should be used when its appropriate to let the user decide if action is needed.
4 - Minor should be used to indicate action is needed, but the situation is not serious at this time.
5 - Major should be used to indicate action is needed NOW.
6 - Critical should be used to indicate action is needed NOW and the scope is broad (perhaps an imminent outage to a critical resource will result).
7 - Fatal/NonRecoverable should be used to indicate an error occurred, but it's too late to take remedial action.
2 and 0 - Information and Unknown (respectively) follow common usage. Literally, the Indication is purely informational or its severity is simply unknown. ValueMap � � � � � � � � � 0 1 2 3 4 5 6 7 .. Values * 3 : G Y ` g q � Unknown Other Information Degraded/Warning Minor Major Critical Fatal/NonRecoverable DMTF Reserved MappingStrings � Recommendation.ITU|X733.Perceived severity SequenceContext +
� $ , 9 A V string Description The sequence context portion of a sequence identifier for the indication. The sequence number portion of the sequence identifier is provided by the SequenceNumber property. The combination of both property values represents the sequence identifier for the indication.
The sequence identifier for the indication enables a CIM listener to identify duplicate indications when the CIM service attempts the delivery retry of indications, to reorder indications that arrive out-of-order, and to detect lost indications.
If a CIM service does not support sequence identifiers for indications, this property shall be NULL.
If a CIM service supports sequence identifiers for indications, this property shall be maintained by the CIM service for each registered listener destination, and its value shall uniquely identify the CIM service and the indication service within the CIM service such that restarts of the CIM service and deregistration of listener destinations to the CIM service cause the value to change, without reusing earlier values for a sufficiently long time.
When retrying the delivery of an indication, this property shall have the same value as in the original delivery.
To guarantee this uniqueness, the property value should be constructed using the following format (defined in ABNF): sequence-context = indication-service-name "#" cim-service-start-id "#" listener-destination-creation-time
Where: indication-service-name is the value of the Name property of the CIM_IndicationService instance responsible for delivering the indication. cim-service-start-id is an identifier that uniquely identifies the CIM service start, for example via a timestamp of the start time, or via a counter that increases for each start or restart. listener-destination-creation-time is a timestamp of the creation time of the CIM_ListenerDestination instance representing the listener destination.
Since this format is only a recommendation, CIM clients shall treat the value as an opaque identifier for the sequence context and shall not rely on this format. ModelCorrespondence ^ CIM_Indication.SequenceNumber SequenceNumber +
� � � � �$ �$ sint64 Description The sequence number portion of a sequence identifier for the indication. The sequence context portion of the sequence identifier is provided by the SequenceContext property. The combination of both property values represents the sequence identifier for the indication.
The sequence identifier for the indication enables a CIM listener to identify duplicate indications when the CIM service attempts the delivery retry of indications, to reorder indications that arrive out-of-order, and to detect lost indications.
If a CIM service does not support sequence identifiers for indications, this property shall be NULL.
If a CIM service supports sequence identifiers for indications, this property shall be maintained by the CIM service for each registered listener destination, and its value shall uniquely identify the indication within the sequence context provided by SequenceContext. It shall start at 0 whenever the sequence context string changes. Otherwise, it shall be increased by 1 for every new indication to that listener destination, and it shall wrap to 0 when the value range is exceeded.
When retrying the delivery of an indication, this property shall have the same value as in the original delivery. ModelCorrespondence �$ CIM_Indication.SequenceContext st �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�:�P �
��%<G >�ȐZ
��Y_ �
E v e n t T r a c e �i�%߬��
EventTrace ) � �� H P Z a 5 < U��������`
� PlatformLibraryTraceGuid guid {485e7de8-0a80-11d8-ad15-505054503030} locale MS\0x409 Flags +
� � � � > L uint32 ValueDescriptions 9 Y s � � � � ) J k � � � � 1 R s � � � � 9 Z { � � � � PLATFORM_TRACE_DRIVERSTOP Flag PLATFORM_TRACE_INIT Flag PLATFORM_TRACE_CONFIG Flag PLATFORM_TRACE_TRACING Flag PLATFORM_TRACE_ERROR_REPORTING Flag PLATFORM_TRACE_SECURITY Flag PLATFORM_TRACE_LOG Flag PLATFORM_TRACE_RESERVED_07 Flag PLATFORM_TRACE_RESERVED_08 Flag PLATFORM_TRACE_RESERVED_09 Flag PLATFORM_TRACE_RESERVED_0a Flag PLATFORM_TRACE_RESERVED_0b Flag PLATFORM_TRACE_RESERVED_0c Flag PLATFORM_TRACE_RESERVED_0d Flag PLATFORM_TRACE_RESERVED_0e Flag PLATFORM_TRACE_RESERVED_0f Flag PLATFORM_TRACE_RESERVED_10 Flag PLATFORM_TRACE_RESERVED_11 Flag PLATFORM_TRACE_RESERVED_12 Flag PLATFORM_TRACE_RESERVED_13 Flag PLATFORM_TRACE_RESERVED_14 Flag PLATFORM_TRACE_RESERVED_15 Flag PLATFORM_TRACE_RESERVED_16 Flag PLATFORM_TRACE_RESERVED_17 Flag PLATFORM_TRACE_RESERVED_18 Flag PLATFORM_TRACE_RESERVED_19 Flag PLATFORM_TRACE_RESERVED_1a Flag PLATFORM_TRACE_RESERVED_1b Flag PLATFORM_TRACE_RESERVED_1c Flag PLATFORM_TRACE_RESERVED_1d Flag PLATFORM_TRACE_RESERVED_1e Flag PLATFORM_TRACE_FUNCTION Flag DefineValues � � / O h | � � � � $ @ \ x � � � � < X t � � � � PLATFORM_TRACE_DRIVERSTOP PLATFORM_TRACE_INIT PLATFORM_TRACE_CONFIG PLATFORM_TRACE_TRACING PLATFORM_TRACE_ERROR_REPORTING PLATFORM_TRACE_SECURITY PLATFORM_TRACE_LOG PLATFORM_TRACE_RESERVED_07 PLATFORM_TRACE_RESERVED_08 PLATFORM_TRACE_RESERVED_09 PLATFORM_TRACE_RESERVED_0a PLATFORM_TRACE_RESERVED_0b PLATFORM_TRACE_RESERVED_0c PLATFORM_TRACE_RESERVED_0d PLATFORM_TRACE_RESERVED_0e PLATFORM_TRACE_RESERVED_0f PLATFORM_TRACE_RESERVED_10 PLATFORM_TRACE_RESERVED_11 PLATFORM_TRACE_RESERVED_12 PLATFORM_TRACE_RESERVED_13 PLATFORM_TRACE_RESERVED_14 PLATFORM_TRACE_RESERVED_15 PLATFORM_TRACE_RESERVED_16 PLATFORM_TRACE_RESERVED_17 PLATFORM_TRACE_RESERVED_18 PLATFORM_TRACE_RESERVED_19 PLATFORM_TRACE_RESERVED_1a PLATFORM_TRACE_RESERVED_1b PLATFORM_TRACE_RESERVED_1c PLATFORM_TRACE_RESERVED_1d PLATFORM_TRACE_RESERVED_1e PLATFORM_TRACE_FUNCTION Level 8
� � � �
N
Y
uint32 DefineValues � � � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE ValueMap 5
:
?
D
I
0x1 0x2 0x3 0x4 0x5 ValueType index SE �
E v e n t T r a c e �i�%߬�� EventTrace ) � �� B J T [ Q X U��������| � FrameworkTraceGuid guid {485e7de9-0a80-11d8-ad15-505054503030} locale MS\0x409 Flags +
� � � � I W uint32 ValueDescriptions 3 F Y p � � � � � � 4 L ` t � � � � # > Y t � � � � � 1 FX_TRACE_API Flag FX_TRACE_DDI Flag FX_TRACE_GENERAL Flag FX_TRACE_OBJECT Flag FX_TRACE_DRVMGR Flag FX_TRACE_DRIVER Flag FX_TRACE_DEVICE Flag FX_TRACE_REQUEST Flag FX_TRACE_FILEOBJECT Flag FX_TRACE_IO Flag FX_TRACE_PNP Flag FX_TRACE_LOADER Flag FX_TRACE_IOTARGET Flag FX_TRACE_FUNC Flag FX_TRACE_INIT Flag FX_TRACE_USB_IOTARGET Flag FX_TRACE_WIN32_IOTARGET Flag FX_TRACE_REMOTE_IOTARGET Flag FX_TRACE_REMOTE_INTERFACE Flag FX_TRACE_RESERVED_13 Flag FX_TRACE_RESERVED_14 Flag FX_TRACE_RESERVED_15 Flag FX_TRACE_RESERVED_16 Flag FX_TRACE_RESERVED_17 Flag FX_TRACE_RESERVED_18 Flag FX_TRACE_RESERVED_19 Flag FX_TRACE_RESERVED_1a Flag FX_TRACE_RESERVED_1b Flag FX_TRACE_RESERVED_1c Flag FX_TRACE_RESERVED_1d Flag FX_TRACE_RESERVED_1e Flag FX_TRACE_FUNCTION Flag DefineValues � � � + < M _ t � � � � � � � 6 L b x � � � � � � ( > FX_TRACE_API FX_TRACE_DDI FX_TRACE_GENERAL FX_TRACE_OBJECT FX_TRACE_DRVMGR FX_TRACE_DRIVER FX_TRACE_DEVICE FX_TRACE_REQUEST FX_TRACE_FILEOBJECT FX_TRACE_IO FX_TRACE_PNP FX_TRACE_LOADER FX_TRACE_IOTARGET FX_TRACE_FUNC FX_TRACE_INIT FX_TRACE_USB_IOTARGET FX_TRACE_WIN32_IOTARGET FX_TRACE_REMOTE_IOTARGET FX_TRACE_REMOTE_INTERFACE FX_TRACE_RESERVED_13 FX_TRACE_RESERVED_14 FX_TRACE_RESERVED_15 FX_TRACE_RESERVED_16 FX_TRACE_RESERVED_17 FX_TRACE_RESERVED_18 FX_TRACE_RESERVED_19 FX_TRACE_RESERVED_1a FX_TRACE_RESERVED_1b FX_TRACE_RESERVED_1c FX_TRACE_RESERVED_1d FX_TRACE_RESERVED_1e FX_TRACE_FUNCTION Level 8
� � � � / 9 j u uint32 DefineValues � � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE ValueMap Q V [ ` e 0x1 0x2 0x3 0x4 0x5 ValueType index CE �
E v e n t T r a c e �i�%߬�� EventTrace ) � �� D L V ] C J U��������n � HostProcessTraceGuid guid {485e7df0-0a80-11d8-ad15-505054503030} locale MS\0x409 Flags +
� � � � � � uint32 ValueDescriptions 5 N g � � � � � 1 I b ~ � � � � : a | � � � � 9 T o � � HOSTPROC_TRACE_API Flag HOSTPROC_TRACE_DDI Flag HOSTPROC_TRACE_GENERAL Flag HOSTPROC_TRACE_OBJECT Flag HOSTPROC_TRACE_DRVMGR Flag HOSTPROC_TRACE_DRIVER Flag HOSTPROC_TRACE_DEVICE Flag HOSTPROC_TRACE_REQUEST Flag HOSTPROC_TRACE_FILEOBJECT Flag HOSTPROC_TRACE_IO Flag HOSTPROC_TRACE_PNP Flag HOSTPROC_TRACE_LOADER Flag HOSTPROC_TRACE_IOTARGET Flag HOSTPROC_TRACE_FUNC Flag HOSTPROC_TRACE_INIT Flag HOSTPROC_TRACE_DISPATCHER Flag HOSTPROC_TRACE_WIN32_DISPATCHER Flag HOSTPROC_TRACE_USB_DISPATCHER Flag HOSTPROC_TRACE_REMOTE_DISPATCHER Flag HOSTPROC_RESERVED_13 Flag HOSTPROC_RESERVED_14 Flag HOSTPROC_RESERVED_15 Flag HOSTPROC_RESERVED_16 Flag HOSTPROC_RESERVED_17 Flag HOSTPROC_RESERVED_18 Flag HOSTPROC_RESERVED_19 Flag HOSTPROC_RESERVED_1a Flag HOSTPROC_RESERVED_1b Flag HOSTPROC_RESERVED_1c Flag HOSTPROC_RESERVED_1d Flag HOSTPROC_RESERVED_1e Flag HOSTPROC_TRACE_FUNCTION Flag DefineValues U i } � � � � � $ 7 K b { � � � � " 8 N d z � � � � � � * HOSTPROC_TRACE_API HOSTPROC_TRACE_DDI HOSTPROC_TRACE_GENERAL HOSTPROC_TRACE_OBJECT HOSTPROC_TRACE_DRVMGR HOSTPROC_TRACE_DRIVER HOSTPROC_TRACE_DEVICE HOSTPROC_TRACE_REQUEST HOSTPROC_TRACE_FILEOBJECT HOSTPROC_TRACE_IO HOSTPROC_TRACE_PNP HOSTPROC_TRACE_LOADER HOSTPROC_TRACE_IOTARGET HOSTPROC_TRACE_FUNC HOSTPROC_TRACE_INIT HOSTPROC_TRACE_DISPATCHER HOSTPROC_TRACE_WIN32_DISPATCHER HOSTPROC_TRACE_USB_DISPATCHER HOSTPROC_TRACE_REMOTE_DISPATCHER HOSTPROC_RESERVED_13 HOSTPROC_RESERVED_14 HOSTPROC_RESERVED_15 HOSTPROC_RESERVED_16 HOSTPROC_RESERVED_17 HOSTPROC_RESERVED_18 HOSTPROC_RESERVED_19 HOSTPROC_RESERVED_1a HOSTPROC_RESERVED_1b HOSTPROC_RESERVED_1c HOSTPROC_RESERVED_1d HOSTPROC_RESERVED_1e HOSTPROC_TRACE_FUNCTION Level 8
� � � � ! + \ g uint32 DefineValues � � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE ValueMap C H M R W 0x1 0x2 0x3 0x4 0x5 ValueType index TR � M S F T _ E x p r e s s i o n �i�%߬��
MSFT_Expression % . ������������U � MSFT_ExpressionKeywordValue locale keyword
� M string � �1 �Z�%߬�E �� � __SystemSecurity singleton L1 it ngl " � � � � � � � � � � W n � D " " )" �& �+ �+ �+ �+ �0 � GetSD �� Static � ���� � �� �� * c � � ��������3 � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� SD uint8
� � out
� � � �� ID )
� � � ��� � GetSecurityDescriptor �� Static � ���� � �� �� � * c ��������Y � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ ��
Descriptor object
� � out
� � � �� ID
)
� < � �� object:__SecurityDescriptor � Get9XUserList � �� Static � ���� � �� �� * c � � ��������I � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ ��
ul object
� � out
� � � �� ID
)
� 4 � ��� object:__ntlmuser9x � SetSD � �� Static � ���� � �^ �� * � ����� � __PARAMETERS abstract SD uint8
� . in
� . T �� ID )
� . T ��� � � ���� � �� �� * c ����� � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� � SetSecurityDescriptor } �� Static � ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor � � ���� � �� �� * c ����� � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� � Set9XUserList !" �� Static � ���� � �` �� * � ����� � __PARAMETERS abstract
ul object
� . in
� . U �� ID
)
� � U ��� object:__ntlmuser9x � � ���� � �� �� * c ����� � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� � GetCallerAccessRights �+ �� Static � ���� � �� �� * c � ��������8 � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� rights sint32
� � out
� � � �� ID )
� � � ��� �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� C I M _ V i e w �}C_��cR CIM_View
6 - w � � ��� � E � � R k � � � X r � � � � � � � � � � O Z P b f s ^ w 1 � � � � [ o � � � � � � + C � � m t 6 N � � � X p $ /$ �$ �$ d% % 9& S& *' E'
) ') �* �* �+ �+ X, �, - D- �- �- D/ \/ �0 �0 �2 �2 �3 �3 z4 �4 15 Y5 �5 6 7 &7 : : �; �; �< �< �= > �> �> D? P? @ 7@ �A B �B �B {D �D ?F [F �F �F G �G "H 2H {J �J YK ^K L 2L 3M 8M �M �M �UUUUUUUUUUUUUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������N � CIM_PhysicalComputerSystemView Description Esta clase define una clase de vista para un sistema inform�tico f�sico. Version 2.35.0 AMENDMENT LOCALE MS_c0a CurrentBIOSBuildNumber 4 �
� � � � uint16 Description El componente de n�mero de compilaci�n de la informaci�n de versi�n del BIOS actual. CurrentBIOSMajorVersion 1 �
� � � � uint16 Description El componente de n�mero principal de la informaci�n de versi�n del BIOS actual. CurrentBIOSMinorVersion 2 �
� B J W uint16 Description El componente de n�mero secundario de la informaci�n de versi�n del BIOS actual. CurrentBIOSRevisionNumber 3 �
� � � uint16 Description El componente de n�mero de revisi�n de la informaci�n de versi�n del BIOS actual. CurrentBIOSVersionString > �
� � � � string Description La informaci�n de versi�n del BIOS en formato de cadena. CurrentManagementFirmwareBuildNumber 8 �
� ? G T uint16 Description El componente de n�mero de compilaci�n de la informaci�n de versi�n del firmware de administraci�n actual en este sistema inform�tico f�sico. CurrentManagementFirmwareElementName 9 �
� 5 = J string Description El nombre descriptivo del firmware de administraci�n actual en este sistema inform�tico f�sico. CurrentManagementFirmwareMajorVersion 5 �
� � uint16 Description El componente de n�mero principal de la informaci�n de versi�n del firmware de administraci�n actual en este sistema inform�tico f�sico. CurrentManagementFirmwareMinorVersion 6 �
� � � uint16 Description El componente de n�mero secundario de la informaci�n de versi�n del firmware de administraci�n actual en este sistema inform�tico f�sico. CurrentManagementFirmwareRevisionNumber 7 �
� � � � uint16 Description El componente de n�mero de revisi�n de la informaci�n de versi�n del firmware de administraci�n actual en este sistema inform�tico f�sico. CurrentManagementFirmwareVersionString : �
� � � � string Description La cadena de versi�n del firmware de administraci�n actual en este sistema inform�tico f�sico. Dedicated ? � +
� � � � � � uint16 Description Consulte CIM_ComputerSystem.Dedicated para obtener informaci�n detallada. Values ) �
�
�
�
�
�
�
# 1 E O Z _ � � � � � � ' > L n � � � � �
2
>
O
m
�
�
�
�
�
No dedicado Desconocido Otro Almacenamiento Enrutador Conmutador Conmutador de nivel 3 Conmutador de la oficina central Concentrador Servidor de acceso Firewall Impresi�n E/S Almacenamiento en cach� de web Administraci�n Servidor de bloques Servidor de archivos Dispositivo m�vil de usuario Repetidor Puente/Extensor Puerta de enlace Virtualizador de almacenamiento Biblioteca multimedia ExtenderNode Puerta de enlace de servidor NAS Servidor NAS con almacenamiento SAI (UPS) Tel�fono IP Controladora de administraci�n Administrador de chasis Controladora RAID basada en host Revestimiento de dispositivo de almacenamiento Escritorio Equipo port�til Biblioteca de cintas virtual Sistema de bibliotecas virtuales Equipo de red/cliente ligero Conmutador FC Conmutador Ethernet Reservado para DMTF Reservado para proveedores EnabledState +
� I Q ^ F N uint16 Description Esta propiedad se corresponde con la propiedad EnabledState del sistema inform�tico l�gico representado por CIM_ComputerSystem. Consulte CIM_EnabledLogicalElement.EnabledState para obtener informaci�n detallada sobre EnabledState. Values
� � � � � � � � � � 4 Desconocido Otro Habilitado Deshabilitado Apagando No aplicable Habilitado pero sin conexi�n En prueba Diferido Modo de inactividad Iniciando Reservado para DMTF Reservado para proveedores FRUInfoSupported
� � � � boolean Description Esta propiedad indica la disponibilidad de la informaci�n de FRU en este sistema inform�tico f�sico. Consulte CIM_PhysicalAssetCapabilities.FRUInfoSupported para obtener informaci�n detallada. HealthState +
� � � � � � uint16 Description Esta propiedad se corresponde con la propiedad HealthState del sistema inform�tico l�gico representado por CIM_ComputerSystem. Consulte CIM_ManagedSystemElement.HealthState para obtener informaci�n detallada. Values � � � � �
/ D Desconocido Aceptar Degradado/Advertencia Error menor Error grave Error cr�tico Error no recuperable Reservado para DMTF Espec�fico del proveedor IdentifyingDescriptions @ �
� � � � string Description Consulte CIM_System.IdentifyingDescriptions para obtener informaci�n detallada. InstanceID @ )
� L T a � �� string Description InstanceID es la propiedad que puede usarse para identificar de forma opaca y exclusiva una instancia de esta clase dentro del �mbito del espacio de nombres creador de instancias. LogCurrentNumberOfRecords # �
� ] e r uint64 Description Consulte CIM_RecordLog.CurrentNumberOfRecords para obtener informaci�n detallada. LogInstanceID ! ~
� string Description Esta propiedad representa los registros subyacentes de este sistema inform�tico f�sico. Consulte CIM_RecordLog.InstanceID para obtener informaci�n detallada. LogMaxNumberOfRecords " �
� � � uint64 Description Consulte CIM_RecordLog.MaxNumberOfRecords para obtener informaci�n detallada. LogOverwritePolicy $ � +
� � � � uint16 Description Consulte CIM_RecordLog.OverWritePolicy para obtener informaci�n detallada. Values ) 6 V i ~ Desconocido Se ajusta cuando est� completo Nunca sobrescribe Reservado para DMTF Reservado para proveedores LogState % � +
� � � � 7 ? uint16 Description Consulte CIM_RecordLog.LogState para obtener informaci�n detallada. Values [ h p y � � Desconocido Normal Borrado No aplicable Reservado para DMTF Reservado para proveedores Manufacturer
� � � string Description Esta propiedad se corresponde con CIM_PhysicalFrame.Manufacturer. Consulte CIM_PhysicalFrame.Manufacturer para obtener informaci�n detallada. MemoryBlockSize . �
� � � � uint64 Description Consulte CIM_Memory.BlockSize para obtener informaci�n detallada. MemoryConsumableBlocks 0 �
� o w � uint64 Description Consulte CIM_Memory.ConsumableBlocks para obtener informaci�n detallada. MemoryNumberOfBlocks / �
� % uint64 Description ��/� � �|�Z� � 77^k � �;69h � �}�lJ � N +D � ka`�# |� % � n�� � ���
� ��@�
� �*��� � �z�
� |�
�� � ^���; �� �R � �g
� {պ� p n�h61 � ��o�� � [���� p ��a � 0t�Y� � ؚ�� p _ _ C a c h e C o n t r o l �Z�%߬�� __CacheControl �� ) 5 ����~ � __ObjectProviderCacheControl singleton ClearAfter e
� a k t datetime SUBTYPE interval �7 9 8 2 F 1 0 1 7 5 3 8 F C A 6 3 9 8 7 4 8 4 1 D 6 8 F A D 4 E 2 4 8 6 6 6 7 1 A 5 C D E 2 C 6 C B 4 C 1 6 9 C 8 5 9 2 0 3 D 9 �Z�%߬��Z�%߬�P 9 � __ObjectProviderCacheControl 00000000000030.000000:000 _ _ C a c h e C o n t r o l �Z�%߬�� __CacheControl �� + 7 !����� � __PropertyProviderCacheControl singleton ClearAfter e
� c m v datetime SUBTYPE interval �A 2 F 0 F 7 3 1 7 8 9 B 8 B D 6 2 9 4 8 8 6 F F B A 9 5 B 7 4 C E A 7 B 8 6 0 7 2 9 8 8 F 1 0 1 A C F 5 3 F D 6 E 8 4 0 B 3 5 A �Z�%߬��Z�%߬�R ; � __PropertyProviderCacheControl 00000000000030.000000:000 _ _ C a c h e C o n t r o l �Z�%߬�� __CacheControl �� ( 4 ����} � __EventProviderCacheControl singleton ClearAfter e
� ` j s datetime SUBTYPE interval �C 9 3 7 F F 2 9 6 0 3 6 6 D 3 6 7 9 A B 8 F 2 3 C 7 A 6 B 5 0 8 B 4 1 E 3 5 2 2 6 B 8 C 5 F D 6 7 A C 4 5 1 6 3 D 3 C 6 4 3 5 0 �Z�%߬��Z�%߬�O 8 � __EventProviderCacheControl 00000000000030.000000:000 _ _ C a c h e C o n t r o l �Z�%߬�� __CacheControl % �� 0 < %����� � __EventConsumerProviderCacheControl singleton ClearAfter e
� h r { datetime SUBTYPE interval �2 0 F 2 6 C 6 2 3 6 C 8 2 5 2 E 1 F C B B 5 0 8 B 5 F 5 7 8 1 4 4 9 3 0 4 B F B C 2 7 6 C 5 E 3 D D 7 4 7 A 3 A 2 6 9 8 9 7 4 6 �Z�%߬��Z�%߬�W % @ � __EventConsumerProviderCacheControl 00000000000030.000000:000 _ _ C a c h e C o n t r o l �Z�%߬�� __CacheControl �� $ 0 ����y � __EventSinkCacheControl singleton ClearAfter e
� \ f o datetime SUBTYPE interval �4 4 7 7 C A 6 6 9 7 9 E B 3 6 A 4 8 1 2 E B 8 4 0 6 4 B 5 7 F C F 1 0 A 1 7 5 9 5 E 6 D 4 3 3 2 0 B 7 0 1 2 B E 2 E E B F 1 2 B �Z�%߬��Z�%߬�K 4 � __EventSinkCacheControl 00000000000015.000000:000
_ _ S y s t e m C l a s s �Z�%߬�� __SystemClass " �� - = d t � � � � U�����������������������������E � __ProviderHostQuotaConfiguration singleton HandlesPerHost
� \ uint32 MemoryAllHosts
� � uint64 MemoryPerHost
� � uint64 ProcessLimitAllHosts
� uint32 ThreadsPerHost
� = uint32 �B B C B 5 0 A 3 E 3 5 B B 9 6 7 2 B 8 B 4 5 8 A 1 6 D D 2 4 2 D D D D E A 6 B E D 4 8 E 2 5 A B A 8 E E F 2 B 0 E 4 9 A 9 B 3 E �Z�%߬��Z�%߬�R @ " � __ProviderHostQuotaConfiguration
_ _ S y s t e m C l a s s �Z�%߬�� __SystemClass �� * 6 ����] � __ListOfEventActiveNamespaces singleton Namespaces
� U string pa �
_ _ S y s t e m C l a s s �Z�%߬�{ Z __SystemClass �� & ? f } � � � . J q � � � � * ; b z � � � � 4 [ x � � � � + R d � � � � UUUUU�������������������������������������������������������������������������������������> � __ArbitratorConfiguration singleton OutstandingTasksPerUser
� ^ uint32 OutstandingTasksTotal
� � uint32 PermanentSubscriptionsPerUser 8
� � uint32 PermanentSubscriptionsTotal H
� & uint32 PollingInstructionsPerUser <
� i uint32 PollingInstructionsTotal L
� � uint32 PollingMemoryPerUser @
� � uint32 PollingMemoryTotal P
� " uint32 QuotaRetryCount
� Z uint32 QuotaRetryWaitInterval
� � uint32 TaskThreadsPerUser
� � uint32 TaskThreadsTotal
�
uint32 TemporarySubscriptionsPerUser
4
� S uint32 TemporarySubscriptionsTotal D
� � uint32 TotalCacheDisk 0
� � uint32 TotalCacheDiskPerTask
(
� uint32 TotalCacheDiskPerUser ,
� J uint32 TotalCacheMemory $
� � uint32 TotalCacheMemoryPerTask
� � uint32 TotalCacheMemoryPerUser
� uint32 TotalUsers
� 6 uint32 �6 E D C A D 2 4 9 3 C B 9 C 9 A E 0 6 6 E 7 7 6 4 2 8 1 8 C 8 D 9 B 9 B C 3 1 2 C 7 B 4 C 3 A 7 6 A 0 7 8 7 1 F 0 E 6 0 F E B 1 �Z�%߬��Z�%߬�� �
�: 2 ( 2� d� � � � @KL ' ' ' ��� � __ArbitratorConfiguration
_ _ S y s t e m C l a s s �Z�%߬�� __SystemClass �� " 1 X q � � � � E�������� ���� � __CIMOMIdentification singleton SetupDateTime
� P string VersionCurrentlyRunning
� � string VersionUsedToCreateDB
� � string WorkingDirectory
� string 10.0.19041.1 �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �Z�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �Z�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �Z�%߬�kZ�%߬�-
� __NAMESPACE DEFAULT F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �Z�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �Z�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �Z�%߬�kZ�%߬�.
� __NAMESPACE SECURITY F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �Z�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �Z�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? �VN9 � �E�]� � bf W M � �
X�� H�m�
�V�� �mI�� � �Ĉ�� � �L � �7�� % K�Ճ � ��zG� � �d} L nƲ�� � B e h a v i o r �f�%߬�{ ! Behavior
6 ! � �� � 5 C I q | . � � � � � � S c WU�������������������������������� � WebInvokeAttribute Description WebInvokeAttribute ServiceModel UUID {46456be3-05cf-4a65-88b6-99ef787d0d1f} BodyStyle 6
� � � � � � �� string Description Specifies the web message body style. DisplayName BodyStyle IsBodyStyleSetExplicitly 6
� r { � � � � �� boolean Description Specifies whether a body style has been explicitly specified. DisplayName IsBodyStyleSetExplicitly IsRequestFormatSetExplicitly 6
� P Y f � � � �� boolean Description Specifies whether the outgoing request's web message format has been explicitly specified. DisplayName IsRequestFormatSetExplicitly IsResponseFormatSetExplicitly 6
� P Y f � � � �� boolean Description Specifies whether the outgoing response's web message format has been explicitly specified. DisplayName IsResponseFormatSetExplicitly Method 6
� ; C P � � � �� string Description Specifies the HTTP method allowed for the request. DisplayName Method RequestFormat
6
� � � 7 D � �� string Description Specifies the outgoing request's web message format. DisplayName RequestFormat ResponseFormat 6
� � � � � � �� string Description Specifies the outgoing response's web message format. DisplayName ResponseFormat UriTemplate 6
� a i v � � � �� string Description Specifies the URI template for the request. DisplayName UriTemplate �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �f�%߬��Z�%߬�$ � __SystemSecurity 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �f�%߬�nZ�%߬�� �����J @ 9 [ � __Win32Provider {8B19C1CD-C80C-4AEC-AAE2-4E39FEDD24D0} LocalSystemHost MDMSettingsProv 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �f�%߬�tZ�%߬�p Y � __MethodProviderRegistration \\.\root\cimv2\mdm:__Win32Provider.Name="MDMSettingsProv" R O O T \ c i m v 2 \ m d m _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 9 0 E B 4 5 D 3 2 F 6 8 9 2 8 2 4 0 8 A D A 5 2 0 C E 6 3 9 3 A 4 1 E C 4 6 1 8 E E 2 0 4 A A 0 F B C 3 2 C F 2 D 7 4 6 9 E 3 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 8 E C E B 1 8 F 5 D 5 9 5 6 A D B B 9 2 C 6 0 B 6 B B F 6 5 7 3 8 6 F 0 B E 5 9 6 C E C 9 4 3 5 A A B D 1 8 5 E A E 1 B 6 B 4 2 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �f�%߬�rZ�%߬�� � �������� [ � __InstanceProviderRegistration \\.\root\cimv2\mdm:__Win32Provider.Name="MDMSettingsProv" R O O T \ c i m v 2 \ m d m _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 9 0 E B 4 5 D 3 2 F 6 8 9 2 8 2 4 0 8 A D A 5 2 0 C E 6 3 9 3 A 4 1 E C 4 6 1 8 E E 2 0 4 A A 0 F B C 3 2 C F 2 D 7 4 6 9 E 3 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 8 E C E B 1 8 F 5 D 5 9 5 6 A D B B 9 2 C 6 0 B 6 B B F 6 5 7 3 8 6 F 0 B E 5 9 6 C E C 9 4 3 5 A A B D 1 8 5 E A E 1 B 6 B 4 2 e c b 9 �f�%߬�� ) � �� � 1 D v � � � . U����������������U � MDM_ApplicationSetting locale MDMSettingsProv PackageFamilyName
� n � �� string SettingName
� � � �� string SettingType
� � � uint32 ValueMap 0 1 2 3 SettingValue
� M string � �f�%߬�t ) � �� � " 3 ; c n � � ���������� � MDM_BrowserSecurityZones locale MDMSettingsProv Exists
� Z boolean Namespace
� � � �� string Zone )
� � � ��� � uint32 ValueMap 1 2 3 4 � �f�%߬�~ * ) � �� � . J r � � � � ) > f ~ � � � . I � � � �e � � = UUU���������������������������������������� � MDM_BrowserSettings locale MDMSettingsProv AlwaysSendDoNotTrackHeader
� i boolean AutofillEnabled
� � boolean ForceFraudWarning
� � boolean GoToIntranetForSingleWord
� boolean InternetBlockPopups
� ] boolean InternetPluginsEnabled
� � boolean InternetProtectedModeEnabled
� � boolean InternetScriptingEnabled
� % boolean InternetZoneSecurityLevel
� u } � uint32 ValueMap � � � 3 4 5 IntranetSecurityZoneEnabled
� � boolean IntranetZoneSecurityLevel
� , 4 > uint32 ValueMap V Y \ _ b 1 2 3 4 5
� � � �� uint32 RestrictedSitesZoneSecurityLevel
� � � � uint32 ValueMap 1 2 3 4 5 TrustedSitesZoneSecurityLevel
"
� i q { uint32 ValueMap � � � � � 1 2 3 4 5 � �f�%߬�
) � �� � * 0 W d � � " T ` U����������������� � MDM_Certificate locale MDMSettingsProv Blob
� O string IsInstalled
� � � �� boolean StoreLocation )
� � � ��� � uint8 ValueMap � ContextUser ContextMachine StoreName
� L � �� string Thumbprint
� � � �� string �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �f�%߬�kZ�%߬�2
� __NAMESPACE Providers_v2 F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �f�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 7h�%߬�lZ�%߬�� � � __thisNAMESPACE � �p � \ ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 6~C_��kZ�%߬�)
� __NAMESPACE mdm 7�9*� � ���p � �\H�D � �\�> � �N�p
�,�8 � �?1 ��T3 � G�� � � � � 蜹�� � ��Ʌ� � %�.p� � �m<V � C I M _ P h y s i c a l C o n n e c t o r \[�%߬�> i CIM_PhysicalConnector )
�� " J Y � 3 B t � � � / C � � B S � � ! � � ����UU�������������������������������������������������������������������������������������������������� � CIM_Slot abstract Locale UUID {FAF76B86-798C-11D2-AAD1-006008C78BC7} ConnectorType ` > 6
� � � ��� � � � uint16 Override ConnectorType MappingStrings � MIF.DMTF|System Slot|004.2 HeightAllowed D
� + � �� real32 LengthAllowed H
� l � �� real32 MaxDataWidth L )
� � � � � �� uint16 MappingStrings � MIF.DMTF|System Slot|004.3 Number `
� ' � �� uint16 PurposeDescription \ )
� z � � � �� string ModelCorrespondence � CIM_Slot.SpecialPurpose SpecialPurpose Z )
� � � �� boolean ModelCorrespondence % CIM_Slot.PurposeDescription SupportsHotPlug B
� } � �� boolean ThermalRating V )
� � � � � �� uint32 MappingStrings � MIF.DMTF|System Slot|004.11 VccMixedVoltageSupport N )
� X ` p � �� uint16 MappingStrings x MIF.DMTF|System Slot|004.9 VppMixedVoltageSupport R )
� � � � � �� uint16 MappingStrings MIF.DMTF|System Slot|004.10 � C I M _ C o n n e c t e d T o ][�%߬�� CIM_ConnectedTo ) �� " ( P \ � � U��������. � CIM_SlotInSlot Abstract Locale UUID {FAF76B87-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Slot Override Antecedent Dependent f@ 6
� � �� ) ref:CIM_Slot Override Dependent Max � � ^[�%߬�� 4 �� ��* 2 8 ` v � � � � ' . U��������������f � CIM_AdjacentSlots Abstract Association Locale UUID {FAF76B88-798C-11D2-AAD1-006008C78BC7} DistanceBetweenSlots
� � � �� real32 SharedSlots
� � � �� boolean SlotA f
� � �� ref:CIM_Slot SlotB f
� X � �� ref:CIM_Slot � C I M _ D e p e n d e n c y _[�%߬�� CIM_Dependency ) �� % + S _ � � U��������< � CIM_PackageInSlot Abstract Locale UUID {FAF76B89-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Slot Override Antecedent Dependent f@ 6
� � ��" , 7 ref:CIM_PhysicalPackage Override Dependent Max :C � C I M _ P a c k a g e I n S l o t `[�%߬�� CIM_PackageInSlot 6 �� * N V \ � � � � U��������b � CIM_CardInSlot Abstract MappingStrings 2 MIF.DMTF|System Slot|004.4 Locale UUID {FAF76B8A-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Slot Override Antecedent Dependent f@ 6
� : � ��H M W ref:CIM_Card Max Override Dependent � �
C I M _ C o m p o n e n t a[�%߬�� CIM_Component ) �� ( . V f � � e��������Y � CIM_LinkHasConnector Abstract Locale UUID {FAF76B8B-798C-11D2-AAD1-006008C78BC7} GroupComponent f@ 6
� � � ��� � � ref:CIM_PhysicalLink Override GroupComponent Max PartComponent f@ )
� % � ��@ J ref:CIM_PhysicalConnector Override PartComponent � �
C I M _ C o n t a i n e r b[�%߬��
CIM_Container ) ��" * 0 X h � � u������������^ � CIM_ConnectorOnPackage Abstract Locale UUID {FAF76B8C-798C-11D2-AAD1-006008C78BC7} GroupComponent f@ 6
� � � ��� � � ref:CIM_PhysicalPackage Max Override GroupComponent PartComponent f@ )
� * � ��E O ref:CIM_PhysicalConnector Override PartComponent t � C I M _ D e p e n d e n c y c[�%߬�� CIM_Dependency ) ��% - 3 [ g � � U��������C � CIM_ComputerSystemPackage Abstract Locale UUID {FAF76B8D-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalPackage Override Antecedent Dependent f@ )
� � ��. 8 ref:CIM_UnitaryComputerSystem Override Dependent en � C I M _ D e p e n d e n c y d[�%߬�� CIM_Dependency ) �� & , T ` � � U��������4 � CIM_PackageCooling Abstract Locale UUID {FAF76B8E-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_CoolingDevice Override Antecedent Dependent f@ )
� � �� ) ref:CIM_PhysicalPackage Override Dependent D � C I M _ D e p e n d e n c y e[�%߬�� CIM_Dependency 4 ��! ��. 6 < d p � � U��������H � CIM_PackageTempSensor Abstract Aggregation Locale UUID {FAF76B8F-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_TemperatureSensor Override Antecedent Dependent f@ )
� � ��3 = ref:CIM_PhysicalPackage Override Dependent A � C I M _ D e p e n d e n c y f[�%߬�� CIM_Dependency 4 �� ��) 1 7 _ k � � U��������= � CIM_PackageAlarm Abstract Aggregation Locale UUID {FAF76B90-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_AlarmDevice Override Antecedent Dependent f@ )
� � ��( 2 ref:CIM_PhysicalPackage Override Dependent � g[�%߬�� 4 �� ��( 0 6 ^ e � � � � U����������1 � CIM_ActsAsSpare Abstract Association Locale UUID {64C1726E-DB21-11d2-85FC-0000F8102E5F} Group f
� � � �� ref:CIM_SpareGroup HotStandby
� � � �� BOOLEAN Spare f
� � �� ref:CIM_ManagedSystemElement UI � h[�%߬��
4 ��! ) / W �� d ~ � � � U������������B � CIM_CompatibleProduct Abstract Locale UUID {2F648FBA-DB22-11d2-85FC-0000F8102E5F} Association CompatibilityDescription
� � � �� STRING CompatibleProduct f
� � � �� ref:CIM_Product Product f
� 1 � �� ref:CIM_Product bs � W i n 3 2 _ P n P D e v i c e P r o p e r t y i\�%߬�� ! Win32_PnPDeviceProperty % ����������������������W � Win32_PnPDevicePropertySint32 Data
� O � �� Sint32 � _� M S F T _ S t o r a g e O b j e c t _l�%߬�0 � MSFT_StorageObject � ! � � \ j 2 ; E V � � � � [ i �
�
, 9 � � j u � � � � p
z
' � � � � X _ � � � � � � % % �% �% t& �& ' �' �( ) �) �) Y* _* + + �, �, �_UUUUUUU�����������������������������������������������������������������������������������������������������������������������������������������(. � MSFT_Disk Description A disk object models the operating system's concept of a disk device. The disk may be directly attached to the computer system, or a virtual disk exposed to the system through the use of a Storage Management Provider. ClassVersion 1.0 AdapterSerialNumber . )
� R � ��Z g string Description A string representation of the Adapter's serial number. AllocatedSize F A
� � � �� �� N U uint64 Required Description The amount of space currently used on the disk. Units Bytes BootFromDisk # � )
� � � ��� � boolean Description This property indicates that the computer is configured to start off of this disk. On computers with BIOS firmware, this is the first disk that the firmware detects during startup. On computers that use EFI firmware, this is the disk that contains the EFI System Partition (ESP). If there are no disks or multiple disks with an ESP partition, this flag is not set for any disk. BusType j C
� � � ��� � � � b j uint16 Description Denotes the I/O bus type used by this disk. ValueMap $ ' * - 0 3 6 9 < ? B F J N R V Z ^ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Values � � � � � � � � � � � / ? Unknown SCSI ATAPI ATA 1394 SSA Fibre Channel USB RAID iSCSI SAS SATA SD MMC Virtual File Backed Virtual Storage Spaces NVMe FirmwareVersion
2 )
� � � ��� � string Description A string representation of the disk's firmware version. FriendlyName 4
� + � ��3 ��= J string Required Description FriendlyName is a user-friendly, display-oriented string to identify the disk. Guid r )
� � � ��� � string Description The GPT guid of the disk. This property is only valid on GPT disks and will be NULL for all other disk types. HealthStatus h N
� � � ��� ��� � 7
A
Z
b
uint16 Required Description The health status of the Volume.
0 - 'Healthy': The disk is functioning normally.
1 - 'Warning': The disk is still functioning, but has detected errors or issues that require administrator intervention.
2 - 'Unhealthy': The volume is not functioning, due to errors or failures. The volume needs immediate attention from an administrator. ValueMap Q
T
W
0 1 2 Values r
{
�
Healthy Warning Unhealthy IsBoot " � )
� �
� ���
�
boolean Description This property indicates that the computer has booted off of this disk. IsClustered ! ~ )
� p � ��y � boolean Description If IsClustered is TRUE, this disk is used in a clustered environment. IsHighlyAvailable $ � )
� � �� - boolean Description If IsHighlyAvailable is TRUE, the disk is highly available. IsOffline v
� � � �� boolean IsReadOnly z
� � � �� boolean IsScaleOut % � )
� *
� ��3
@
boolean Description If IsScaleOut is TRUE, the disk is scaled out. IsSystem | )
� �
� ���
�
boolean Description If IsSystem is TRUE, this disk contains the system partition. LargestFreeExtent V 6
� ] � ��e r uint64 Description This field indicates the largest contiguous block of free space on the disk. This is also the largest size of a partition which can be created on the disk. Units Bytes Location )
� ^ � ��f s string Description Location contains the PnP location path of the disk. The format of this string depends on the bus type. If the bus type is SCSI, SAS, or PCI RAID, the format is <AdapterPnpLocationPath>#<BusType>(P<PathId>T<TargetId>L<LunId>). If the bus type is IDE, ATA, PATA, or SATA, the format is <AdapterPnpLocationPath>#<BusType>(C<PathId>T<TargetId>L<LunId>). For example, a SCSI location may look like: PCIROOT(0)#PCI(1C00)#PCI(0000)#SCSI(P00T01L01). Note: For Hyper-V and VHD images, this member is NULL because the virtual controller does not return the location path. LogicalSectorSize N 6
� � � �� � � uint32 Description This field indicates the logical sector size of the disk in bytes. For example: a 4K native disk will report 4096, while a 512 emulated disk will report 512. Units Bytes Manufacturer 6 )
� � ��
string Description A string representation of the disk's hardware manufacturer. Model : )
� � � ��� � string Description A string representation of the disk's model. Number
& )
� � �� - uint32 Description The operating system's number for the disk. Disk 0 is typically the boot device. Disk numbers may not necessarily remain the same across reboots. NumberOfPartitions ^
� � � �� uint32 OfflineReason x C
� f � ��n { � �
uint16 Description If IsOffline is TRUE, this property informs the user of the specific reason for the disk being offline.
1 - 'Policy': The user requested the disk to be offline.
2 - 'Redundant Path': The disk is used for multi-path I/O.
3 - 'Snapshot': The disk is a snapshot disk.
4 - 'Collision': There was a signature or identifier collision with another disk.
5 - 'Resource Exhaustion': There were insufficient resources to bring the disk online.
6 - 'Critical Write Failures': There were critical write failures on the disk.
7 - 'Data Integrity Scan Required': A data integrity scan is required. ValueMap � � � � 1 2 3 4 5 6 7 Values 2 : J T _ t � Policy Redundant Path Snapshot Collision Resource Exhaustion Critical Write Failures Data Integrity Scan Required OperationalStatus d N
� � ��" ��, 9 �" �" ~# �# uint16 Required Description An array of values that denote the current operational status of the volume.
0 - 'Unknown': The operational status is unknown.
1 - 'Other': A vendor-specific OperationalStatus has been specified by setting the OtherOperationalStatusDescription property.
2 - 'OK': The disk is responding to commands and is in a normal operating state.
3 - 'Degraded': The disk is responding to commands, but is not running in an optimal operating state.
4 - 'Stressed': The disk is functioning, but needs attention. For example, the disk might be overloaded or overheated.
5 - 'Predictive Failure': The disk is functioning, but a failure is likely to occur in the near future.
6 - 'Error': An error has occurred.
7 - 'Non-Recoverable Error': A non-recoverable error has occurred.
8 - 'Starting': The disk is in the process of starting.
9 - 'Stopping': The disk is in the process of stopping.
10 - 'Stopped': The disk was stopped or shut down in a clean and orderly fashion.
11 - 'In Service': The disk is being configured, maintained, cleaned, or otherwise administered.
12 - 'No Contact': The storage provider has knowledge of the disk, but has never been able to establish communiv���P �Xvh l � 9�9�e C I M _ M a n a g e d E l e m e n t �d�%߬�� ) CIM_ManagedElement ) $ ! ��, 4 < W � � � � ? \ + v � " 5 U���������������������������������������! � CIM_RegisteredProfile Description A RegisteredProfile describes a set of CIM Schema classes with required properties and/or methods, necessary to manage a real-world entity or to support a usage scenario, in an interoperable fashion. RegisteredProfiles can be defined by the DMTF or other standards organizations. Note that this class should not be confused with CIM_Profile, which collects SettingData instances, to be applied as a 'configuration profile' for an element.
A RegisteredProfile is a named 'standard' for CIM-based management of a particular System, subsystem, Service or other entity, for a specified set of uses. It is a complete, standalone definition, as opposed to the subclass RegisteredSubProfile, which requires a scoping profile for context.
The uses for a RegisteredProfile or SubProfile MUST be specified in the document that defines the profile. Examples of Profiles are to manage various aspects of an Operating System, Storage Array, or Database. The name of the profile is defined and scoped by its authoring organization. AMENDMENT LOCALE ms_409 AdvertiseTypeDescriptions "
� � � � string Description A free-form string providing additional information related to the AdvertiseType. A description MUST be provided when the AdvertiseType is 1, "Other". An entry in this array corresponds to the entry in the AdvertiseTypes array at the same index. It is not expected that additional descriptions are needed if the Type is set to "Not Advertised" or "SLP". However, as the SLP template expands, or as other advertisement mechanisms are defined, support for additional descriptions may be needed. This array is defined to support this. AdvertiseTypes +
� � � � � uint16 Description This property signifies the advertisement for the profile information. It is used by the advertising services of the WBEM infrastructure to determine what should be advertised, via what mechanisms. The property is an array so that the profile MAY be advertised using several mechanisms. Note: If this property is null/uninitialized, this is equivalent to specifying the value 2, "Not Advertised". Values � � � Other Not Advertised SLP InstanceID )
� � �� % string Description Within the scope of the instantiating Namespace, InstanceID opaquely and uniquely identifies an instance of this class. In order to ensure uniqueness within the NameSpace, the value of InstanceID SHOULD be constructed using the following 'preferred' algorithm:
<OrgID>:<LocalID>
Where <OrgID> and <LocalID> are separated by a colon ':', and where <OrgID> MUST include a copyrighted, trademarked or otherwise unique name that is owned by the business entity creating/defining the InstanceID, or is a registered ID that is assigned to the business entity by a recognized global authority. (This is similar to the <Schema Name>_<Class Name> structure of Schema class names.) In addition, to ensure uniqueness, <OrgID> MUST NOT contain a colon (':'). When using this algorithm, the first colon to appear in InstanceID MUST appear between <OrgID> and <LocalID>.
<LocalID> is chosen by the organizational entity and SHOULD not be re-used to identify different underlying (real-world) elements. If the above 'preferred' algorithm is not used, the defining entity MUST assure that the resultant InstanceID is not re-used across any InstanceIDs produced by this or other providers for this instance's NameSpace.
For DMTF defined instances, the 'preferred' algorithm MUST be used with the <OrgID> set to 'CIM'. OtherRegisteredOrganization
� � � � string Description A free-form string providing a description of the organization when 1, "Other", is specified for the RegisteredOrganization. RegisteredName
� W _ l string Description The name of this registered profile. Since multiple versions can exist for the same RegisteredName, the combination of RegisteredName, RegisteredOrganization, and RegisteredVersion MUST uniquely identify the registered profile within the scope of the organization. RegisteredOrganization +
� � � � uint16 Description The organization that defines this profile. Values a h n w � � � � � � � � � �
Other DMTF CompTIA Consortium for Service Innovation FAST GGF INTAP itSMF NAC Northwest Energy Efficiency Alliance SNIA TM Forum The Open Group ANSI IEEE IETF INCITS ISO W3C RegisteredVersion
� a i v string Description The version of this profile. The string representing the version MUST be in the form:
M + "." + N + "." + U
Where:
M - The major version (in numeric form) describing the profile's creation or last modification.
N - The minor version (in numeric form) describing the profile's creation or last modification.
U - The update (e.g. errata, patch, ..., in numeric form) describing the profile's creation or last modification. � C I M _ C o l l e c t i o n �d�%߬�� CIM_Collection ) � ��� � � � � � � � ! ����������������������������< � CIM_Group Description The Group class is used to collect ManagedElements into groups. This class is defined so as to incorporate commonly-used LDAP attributes to permit implementations to easily derive this information from LDAP-accessible directories. This class's properties are a subset of a related class, OtherGroupInformation, which defines all the group properties and in array form for directory compatibility. AMENDMENT LOCALE ms_409 BusinessCategory
� � string Description The BusinessCategory property may be used to describe the kind of business activity performed by the members of the group. CommonName
� � � � string Description A Common Name is a (possibly ambiguous) name by which the group is commonly known in some limited scope (such as an organization) and conforms to the naming conventions of the country or culture with which it is associated. CreationClassName )
� � �� string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. Name )
� X � ��` m string Description The Name property defines the label by which the object is known. In the case of an LDAP-derived instance, the Name property value may be set to the distinguished name of the LDAP-accessed object instance. �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �d�%߬�tZ�%߬�i R � __MethodProviderRegistration \\.\ROOT\CIMV2:__Win32Provider.Name="WhqlProvider"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ A 1 1 1 E 7 F 8 9 C 1 C 8 4 8 5 8 8 C 2 5 1 4 B 9 F 7 1 1 7 A A 4 1 C D A 9 9 1 B F 4 9 D 2 2 C A 3 C 7 5 2 8 A A A D 3 E B C B c 1 2 1 ���� � y� �L7� Q �dg#� d�
C
�mwbS �/�k U�Rs � C I M _ M a n a g e d S y s t e m E l e m e n t �Z�%߬�� " CIM_ManagedSystemElement ) �� & , ����������������������T � CIM_LogicalElement Abstract Locale UUID {8502C518-5FBB-11D2-AAC1-006008C78BC7} � C I M _ L o g i c a l E l e m e n t �Z�%߬�� CIM_LogicalElement ) �� & , ����������������������T � CIM_SystemResource Abstract Locale UUID {8502C519-5FBB-11D2-AAC1-006008C78BC7} � C I M _ S y s t e m R e s o u r c e �Z�%߬� 0 CIM_SystemResource ) �� ! I W n � % � � 3 > � � o | �WU���������������������������������������������K � CIM_IRQ Abstract Locale UUID {8502C51A-5FBB-11D2-AAC1-006008C78BC7} Availability $ 6
� � � ��� � � � uint16 ValueMap � � � � � 1 2 3 4 5 MappingStrings � MIF.DMTF|IRQ|001.2 CreationClassName 4
� U � ��] ��f string CIM_Key MaxLen CSCreationClassName A
� � � ��� � �� string Propagated CIM_ComputerSystem.CreationClassName CIM_Key MaxLen CSName A
� t � ��| � � ��� string Propagated CIM_ComputerSystem.Name CIM_Key MaxLen IRQNumber 4
� � � �� � �� uint32 MappingStrings MIF.DMTF|IRQ|001.1 Shareable * )
� u � ��~ � boolean MappingStrings � MIF.DMTF|IRQ|001.4 TriggerLevel ( 6
� � � �� . > uint16 ValueMap " % ( + 1 2 3 4 MappingStrings F MIF.DMTF|System Resource IRQ Info|001.3 TriggerType
& 6
� � � ��� � � uint16 ValueMap � � � � 1 2 3 4 MappingStrings " MIF.DMTF|IRQ|001.3 MIF.DMTF|System Resource IRQ Info|001.2 � C I M _ S y s t e m R e s o u r c e �Z�%߬�� 3 CIM_SystemResource ) �� & , T g � � q y � � �W�������������������������������������������������, � CIM_MemoryMappedIO Abstract Locale UUID {8502C51B-5FBB-11D2-AAC1-006008C78BC7} CreationClassName 4
� � � ��� � �� string MaxLen CIM_Key CSCreationClassName A
� & � ��. : ` ��i string Propagated CIM_ComputerSystem.CreationClassName CIM_Key MaxLen CSName A
� � � ��� � � � �� string Propagated CIM_ComputerSystem.Name MaxLen CIM_Key EndingAddress ( )
� L � ��T d uint64 MappingStrings l MIF.DMTF|Memory Mapped I/O|001.2 StartingAddress 4
� � � ��� ��� uint64 CIM_Key MappingStrings
MIF.DMTF|Memory Mapped I/O|001.1 � C I M _ S y s t e m R e s o u r c e �Z�%߬�
? CIM_SystemResource ) �� !
I V % � � E O � � H ] � � � � � � y � E O �WUU����������������������������������������������������������� � CIM_DMA Abstract Locale UUID {8502C523-5FBB-11D2-AAC1-006008C78BC7} AddressSize , 6
� � � ��� � � � uint16 ValueMap � � � � � 0 8 16 32 64 MappingStrings � MIF.DMTF|System Resource DMA Info|001.3 Availability $ 6
� i � ��q { � � uint16 ValueMap � � � � � 1 2 3 4 5 MappingStrings � MIF.DMTF|DMA|001.2 BurstMode
& )
� � �� ) boolean MappingStrings 1 MIF.DMTF|DMA|001.3 ByteMode 2 6
� � � ��� � � � uint16 ValueMap � � � � 1 2 3 4 MappingStrings � MIF.DMTF|System Resource DMA Info|001.7 ChannelTiming 6 6
� Y � ��a k � � uint16 ValueMap � � � � � � 1 2 3 4 5 6 MappingStrings � MIF.DMTF|System Resource DMA Info|001.9 CreationClassName 4
� / � ��7 ? �� string MaxLen CIM_Key CSCreationClassName A
� � � ��� � � � �� string Propagated CIM_ComputerSystem.CreationClassName MaxLen CIM_Key CSName A
� N � ��V b { ��� string Propagated CIM_ComputerSystem.Name CIM_Key MaxLen DMAChannel 4
� � � �� � ��� � uint32 MappingStrings � MIF.DMTF|DMA|001.1 MaxTransferSize
. )
� V � ��^ n uint32 MappingStrings v MIF.DMTF|System Resource DMA Info|001.4 TransferWidths ( 6
� � � ��� < F uint16 MappingStrings MIF.DMTF|System Resource DMA Info|001.2 ValueMap b e h l p t 0 8 16 32 64 128 TypeCTiming 8 6
� � � ��� � uint16 ValueMap � � � � 1 2 3 4 5 MappingStrings MIF.DMTF|System Resource DMA Info|001.10 WordMode 4 6
� � � ��� � � � uint16 ValueMap � � � � 1 2 3 4 MappingStrings � MIF.DMTF|System Resource DMA Info|001.8 � C I M _ L o g i c a l E l e m e n t �Z�%߬�� + CIM_LogicalElement ) �� $ L _ � � C X � � � � W�����������������������������������������' � CIM_System Abstract Locale UUID {8502C524-5FBB-11D2-AAC1-006008C78BC7} CreationClassName '
� � � �� � �� string CIM_Key Name @ 4
� � � ��� � � �� string Override Name NameFormat
� ; � �� string PrimaryOwnerContact
� � � �� string PrimaryOwnerName )
� � � @ � �� string MaxLen Roles $ '
� � �� � �� string �
C I M _ S y s t e m �Z�%߬�� + CIM_System ) �� & , T ` ������������������������������������������W � CIM_ComputerSystem Abstract Locale UUID {8502C525-5FBB-11D2-AAC1-006008C78BC7} NameFormat @ 6
� � � ��� � � � string Override NameFormat ValueMap ! & , 1 6 ; B G P IP Dial HID NWA HWA X25 ISDN IPX DCC ICD E.164 SNA OID/OSI Other � C I M _ U s e r D e v i c e [�%߬�� S CIM_UserDevice ) �� & , T ` � � � � � � �����U������������������������������������������������������������������������������ � CIM_PointingDevice Abstract Locale UUID {8502C535-5FBB-11D2-AAC1-006008C78BC7} Handedness D
� � � �� uint16 NumberOfButtons F
� � � �� uint8 PointingType G 6
� & � ��. 8 { � uint16 ValueMap ` c f i l o r u x 1 2 3 4 5 6 7 8 9 MappingStrings � MIF.DMTF|Pointing Device|001.1 Resolution I
� � � �� uint32 � �Un� � �wZ� 6 � 8� / {�
� x bn�ΐ n ��`� ' ���%
� �i�� E ��X� �JF� � �[7�� L ���Y � u�k� x *FI9� [ 8>�� � C I M _ L o g i c a l E l e m e n t �[�%߬�w " CIM_LogicalElement ) �� & , T g � � [ g �W��������������������������������� � CIM_JobDestination Abstract Locale UUID {673E0A2C-E3D0-11d2-8601-0000F8102E5F} CreationClassName 4
� � � �� � ��� STRING MaxLen SystemCreationClassName A
� ! � �� � ��) 1 = STRING MaxLen Propagated CIM_System.CreationClassName SystemName A
� � � �� � ��� � � STRING MaxLen Propagated CIM_System.Name � C I M _ C o n t r o l l e r �[�%߬� R CIM_Controller ) ��$ , 2 ����������������������������������������������������������������������������������Z � CIM_ManagementController Abstract Locale UUID {7250D62E-E3D0-11d2-8601-0000F8102E5F} � C I M _ C o n t r o l l e r �[�%߬�� R CIM_Controller ) �� % + ����������������������������������������������������������������������������������S � CIM_PCIController Abstract Locale UUID {7BB67AE8-E3D0-11d2-8601-0000F8102E5F} � C I M _ M e d i a A c c e s s D e v i c e �[�%߬�6 � CIM_MediaAccessDevice ) ��# + 1 ��������������������������������������������������������������������������������������������������������������������������������Y � CIM_MagnetoOpticalDrive Abstract Locale UUID {F62037D8-E3D0-11d2-8601-0000F8102E5F} � C I M _ M e d i a A c c e s s D e v i c e �[�%߬�, � CIM_MediaAccessDevice ) �� ! ' ��������������������������������������������������������������������������������������������������������������������������������O � CIM_WORMDrive Abstract Locale UUID {FFB58B9A-E3D0-11d2-8601-0000F8102E5F} � C I M _ L o g i c a l D e v i c e �[�%߬�� G CIM_LogicalDevice )
�� % �����������������������������������������������������������������������M � CIM_Scanner Abstract Locale UUID {07F12A62-E3D1-11d2-8601-0000F8102E5F} �
C I M _ S e n s o r �[�%߬�Z T CIM_Sensor ) �� $ * R b � � � � 7 M ����������������������������������������������������������������������������������� � CIM_BinarySensor Abstract Locale UUID {11140D44-E3D1-11d2-8601-0000F8102E5F} CurrentReading B
� � � �� BOOLEAN ExpectedReading D
� � � �� BOOLEAN InterpretationOfFalse F )
� ' � ��/ @ STRING MaxLen InterpretationOfTrue J )
� � � ��� @ STRING MaxLen �
C I M _ S e n s o r �[�%߬� T CIM_Sensor ) �� & , T f � � �����������������������������������������������������������������������������������[ � CIM_DiscreteSensor Abstract Locale UUID {1BF00330-E3D1-11d2-8601-0000F8102E5F} AcceptableValues B )
� � � ��� @ STRING MaxLen CurrentReading F )
� � � ��� @ STRING MaxLen PossibleValues J )
� K � ��S @ STRING MaxLen �
C I M _ S e n s o r �[�%߬�� G CIM_Sensor ) �� ( . �����������������������������������������������������������������������V � CIM_MultiStateSensor Abstract Locale UUID {237D964E-E3D1-11d2-8601-0000F8102E5F} � C I M _ N u m e r i c S e n s o r �[�%߬�� � CIM_NumericSensor ) �� " ( P ` � � 2 G � � $ 1 � � � � S ^ � � r } � � J _ � � ����U�W��������������������������������������������������������������������������������������������������������������������������������< � CIM_Tachometer Abstract Locale UUID {237D964F-E3D1-11d2-8601-0000F8102E5F} CurrentReading @ B )
� � � ��� � sint32 Override CurrentReading LowerThresholdCritical @ p )
� � �� sint32 Override LowerThresholdCritical LowerThresholdFatal @ ! x )
� ~ � ��� � sint32 Override LowerThresholdFatal LowerThresholdNonCritical @ h )
� � � ��� sint32 Override LowerThresholdNonCritical MaxReadable @ R )
� h � ��p z sint32 Override MaxReadable MinReadable @ V )
� � � ��� � sint32 Override MinReadable NominalReading @ F )
� 1 � ��9 C sint32 Override NominalReading NormalMax @ J )
� � � ��� � sint32 Override NormalMax NormalMin @ N )
� � � ��� sint32 Override NormalMin Resolution @ Z )
� T � ��\ f uint32 Override Resolution Tolerance @ ^ )
� � � ��� � sint32 Override Tolerance UpperThresholdCritical @ t )
� � ��( 2 sint32 Override UpperThresholdCritical UpperThresholdFatal @ " | )
� � � ��� � sint32 Override UpperThresholdFatal UpperThresholdNonCritical @ l )
� � �� ! sint32 Override UpperThresholdNonCritical � C I M _ S t o r a g e E x t e n t �[�%߬� b CIM_StorageExtent ) ��! ) / ��������������������������������������������������������������������������������������������������W � CIM_AggregatePSExtent Abstract Locale UUID {2D0E255C-E3D1-11d2-8601-0000F8102E5F} � C I M _ S t o r a g e E x t e n t �[�%߬�� k CIM_StorageExtent ) ��$ , 2 Z o ������������������������������������������������������������������������������������������������������������ � CIM_ProtectedSpaceExtent Abstract Locale UUID {35E25AA4-E3D1-11d2-8601-0000F8102E5F} UserDataStripeDepth \ )
� � � ��� � UINT64 MappingStrings � MIF.DMTF|Protected Space Extent|001.6 � C I M _ S t o r a g e E x t e n t �[�%߬�> s CIM_StorageExtent ) �� ! ' O h � � �������������������������������������������������������������������������������������������������������������������b � CIM_VolumeSet Abstract Locale UUID {35E25AA5-E3D1-11d2-8601-0000F8102E5F} PSExtentInterleaveDepth \ )
� � � ��� � UINT64 MappingStrings � MIF.DMTF|Volume Set|001.5 PSExtentStripeLength d )
� ' � ��/ ? UINT64 MappingStrings G MIF.DMTF|Volume Set|001.4 � C I M _ L o g i c a l F i l e �[�%߬�% ~ CIM_LogicalFile ) �� " ( ������������������������������������������������������������������������������������������������������������������������������P � CIM_DeviceFile Abstract Locale UUID {4333BD60-E3D1-11d2-8601-0000F8102E5F} � W i n 3 2 _ P n P D e v i c e P r o p e r t y k\�%߬�� ! Win32_PnPDeviceProperty % ����������������������W � Win32_PnPDevicePropertyString Data
� O � �� string � ��ӿ� 8
b����
_ I�.HG � ��a�� � �!�x � �7�Z q [9q� *�l�� H 5��53 � �w � C I M _ C o n t r o l l e r �Z�%߬�
� CIM_Controller ) �� ' - U n � � � ; X � � ' � � , � � O j � � . � � , ^ o V f �����_UUU���������������������������������������������������������������������������������������������������������������������������������������������� � CIM_VideoController Abstract Locale UUID {1008CCE5-7BFF-11D2-AAD2-006008C78BC7} AcceleratorCapabilities Z )
� � � ��� � uint16 ModelCorrespondence � CIM_VideoController.CapabilityDescriptions CapabilityDescriptions ^ 6
� R � ��Z e n � string ArrayType Indexed ModelCorrespondence � CIM_VideoController.AcceleratorCapabilities CurrentBitsPerPixel b )
� � �� uint32 MappingStrings $ MIF.DMTF|Video|003.12 CurrentHorizontalResolution f )
� � � ��� � uint32 MappingStrings � MIF.DMTF|Video|003.11 CurrentNumberOfColors # |
� � �� uint64 CurrentNumberOfColumns % � )
� ^ � ��f v uint32 MappingStrings ~ MIF.DMTF|Video|003.14 CurrentNumberOfRows $ � )
� � � ��� � uint32 MappingStrings MIF.DMTF|Video|003.13 CurrentRefreshRate ! v )
� c � ��k { uint32 MappingStrings � MIF.DMTF|Video|003.15 CurrentScanMode " z 6
� � � ��� ! 1 uint16 ValueMap 1 2 3 4 MappingStrings 9 MIF.DMTF|Video|003.8 CurrentVerticalResolution j )
� � � ��� � uint32 MappingStrings � MIF.DMTF|Video|003.10 MaxMemorySupported V
� � �� uint32 MaxRefreshRate n )
� e � ��m } uint32 MappingStrings � MIF.DMTF|Video|003.5 MinRefreshRate r )
� � � ��� � uint32 MappingStrings MIF.DMTF|Video|003.4 NumberOfVideoPages R
� V � �� uint32 VideoMemoryType P 6
� � � ��� � ( 8 uint16 ValueMap
� $ 1 2 3 4 5 6 7 8 9 10 11 12 13 MappingStrings @ MIF.DMTF|Video|003.6 VideoProcessor L
� � � �� string � C I M _ V i d e o C o n t r o l l e r �Z�%߬�! � CIM_VideoController ) ��! ) / W l � � � � ���������_��������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_PCVideoController Abstract Locale UUID {1008CCE6-7BFF-11D2-AAD2-006008C78BC7} NumberOfColorPlanes ( �
� � � �� uint16 VideoArchitecture & � 6
� � � ��� k { uint16 ValueMap
? B E H K N Q T W Z ^ b f 1 2 3 4 5 6 7 8 9 10 11 12 160 MappingStrings � MIF.DMTF|Video|003.2 VideoMode ' � )
� � � ��� � uint16 MappingStrings � MIF.DMTF|Video|003.3 � C I M _ C o n t r o l l e r �Z�%߬�f V CIM_Controller ) �� ( . V d �������������������������������������������������������������������������������������� � CIM_PCMCIAController Abstract Locale UUID {FAF76B5A-798C-11D2-AAD1-006008C78BC7} Manufacturer L )
� � � ��� � string Schema Win32 � C I M _ C o n t r o l l e r �Z�%߬�c V CIM_Controller ) �� % + S a �������������������������������������������������������������������������������������� � CIM_USBController Abstract Locale UUID {FAF76B5B-798C-11D2-AAD1-006008C78BC7} Manufacturer L )
� � � ��� � string Schema Win32 � C I M _ L o g i c a l D e v i c e �Z�%߬�� b CIM_LogicalDevice ) �� & , T _ � � � � u � # ����U��������������������������������������������������������������������������������������������� � CIM_NetworkAdapter Abstract Locale UUID {8502C532-5FBB-11D2-AAC1-006008C78BC7} AutoSense Z
� � � �� boolean MaxSpeed R
� � � �� uint64 NetworkAddresses F 6
� $ � ��, @ 4 D string MaxLen MappingStrings L MIF.DMTF|Network Adapter 802 Port|001.3 PermanentAddress B 6
� � � ��� @ � � string MaxLen MappingStrings � MIF.DMTF|Network Adapter 802 Port|001.2 Speed J )
� Z � ��b r uint64 MappingStrings ~ � MIB.IETF|RFC1213-MIB.ifSpeed MIF.DMTF|Network Adapter 802 Port|001.5 � C I M _ L o g i c a l D e v i c e �Z�%߬�7 I CIM_LogicalDevice ) �� " ( P Z ������������������������������������������������������������������������� � CIM_UserDevice Abstract Locale UUID {8502C533-5FBB-11D2-AAC1-006008C78BC7} IsLocked B
� � � �� boolean � C I M _ U s e r D e v i c e �Z�%߬�� I CIM_UserDevice )
�� % �������������������������������������������������������������������������M � CIM_Display Abstract Locale UUID {1008CCE7-7BFF-11D2-AAD2-006008C78BC7} � C I M _ D i s p l a y �Z�%߬� X CIM_Display
) �� & , T _ � � � � �����U����������������������������������������������������������������������������������O � CIM_DesktopMonitor Abstract Locale UUID {1008CCE8-7BFF-11D2-AAD2-006008C78BC7} Bandwidth F
� � � �� uint32 DisplayType D
� � � �� uint16 ScreenHeight J
� � �� uint32 ScreenWidth N
� G � �� uint32 � C I M _ D i s p l a y �Z�%߬�� [ CIM_Display
) �� ! ' O \ � � � � Q ` � � �����U�������������������������������������������������������������������������������������� � CIM_FlatPanel Abstract Locale UUID {1008CCE9-7BFF-11D2-AAD2-006008C78BC7} DisplayType N
� � � �� uint16 HorizontalResolution D
� � � �� uint32 LightSource P
�
� �� uint16 ScanMode L
� I � �� uint16 SupportsColor R
� � � �� boolean VerticalResolution H
� � � �� uint32 � C I M _ U s e r D e v i c e �Z�%߬�X R CIM_UserDevice ) �� & N V � � � � ���������������������������������������������������������������������������������� � CIM_Keyboard Abstract Locale UUID {8502C534-5FBB-11D2-AAC1-006008C78BC7} Layout D
� � � �� string NumberOfFunctionKeys H
� � � �� uint16 Password J 6
� � ��& 0 W g uint16 ValueMap H K N Q T 1 2 3 4 5 MappingStrings o MIF.DMTF|System Hardware Security|001.2 � �O �� � ��&�T � �$�� � '�O\� � ��峃 � �Z� 4 � ��ޢ� � �* �t ^ �">b� � ��"�u 8 ��P`� �N�� �
C I M _ M e m o r y ;[�%߬�X � CIM_Memory ) �� # ) Q ` ( 3 � � f m & 0 � � k ~ F S ���������_U������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_CacheMemory abstract Locale UUID {FAF76B65-798C-11D2-AAD1-006008C78BC7} Associativity - � 6
� � � � � � �� uint16 ValueMap � � � � � � � � 1 2 3 4 5 6 7 8 MappingStrings
MIF.DMTF|System Cache|003.15 CacheType ( � 6
� w � � � � �� uint16 ValueMap � � � � � 1 2 3 4 5 MappingStrings � MIF.DMTF|System Cache|003.9 FlushTimer , � )
� ( 0 @ � �� uint32 MappingStrings H MIF.DMTF|System Cache|003.14 Level & � 6
� � � � � � �� uint16 ValueMap � � � � � � 1 2 3 4 5 6 MappingStrings MIF.DMTF|System Cache|003.2 LineSize ) � )
� g o � �� uint32 MappingStrings � MIF.DMTF|System Cache|003.10 ReadPolicy + � 6
� � � 5 E � �� uint16 ValueMap # & ) , / 2 1 2 3 4 5 6 MappingStrings M MIF.DMTF|System Cache|003.13 ReplacementPolicy * � 6
� � � � � �� uint16 ValueMap � � �
1 2 3 4 5 6 7 8 MappingStrings ( MIF.DMTF|System Cache|003.12 WritePolicy ' � 6
� � � � � � � �� uint16 ValueMap � � � � � � 1 2 3 4 5 6 MappingStrings � MIF.DMTF|System Cache|003.5 � C I M _ L o g i c a l D e v i c e <[�%߬�� N CIM_LogicalDevice ) �� # ) Q _ � � � � ����������������������������������������������������������������������������� � CIM_AlarmDevice Abstract Locale UUID {FAF76B66-798C-11D2-AAD1-006008C78BC7} AudibleAlarm B
� � � �� boolean Urgency F
� � � �� uint16 VisibleAlarm D
� � �� boolean � & � � SetUrgency ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��� � __PARAMETERS abstract RequestedUrgency uint16
� < IN
� < c �� ID )
� � c ��� uint16 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � =[�%߬��
) �� & N W � � � U������������Z � CIM_Location Abstract Locale UUID {FAF76B67-798C-11D2-AAD1-006008C78BC7} Address )
� � � ��� string MaxLen Name 4
� � � �� � ��� string MaxLen PhysicalPosition 4
� J � �� � ��R string MaxLen � >[�%߬�| 4 ��' ��4 < B j s � � e�������� � CIM_PhysicalElementLocation Abstract Association Locale UUID {FAF76B68-798C-11D2-AAD1-006008C78BC7} Element f
� � � �� ref:CIM_PhysicalElement PhysicalLocation f )
� � � �� ref:CIM_Location Max � ?[�%߬��
) �� ( . V _ � � � � U������������2 � CIM_PhysicalCapacity Abstract Locale UUID {FAF76B69-798C-11D2-AAD1-006008C78BC7} Caption )
� � � ��� @ string MaxLen Description
� � � �� string Name )
� " � ��* string MaxLen � @[�%߬�t 4 �� ��, 4 : b l � � e�������� � CIM_ElementCapacity Abstract Association Locale UUID {FAF76B6A-798C-11D2-AAD1-006008C78BC7} Capacity f
� � � �� ref:CIM_PhysicalCapacity Element f )
� � � �� ref:CIM_PhysicalElement Min � � C I M _ P h y s i c a l C a p a c i t y A[�%߬�t CIM_PhysicalCapacity ) �� & , T k � � / F x ~ }�������������������������������� � CIM_MemoryCapacity Abstract Locale UUID {FAF76B6B-798C-11D2-AAD1-006008C78BC7} MaximumMemoryCapacity
� � � �� uint64 MemoryType 4
� � � �� � ��� uint16 ModelCorrespondence CIM_PhysicalMemory.MemoryType MinimumMemoryCapacity
� p � �� uint64 Name @ 4
� � � ��� � � �� string Override Name � B[�%߬�F ) �� & , T a � � U��������� � CIM_ReplacementSet Abstract Locale UUID {FAF76B6C-798C-11D2-AAD1-006008C78BC7} Description
� � � �� string Name 4
� � � �� � ��� string MaxLen � C[�%߬�� ? ��! ��. ��; C I q z � � u�������� � CIM_ParticipatesInSet Abstract Association Aggregation Locale UUID {FAF76B6D-798C-11D2-AAD1-006008C78BC7} Element f
� � � �� ref:CIM_PhysicalElement Set f '
� � �� � �� ref:CIM_ReplacementSet Aggregate so �
C I M _ C o n t a i n e r M[�%߬� CIM_Container ) �� " ( P ` � � * u����������������� � CIM_CardOnCard Abstract Locale UUID {FAF76B77-798C-11D2-AAD1-006008C78BC7} GroupComponent f@ 6
� � � ��� � � ref:CIM_Card Max Override GroupComponent MountOrSlotDescription
� � �� string PartComponent f@ )
� a � ��o y ref:CIM_Card Override PartComponent � C I M _ P h y s i c a l E l e m e n t N[�%߬�� E CIM_PhysicalElement ) ��! ) / W e � � � � �������������������������������������������������������������������� � CIM_PhysicalComponent abstract Locale UUID {FAF76B78-798C-11D2-AAD1-006008C78BC7} HotSwappable >
� � � �� boolean Removable :
� � � �� boolean Replaceable <
�
� �� boolean � W i n 3 2 _ P n P D e v i c e P r o p e r t y h\�%߬�� ! Win32_PnPDeviceProperty % ��������������������W � Win32_PnPDevicePropertySint16 Data
� O � �� Sint16 � �f�P m *�>G� T �Ƽ� t���/ V �=�Î�U 6 �� % 2 D J r y � � X _ � � < O U���������������������� � WmiFWVersion WMI Locale MS\0x409 Description FW Version class guid {A6E59E35-24C7-49CA-86D8-FB9BD654C02D} build 6
� � � � ��� � uint32 WmiDataId Description Build hotfix 6
� 0 8 � ��C P uint32 WmiDataId Description Hotfix major 6
� � � � ��� � uint32 WmiDataId Description Major minor 6
� � ��( 5 uint32 WmiDataId Description Minor serversegmentcode 6
� � � � ��� � uint32 WmiDataId Description Server Segment Code � �=��< N � �� � $ ��) 6 W ] � � � � � � � � [ i U��������������� � TeeDriverMeVersionWmiInfo WMIProv WMI Description TeeDriver ME\TXE FW Version Wmi guid {0D6D2587-7EA9-44DE-965E-368BAEF6BDC5} locale MS\0x409 Active
� � � �� boolean FWType C
� + 3 � ��> G u � uint32 WmiDataId WmiEnum S h 0=Unknown1=Consumer 2=Corporate Description Current FW Image Type, Corporate or Consumer Image FWVer
C
� # � ��. ; V object:WmiFWVersion WmiDataId Description Current ME\TXE FW Version MAX InstanceName '
� � � �� � �� string � �4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 6 ����� k � WDMClassesOfDriver MSMCAEvent_PlatformSpecificError C:\Windows\system32\kernelbase.dll[MofResourceName]
B a s e S t a t u s mg�%߬�* � BaseStatus ) � �� � - ; 5 F x � � � � B T � � � � 9 m � � � �
? ^ � � � � * 6 s � � G d � � � @ T � � � �
N ` � � � � & > p � � � E Y � � L
X
�
�
�
�
+ _ t � � � � H
V
�
�
�
�
. ` t � � �
n ~ � � � F ^ � � � � 1 I { � � � . ` � � @P @ �� � �� ���� ���� ������������ ���� �������� ���
����' - # % ! + ) / � MSFT_MpComputerStatus ProtectionManagement locale AMEngineVersion i
� p � �� string AMProductVersion
� � � �� string AMRunningMode
� � � �� string AMServiceEnabled m
� 9 � �� boolean AMServiceVersion
� ~ � �� string AntispywareEnabled % w
� � � �� boolean AntispywareSignatureAge
� � �� uint32 AntispywareSignatureLastUpdated e
$
� c � �� datetime AntispywareSignatureVersion
� � string AntivirusEnabled $ u
� � � �� boolean AntivirusSignatureAge ,
� 7 � �� uint32 AntivirusSignatureLastUpdated e
0
� � � �� datetime AntivirusSignatureVersion (
� � � �� string BehaviorMonitorEnabled # s
� ! � �� boolean ComputerID '
� k � �� � �� string ComputerState )
� � � � � �� uint32 BitMap � � � � � � 0 1 2 4 8 16 ControlledConfigurationState : �
� @ � �� uint8 DefenderSignaturesOutOfDate
� � � �� boolean DeviceControlDefaultEnforcement - �
� � � �� string DeviceControlPoliciesLastUpdated e . �
� 6 � �� datetime DeviceControlState , �
� ~ � �� string FullScanAge H
� � � �� uint32 FullScanEndTime e D
� � �� datetime FullScanOverdue Q
� E � �� boolean FullScanRequired S
� � � �� boolean FullScanSignatureVersion M
� � � �� string FullScanStartTime e @
� � �� datetime InitializationProgress 9 �
� h � �� string IoavProtectionEnabled " q
� � � �� boolean IsTamperProtected ' {
� � � �� boolean IsVirtualMachine & y
� < � �� boolean LastFullScanSource L )
� � � � � �� uint8 ValueMap � � � � � 0 1 2 3 4 LastQuickScanSource b )
�
%
� �� uint8 ValueMap =
@
C
F
I
0 1 2 3 4 NISEnabled + �
� �
� �� boolean NISEngineVersion * �
� �
� �� string NISSignatureAge 8
�
� �� uint32 NISSignatureLastUpdated e <
� U � �� datetime NISSignatureVersion 4
� � string OnAccessProtectionEnabled ! o
� � � �� boolean ProductStatus
)
� / 7 ? � �� uint32 BitMap � � � � � � � � � � � � � � � � � �
#
,
5
>
0 1 2 4 8 16 32 64 128 256 512 1024 2048 4096 8192 16384 32768 65536 131072 262144 524288 1048576 2097152 4194304 8388608 16777216 QuickScanAge ^
� �
� �� uint32 QuickScanEndTime e Z
� �
� �� datetime QuickScanOverdue g
�
� �� boolean QuickScanSignatureVersion c
� X � �� string QuickScanStartTime e V
� � � �� datetime RealTimeProtectionEnabled ) �
� � � �� boolean RealTimeScanDirection U )
� D K U � �� uint8 ValueMap e h k 0 1 2 RebootRequired
� � � �� boolean SmartAppControlExpiration 8 �
� � � �� string SmartAppControlState 7 �
� > � �� string TamperProtectionSource ( }
� � � �� string TroubleShootingDailyMaxQuota 5 �
� � � �� string TroubleShootingDailyQuotaLeft 3 �
� ) � �� string TroubleShootingEndTime 1 �
� s � �� string TroubleShootingExpirationLeft 2 �
� � � �� string TroubleShootingMode / �
� � �� string TroubleShootingModeSource 6 �
� X � �� string TroubleShootingQuotaResetTime 4 �
� � � �� string TroubleShootingStartTime 0 �
� � � �� string �� �4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 6 ����� k � WDMClassesOfDriver MSMCAEvent_PlatformSpecificError C:\Windows\system32\kernelbase.dll[MofResourceName] lassesOfDriver DPC C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] �w��� � ����d ~k�
o � ��wK � ��0��
! �z2�� } ���Wk � z���; � ��[� r ��̉ � �VQ�` � {� {? � B��8 � C I M _ S t o r a g e E x t e n t [�%߬�J { CIM_StorageExtent ) �� & , T _ � � � = O � � ��������������������������������������������������������������������������������������������������������������������������N � CIM_PhysicalExtent Abstract Locale UUID {9565979E-7D80-11D2-AAD3-006008C78BC7} BlockSize @ D 6
� � � ��� � � � uint64 MappingStrings � MIF.DMTF|Physical Extent|001.4 Override BlockSize NumberOfBlocks @ P 6
� L T d � ��� � uint64 MappingStrings l MIF.DMTF|Physical Extent|001.3 Override NumberOfBlocks UnitsBeforeCheckDataInterleave \ )
� � � �� uint64 MappingStrings MIF.DMTF|Physical Extent|001.6 UnitsOfCheckData d )
� � � ��� � uint64 MappingStrings � MIF.DMTF|Physical Extent|001.7 UnitsOfUserData l )
� � �� & uint64 MappingStrings . MIF.DMTF|Physical Extent|001.8 � C I M _ S t o r a g e E x t e n t [�%߬�� b CIM_StorageExtent ) �� ( . V f ������������������������������������������������������������������������������������������������� � CIM_AggregatePExtent Abstract Locale UUID {9565979F-7D80-11D2-AAD3-006008C78BC7} NumberOfBlocks @ P 6
� � � � � ��� � uint64 MappingStrings � MIF.DMTF|Aggregate Physical Extent|001.2 Override NumberOfBlocks � C I M _ S t o r a g e E x t e n t [�%߬�� s CIM_StorageExtent ) �� # ) Q \ � � �������������������������������������������������������������������������������������������������������������������� � CIM_LogicalDisk Abstract Locale UUID {8502C539-5FBB-11D2-AAC1-006008C78BC7} FreeSpace \
� � � �� uint64 Size d
� � � �� uint64 � [�%߬�j 4 �� ��' / 5 ] i � � U�������� � CIM_Dependency Association Abstract Locale UUID {8502C53A-5FBB-11D2-AAC1-006008C78BC7} Antecedent f
� � � �� ref:CIM_ManagedSystemElement Dependent f
� � � �� ref:CIM_ManagedSystemElement 1- � C I M _ D e p e n d e n c y [�%߬�� CIM_Dependency ) ��( 0 6 ^ j � � 0 B U����������t � CIM_ServiceServiceDependency Abstract Locale UUID {8502C53B-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Service Override Antecedent Dependent f@ )
�
� �� % ref:CIM_Service Override Dependent TypeOfDependency
� l � �� uint16 � C I M _ D e p e n d e n c y [�%߬�I CIM_Dependency ) �� ( . V b � � 4 I { � U��������������������� � CIM_DeviceConnection Abstract Locale UUID {8502C53C-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_LogicalDevice Override Antecedent Dependent f@ )
� � �� ) ref:CIM_LogicalDevice Override Dependent NegotiatedDataWidth
� s � �� uint32 NegotiatedSpeed
� � � �� uint64 � C I M _ D e p e n d e n c y [�%߬�� CIM_Dependency ) �� ( . V b � � U��������- � CIM_AssociatedSensor Abstract Locale UUID {956597A0-7D80-11D2-AAD3-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Sensor Override Antecedent Dependent f@ )
� � �� " ref:CIM_LogicalDevice Override Dependent � C I M _ D e v i c e C o n n e c t i o n [�%߬�� CIM_DeviceConnection ) �� $ * R _ � � � l � � � �������������������������������� � CIM_ControlledBy Abstract Locale UUID {8502C53D-5FBB-11D2-AAC1-006008C78BC7} AccessState
� � � �� uint16 Antecedent f@ )
� � � ��� � ref:CIM_Controller Override Antecedent Dependent f@ )
� @ � ��W a ref:CIM_LogicalDevice Override Dependent NumberOfHardResets
� � � �� uint32 NumberOfSoftResets
� � � �� uint32 � C I M _ D e p e n d e n c y
[�%߬�> CIM_Dependency )
�� % M Y � � + : l } U������������������������� � CIM_BasedOn Abstract Locale UUID {8502C53E-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_StorageExtent Override Antecedent Dependent f@ )
� � � �� ref:CIM_StorageExtent Override Dependent EndingAddress
� d � �� uint64 StartingAddress
� � � �� uint64 � C I M _ D e p e n d e n c y [�%߬�� CIM_Dependency ) �� $ * R ^ � � U��������4 � CIM_MediaPresent Abstract Locale UUID {8502C540-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_MediaAccessDevice Override Antecedent Dependent f@ )
� � �� ) ref:CIM_StorageExtent Override Dependent ep � C I M _ S t o r a g e E x t e n t [�%߬�� g CIM_StorageExtent ) �� % + S ] � � �������������������������������������������������������������������������������������������������������� � CIM_DiskPartition Abstract Locale UUID {8502C541-5FBB-11D2-AAC1-006008C78BC7} Bootable \
� � � �� boolean PrimaryPartition ^
� � � �� boolean � C I M _ B a s e d O n
[�%߬�� CIM_BasedOn
) ! ��+ 3 9 a m � � �������������������������O � CIM_LogicalDiskBasedOnPartition Abstract Locale UUID {8502C53F-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_DiskPartition Override Antecedent Max Dependent f@ )
� % � ��: D ref:CIM_LogicalDisk Override Dependent � C I M _ D e p e n d e n c y [�%߬�m CIM_Dependency C # � �� � = G O U } � � � + 6 | � � � S a U������������������������������ � CIM_ProcessExecutable Privileges + SeDebugPrivilege CIMWin32 Locale UUID {8502C542-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ '
� � � �� � �� ref:CIM_DataFile BaseAddress )
� � �� $ uint64 Schema Win32 Dependent f@ '
� k � �� � �� ref:CIM_Process GlobalProcessCount )
� � � ��� � uint32 Schema Win32 ModuleInstance 4
� 0 8 �� � ��D L uint32 DEPRECATED Schema Win32 ProcessCount )
� � � ��� � uint32 Schema Win32 � WX C I M _ L o g i c a l E l e m e n t [�%߬�s ~ CIM_LogicalElement N ��! + ; �� � E O W ] � � _ h � � % W j � � � � � o � � � . @ r } � � G Q � � � � q y � � D P � � � � f l � �
`
k
WUUUUU�����������������������������������������������������������������������������������������������������������������������
� CIM_LogicalFile SupportsDelete DeleteBy DeleteInstance Abstract CIMWin32 Locale UUID {8502C559-5FBB-11D2-AAC1-006008C78BC7} AccessMask r 6
� � � ��� � � � uint32 Schema Win32 BitMap 0 3 6 9 < ? B E H K O S W [ 0 1 2 3 4 5 6 7 8 16 17 18 19 20 Archive )
� � � ��� � boolean Schema Win32 Compressed & )
� � � �� boolean Schema Win32 CompressionMethod Z
� O � �� string CreationClassName
( '
� � � �� � �� string CIM_Key CreationDate e ,
� � � �� datetime CSCreationClassName 4
� I Q ] � �� � �� string Propagated CIM_FileSystem.CSCreationClassName CIM_Key CSName " 4
� � � � � �� � �� string Propagated CIM_FileSystem.CSName CIM_Key Drive b 4
� Q Y �� � ��` h string Fixed Schema Win32 EightDotThreeFileName V )
� � � ��� � string Schema Win32 Encrypted 0 )
� ' � �� boolean Schema Win32 EncryptionMethod ^
� j � �� string Extension n 4
� � � �� � ��� � string Fixed Schema Win32 FileName j 4
� ) 1 �� � ��8 @ string Fixed Schema Win32 FileSize D
� { � �� uint64 FileType R )
� � � ��� � string Schema Win32 FSCreationClassName
2 4
� 2 : F h �� � �� string Propagated CIM_FileSystem.CreationClassName CIM_Key FSName 6 4
� � � � � �� � �� string Propagated CIM_FileSystem.Name CIM_Key Hidden N )
� , � ��5 = boolean Schema Win32 InUseCount
� z � �� uint64 LastAccessed e :
� � � �� datetime LastModified e >
� � � �� datetime Name @ 4
� N � ��V ` � �� string Override Name Path f 4
� � � �� � ��� � string Fixed Schema Win32 Readable B
�
� �� boolean System P )
� H
� ��Q
Y
boolean Schema Win32 Writeable L
� �
� �� boolean �K � � G b � h n % %
� � a a � � � � 5 ? � � w � : > � � � � � � � �% �( �( l) .
1 1 �1 �3 �6 �6 �7 �: �= �= �> �A �D �D ;E �H XJ � TakeOwnerShip ) 8 ��E O � � Implemented ValueMap
� � � � � � � � � � � � � 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ChangeSecurityPermissions ) � ��� �
Implemented ValueMap
� � � � � � � � � � � 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 � ac6d1350600005Q ROOT\CIMV2 ���� � �{ �� � * � ��������
� __PARAMETERS abstract
SecurityDescriptor object
� > In
� > e �� ID
)
� � e ��� object:Win32_SecurityDescriptor Option uint32
� In
� 0 �� r u x { 0 1 2 3 BitMap )
� 0 ��~ ^ ID 6
� 0 ��~ ^ � uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Copy ) � ��� � Implemented ValueMap
� � � � � � � �
0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract FileName string
� 4 In
� 4 [ �� ID )
� � [ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Rename ) � ��� � R Z Implemented ValueMap
" % ( + . 2 6 : > B F J N 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract FileName string
� 4 In
� 4 [ �� ID )
� � [ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Delete 4 ��& ��3 = � � Destructor Implemented ValueMap
u x { ~ � � � � � � � � � 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Compress ) h ��u } � � Implemented Schema Win32 ValueMap
� � � � � � � � � � � � � 0 2 8 9 10 11 12 13 14 15 16 17 21 y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Uncompress ) � ��� � + 3 Implemented ValueMap
� � # ' 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � TakeOwnerShipEx ) � �� t | Implemented ValueMap
D G J M P T X \ ` d h l p 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 + ac6d1350600005Q ROOT\CIMV2 ���� � �� �� - � * � ������ � __PARAMETERS abstract StartFileName string
� 9 In
� 9 ` �� optional '
� 9 ` ��� �� ID 4
� ` ��� ��� string Recursive boolean
� 8 In
� 8 ` �� optional '
� 8 ` ��� �� ID 4
� ` ��� ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � $ * � ��������N � __PARAMETERS abstract StopFileName string
� 8 Out
� 8 _ �� ID )
� � _ ��� string ReturnValue uint32
� uint32 out
� �� __ � ChangeSecurityPermissionsEx ) � ��
r z Implemented ValueMap
B E H K N R V Z ^ b f j n 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 - ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � " � * � � U�������������� � __PARAMETERS abstract
SecurityDescriptor object
� > in
� > e �� ID
)
� � e ��� object:Win32_SecurityDescriptor Option uint32
� In
� 0 �� r u x { 0 1 2 3 BitMap )
� 0 ��~ ^ ID 6
� 0 ��~ ^ � uint32 StartFileName string
� . In
� . U �� optional '
� . U ��� �� ID 4
� U ��� ��� string Recursive boolean
� - In
� - U �� optional '
� - U ��� �� ID 4
� U ��� ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � $ * � ��������N � __PARAMETERS abstract StopFileName string
� 8 Out
� 8 _ �� ID )
� � _ ��� string ReturnValue uint32
� uint32 out
� �� __ � CopyEx ) �( ���( �( ]) e) Implemented ValueMap
-) 0) 3) 6) 9) =) A) E) I) M) Q) U) Y) 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 � ac6d1350600005Q ROOT\CIMV2 ���� � �L �� * � � � � � ����������� � __PARAMETERS abstract FileName string
� 4 In
� 4 [ �� ID )
� � [ ��� string StartFileName string
� � In
� � �� optional '
� � ��B �� ID 4
� � ��B ��� string Recursive boolean
� � In
� � �� optional '
� � ��B �� ID 4
� � ��B ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � $ * � ��������N � __PARAMETERS abstract StopFileName string
� 8 Out
� 8 _ �� ID )
� � _ ��� string ReturnValue uint32
� uint32 out
� �� __ � DeleteEx ) =1 ��J1 T1 �1 �1 Implemented ValueMap
�1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 �1 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ���� � __PARAMETERS abstract StartFileName string
� 9 In
� 9 ` �� optional '
� 9 ` ��� �� ID 4
� ` ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � $ * � ��������N � __PARAMETERS abstract StopFileName string
� 8 Out
� 8 _ �� ID )
� � _ ��� string ReturnValue uint32
� uint32 out
� �� __ � CompressEx ) 7 ��7 %7 �7 �7 Implemented ValueMap
]7 `7 c7 f7 i7 m7 q7 u7 y7 }7 �7 �7 �7 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 + ac6d1350600005Q ROOT\CIMV2 ���� � �� �� - � * � ������ � __PARAMETERS abstract StartFileName string
� 9 In
� 9 ` �� optional '
� 9 ` ��� �� ID 4
� ` ��� ��� string Recursive boolean
� 8 In
� 8 ` �� optional '
� 8 ` ��� �� ID 4
� ` ��� ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � $ * � ��������N � __PARAMETERS abstract StopFileName string
� 8 Out
� 8 _ �� ID )
� � _ ��� string ReturnValue uint32
� uint32 out
� �� __ � UncompressEx ) �= ��
> > |> �> Implemented ValueMap
L> O> R> U> X> \> `> d> h> l> p> t> x> 0 2 8 9 10 11 12 13 14 15 16 17 21 Schema Win32 + ac6d1350600005Q ROOT\CIMV2 ���� � �� �� - � * � ������ � __PARAMETERS abstract StartFileName string
� 9 In
� 9 ` �� optional '
� 9 ` ��� �� ID 4
� ` ��� ��� string Recursive boolean
� 8 In
� 8 ` �� optional '
� 8 ` ��� �� ID 4
� ` ��� ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � $ * � ��������N � __PARAMETERS abstract StopFileName string
� 8 Out
� 8 _ �� ID )
� � _ ��� string ReturnValue uint32
� uint32 out
� �� __ � GetEffectivePermission ) �D E E ��,E 4E Privileges
E SeSecurityPrivilege Implemented Schema Win32 � ac6d1350600005Q ROOT\CIMV2 ���� � �G �� * : ����� � __PARAMETERS abstract Permissions uint32
� 7 In
� 7 ^ �� � � � � � � � � � � � � � � 0 1 2 3 4 5 6 7 8 16 17 18 19 20 BitMap )
� 7 ^ ��� � ID 6
� ~ ^ ��� � 6 uint32 __ �{ ac6d1350600005Q ROOT\CIMV2 ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetSecurityDescriptor } �� Static � ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor � � ���� � �� �� * c ����� � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� � }�f� .K��� �I� � 5��l� � مS?� � ��>�
� ��l�� �`/Ϸ
�i*$� � �+E�e D �,p� �
/S� �7�� � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) & . 4 \ �� f r � � U��������o � CIM_SoftwareFeatureSAPImplementation Locale UUID {7EFCC186-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ 6
� � � ��� � � ref:CIM_SoftwareFeature Min Override Antecedent Dependent f@ 6
� 9 � ��U Z d ref:CIM_ServiceAccessPoint Min Override Dependent � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) * 2 8 ` �� j v � � U��������h � CIM_SoftwareFeatureServiceImplementation Locale UUID {8AC984F4-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ 6
� � � ��� � � ref:CIM_SoftwareFeature Min Override Antecedent Dependent f@ 6
� = � ��N S ] ref:CIM_Service Min Override Dependent � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) $ L �� V b � � U��������> � CIM_SAPSAPDependency Locale UUID {422D175A-E3D5-11d2-8601-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_ServiceAccessPoint Override Antecedent Dependent f@ )
�
� ��) 3 ref:CIM_ServiceAccessPoint Override Dependent t � C I M _ S e r v i c e A c c e s s B y S A P �[�%߬�� CIM_ServiceAccessBySAP ) $ * R �� \ h � � U��������2 � CIM_BootServiceAccessBySAP Locale UUID {6EDF1DD2-DB35-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_BootService Override Antecedent Dependent f@ )
� � �� ' ref:CIM_BootSAP Override Dependent re � C I M _ S e r v i c e A c c e s s B y S A P �[�%߬�� CIM_ServiceAccessBySAP ) ' - U �� _ k � � U��������A � CIM_ClusterServiceAccessBySAP Locale UUID {88F073D8-DB35-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_ClusteringService Override Antecedent Dependent f@ )
� � ��, 6 ref:CIM_ClusteringSAP Override Dependent Ov � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) " ( P �� Z f � � U��������7 � CIM_ServiceSAPDependency Locale UUID {652E2D58-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_ServiceAccessPoint Override Antecedent Dependent f@ )
� � ��" , ref:CIM_Service Override Dependent ri � C I M _ S e r v i c e A c c e s s P o i n t �[�%߬�� ' CIM_ServiceAccessPoint )
C �� ���������������������������������������M � CIM_BootSAP Locale UUID {F6FEF20A-E3D2-11d2-8601-0000F8102E5F} Abstract � C I M _ S o f t w a r e F e a t u r e �[�%߬�� / CIM_SoftwareFeature ) G �� Q m T e ����������������������������������������������2 � CIM_BIOSFeature Locale UUID {7D33100E-E3D3-11d2-8601-0000F8102E5F} Abstract CharacteristicDescriptions $ C
� � � � � � + � �� STRING ArrayType Indexed MappingStrings � MIF.DMTF|BIOS Characteristic|003.4 ModelCorrespondence 3 CIM_BIOSFeature.Characteristics Characteristics
( P
� � � � � � 0 d n � �� UINT16 ArrayType Indexed MappingStrings � MIF.DMTF|BIOS Characteristic|003.3 ModelCorrespondence 8 CIM_BIOSFeature.CharacteristicDescriptions ValueMap � � � � � � � � � � � � �
! % ) - 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 160 � C I M _ S o f t w a r e F e a t u r e �[�%߬�f / CIM_SoftwareFeature ) $ L �� V r d u ����������������������������������������������� � CIM_VideoBIOSFeature Locale UUID {BAE20634-E3D4-11d2-8601-0000F8102E5F} Abstract CharacteristicDescriptions $ C
� � � � � � ! 6 � �� STRING ArrayType Indexed MappingStrings � MIF.DMTF|Video BIOS Characteristic|001.4 ModelCorrespondence > CIM_VideoBIOSFeature.Characteristics Characteristics
( P
� � � � � � 1 F � � �� UINT16 ArrayType Indexed MappingStrings MIF.DMTF|Video BIOS Characteristic|001.3 ModelCorrespondence N CIM_VideoBIOSFeature.CharacteristicDescriptions ValueMap � � � � � � � � � 1 2 3 4 5 6 7 8 9 � C I M _ L o g i c a l E l e m e n t �[�%߬� % CIM_LogicalElement C � �� � + N V \ � � # � � & � � W�����������������������������������G � Win32_PageFileUsage CIMWin32 Privileges 3 SeCreatePagefilePrivilege Locale UUID {9B3AC16A-EEE5-11d2-B13B-00105A1F77A1} AllocatedBaseSize )
� � � ��� � uint32 MappingStrings � Win32API|MEMORYSTATUS|dwTotalPageFile CurrentUsage )
� Z � ��b r uint32 MappingStrings z Win32API|MEMORYSTATUS Name @ A
� � � �� � ��� � � string Override Name MappingStrings WMI PeakUsage )
� ] � ��e u uint32 MappingStrings } WMI TempPageFile )
� � � ��� � boolean MappingStrings � Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|TempPageFile � C I M _ S e t t i n g �[�%߬�� CIM_Setting
~ � �� � ! - P X ^ � ��� � � ��� � � �� � � � � � � �������������������������� � Win32_PageFileSetting CIMWin32 Privileges 5 SeCreatePagefilePrivilege Locale UUID {514A9270-C856-11D2-B364-00105A1f77A1} SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate InitialSize 4
� 6 � �� � ��> N uint32 MappingStrings V Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles MaximumSize 4
� � �� � �� uint32 MappingStrings # Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles Name ?
� � � �� � �� � ��� � string MappingStrings � WMI � W i n 3 2 _ P n P D e v i c e P r o p e r t y p\�%߬�� ! Win32_PnPDeviceProperty + 1 ����������������������| � Win32_PnPDevicePropertySecurityDescriptor Data
� [ � �� object:Win32_SecurityDescriptor � W i n 3 2 _ P n P D e v i c e P r o p e r t y q\�%߬�� ! Win32_PnPDeviceProperty % ����������������������V � Win32_PnPDevicePropertyBinary Data
� O � �� Uint8 � �� � & /<0;� � S��� � }á5� � 9^�Os
� �,(* } :�Hѧ �
�� �. ����6 � ��� � C I M _ S e t t i n g *[�%߬�� % CIM_Setting
) ��! ) / W m C S , � � � � � ` t }U�����������������������������������H � CIM_MonitorResolution Abstract Locale UUID {1008CCEC-7BFF-11D2-AAD2-006008C78BC7} HorizontalResolution 6
� � � ��� � uint32 ModelCorrespondence � CIM_VideoController.CurrentHorizontalResolution MappingStrings MIF.DMTF|Monitor Resolutions|002.2 MaxRefreshRate 6
� � � ��� � � � uint32 ModelCorrespondence � CIM_VideoController.MaxRefreshRate MappingStrings � MIF.DMTF|Monitor Resolutions|002.7 MinRefreshRate 6
� p � ��x � � � uint32 ModelCorrespondence � CIM_VideoController.MinRefreshRate MappingStrings � MIF.DMTF|Monitor Resolutions|002.6 RefreshRate 6
� F � ��N c � � uint32 ModelCorrespondence k CIM_VideoController.CurrentRefreshRate MappingStrings � MIF.DMTF|Monitor Resolutions|002.4 ScanMode C
� * � ��2 < c x � � uint16 ValueMap T W Z ] ` 1 2 3 4 5 ModelCorrespondence � CIM_VideoController.CurrentScanMode MappingStrings � MIF.DMTF|Monitor Resolutions|002.5 SettingID @ A
� ; � ��C K U � �� string MaxLen Override SettingID VerticalResolution 6
� � � ��� � uint32 ModelCorrespondence � CIM_VideoController.CurrentVerticalResolution MappingStrings $ MIF.DMTF|Monitor Resolutions|002.3 � C I M _ E l e m e n t S e t t i n g +[�%߬�� CIM_ElementSetting ) �� & , T ] � � e��������C � CIM_MonitorSetting Abstract Locale UUID {1008CCED-7BFF-11D2-AAD2-006008C78BC7} Element f@ 4
� � � �� � ��� � ref:CIM_DesktopMonitor Override Element Setting f@ 4
� � �� � ��0 : ref:CIM_MonitorResolution Override Setting S � C I M _ D e p e n d e n c y ,[�%߬�� CIM_Dependency ) ��! ) / W c � � U��������/ � CIM_AssociatedBattery Abstract Locale UUID {8502C578-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Battery Override Antecedent Dependent f@ )
� � �� $ ref:CIM_LogicalDevice Override Dependent � C I M _ D e p e n d e n c y -[�%߬�� CIM_Dependency ) ��! ) / W c � � U��������6 � CIM_AllocatedResource Abstract Locale UUID {8502C579-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_SystemResource Override Antecedent Dependent f@ )
�
� ��! + ref:CIM_LogicalDevice Override Dependent ed � .[�%߬��
) ��& . 4 \ e � � � � U������������8 � CIM_StatisticalInformation Abstract Locale UUID {956597A1-7D80-11D2-AAD3-006008C78BC7} Caption )
� � � ��� @ string MaxLen Description
� � � �� string Name )
� ( � ��0 string MaxLen U � /[�%߬�e 4 �� ��' / 5 ] f � � U��������� � CIM_Statistics Abstract Association Locale UUID {956597A3-7D80-11D2-AAD3-006008C78BC7} Element f
� � � �� ref:CIM_ManagedSystemElement Stats f
� � � �� ref:CIM_StatisticalInformation 3- � C I M _ S t a t i s t i c a l I n f o r m a t i o n 0[�%߬�� G $ CIM_StatisticalInformation ) ��! ) /
W k � � � � 7 i z � 6 < � � c o }UU��������������������������������������������������������������������� � CIM_DeviceErrorCounts Abstract Locale UUID {117FDB8C-D025-11d2-85F5-0000F8102E5F} CriticalErrorCount $ )
� � � ��� � uint64 MappingStrings � MIF.DMTF|Operational State|003.7 DeviceCreationClassName A
� L � ��T ` � ��� string Propagated CIM_LogicalDevice.CreationClassName MaxLen DeviceID A
� � � ��� � � �� @ string Propagated CIM_LogicalDevice.DeviceID MaxLen IndeterminateErrorCount
� a � �� uint64 MajorErrorCount , )
� � � ��� � uint64 MappingStrings � MIF.DMTF|Operational State|003.8 MinorErrorCount
4
� . � �� uint64 Name @ A
� � � ��� � � � �� string MaxLen Override Name SystemCreationClassName A
� � �� ' R ��[ string Propagated CIM_LogicalDevice.SystemCreationClassName CIM_Key MaxLen SystemName A
� � � ��� � � ��� string Propagated CIM_LogicalDevice.SystemName CIM_Key MaxLen WarningCount < )
� F � ��N ^ uint64 MappingStrings f MIF.DMTF|Operational State|003.9 � % � � ResetCounter ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��� � __PARAMETERS abstract SelectedCounter uint16
� ; IN
� ; b �� ID )
� � b ��� uint16 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ S t a t i s t i c s 1[�%߬�� CIM_Statistics ) ��& . 4 \ e � � U��������e � CIM_ErrorCountersForDevice Abstract Locale UUID {2D79F3A0-D025-11d2-85F5-0000F8102E5F} Element f@ C
� � � ��� � � � ref:CIM_LogicalDevice Override Element Min Max Stats f@ 4
� 3 � ��N X _ �� ref:CIM_DeviceErrorCounts Override Stats Weak � 2[�%߬�s 4 ��! ��. 6 < d r � � e��������
� CIM_RelatedStatistics Abstract Association Locale UUID {956597A4-7D80-11D2-AAD3-006008C78BC7} RelatedStats f
� � � �� ref:CIM_StatisticalInformation Stats f
� � � �� ref:CIM_StatisticalInformation AA � W i n 3 2 _ P n P D e v i c e P r o p e r t y g\�%߬�� ! Win32_PnPDeviceProperty $ �������������������U � Win32_PnPDevicePropertySint8 Data
� N � �� Sint8 � B���p � � D� � hc>� ^���� B /�� v rw�� $ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t �xC_��4 < . Msft_WmiProvider_OperationEvent_Post & ) - � ��
� � � � ��W���������������������������������������������������������l � Msft_WmiProvider_NewQuery_Post Description La clase de eventos Msft_WmiProvider_NewQuery_Post representa un evento generado inmediatamente despu�s de la finalizaci�n de la implementaci�n del proveedor de IWbemEventProviderQuerySink :: NewQuery. AMENDMENT LOCALE Query 0
� > F S string Description La propiedad Query contiene una cadena que incluye el filtro de consulta de eventos, que registr� un consumidor l�gico. QueryId (
� uint32 Description La propiedad QueryId contiene un identificador generado por la administraci�n de Windows para la consulta. El proveedor puede realizar un seguimiento de esto y, de este modo, en cancelaciones posteriores, siempre sabr� qu� consulta se cancel�. QueryLanguage
,
� F N [ string Description La propiedad QueryLanguage contiene el lenguaje del siguiente filtro de consulta. En esta versi�n de WMI, es siempre 'WQL'. Result 4
� ! uint32 Description La propiedad Result contiene el c�digo de estado HRESULT de la operaci�n. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t �xC_��K 3 . Msft_WmiProvider_OperationEvent_Post & ) # 0 ��
��������������������������������������������������� � Msft_WmiProvider_CancelQuery_Post Description La clase de eventos Msft_WmiProvider_CancelQuery_Post representa un evento generado inmediatamente despu�s de la finalizaci�n de la implementaci�n del proveedor de IWbemEventProviderQuerySink :: CancelQuery. AMENDMENT LOCALE QueryId (
� I Q ^ uint32 Description La propiedad QueryId contiene un identificador de la consulta que se cancel�. El m�todo NewQuery de esta interfaz entreg� originalmente este identificador al proveedor. Result
,
� < D Q uint32 Description La propiedad Result contiene el c�digo de estado HRESULT de la operaci�n. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t �xC_��� < . Msft_WmiProvider_OperationEvent_Post & ) # 0 � ��
� � � � ( - ��W���������������������������������������������������������� � Msft_WmiProvider_AccessCheck_Post Description La clase de eventos Msft_WmiProvider_AccessCheck_Post representa un evento generado inmediatamente despu�s de la finalizaci�n de la implementaci�n del proveedor de IWbemEventSecurity :: AccessCheck. AMENDMENT LOCALE Query
,
� > F S string Description La propiedad Query es una cadena que contiene el filtro de consulta de eventos, que registr� un consumidor l�gico. QueryLanguage (
�
string Description La propiedad QueryLanguage contiene el lenguaje del siguiente filtro de consulta. En esta versi�n de WMI, es siempre 'WQL'. Result 4
� � � � uint32 Description La propiedad Result contiene el c�digo de estado HRESULT de la operaci�n. Sid 0
� Y ` m uint8 Description La propiedad Sid es una matriz de bytes que representa el SID del cliente que crea la suscripci�n; es NULL si la suscripci�n es temporal. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t �xC_��� 3 . Msft_WmiProvider_OperationEvent_Post & ) % 2 � ��
� � ��������������������������������������������������3 � Msft_WmiProvider_ProvideEvents_Post Description La clase de eventos Msft_WmiProvider_ProvideEvents_Post representa un evento generado inmediatamente despu�s de la finalizaci�n de la implementaci�n del proveedor de IWbemEventProvider :: ProvideEvents. AMENDMENT LOCALE Flags (
� D L Y uint32 Description La propiedad Flags contiene las asignaciones asociadas a la llamada. Result
,
� � � � uint32 Description La propiedad Result contiene el c�digo de estado HRESULT de la operaci�n. � �xC_��^ ) ! � ���
� � } � ( � � U����������������� � CIM_ManagedElement Description ManagedElement es una clase abstracta que proporciona una superclase com�n (o parte superior del �rbol de herencia) para las clases de no asociaci�n del esquema CIM. AMENDMENT LOCALE Caption
� % string Description La propiedad T�tulo es una breve descripci�n textual (cadena de una l�nea) del objeto. Description
� � � � string Description La propiedad Descripci�n proporciona una breve descripci�n textual del objeto. ElementName
� T \ i string Description Nombre descriptivo para el objeto. Esta propiedad permite que cada instancia defina un nombre descriptivo adem�s de sus datos de propiedades clave o identidad, e informaci�n de descripci�n.
Tenga en cuenta que el nombre de propiedad de ManagedSystemElement tambi�n se define como nombre descriptivo, pero a menudo se subclasifica como una clave. No es razonable que la misma propiedad pueda indicar tanto identidad como un nombre descriptivo, sin incoherencias. Donde Name exista y no sea una clave (como para instancias de LogicalDevice), la misma informaci�n puede estar presente tanto en la propiedad Name como en ElementName. InstanceID
� ! . string Description InstanceID es una propiedad opcional que se puede usar para identificar de forma �nica y opaca una instancia de esta clase en el �mbito del espacio de nombres creador de instancias. Algunas subclases de esta clase podr�an anular esta propiedad para hacer que sea obligatoria o que sea una clave. Estas subclases tambi�n podr�an modificar los algoritmos preferidos para garantizar la unicidad que se enumeran m�s adelante.
Para garantizar la unicidad en el espacio de nombres, el valor de InstanceID debe construirse usando el algoritmo "preferido":
<IdOrg>:<IdLocal>
<IdOrg> e <IdLocal> est�n separados por dos puntos (:) e <IdOrg> debe incluir un nombre con copyright, marca registrada u otro nombre �nico que pertenezca a la entidad empresarial que crea o define el InstanceID, o que sea un id. registrado que haya sido asignado a la entidad empresarial por una autoridad global reconocida. (Este requisito es similar a la estructura <NombreEsquema>_<NombreClase> de los nombres de clase Schema). Adem�s, para garantizar la unicidad, <IdOrg> no debe contener dos puntos (:). Cuando se use este algoritmo, el primer signo de dos puntos que aparezca en un InstanceID debe estar entre <IdOrg> e <IdLocal>.
La entidad empresarial elige el <IdLocal>, que no debe volver a usarse para identificar otros elementos subyacentes (del mundo real). Si no es NULL y no se usa el algoritmo "preferido" anterior, la entidad definidora debe garantizar que el InstanceID no se vuelva a usar en ning�n otro InstanceID producido por este u otro proveedor para el espacio de nombres de esta instancia.
Si no se establece en NULL para las instancias definidas por DMTF, debe usarse el algoritmo "preferido" con <IdOrg> establecido en CIM. la � C I M _ S t a t i s t i c a l I n f o r m a t i o n �xC_��� $ CIM_StatisticalInformation ) T ��_
g � Win32_Perf Description Esta es una clase de base abstracta para proveedor Hiperf AMENDMENT LOCALE � gۅ� � �1��� � 8Ow�� �#�� � ����B � �J�+
� I8H� � sDY
� Ays� d �O� � � ��& � 9�I� b � Q�6 6 C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) ��" * 0 X d � � U��������? � CIM_JobDestinationJobs Abstract Locale UUID {8D079BEE-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ 6
� � � ��� � � ref:CIM_JobDestination Max Override Antecedent Dependent f@ )
� � ��* 4 ref:CIM_Job Override Dependent * � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) �� ' - U a � � U��������0 � CIM_ResidesOnExtent Abstract Locale UUID {10458E26-DB37-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_StorageExtent Override Antecedent Dependent f@ )
� � �� % ref:CIM_FileSystem Override Dependent An � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) �� ! ' O [ � � U��������f � CIM_RunningOS Abstract Locale UUID {1F2EA300-DB37-11d2-85FC-0000F8102E5F} Antecedent f@ 6
� � � ��� � � ref:CIM_OperatingSystem Max Override Antecedent Dependent f@ C
� / � ��G L Q [ ref:CIM_ComputerSystem Max Min Override Dependent � �[�%߬�� ? ��! ��. ��; C I q z � � u�������� � CIM_DependencyContext Abstract Aggregation Association Locale UUID {A228E208-DB22-11d2-85FC-0000F8102E5F} Context f '
� � � ��� �� ref:CIM_Configuration Aggregate Dependency f
� � �� ref:CIM_Dependency Co � �[�%߬�� 4 ��* 2 8 ` �� m � � e��������] � CIM_DirectorySpecificationFile Abstract Locale UUID {BCD64CCE-DB29-11d2-85FC-0000F8102E5F} Association DirectorySpecification f 6
� � � ��� � ref:CIM_DirectorySpecification Max Min FileSpecification f )
� = � ��X ref:CIM_FileSpecification Min UI � �[�%߬�n 4 ��$ , 2 Z �� g v � � e�������� � CIM_ElementConfiguration Abstract Locale UUID {FC049DCE-DB29-11d2-85FC-0000F8102E5F} Association Configuration f
� � � �� ref:CIM_Configuration Element f
� � � �� ref:CIM_ManagedSystemElement 00 � �[�%߬�� 4 ��# + 1 Y �� f p � � e��������8 � CIM_FromDirectoryAction Abstract Locale UUID {55D5B446-DB2A-11d2-85FC-0000F8102E5F} Association FileName f )
� � � ��� ref:CIM_FileAction Min SourceDirectory f 6
� � ��. 3 ref:CIM_DirectoryAction Max Min ou � �[�%߬�� 4 ��* 2 8 ` �� m w � � e��������F � CIM_FromDirectorySpecification Abstract Locale UUID {6715375E-DB2A-11d2-85FC-0000F8102E5F} Association FileName f )
� � � ��� ref:CIM_FileAction Min SourceDirectory f 6
� � ��< A ref:CIM_DirectorySpecification Max Min re � �[�%߬�L ) �� ! I R � � � � E K � � ! ) U����������������������������� � CIM_FRU Abstract Locale UUID {778C74EE-DB2A-11d2-85FC-0000F8102E5F} Caption )
� � � ��� @ STRING MaxLen Description )
� � � ��� � STRING MappingStrings � MIF.DMTF|FRU|002.3 FRUNumber A
� k � �� � ��s � � @ STRING MappingStrings � MIF.DMTF|FRU|002.6 MaxLen IdentifyingNumber A
� � �� � �� ! = @ STRING MappingStrings ) MIF.DMTF|FRU|002.7 MaxLen Name )
� � � ��� STRING MaxLen RevisionLevel 6
� � � ��� � @ STRING MappingStrings MIF.DMTF|FRU|002.8 MaxLen Vendor A
� x � �� � ��� � � STRING MappingStrings � MIF.DMTF|FRU|002.4 MaxLen � �[�%߬�� ? ��" * 0 X ��e �� r } � � u�������� � CIM_FRUIncludesProduct Abstract Locale UUID {87FEEDCA-DB2A-11d2-85FC-0000F8102E5F} Aggregation Association Component f
� � � �� ref:CIM_Product FRU f 4
� � � �� �� ref:CIM_FRU Aggregate Max � �[�%߬�� ? ��# + 1 Y ��f �� s ~ � � u��������% � CIM_FRUPhysicalElements Abstract Locale UUID {977E36CA-DB2A-11d2-85FC-0000F8102E5F} Aggregation Association Component f
� � � �� ref:CIM_PhysicalElement FRU f 4
� � �� �� ref:CIM_FRU Aggregate Max � � C I M _ L o g i c a l E l e m e n t �[�%߬�& W CIM_LogicalElement ) �� " ( P ` � � P _ � � � � Q d � � \ d � � k { � � � � | � �WUU���������������������������������������������������������������������������������� � CIM_FileSystem Abstract Locale UUID {4DA18760-E3D0-11d2-8601-0000F8102E5F} AvailableSpace )
� � � ��� � UINT64 MappingStrings � MIF.DMTF|Partition|002.4 BlockSize
� � �� UINT64 CasePreserved $
� G � �� BOOLEAN CaseSensitive &
� � � �� BOOLEAN CodeSet (
� � � �� UINT16 CompressionMethod
, )
� � �� / STRING MappingStrings 7 MIF.DMTF|Partition|002.7 CreationClassName 0 4
� � � �� � ��� STRING MaxLen CSCreationClassName 4 A
� � �� � ��" * 6 STRING MaxLen Propagated CIM_ComputerSystem.CreationClassName CSName
8 A
� � � �� � ��� � � STRING MaxLen Propagated CIM_ComputerSystem.Name EncryptionMethod < )
� 1 � ��9 I STRING MappingStrings Q MIF.DMTF|Partition|002.8 FileSystemSize @
� � � �� UINT64 MaxFileNameLength H
� � � �� UINT32 ReadOnly L )
� 3 � ��< L BOOLEAN MappingStrings T MIB.IETF|HOST-RESOURCES-MIB.hrFSAccess Root N )
� � � ��� � STRING MappingStrings � MIB.IETF|HOST-RESOURCES-MIB.hrFSMountPoint � C I M _ F i l e S y s t e m �[�%߬� W CIM_FileSystem ) �� ' - ���������������������������������������������������������������������������������������U � CIM_LocalFileSystem Abstract Locale UUID {5B6C820A-E3D0-11d2-8601-0000F8102E5F} � ��.` [ 9��p� b�xl� E X�� � ،�_� � C I M _ L o g i c a l E l e m e n t [�%߬� @ CIM_LogicalElement ) �� ' - U b � M a �
� � > D � � U c � � P f � � � � WUU������������������������������������������������������������% � CIM_SoftwareElement abstract Locale UUID {8502C561-5FBB-11D2-AAC1-006008C78BC7} BuildNumber ( 6
� � � ��� @ � � string Maxlen Mappingstrings � MIF.DMTF|Software Component Information|002.4 CodeSet
0 )
� = � ��E @ string Maxlen IdentificationCode 4 6
� � � ��� @ � � string Maxlen Mappingstrings � MIF.DMTF|Software Component Information|002.7 LanguageEdition 8 6
� Q � ��Y a q string Maxlen Mappingstrings y MIF.DMTF|Software Component Information|002.6 Manufacturer
$ 6
� � � ��
string Maxlen Mappingstrings " MIF.DMTF|ComponentID|001.1 Name @ A
� � � �� � ��� � � string maxlen override Name OtherTargetOS 6
� � �� @ + string Maxlen ModelCorrespondence CIM_OperatingSystem.OtherTypeDescription SerialNumber , 6
� � � ��� @ � � string Maxlen Mappingstrings � MIF.DMTF|ComponentID|001.4 SoftwareElementID 4
� @ � �� � ��H string maxlen SoftwareElementState '
� � � �� � �� uint16 TargetOperatingSystem A
� � �� � �� ! X m uint16 Mappingstrings ) MIF.DMTF|Software Component Information|002.5 ModelCorrespondence CIM_OperatingSystem.OSType Version A
� � � �� � ��� @ � string Maxlen Mappingstrings MIF.DMTF|ComponentID|001.3 � C I M _ S o f t w a r e E l e m e n t [�%߬�� C CIM_SoftwareElement ) �� # ) Q _ � x � ������������������������������������������������������������������ � CIM_BIOSElement abstract Locale UUID {8502C562-5FBB-11D2-AAC1-006008C78BC7} Manufacturer @
$ 6
� � � ��� � � � string Mappingstrings � MIF.DMTF|System BIOS|001.2 Override Manufacturer PrimaryBIOS < )
� ; � ��D T boolean MappingStrings \ MIF.DMTF|System BIOS|001.9 Version @ 6
� � � ��� � string Mappingstrings � MIF.DMTF|System BIOS|001.3 Override Version � C I M _ L o g i c a l E l e m e n t [�%߬� 8 CIM_LogicalElement ) �� ! I V � � � � : D v � � � � �WU�����������������������������������������������������7 � CIM_Job Abstract Locale UUID {8502C564-5FBB-11D2-AAC1-006008C78BC7} ElapsedTime e
� � � �� datetime JobStatus
(
� � � �� string Notify
� � � �� string Owner
� 2 � �� string Priority
� n � �� uint32 StartTime e $
� � � �� datetime TimeSubmitted e ,
� � � �� datetime UntilTime e 0
� - � �� datetime � C I M _ L o g i c a l E l e m e n t [�%߬� � CIM_LogicalElement ) �� ' - U h � � r z J W � � � � f y � � � � � � H ^ � � � � . A � � [ c � � � � # 7 i � � � �
WUUUU��������������������������������������������������������������������������������������������������������������������������������������~
� CIM_OperatingSystem Abstract Locale UUID {8502C565-5FBB-11D2-AAC1-006008C78BC7} CreationClassName 4
� � � �� � ��� string CIM_Key MaxLen CSCreationClassName A
� ' / ; a �� � ��j string Propagated CIM_ComputerSystem.CreationClassName CIM_Key MaxLen CSName A
� � � � � �� � ��� string Propagated CIM_ComputerSystem.Name CIM_Key MaxLen CurrentTimeZone H
� B � �� sint16 Distributed
� � � �� boolean FreePhysicalMemory "
� � � �� uint64 FreeSpaceInPagingFiles R )
� � ��' 7 uint64 MappingStrings ? MIF.DMTF|System Memory Settings|001.4 FreeVirtualMemory
*
� � � �� uint64 LastBootUpTime e Z
� � � �� datetime LocalDateTime e D )
� 5 � ��? O datetime MappingStrings [ � MIB.IETF|HOST-RESOURCES-MIB.hrSystemDate MIF.DMTF|General Information|001.6 MaxNumberOfProcesses ^ )
� � � � �� uint32 MappingStrings MIB.IETF|HOST-RESOURCES-MIB.hrSystemMaxProcesses MaxProcessMemorySize 2
� � � �� uint64 Name @ )
� � � ��� � string Override Name NumberOfLicensedUsers b
� & � �� uint32 NumberOfProcesses f )
� x � � � �� uint32 MappingStrings � MIB.IETF|HOST-RESOURCES-MIB.hrSystemProcesses NumberOfUsers j )
�
% � �� uint32 MappingStrings - MIB.IETF|HOST-RESOURCES-MIB.hrSystemNumUsers OSType : )
� � � ��� � uint16 ModelCorrespondence � CIM_OperatingSystem.OtherTypeDescription OtherTypeDescription
< 6
� C � ��K @ S h string MaxLen ModelCorrespondence p CIM_OperatingSystem.OSType SizeStoredInPagingFiles J )
� � � ��� � uint64 MappingStrings � MIF.DMTF|System Memory Settings|001.3 TotalSwapSpaceSize n
� a � �� uint64 TotalVirtualMemorySize v
� � � �� uint64 TotalVisibleMemorySize ~
� � � �� uint64 Version @ )
� =
� ��E
U
string MappingStrings ]
MIF.DMTF|Operating System|001.3 X � � � � � Reboot y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Shutdown y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � W i n 3 2 _ P n P D e v i c e P r o p e r t y f\�%߬�� ! Win32_PnPDeviceProperty % ��������������������������W � Win32_PnPDevicePropertyUint64 Data
� O � �� Uint64 � �m�0 f ��i:� ` C I M _ L o g i c a l D e v i c e [�%߬�, � CIM_LogicalDevice )
�� % M a � � � � z � w � � � � � O g � � y � E V } � J \ � � �
�
W m � J ^ ' � � � � $ � � 5 J ^ m 6 G { � ����UUUUUUU���������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_Printer Abstract Locale UUID {8502C54A-5FBB-11D2-AAC1-006008C78BC7} AvailableJobSheets 1 � )
� � � ��� � string ModelCorrespondence � CIM_PrintJob.RequiredJobSheets Capabilities " v 6
� / � ��7 B K ` uint16 ArrayType Indexed ModelCorrespondence p � � CIM_Printer.CapabilityDescriptions CIM_PrintJob.Finishing CIM_PrintService.Capabilities CapabilityDescriptions # z 6
� ' � ��/ : C X string ArrayType Indexed ModelCorrespondence ` CIM_Printer.Capabilities CharSetsSupported , � C
� � � ��� � � - = string ArrayType Indexed ModelCorrespondence CIM_PrintJob.CharSet MappingStrings E MIB.IETF|Printer-MIB.prtLocalizationCharacterSet CurrentCapabilities % � )
� � � ��� � uint16 ModelCorrespondence � CIM_Printer.Capabilities CurrentCharSet - � )
� I � ��Q f string ModelCorrespondence n CIM_Printer.CharSetsSupported CurrentLanguage b 6
� � � ��� � g | uint16 ValueMap / � � � � � � � � � � � � � � � � � � � � � � # ' + / 3 7 ; ? C G K O S W [ _ c 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 ModelCorrespondence � � CIM_Printer.LanguagesSupported CIM_Printer.CurrentMimeType CurrentMimeType d )
�
� �� * string ModelCorrespondence 2 CIM_Printer.CurrentLanguage CurrentNaturalLanguage / � )
� � � ��� � string ModelCorrespondence � CIM_Printer.NaturalLanguagesSupported CurrentPaperType V )
� 3 � ��; P string ModelCorrespondence X CIM_Printer.PaperTypesAvailable DefaultCapabilities $ ~ )
� � � ��� � uint16 ModelCorrespondence � CIM_Printer.Capabilities DefaultCopies ' �
� = � �� uint32 DefaultLanguage h 6
� � � ��� � 4 uint16 ValueMap / l
o
r
u
x
{
~
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 ModelCorrespondence @ ` CIM_Printer.LanguagesSupported CIM_Printer.DefaultMimeType DefaultMimeType j )
� � � ��� � string ModelCorrespondence � CIM_Printer.DefaultLanguage DefaultNumberUp ) �
� B � �� uint32 DefaultPaperType R )
� � � ��� � string ModelCorrespondence � CIM_Printer.PaperTypesAvailable DetectedErrorState D 6
� 1
� ��9
N
t
�
uint16 ModelCorrespondence V
CIM_Printer.ErrorInformation MappingStrings �
MIB.IETF|Printer-MIB.hrPrinterDetectedErrorState ErrorInformation F 4
� � �� � �� / string ModelCorrespondence 7 CIM_Printer.DetectedErrorState HorizontalResolution * � )
� � � ��� � uint32 ModelCorrespondence � CIM_PrintJob.HorizontalResolution JobCountSinceLastReset n '
� 9 � ��A �� uint32 Counter LanguagesSupported Z C
� � � ��� � L \ � � uint16 ValueMap 2 � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � $ ( , 0 4 8 < @ D H 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 MappingStrings d MIB.IETF|Printer-MIB.prtInterpreterLangFamily ModelCorrespondence � � � CIM_Printer.MimeTypesSupported CIM_PrintJob.Language CIM_PrintService.LanguagesSupported MarkingTechnology 2 � 6
� k � ��s } P ` uint16 ValueMap � � � � � � � $ ( , 0 4 8 < @ D H L 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 MappingStrings h MIB.IETF|Printer-MIB.prtMarkerMarkTech MaxCopies & � )
� � � ��� � uint32 ModelCorrespondence � CIM_PrintJob.Copies MaxNumberUp ( � )
� P � ��X m uint32 ModelCorrespondence u CIM_PrintJob.NumberUp MaxSizeSupported 0 � )
� � � ��� � uint32 ModelCorrespondence � CIM_PrintJob.JobSize MimeTypesSupported ^ )
� [ � ��c x string ModelCorrespondence � � � CIM_Printer.LanguagesSupported CIM_PrintJob.MimeTypes CIM_PrintService.MimeTypesSupported NaturalLanguagesSupported . � C
� Q � ��Y d m } � � string ArrayType Indexed MappingStrings � MIB.IETF|Printer-MIB.prtLocalizationLanguage ModelCorrespondence � CIM_PrintJob.NaturalLanguage PaperSizesSupported J
� - � �� uint16 PaperTypesAvailable N C
� � � ��� � � � . string ArrayType Indexed ModelCorrespondence � � CIM_PrintJob.RequiredPaperType CIM_PrintService.PaperTypesAvailable MappingStrings 6 MIB.IETF|Printer-MIB.prtInputMediaName PrinterStatus B 6
� � � ��� � � uint16 ValueMap � � � � � � � 1 2 3 4 5 6 7 MappingStrings MIB.IETF|Printer-MIB.hrPrinterStatus TimeOfLastReset e ! r
� q � �� datetime VerticalResolution + � )
� � � ��� � uint32 ModelCorrespondence � CIM_PrintJob.HorizontalResolution � C I M _ P h y s i c a l P a c k a g e L[�%߬�" e CIM_PhysicalPackage )
�� " J X � � 5 h t � � �����_����������������������������������������������������������������������������������������������: � CIM_Card abstract Locale UUID {FAF76B76-798C-11D2-AAD1-006008C78BC7} HostingBoard P
� � � �� boolean RequirementsDescription Z )
� � � � � �� string ModelCorrespondence CIM_Card.SpecialRequirements RequiresDaughterBoard V
� _ � �� boolean SlotLayout R
� � � �� string SpecialRequirements X )
� � � � �� boolean ModelCorrespondence CIM_Card.RequirementsDescription � R�Yz` - �`�Y� � �(L&A � <b�}� � Z��� � j�%߬� � �� � " 0 m z � � � N ^ U���������������������� � SystemRestore SystemRestoreProv CreationTime '
� e � �� � �� String Description '
� � � �� � �� String EventType '
� � � �� � �� uint32 RestorePointType '
� F � �� � �� uint32 SequenceNumber 2
� � � �� � �� � �� uint32 � � N emR V � ~ �
Pro � �
� � V l � � CreateRestorePoint ' ; ��H ��P ] Implemented static Description The CreateRestorePoint method creates a restore point.It returns a COM error code. ac6d1350600005Q ROOT\Default ���� � ��
�� * � � � L ������������@ � __PARAMETERS abstract Description string
� 7 In
� 7 ^ �� ID )
� � ^ ��� String RestorePointType uint32
� � In
� � �� ID )
� � ��H uint32 EventType uint32
� � In
� � � �� ID )
� 8 � ��� uint32 __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Enable ' } ��� ��� � Implemented static Description The Enable method enables SR on a drive.It returns a COM error code. � ac6d1350600005Q ROOT\Default ���� � �@ �� * � � F ������� � __PARAMETERS abstract Drive string
� 1 In
� 1 X �� ID )
� � X ��� String WaitTillEnabled boolean
� � In
� � �� ID )
� } ��B Boolean __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Disable ' - ��: ��B O Implemented static Description The Disable method disables SR on a drive.It returns a COM error code. � ac6d1350600005Q ROOT\Default ���� � �� �� * � ����� � __PARAMETERS abstract Drive string
� 1 In
� 1 X �� ID )
� � X ��� String __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Restore ' ? ��L ��T a Implemented static Description The Restore method restores the system to a specified restore point.It returns a COM error code. ac6d1350600005Q ROOT\Default ���� � �� �� * � ����� � __PARAMETERS abstract SequenceNumber uint32
� : In
� : a �� ID )
� � a ��� uint32 __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetLastRestoreStatus ' � ��� ��� � Implemented static Description Returns the status (0=fail, 1=success, 2=interrupted) of the last restore. { ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
j�%߬�� �� , S Z � � � � � U���������������������6 � SystemRestoreConfig DYNPROPS DiskPercent
� K uint32 MyKey
� � � �� STRING RPGlobalInterval
� � uint32 RPLifeInterval
� � uint32 RPSessionInterval
� . uint32 �7 6 5 0 8 4 E 1 8 8 7 D 6 9 9 0 8 9 D 5 0 5 3 E 1 B 6 F 8 2 7 5 C B 7 1 A 3 3 6 6 8 F D 5 8 E 6 5 9 5 E 7 4 B E 3 D 5 2 6 F 1 D j�%߬�
j�%߬� T �� ) # 4 � �� � � ) � � � �� � ) , = � �� � � ) � � � �� � $ 1 � SystemRestoreConfig SR DYNPROPS PropertyContext local|hkey_local_Machine\software\microsoft\windows nt\currentversion\systemrestore|RPSessionInterval RegPropProv PropertyContext local|hkey_local_Machine\software\microsoft\windows nt\currentversion\systemrestore|RPGlobalInterval RegPropProv PropertyContext local|hkey_local_Machine\software\microsoft\windows nt\currentversion\systemrestore|RPLifeInterval RegPropProv PropertyContext local|hkey_local_Machine\software\microsoft\windows nt\currentversion\systemrestore\cfg|DiskPercent RegPropProv 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 j�%߬�kZ�%߬�*
� __NAMESPACE Wdac F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 j�%߬��Z�%߬�$ � __SystemSecurity ��D� � G �o ?* ��
_ � ���Z� ��7� P?5�
" ����9 �o�pM � 9H��: � �1�7 ) U�m` � �97 � �e��� � ��� A �� �
C I M _ C o m p o n e n t k[�%߬�� CIM_Component ) $ ��. 6 < d t � � e��������V � CIM_OperatingSystemSoftwareFeature Abstract Locale UUID {96B4C734-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ )
� � � ��� � ref:CIM_OperatingSystem Override GroupComponent PartComponent f@ )
� $ � ��= G ref:CIM_SoftwareFeature Override PartComponent IM �
C I M _ C o m p o n e n t l[�%߬�� CIM_Component ) �� ! ' O _ � � e��������n � CIM_OSProcess Abstract Locale UUID {A361A7AE-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ C
� � � ��� � � � ref:CIM_OperatingSystem Max Min Override GroupComponent PartComponent f@ 4
� > � ��O Y h �� ref:CIM_Process Override PartComponent Weak �
C I M _ C o m p o n e n t m[�%߬�� CIM_Component ) �� % + S c � � e��������i � CIM_ProcessThread Abstract Locale UUID {B7E6042C-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ C
� � � ��� � � � ref:CIM_Process Max Min Override GroupComponent PartComponent f@ 4
� : � ��J T c �� ref:CIM_Thread Override PartComponent Weak �
C I M _ C o m p o n e n t n[�%߬�� CIM_Component ) ��# + 1 Y i � � e��������* � CIM_RedundancyComponent Abstract Locale UUID {FB9D6E62-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ )
� � � ��� � ref:CIM_RedundancyGroup Override GroupComponent PartComponent f@
� � �� ref:CIM_ManagedSystemElement -8 � C I M _ R e d u n d a n c y C o m p o n e n t o[�%߬�� ! CIM_RedundancyComponent ) " ��, 4 : b r � � e��������\ � CIM_AggregateRedundancyComponent Abstract Locale UUID {154E66D8-DB35-11d2-85FC-0000F8102E5F} GroupComponent f@ )
� � � ��� � ref:CIM_StorageRedundancyGroup Override GroupComponent PartComponent f@ )
� ) � ��C M ref:CIM_AggregatePExtent Override PartComponent to � C I M _ R e d u n d a n c y C o m p o n e n t p[�%߬�� ! CIM_RedundancyComponent ) ��* 2 8 ` p � � e��������X � CIM_PExtentRedundancyComponent Abstract Locale UUID {AD3C1FA2-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ )
� � � ��� � ref:CIM_StorageRedundancyGroup Override GroupComponent PartComponent f@ )
� ' � ��? I ref:CIM_PhysicalExtent Override PartComponent _S � C I M _ S y s t e m C o m p o n e n t q[�%߬�� CIM_SystemComponent ) ��& . 4 \ l � e��������p � CIM_ComputerSystemResource Abstract Locale UUID {9B81340A-E3D3-11d2-8601-0000F8102E5F} GroupComponent f@ C
� � � ��� � � � ref:CIM_ComputerSystem Max Min Override GroupComponent PartComponent f@ )
� ? � ��W a ref:CIM_SystemResource Override PartComponent � C I M _ C o m p u t e r S y s t e m R e s o u r c e r[�%߬�� $ CIM_ComputerSystemResource ) ��! ) / W g � � e��������M � CIM_ComputerSystemDMA Abstract Locale UUID {9B81340B-E3D3-11d2-8601-0000F8102E5F} GroupComponent f@ )
� � � ��� � ref:CIM_ComputerSystem Override GroupComponent PartComponent f@ 4
� ! � ��. 8 G �� ref:CIM_DMA Override PartComponent Weak � C I M _ C o m p u t e r S y s t e m R e s o u r c e s[�%߬�� $ CIM_ComputerSystemResource ) ��! ) / W g � � e��������& � CIM_ComputerSystemIRQ Abstract Locale UUID {A2EFC896-E3D3-11d2-8601-0000F8102E5F} GroupComponent f@
� � � �� ref:CIM_ComputerSystem PartComponent f@ 4
� � � �� �� ref:CIM_IRQ Override PartComponent Weak � C I M _ C o m p u t e r S y s t e m R e s o u r c e t[�%߬�� $ CIM_ComputerSystemResource ) ��& . 4 \ l � � e��������6 � CIM_ComputerSystemMappedIO Abstract Locale UUID {A2EFC897-E3D3-11d2-8601-0000F8102E5F} GroupComponent f@
� � � �� ref:CIM_ComputerSystem PartComponent f@ 4
� � � �� ! 0 �� ref:CIM_MemoryMappedIO Override PartComponent Weak � C I M _ S y s t e m C o m p o n e n t u[�%߬�� CIM_SystemComponent ) �� ( . V f � e��������w � CIM_HostedFileSystem Abstract Locale UUID {A2EFC898-E3D3-11d2-8601-0000F8102E5F} GroupComponent f@ C
� � � ��� � � � ref:CIM_ComputerSystem Max Min Override GroupComponent PartComponent f@ 4
� D � ��X b q �� ref:CIM_FileSystem Override PartComponent Weak � v[�%߬��
) �� % + S \ � � � � U������������: � CIM_Configuration Abstract Locale UUID {4C51D7AE-DB22-11d2-85FC-0000F8102E5F} Caption )
� � � ��� @ STRING MaxLen Description
� � � �� STRING Name 4
� * � �� � ��2 STRING MaxLen 5F � C I M _ D e p e n d e n c y w[�%߬�� CIM_Dependency ) �� ' - U a � � U��������1 � CIM_AssociatedAlarm Abstract Locale UUID {2280CB02-DB35-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_AlarmDevice Override Antecedent Dependent f@ )
� � �� & ref:CIM_LogicalDevice Override Dependent ce � C I M _ D e p e n d e n c y x[�%߬�� CIM_Dependency ) ��! ) / W c � � U��������5 � CIM_AssociatedCooling Abstract Locale UUID {306F88F2-DB35-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_CoolingDevice Override Antecedent Dependent f@ )
� � �� * ref:CIM_LogicalDevice Override Dependent ce � C I M _ A s s o c i a t e d S e n s o r y[�%߬� CIM_AssociatedSensor ) # ��- 5 ; c o � � ? P U����������� � CIM_AssociatedSupplyCurrentSensor Abstract Locale UUID {29B273F2-E3D3-11d2-8601-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_CurrentSensor Override Antecedent Dependent f@ )
� � ��* 4 ref:CIM_PowerSupply Override Dependent MonitoringRange
� z � �� UINT16 � W i n 3 2 _ P n P D e v i c e P r o p e r t y j\�%߬�� ! Win32_PnPDeviceProperty % ��������������������������W � Win32_PnPDevicePropertySint64 Data
� O � �� Sint64 � �� � �
hF�U � ��9 � ��gW� �E��� � ���� 2 Ks�q�
C I M _ L o g i c a l D e v i c e [�%߬��
l CIM_LogicalDevice ) �� ! ' O ] � � P X � � M \ � � l r � � * \ k ����UU�����������������������������������������������������������������������������������������������������~ � CIM_Processor Abstract Locale UUID {8502C54B-5FBB-11D2-AAC1-006008C78BC7} AddressWidth B
� � � �� uint16 CurrentClockSpeed D )
� � � � � �� uint32 MappingStrings � MIF.DMTF|Processor|006.6 DataWidth H
� H � �� uint16 Family J C
� � � ��� � D T v � uint16 ValueMap l o r u x { ~ � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � �
" & * . 2 6 : > B F J N R V Z ^ c h m r w | � � � � � � � � � � � � � � � � � � � � � � � � � �
! & + 0 5 : ? 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 48 49 50 51 52 53 54 55 64 65 66 67 68 69 80 81 82 83 84 85 86 87 88 96 97 98 99 100 101 112 120 121 122 128 130 131 132 144 145 146 147 148 149 150 160 176 177 178 179 180 181 182 183 184 185 190 200 201 202 203 204 250 251 260 261 280 281 300 301 302 320 350 500 MappingStrings \ MIF.DMTF|Processor|014.3 ModelCorrespondence � CIM_Processor.OtherFamilyDescription LoadPercentage P )
� � �� uint16 MappingStrings MIB.IETF|HOST-RESOURCES-MIB.hrProcessorLoad MaxClockSpeed R )
� � � � � �� uint32 MappingStrings � MIF.DMTF|Processor|006.5 OtherFamilyDescription L 6
� ) � ��1 @ 9 N string MaxLen ModelCorrespondence V CIM_Processor.Family Role V
� � � �� string Stepping \ )
� � � � �� string ModelCorrespondence
CIM_Processor.Family UniqueId `
� T � �� string UpgradeMethod Z 6
� � � ��� � L \ uint16 ValueMap
" % ( , 0 4 8 < @ D H 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 MappingStrings d MIF.DMTF|Processor|006.7 � C I M _ P o w e r S u p p l y [�%߬�� � CIM_PowerSupply ) ��* 2 8 ` z � � r � � b z � � R k # �����}}������������������������������������������������������������������������������������������������������������������������� � CIM_UninterruptiblePowerSupply Abstract Locale UUID {8502C54F-5FBB-11D2-AAC1-006008C78BC7} EstimatedChargeRemaining " v )
� � � ��� � uint16 MappingStrings � MIF.DMTF|UPS Battery|001.4 EstimatedRunTime ! r )
� 6 � ��> N uint32 MappingStrings V MIF.DMTF|UPS Battery|001.3 Range1InputVoltageHigh @ N )
� � � ��� � uint32 Override Range1InputVoltageHigh Range1InputVoltageLow @ R )
� 9 � ��A K uint32 Override Range1InputVoltageLow Range2InputVoltageHigh @ ^ )
� � � ��� � uint32 Override Range2InputVoltageHigh Range2InputVoltageLow @ b )
� ) � ��1 ; uint32 Override Range2InputVoltageLow RemainingCapacityStatus l 6
� � � ��� � � � uint16 ValueMap � � � � 1 2 3 4 MappingStrings � MIF.DMTF|UPS Battery|001.1 TimeOnBackup n )
� Z � ��b r uint32 MappingStrings z MIF.DMTF|UPS Battery|001.2 � C I M _ C o n t r o l l e r [�%߬�^ ] CIM_Controller ) ��" * 0 X f V n �����_���������������������������������������������������������������������������������������� � CIM_ParallelController Abstract Locale UUID {8502C552-5FBB-11D2-AAC1-006008C78BC7} Capabilities L C
� � � ��� � � �
uint16 ArrayType Indexed MappingStrings � MIF.DMTF|Parallel Ports|003.8 ModelCorrespondence ' CIM_ParallelController.CapabilityDescriptions CapabilityDescriptions P 6
� � � ��� � � � string ArrayType Indexed ModelCorrespondence � CIM_ParallelController.Capabilities DMASupport T )
� S � ��\ l boolean MappingStrings t MIF.DMTF|Parallel Ports|003.7 � C I M _ C o n t r o l l e r [�%߬�� e CIM_Controller ) �� & , T h � � � � 3 �����_������������������������������������������������������������������������������������������������ � CIM_SCSIController Abstract Locale UUID {8502C553-5FBB-11D2-AAC1-006008C78BC7} ControllerTimeouts L
� � � �� uint32 MaxDataWidth P
� � � �� uint32 MaxTransferRate T
� � �� uint64 ProtectionManagement \ 6
� w � �� � � � uint16 ValueMap � � � � � � 1 2 3 4 5 6 MappingStrings � MIF.DMTF|Storage Controller|001.3 � C I M _ C o n t r o l l e r [�%߬�� _ CIM_Controller ) �� ( . V d � � _ l �����_������������������������������������������������������������������������������������������ � CIM_SerialController Abstract Locale UUID {8502C554-5FBB-11D2-AAC1-006008C78BC7} Capabilities L P
� � � ��� � � � ( 8 ] r uint16 ArrayType Indexed ValueMap # 1 2 3 4 5 6 160 161 MappingStrings @ MIF.DMTF|Serial Ports|004.7 ModelCorrespondence z CIM_SerialController.CapabilityDescriptions CapabilityDescriptions P 6
� � �� 4 string ArrayType Indexed ModelCorrespondence < CIM_SerialController.Capabilities MaxBaudRate T )
� � � � � �� uint32 MappingStrings � MIF.DMTF|Serial Ports|004.6 � C I M _ L o g i c a l F i l e [�%߬�� � CIM_LogicalFile 6 � �� � & N \ � � �������������������������������������������������������������������������������������������������������������������������������������� � CIM_DataFile CIMWin32 Locale UUID {8502C55A-5FBB-11D2-AAC1-006008C78BC7} Manufacturer z )
� � � ��� � string Schema Win32 Version v )
� � � ��� � string Schema Win32 �
C I M _ C o m p o n e n t i[�%߬�� CIM_Component ) ��# + 1 Y i � � e��������m � CIM_CollectionOfSensors Abstract Locale UUID {A2ABF536-DB35-11d2-85FC-0000F8102E5F} GroupComponent f@ 6
� � � ��� � � ref:CIM_MultiStateSensor Max Override GroupComponent PartComponent f@ 6
� 9 � ��O T ^ ref:CIM_BinarySensor Min Override PartComponent � 4ɓ� � =Ɨ�V � � $�' ] �*� � �ܛ
� &.m^� � �mNny � ^L
�I � C I M _ M a n a g e d S y s t e m E l e m e n t 3[�%߬�~ > " CIM_ManagedSystemElement ) �� ' -
U h � � f | � � ? M � � � � @ I �WU����������������������������������������������������������� � CIM_PhysicalElement Abstract Locale UUID {FAF76B61-798C-11D2-AAD1-006008C78BC7} CreationClassName 4
� � � �� � ��� string CIM_Key MaxLen Manufacturer )
� � �� string MaxLen Model )
� V � ��^ @ string MaxLen OtherIdentifyingInfo
4
� � � �� string PartNumber 0 )
� � � ��� string MaxLen PoweredOn 8
� 6 � �� boolean SerialNumber $ )
� � � ��� @ string MaxLen SKU )
� � � ��� @ string MaxLen Tag
( 4
� ' / �� � ��8 string CIM_Key MaxLen Version , )
� � � ��� @ string MaxLen � C I M _ D e p e n d e n c y 4[�%߬�� CIM_Dependency ) �� & N Z � � U��������. � CIM_Realizes Abstract Locale UUID {FAF76B62-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalElement Override Antecedent Dependent f@ )
� � �� # ref:CIM_LogicalDevice Override Dependent en � 5[�%߬�E )
�� % M V � � � � � � & m u U����������������������������� � CIM_Product abstract Locale UUID {FAF76B63-798C-11D2-AAD1-006008C78BC7} Caption )
� � � ��� @ string MaxLen Description
� � � �� string IdentifyingNumber A
� > � �� � ��F @ N ^ string MaxLen MappingStrings f MIF.DMTF|ComponentID|001.4 Name A
� � � �� � ��� � � string MaxLen MappingStrings � MIF.DMTF|ComponentID|001.2 SKUNumber )
� ] � ��e @ string MaxLen Vendor A
� � � �� � ��� � � string CIM_Key MaxLen MappingStrings � MIF.DMTF|ComponentID|001.1 Version A
� i � �� � ��q @ y � string MaxLen MappingStrings � MIF.DMTF|ComponentID|001.3 � C I M _ S t o r a g e E x t e n t 6[�%߬�O � CIM_StorageExtent ) �� $ L a % � � � � y � K V ) 9 k v � � � � N Y � � A X � � �
�
������UUU������������������������������������������������������������������������������������������������������������������������������������������������������������
� CIM_Memory Abstract Locale UUID {FAF76B64-798C-11D2-AAD1-006008C78BC7} AdditionalErrorData % � 6
� � � � � �� @ uint8 MappingStrings � � MIF.DMTF|Memory Device|002.18 MIF.DMTF|Physical Memory Array|001.13 MAX CorrectableError r )
� \ e u � �� boolean MappingStrings � � MIF.DMTF|Memory Device|002.12 MIF.DMTF|Physical Memory Array|001.8 EndingAddress d )
� $ � �� uint64 MappingStrings 0 ^ MIF.DMTF|Memory Array Mapped Addresses|001.4 MIF.DMTF|Memory Device Mapped Addresses|001.5 ErrorAccess x 6
� � � � ' � �� uint16 ValueMap 1 2 3 4 5 MappingStrings 3 R MIF.DMTF|Memory Device|002.15 MIF.DMTF|Physical Memory Array|001.10 ErrorAddress " � )
� � � � � �� uint64 MappingStrings � $ MIF.DMTF|Memory Device|002.19 MIF.DMTF|Memory Device|002.20 MIF.DMTF|Physical Memory Array|001.14 ErrorData ~ C
� � � � � � � ��$ @ uint8 ArrayType Indexed MappingStrings � � MIF.DMTF|Memory Device|002.17 MIF.DMTF|Physical Memory Array|001.12 MAX ErrorDataOrder ! �
� c � �� uint16 ErrorInfo l C
� � � � D T � � � �� uint16 ValueMap ! $ ' * - 0 4 8 < @ 1 2 3 4 5 6 7 8 9 10 11 12 13 14 MappingStrings ` MIF.DMTF|Memory Device|002.12 MIF.DMTF|Physical Memory Array|001.8 ModelCorrespondence � CIM_Memory.OtherErrorDescription ErrorMethodology @ L 6
� : � ��B L ^ n string Override ErrorMethodology MappingStrings v MIF.DMTF|Physical Memory Array|001.7 ErrorResolution $ � )
� � � � � �� uint64 MappingStrings ' MIF.DMTF|Memory Device|002.21 MIF.DMTF|Physical Memory Array|001.15 ErrorTime e t
� � � �� datetime ErrorTransferSize z )
� � � � � �� uint32 MappingStrings � MIF.DMTF|Memory Device|002.16 MIF.DMTF|Physical Memory Array|001.11 OtherErrorDescription n )
� � � � � �� string ModelCorrespondence � CIM_Memory.ErrorInfo StartingAddress \ )
�
*
� �� uint64 MappingStrings 6
d
MIF.DMTF|Memory Array Mapped Addresses|001.3 MIF.DMTF|Memory Device Mapped Addresses|001.4 SystemLevelAddress # �
� �
� �� boolean �
C I M _ M e m o r y 7[�%߬�� � CIM_Memory ) ��" * 0 X e ���������������������������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_NonVolatileStorage Abstract Locale UUID {18074AFA-F0FE-11d2-8617-0000F8102E5F} IsWriteable & �
� � � �� boolean �
C I M _ M e m o r y 8[�%߬�| � CIM_Memory ) �� ' - U ` � � ���������_��������������������������������������������������������������������������������������������������������������������������������������������������������������r � CIM_VolatileStorage Abstract Locale UUID {36851DFE-F0FE-11d2-8617-0000F8102E5F} Cacheable & � )
� � � ��� � boolean MappingStrings � MIF.DMTF|System Resource Memory Info|001.5 CacheType ' � )
� & � ��. > uint16 MappingStrings F MIF.DMTF|System Resource Memory Info|001.6 � C I M _ D e p e n d e n c y 9[�%߬�� CIM_Dependency ) �� ( . V b � � U��������- � CIM_AssociatedMemory abstract Locale UUID {464FFAB0-946F-11d2-AAE2-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_Memory Override Antecedent Dependent f@ )
� � �� " ref:CIM_LogicalDevice Override Dependent � C I M _ H o s t e d S e r v i c e �[�%߬�e CIM_HostedService ) ��! ) / W c � � U��������� � CIM_HostedBootService Abstract Locale UUID {6DAE7092-DB36-11d2-85FC-0000F8102E5F} Antecedent f@
� � ref:CIM_System Dependent f@
� � � � ref:CIM_BootService Override Dependent CI � ]��j� A ��h�1 � �`}%& � ,�s�$ | g3 k� � ��r � �l�\
� go� � 0�� � �Ց͜ ��l�
�]k� � � ���
��ݡ � C I M _ A s s o c i a t e d S e n s o r z[�%߬� CIM_AssociatedSensor ) # ��- 5 ; c o � � ? P U����������� � CIM_AssociatedSupplyVoltageSensor Abstract Locale UUID {327ABD78-E3D3-11d2-8601-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_VoltageSensor Override Antecedent Dependent f@ )
� � ��* 4 ref:CIM_PowerSupply Override Dependent MonitoringRange
� z � �� UINT16 � C I M _ B a s e d O n {[�%߬�� CIM_BasedOn
) ! ��+ 3 9 a m � � �������������������������K � CIM_LogicalDiskBasedOnVolumeSet Abstract Locale UUID {3A608798-E3D3-11d2-8601-0000F8102E5F} Antecedent f@ 6
� � � ��� � � ref:CIM_VolumeSet Max Override Antecedent Dependent f@ )
� ! � ��6 @ ref:CIM_LogicalDisk Override Dependent � C I M _ B a s e d O n |[�%߬�� CIM_BasedOn
) ��& . 4 \ h � � �������������������������T � CIM_PSExtentBasedOnPExtent Abstract Locale UUID {451FE14C-E3D3-11d2-8601-0000F8102E5F} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalExtent Max Override Antecedent Dependent f@ )
� ! � ��? I ref:CIM_ProtectedSpaceExtent Override Dependent � C I M _ D e p e n d e n c y }[�%߬�H CIM_Dependency ) �� & , T ` � � 5 D v � U������������������������� � CIM_BIOSLoadedInNV Abstract Locale UUID {524ED194-DB35-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_NonVolatileStorage Override Antecedent Dependent f@ )
� � �� * ref:CIM_BIOSElement Override Dependent EndingAddress
� n � �� UINT64 StartingAddress
� � � �� UINT64 � C I M _ D e p e n d e n c y ~[�%߬�� CIM_Dependency ) �� $ * R ^ � � U��������/ � CIM_BootOSFromFS Abstract Locale UUID {5F5B101E-DB35-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_FileSystem Override Antecedent Dependent f@ )
� � �� $ ref:CIM_OperatingSystem Override Dependent � C I M _ D e p e n d e n c y [�%߬�� CIM_Dependency ) ��$ , 2 Z f � � U��������G � CIM_DeviceAccessedByFile Abstract Locale UUID {05D1FFF2-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_DeviceFile Override Antecedent Dependent f@ 6
� � ��- 2 < ref:CIM_LogicalDevice Max Override Dependent � C I M _ C o n t r o l l e d B y �[�%߬�R ) CIM_ControlledBy ) �� % + S _ � � 2 ? q ����������������������������������������� � CIM_SCSIInterface Abstract Locale UUID {7CE7448E-E3D4-11d2-8601-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_SCSIController Override Antecedent Dependent f@ )
� � �� ' ref:CIM_LogicalDevice Override Dependent SCSIRetries
� i � �� UINT32 SCSITimeouts "
� � � �� UINT32 � C I M _ C o n t r o l l e d B y �[�%߬�� ' CIM_ControlledBy ) �� ' - U a � � 6 G y � � � ��������������������������������������� � CIM_SerialInterface Abstract Locale UUID {8B309BDA-E3D4-11d2-8601-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_SerialController Override Antecedent Dependent f@ )
�
� ��! + ref:CIM_LogicalDevice Override Dependent FlowControlInfo
� q � �� UINT16 NumberOfStopBits
� � � �� UINT16 ParityInfo "
� � � �� UINT16 � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) ! ��+ 3 9 a m � � U��������9 � CIM_DeviceServiceImplementation Abstract Locale UUID {290FC242-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_LogicalDevice Override Antecedent Dependent f@ )
� � ��$ . ref:CIM_Service Override Dependent De � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) �� & , T ` � � 4 = � � U��������������L � CIM_DeviceSoftware Abstract Locale UUID {36363AAA-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_SoftwareElement Override Antecedent Dependent f@ )
� � �� ) ref:CIM_LogicalDevice Override Dependent Purpose )
� t � ��| � UINT16 ModelCorrespondence � CIM_DeviceSoftware.PurposeDescription PurposeDescription
)
� � �� ( STRING ModelCorrespondence 0 CIM_DeviceSoftware.Purpose IM � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) ��! ) / W c � � U��������h � CIM_HostedAccessPoint Abstract Locale UUID {576C3C56-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ C
� � � ��� � � � ref:CIM_System Override Antecedent Max Min Dependent f@ 4
� 1 � ��M W b �� ref:CIM_ServiceAccessPoint Override Dependent Weak � C I M _ H o s t e d A c c e s s P o i n t �[�%߬�� CIM_HostedAccessPoint ) �� % + S _ � � U��������3 � CIM_HostedBootSAP Abstract Locale UUID {625B4512-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ )
� � � ��� � ref:CIM_UnitaryComputerSystem Override Antecedent Dependent f@ )
�
� �� ( ref:CIM_BootSAP Override Dependent st � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) ��$ , 2 Z f � � U��������g � CIM_HostedJobDestination Abstract Locale UUID {7880DD16-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ C
� � � ��� � � � ref:CIM_System Max Min Override Antecedent Dependent f@ 4
� 4 � ��L V a �� ref:CIM_JobDestination Override Dependent Weak � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) �� % + S _ � � U��������Y � CIM_HostedService Abstract Locale UUID {83B2A7AA-DB36-11d2-85FC-0000F8102E5F} Antecedent f@ C
� � � ��� � � � ref:CIM_System Max Min Override Antecedent Dependent f@ 4
� - � ��> H S �� ref:CIM_Service Override Dependent Weak � 3�w�� �j�V� <gD� H .߉K � �:�" 6 �/��X ; ��Mn� � PI� � L �h��� � S�ֈ� � ��M�n � MRZ�H ��*?W � C I M _ C h i p Q[�%߬�� g CIM_Chip
) �� & , T _ � � h s � � � � & 2 � � < C u � ����_U������������������������������������������������������������������������������������������������� � CIM_PhysicalMemory abstract Locale UUID {FAF76B7B-798C-11D2-AAD1-006008C78BC7} BankLabel T 6
� � � @ � � � �� string MaxLen MappingStrings � MIF.DMTF|Memory Device|002.4 Capacity L )
� * 2 B � �� uint64 MappingStrings J MIF.DMTF|Memory Device|002.5 DataWidth F )
� � � � � �� uint16 MappingStrings � MIF.DMTF|Memory Device|002.8 FormFactor @ @ 6
� 8 � ��@ J V f uint16 Override FormFactor MappingStrings n MIF.DMTF|Memory Device|002.6 InterleavePosition \ )
� � � � � �� uint32 MappingStrings � MIF.DMTF|Memory Device Mapped Addresses|001.7 MemoryType B )
� i q � � �� uint16 MappingStrings � MIF.DMTF|Memory Device|002.9 PositionInRow X )
� � � � �� uint32 MappingStrings
MIF.DMTF|Memory Device Mapped Addresses|001.6 Speed H
� m � �� uint32 TotalWidth D )
� � � � � �� uint16 MappingStrings � MIF.DMTF|Memory Device|002.7 � C I M _ P a c k a g e d C o m p o n e n t R[�%߬��
CIM_PackagedComponent ) �� $ * R b � � u������������J � CIM_MemoryOnCard Abstract Locale UUID {FAF76B7C-798C-11D2-AAD1-006008C78BC7} GroupComponent f@ 6
� � � ��� � � ref:CIM_Card Max Override GroupComponent PartComponent f@ )
� � ��1 ; ref:CIM_PhysicalMemory Override PartComponent � C I M _ P h y s i c a l C o m p o n e n t S[�%߬� X CIM_PhysicalComponent ) �� % + S ] � � � � [ f � � ����_����������������������������������������������������������������������������������) � CIM_PhysicalMedia Abstract Locale UUID {FAF76B7D-798C-11D2-AAD1-006008C78BC7} Capacity @
� � � �� uint64 CleanerMedia P
� � � �� boolean MediaDescription J )
� ! 6 � �� string ModelCorrespondence > CIM_PhysicalMedia.MediaType MediaType H )
� � � � � �� uint16 ModelCorrespondence � CIM_PhysicalMedia.MediaDescription WriteProtectOn N
� � �� boolean � C I M _ D e p e n d e n c y T[�%߬�� CIM_Dependency ) �� ' - U a � � U��������4 � CIM_MemoryWithMedia Abstract Locale UUID {FAF76B7E-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalMemory Override Antecedent Dependent f@ )
� � �� ) ref:CIM_PhysicalMedia Override Dependent en � C I M _ R e a l i z e s U[�%߬� CIM_Realizes ) �� ' - U a � � F W U����������������� � CIM_RealizesPExtent Abstract Locale UUID {FAF76B7F-798C-11D2-AAD1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalMedia Override Antecedent Max Dependent f@ )
� � ��1 ; ref:CIM_PhysicalExtent Override Dependent StartingAddress
� � � �� uint64 � C I M _ R e a l i z e s V[�%߬� CIM_Realizes ) ��% - 3 [ g � � K \ U����������������� � CIM_RealizesDiskPartition Abstract Locale UUID {FAF76B80-798C-11D2-AAD1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalMedia Override Antecedent Max Dependent f@ )
� � ��6 @ ref:CIM_DiskPartition Override Dependent StartingAddress
� � � �� uint64 � C I M _ R e a l i z e s W[�%߬�� CIM_Realizes ) ��( 0 6 ^ j � � U��������Q � CIM_RealizesAggregatePExtent Abstract Locale UUID {FAF76B81-798C-11D2-AAD1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalMedia Override Antecedent Max Dependent f@ )
� " � ��< F ref:CIM_AggregatePExtent Override Dependent � C I M _ P h y s i c a l E l e m e n t X[�%߬� S CIM_PhysicalElement ) �� $ * R Z � � � �
���������������������������������������������������������������������������������@ � CIM_PhysicalLink Abstract Locale UUID {FAF76B82-798C-11D2-AAD1-006008C78BC7} Length B
� � � �� real64 MaxLength :
� � � �� real64 MediaType L
� � � �� uint16 Wired J
� 7 � �� boolean � C I M _ D e p e n d e n c y Y[�%߬�� CIM_Dependency ) �� & , T ` � � U��������3 � CIM_ElementsLinked Abstract Locale UUID {FAF76B83-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalLink Override Antecedent Dependent f@ )
� � �� ( ref:CIM_PhysicalElement Override Dependent � C I M _ P h y s i c a l E l e m e n t Z[�%߬�� G CIM_PhysicalElement ) ��! ) / W h � � ����������������������������������������������������������������������� � CIM_PhysicalConnector abstract Locale UUID {FAF76B84-798C-11D2-AAD1-006008C78BC7} ConnectorPinout :
� � � �� string ConnectorType >
� � � �� uint16 � C I M _ D e p e n d e n c y [[�%߬�� CIM_Dependency ) �� # ) Q ] � � U��������7 � CIM_ConnectedTo Abstract Locale UUID {FAF76B85-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalConnector Override Antecedent Dependent f@ )
� � ��" , ref:CIM_PhysicalConnector Override Dependent f@ �
C I M _ C o m p o n e n t j[�%߬�� CIM_Component ) �� # ) Q a � � e��������o � CIM_FileStorage Abstract Locale UUID {4A626026-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ C
� � � ��� � � � ref:CIM_FileSystem Max Min Override GroupComponent PartComponent f@ 4
� ; � ��P Z i �� ref:CIM_LogicalFile Override PartComponent Weak �
C I M _ A c t i o n �[�%߬�r ) CIM_Action ) " J �� T a � � ����������������������������������������� � CIM_ExecuteProgram Locale UUID {149ADDEE-DB2A-11d2-85FC-0000F8102E5F} Abstract CommandLine
� � � �� STRING ProgramPath
" )
� � � � �� STRING maxlen � ��w� � �כ�� \ �y�;< ]�-�A � V��� � }�}؞ p��l� m i֓u � '��� � �
[ � �.x+ m �(�/� � �
lJ3 � M�4� j�e � ��;�� � gD� � C I M _ L o g i c a l E l e m e n t �[�%߬�� CIM_LogicalElement ) �� ' - U h � � ���������������������������� � CIM_RedundancyGroup Abstract Locale UUID {4C3A040A-E3D1-11d2-8601-0000F8102E5F} CreationClassName 4
� � � �� � ��� STRING MaxLen RedundancyStatus
� � � �� UINT16 � C I M _ R e d u n d a n c y G r o u p �[�%߬� CIM_RedundancyGroup ) ��" * 0 X i �������������������������������� � CIM_ExtraCapacityGroup Abstract Locale UUID {570ED2E8-E3D1-11d2-8601-0000F8102E5F} MinNumberNeeded
� � � �� UINT32 � C I M _ R e d u n d a n c y G r o u p �[�%߬�� CIM_RedundancyGroup ) �� " ( ����������������������������P � CIM_SpareGroup Abstract Locale UUID {64B86CA6-E3D1-11d2-8601-0000F8102E5F} � C I M _ R e d u n d a n c y G r o u p �[�%߬�f CIM_RedundancyGroup ) ��& . 4 \ m ������������������������������ � CIM_StorageRedundancyGroup Abstract Locale UUID {6D477DBC-E3D1-11d2-8601-0000F8102E5F} TypeOfAlgorithm )
� � � ��� � UINT16 MappingStrings � MIF.DMTF|Redundancy Group|001.2 � C I M _ S o f t w a r e E l e m e n t �[�%߬�{ C CIM_SoftwareElement ) �� ( . V b �������������������������������������������������������������������� � CIM_VideoBIOSElement Abstract Locale UUID {76148BF6-E3D1-11d2-8601-0000F8102E5F} IsShadowed < )
� � � ��� � BOOLEAN MappingStrings � MIF.DMTF|Video BIOS|001.5 �
C I M _ S y s t e m �[�%߬�� + CIM_System ) ��! ) / �������������������������������������������W � CIM_ApplicationSystem Abstract Locale UUID {120BB700-DB2B-11d2-85FC-0000F8102E5F} � �[�%߬�U 4 �� " ( P �� ] b � � U��������� � CIM_ProductFRU Abstract Locale UUID {EB98A1B2-DB36-11d2-85FC-0000F8102E5F} Association FRU f
� � � �� ref:CIM_FRU Product f )
� � � ��� ref:CIM_Product Max � �[�%߬�~ ? ��" * 0 X ��e �� r y � � u��������
� CIM_ProductParentChild Abstract Locale UUID {3E24D5A6-DB2B-11d2-85FC-0000F8102E5F} Aggregation Association Child f
� � � �� ref:CIM_Product Parent f '
� � � �� �� ref:CIM_Product Aggregate � �[�%߬�� ? ��' / 5 ] ��j �� w � � � u��������1 � CIM_ProductPhysicalElements Abstract Locale UUID {502F00A0-DB2B-11d2-85FC-0000F8102E5F} Aggregation Association Component f
� � � �� ref:CIM_PhysicalElement Product f 4
� � ��! ��, ref:CIM_Product Aggregate Max � � �[�%߬�� 4 ��( 0 6 ^ �� k } � � U����������H � CIM_ProductProductDependency Abstract Locale UUID {65878E68-DB2B-11d2-85FC-0000F8102E5F} Association DependentProduct f
� � � �� ref:CIM_Product RequiredProduct f
� � � �� ref:CIM_Product TypeOfDependency
� @ � �� UINT16 ct � �[�%߬�U 4 �� & , T �� a j � � e��������� � CIM_ProductSupport Abstract Locale UUID {8D6D6880-DB2B-11d2-85FC-0000F8102E5F} Association Product f
� � � �� ref:CIM_Product Support f
� � � �� ref:CIM_SupportAccess 2- � �[�%߬�� ? �� & , T ��a �� n w � � e�������� � CIM_SettingContext Abstract Locale UUID {F0B752E8-DB30-11d2-85FC-0000F8102E5F} Aggregation Association Context f '
� � � ��� �� ref:CIM_Configuration Aggregate Setting f
� � �� ref:CIM_Setting in � �[�%߬�� ? �� % + S ��` �� m t � � e��������H � CIM_StorageDefect Abstract Locale UUID {5CC70817-DB31-11d2-85FC-0000F8102E5F} Aggregation Association Error f '
� � � ��� �� ref:CIM_StorageError Weak Extent f A
� � ��3 ��> C ref:CIM_StorageExtent Aggregate Max Min ge � �[�%߬�� " ) �� $ * R k � � � � � 4 � � U���������������������������������_ � CIM_StorageError Abstract Locale UUID {71312AB6-DB31-11d2-85FC-0000F8102E5F} DeviceCreationClassName A
� � � �� � ��� � � STRING MaxLen Propagated CIM_StorageExtent.CreationClassName DeviceID A
� T � �� � ��\ @ d p STRING MaxLen Propagated CIM_StorageExtent.DeviceID EndingAddress
� � � �� UINT64 StartingAddress '
� � �� � �� UINT64 SystemCreationClassName A
� � � �� � ��� � � STRING MaxLen Propagated CIM_StorageExtent.SystemCreationClassName SystemName A
� % � �� � ��- 5 A STRING MaxLen Propagated CIM_StorageExtent.SystemName � �[�%߬�� ) �� % + S f � � � � < D � � U�������������������+ � CIM_SupportAccess Abstract Locale UUID {80321714-DB31-11d2-85FC-0000F8102E5F} CommunicationInfo )
� � � ��� � STRING MappingStrings � � MIF.DMTF|FRU|002.11 MIF.DMTF|FRU|002.12 CommunicationMode 6
� B � ��J Z z � UINT16 MappingStrings b MIF.DMTF|Support|001.5 ValueMap � � � � � � � � 1 2 3 4 5 6 7 8 Description )
� � �� STRING MappingStrings $ MIF.DMTF|Support|001.3 Locale
6
� � � ��� � � @ STRING MappingStrings � MIF.DMTF|Support|001.2 MaxLen SupportAccessId 4
� � �� � ��# STRING MaxLen � �[�%߬�� 4 ��! ) / W �� d z � � e��������? � CIM_ToDirectoryAction Abstract Locale UUID {B58D172E-DB31-11d2-85FC-0000F8102E5F} Association DestinationDirectory f 6
� � � ��� � ref:CIM_DirectoryAction Max Min FileName f )
� " � ��: ref:CIM_CopyFileAction Min � W i n 3 2 _ P n P D e v i c e P r o p e r t y l\�%߬�� ! Win32_PnPDeviceProperty & ��������������������Y � Win32_PnPDevicePropertyBoolean Data
� P � �� boolean � �� �� � ��$� � �վ�[ � �<Y�- 7 ��d � m 1#E
� ;��e@ � �{]h# � ���ȯ � y8
g� � Jzs�j � �[�%߬�� 4 ��( 0 6 ^ �� k � � � e��������M � CIM_ToDirectorySpecification Abstract Locale UUID {C3E25A3C-DB31-11d2-85FC-0000F8102E5F} Association DestinationDirectory f 6
� � � ��� � ref:CIM_DirectorySpecification Max Min FileName f )
� 0 � ��H ref:CIM_CopyFileAction Min e � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) �� # K W � � U��������- � CIM_Mount Abstract Locale UUID {75BCF4F6-DB46-11D2-B4C8-80080C7B6371} Antecedent f@ 6
� � � ��� � � ref:CIM_Directory Max Override Antecedent Dependent f@ )
� � �� " ref:CIM_NFS Override Dependent " � �[�%߬��
4 �� ��# + 1 Y d � � � � U������������H � CIM_Export Abstract Association Locale UUID {75BCF4F8-DB46-11D2-B4C8-80080C7B6371} Directory f
� � � �� ref:CIM_Directory ExportedDirectoryName
� � � �� STRING LocalFS f )
� * C � �� ref:CIM_LocalFileSystem Max � C I M _ F i l e S y s t e m �[�%߬� W CIM_FileSystem ) �� ( . ���������������������������������������������������������������������������������������V � CIM_RemoteFileSystem Abstract Locale UUID {75BCF4F9-DB46-11D2-B4C8-80080C7B6371} � C I M _ R e m o t e F i l e S y s t e m �[�%߬�� � CIM_RemoteFileSystem ) �� ! I [ � � � 8 \ � � � � ( 3 f q � � � � - E w � � � ����UUU�������������������������������������������������������������������������������������������������������������������������������N � CIM_NFS Abstract Locale UUID {75BCF4FB-DB46-11D2-B4C8-80080C7B6371} AttributeCaching R
� � � �� BOOLEAN AttributeCachingForDirectoriesMax T
� � � �� UINT16 AttributeCachingForDirectoriesMin V
� 0 � �� UINT16 AttributeCachingForRegularFilesMax X
� � � �� UINT16 AttributeCachingForRegularFilesMin Z
� � � �� UINT16 ForegroundMount \
� � �� BOOLEAN HardMount ^
� ] � �� BOOLEAN Interrupt `
� � � �� BOOLEAN MountFailureRetries b
� � � �� UINT16 ReadBufferSize d
� % � �� UINT64 RetransmissionAttempts l
� o � �� UINT16 RetransmissionTimeout n
� � � �� UINT32 ServerCommunicationPort r
� � �� UINT32 WriteBufferSize v
� F � �� UINT64 � C I M _ S e r v i c e �[�%߬�� ) CIM_Service
) �� # ) �����������������������������������������Q � CIM_BootService Abstract Locale UUID {75BCF4FE-DB46-11D2-B4C8-80080C7B6371} � C I M _ L o g i c a l E l e m e n t �[�%߬�� ' CIM_LogicalElement ) # K �� U h / 5 � � k s 8 A W�������������������������������������� � CIM_SoftwareFeature Locale UUID {E527D7F2-E3D4-11d2-8601-0000F8102E5F} abstract IdentifyingNumber N
� � � � � ��� @ � ��� string Propagated CIM_Product.IdentifyingNumber Maxlen MappingStrings DMTF|ComponentID|001.4 Name @ A
� � � �� � ��� � � string override Name Maxlen ProductName N
�
! � ��3 � ��; K string Propagated CIM_Product.Name Maxlen MappingStrings S DMTF|ComponentID|001.2 Vendor N
� � � � � �� � �� string Propagated CIM_Product.Vendor CIM_Key Maxlen MappingStrings DMTF|ComponentID|001.1 Version N
� � � � � ��� @ � � � �� string Propagated CIM_Product.Version Maxlen MappingStrings � DMTF|ComponentID|001.3 � �[�%߬�� ! ) A �� K T � � � 4 A s y � � T k I R UU�������������������������������$ � CIM_Check Locale UUID {7A9135CA-DB21-11d2-85FC-0000F8102E5F} Abstract Caption )
� � � @ � �� string Maxlen CheckID 4
� � � ��� � �� string maxlen CheckMode
� + � �� boolean Description
� k � �� string Name A
� � � � � ��� � �� string Propagated CIM_SoftwareElement.Name CIM_key maxlen SoftwareElementID
A
� i q } � ��� � �� string Propagated CIM_SoftwareElement.SoftwareElementID CIM_key maxlen SoftwareElementState 4
�
! K �� � �� uint16 Propagated CIM_SoftwareElement.SoftwareElementState CIM_key TargetOperatingSystem A
� � � � � �� � �� uint16 Propagated CIM_SoftwareElement.TargetOperatingSystem CIM_key Mappingstrings MIF.DMTF|Software Component Information|002.5 Version N
� � � � � ��� @ � ��� string Propagated CIM_SoftwareElement.Version CIM_key Maxlen Mappingstrings MIF.DMTF|ComponentID|001.3 � � � Invoke y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ C h e c k �[�%߬�� ' CIM_Check ) $ * R �� \ k � � ��������������������������������������1 � CIM_DirectorySpecification Locale UUID {A524EE6E-DB29-11d2-85FC-0000F8102E5F} abstract DirectoryPath
)
� � � � �� string Maxlen DirectoryType )
� � � �� uint16 Mappingstrings MIF.DMTF|Location|001.2 � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) & N �� X d � � U��������5 � CIM_ServiceAccessBySAP Locale UUID {714C00BA-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_Service Override Antecedent Dependent f@ )
� � �� * ref:CIM_ServiceAccessPoint Override Dependent en � W i n 3 2 _ P n P D e v i c e P r o p e r t y m\�%߬�� ! Win32_PnPDeviceProperty % ����������������������W � Win32_PnPDevicePropertyReal32 Data
� O � �� real32 � ��t � t��~� � M�:� � ���> � �j�:� � {<$7[ D ����� � ҡ^9 � � ��� � �q��j � (J#P ) ��ky = ���N� 0 ����� � ~��� �
C I M _ A c t i o n �[�%߬�y 4 CIM_Action ) ! ' O �� Y e � � � � ' 1 x � ��W�������������������������������������������������� � CIM_ModifySettingAction Locale UUID {ECDE0B90-DB2A-11d2-85FC-0000F8102E5F} Abstract ActionType
� � � �� UINT16 EntryName
)
� � � � �� STRING Maxlen EntryValue $
� � �� STRING FileName ( )
� h p � �� STRING Maxlen SectionKey
, )
� � � � �� STRING Maxlen �
C I M _ A c t i o n �[�%߬�� ! CIM_Action ) H �� ���������������������������������R � CIM_RebootAction Locale UUID {AB08D884-DB30-11d2-85FC-0000F8102E5F} Abstract � �[�%߬�� 4 �� ��+ 3 9 a g � � e��������* � CIM_ActionSequence Abstract Association Locale UUID {F127E50E-E3E0-11d2-8601-0000F8102E5F} Next f 6
� � � � � �� ref:CIM_Action Max Min Prior f 6
� % � �� ref:CIM_Action Max Min
� C I M _ C h e c k �[�%߬�f ) CIM_Check ) " J �� T h ������������������������������������������ � CIM_DiskSpaceCheck Locale UUID {D3B1178A-DB29-11d2-85FC-0000F8102E5F} Abstract AvailableDiskSpace )
� � � ��� � UINT64 ModelCorrespondence � CIM_FileSystem.AvailableSpace � C I M _ C h e c k �[�%߬�c ) CIM_Check ) G �� Q ] ������������������������������������������ � CIM_MemoryCheck Locale UUID {DC0E96FE-DB2A-11d2-85FC-0000F8102E5F} Abstract MemorySize )
� � � � � �� UINT64 ModelCorrespondence � CIM_OperatingSystem.FreePhysicalMemory � C I M _ C h e c k �[�%߬� ) CIM_Check ) " J �� T d � ����������������������������������������� � CIM_OSVersionCheck Locale UUID {FEE8368A-DB2A-11d2-85FC-0000F8102E5F} Abstract MaximumVersion 6
� � � @ � � � �� STRING maxlen ModelCorrespondence � CIM_OperatingSystem.Version MinimumVersion
" 6
� F N @ V k � �� STRING maxlen ModelCorrespondence s CIM_OperatingSystem.Version � C I M _ C h e c k �[�%߬�p 4 CIM_Check ) H �� R ] � � � � ) p | ��W�������������������������������������������������� � CIM_SettingCheck Locale UUID {DC1D8140-DB30-11d2-85FC-0000F8102E5F} Abstract CheckType
� � � �� UINT16 EntryName
)
� � � � �� STRING Maxlen EntryValue $
� � �� STRING FileName ( )
� ` h � �� STRING Maxlen SectionKey
, )
� � � � �� STRING Maxlen � C I M _ C h e c k �[�%߬�t 2 CIM_Check ) ! ) / W �� a ~ ! � � d � ; ��W������������������������������������������������ � CIM_SoftwareElementVersionCheck Locale UUID {4D23FBD0-DB31-11d2-85FC-0000F8102E5F} Abstract LowerSoftwareElementVersion 6
� � � @ � � � �� STRING maxlen ModelCorrespondence � CIM_SoftwareElement.Version SoftwareElementName
" 6
� e m u � � �� STRING maxlen ModelCorrespondence � CIM_SoftwareElement.Name SoftwareElementStateDesired & 6
�
@ 2 � �� UINT16 maxlen ModelCorrespondence : CIM_SoftwareElement.SoftwareElementState TargetOperatingSystemDesired ( 6
� � � @ � � � �� UINT16 maxlen ModelCorrespondence � CIM_SoftwareElement.TargetOperatingSystem UpperSoftwareElementVersion
* 6
� � @ � � � �� STRING maxlen ModelCorrespondence � CIM_SoftwareElement.Version � C I M _ C h e c k �[�%߬�i ) CIM_Check ) " J �� T c ������������������������������������������ � CIM_SwapSpaceCheck Locale UUID {A5AE701E-DB31-11d2-85FC-0000F8102E5F} Abstract SwapSpaceSize )
� � � � � �� UINT64 ModelCorrespondence � CIM_OperatingSystem.TotalSwapSpaceSize � C I M _ C h e c k �[�%߬�� ' CIM_Check ) ' - U �� _ q � � � � ��W������������������������������������, � CIM_VersionCompatibilityCheck Locale UUID {D368CA4A-DB31-11d2-85FC-0000F8102E5F} Abstract AllowDownVersion
� � � �� BOOLEAN AllowMultipleVersions
� � � �� BOOLEAN Reinstall "
� # � �� BOOLEAN �# C I M _ S o f t w a r e F e a t u r e S o f t w a r e E l e m e n t s �[�%߬�� - CIM_SoftwareFeatureSoftwareElements % ) % + S �� ] m � � e��������G � CIM_BIOSFeatureBIOSElements Locale UUID {42B2EC5C-DB35-11d2-85FC-0000F8102E5F} Abstract GroupComponent f@ )
� � � ��� � ref:CIM_BIOSFeature Override GroupComponent PartComponent f@ )
� � ��. 8 ref:CIM_BIOSElement Override PartComponent �# C I M _ S o f t w a r e F e a t u r e S o f t w a r e E l e m e n t s �[�%߬�� - CIM_SoftwareFeatureSoftwareElements % ) ' / 5 ] �� g w � � e��������[ � CIM_VideoBIOSFeatureVideoBIOSElements Locale UUID {B3F86390-DB37-11d2-85FC-0000F8102E5F} Abstract GroupComponent f@ )
� � � ��� � ref:CIM_VideoBIOSFeature Override GroupComponent PartComponent f@ )
� ( � ��B L ref:CIM_VideoBIOSElement Override PartComponent � � C I M _ S y s t e m C o m p o n e n t �[�%߬�� CIM_SystemComponent ) & . 4 \ �� f v � e��������~ � CIM_ApplicationSystemSoftwareFeature Locale UUID {0E17B9EA-E3D3-11d2-8601-0000F8102E5F} Abstract GroupComponent f@ 6
� � � ��� � � ref:CIM_ApplicationSystem Min Override GroupComponent PartComponent f@ 6
� G � ��` e o ref:CIM_SoftwareFeature Min Override PartComponent � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) % + S �� ] i � � U��������@ � CIM_DeviceSAPImplementation Locale UUID {1BE949DA-DB36-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_LogicalDevice Override Antecedent Dependent f@ )
� � ��+ 5 ref:CIM_ServiceAccessPoint Override Dependent nt � W i n 3 2 _ P n P D e v i c e P r o p e r t y o\�%߬�� ! Win32_PnPDeviceProperty ! ' ����������������������[ � Win32_PnPDevicePropertyDateTime Data e
� Q � �� datetime � ��� �� � ㎺
� V ��A�
��� c �A�a � uP �� �X Z �]=� � �4�� � �'4 � � J �� � ����[ : Qw��� � C I M _ C h e c k �[�%߬�� > CIM_Check ) % M �� W a � � [ a � � 2 < n { � � ��W����������������������������������������������������������! � CIM_FileSpecification Locale UUID {41F377B0-DB2A-11d2-85FC-0000F8102E5F} abstract CheckSum * )
� � � � � �� uint32 Mappingstrings � MIF.DMTF|Software Signature|002.4 CRC1 . )
� 0 � �� uint32 Mappingstrings 8 MIF.DMTF|Software Signature|002.5 CRC2
2 )
� � � � � �� uint32 Mappingstrings � MIF.DMTF|Software Signature|002.6 CreateTimeStamp e '
� ! + �� � �� datetime Fixed FileSize
"
� f � �� uint64 MD5Checksum 6 )
� � � � �� string maxlen Name @ 4
�
� �� �� string maxlen Fixed � �[�%߬�� ! ) B �� L V � � � 7 B t z � � U l J S UU�������������������������������% � CIM_Action Locale UUID {2F156260-DB21-11d2-85FC-0000F8102E5F} Abstract ActionID 4
� � � ��� � �� string maxlen Caption )
� � � @ � �� string maxlen Description
� / � �� string Direction
� l � �� uint16 Name A
� � � � � �� � �� string Propagated CIM_SoftwareElement.Name CIM_key maxlen SoftwareElementID
A
� j r ~ � ��� � �� string Propagated CIM_SoftwareElement.SoftwareElementID CIM_key maxlen SoftwareElementState 4
� " L �� � �� uint16 Propagated CIM_SoftwareElement.SoftwareElementState CIM_key TargetOperatingSystem A
� � � � � �� � �� uint16 Propagated CIM_SoftwareElement.TargetOperatingSystem CIM_key Mappingstrings MIF.DMTF|Software Component Information|002.5 Version N
� � � � � ��� @ � ��� string Propagated CIM_SoftwareElement.Version CIM_key Maxlen Mappingstrings MIF.DMTF|ComponentID|001.3 � � � Invoke y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
C I M _ A c t i o n �[�%߬�* % CIM_Action ) # K �� U d �������������������������������������� � CIM_DirectoryAction Locale UUID {8875A39E-DB29-11d2-85FC-0000F8102E5F} Abstract DirectoryName )
� � � � �� string maxlen � C I M _ D i r e c t o r y A c t i o n �[�%߬�� % CIM_DirectoryAction ) # ) Q �� �������������������������������������[ � CIM_CreateDirectoryAction Locale UUID {87946AAC-DB22-11d2-85FC-0000F8102E5F} abstract � C I M _ D i r e c t o r y A c t i o n �[�%߬�% ' CIM_DirectoryAction ) # ��- 3 [ h ��������������������������������������� � CIM_RemoveDirectoryAction Locale Abstract UUID {B272D2EA-DB22-11d2-85FC-0000F8102E5F} MustBeEmpty
"
� � � �� boolean �
C I M _ A c t i o n �[�%߬�� ! CIM_Action ) F �� ���������������������������������P � CIM_FileAction Locale UUID {2B590C72-DB2A-11d2-85FC-0000F8102E5F} Abstract � C I M _ F i l e A c t i o n �[�%߬�� + CIM_FileAction ) " J �� T e � � � � ��W����������������������������������������; � CIM_CopyFileAction Locale UUID {73553260-DB22-11d2-85FC-0000F8102E5F} abstract DeleteAfterCopy &
� � � �� boolean Destination
" )
� � � � �� string maxlen Source )
� + 3 � �� string maxlen � C I M _ F i l e A c t i o n �[�%߬�& % CIM_FileAction ) $ L �� V \ �������������������������������������� � CIM_RemoveFileAction Locale UUID {C75D89F8-DB30-11d2-85FC-0000F8102E5F} abstract File )
� � � � �� string maxlen � �[�%߬�� ? $ * R ��_ ��l �� v ~ � � u��������q � CIM_SoftwareElementActions Locale UUID {4B82D255-E3CD-11d2-8601-0000F8102E5F} Association Aggregation Abstract Action f ?
� � � � � �� � �� ref:CIM_Action Min Max Weak Element f A
� C \ a f �� � �� ref:CIM_SoftwareElement Min Max Aggregate �
C I M _ C o m p o n e n t �[�%߬�� CIM_Component ) % - 3 [ �� e u � � e��������N � CIM_SoftwareFeatureSoftwareElements Locale UUID {A91081E2-DB37-11d2-85FC-0000F8102E5F} Abstract GroupComponent f@ 4
� � � ��� � ref:CIM_SoftwareFeature Min Max PartComponent f@ 4
� + � ��D I ref:CIM_SoftwareElement Min Max � �[�%߬�� ? % + S ��` ��m �� w � � u��������t � CIM_ProductSoftwareFeatures Locale UUID {7C39D12A-DB2B-11d2-85FC-0000F8102E5F} Association Aggregation Abstract Component f ?
� � � � � �� � �� ref:CIM_SoftwareFeature Min Max Weak Product f ?
� N _ d i �� � �� ref:CIM_Product Min Max Aggregate � �[�%߬�� 4 & , T ��a �� k u � � e��������F � CIM_InstalledSoftwareElement Locale UUID {A7B05028-DB2A-11d2-85FC-0000F8102E5F} Association Abstract Software f 4
� � � � � �� ref:CIM_SoftwareElement Min Max System f 4
� $ < A � �� ref:CIM_ComputerSystem Min Max � �[�%߬�" ? # ) Q ��^ ��k �� u | � � n u U����������� � CIM_SoftwareElementChecks Locale UUID {24783E8A-DB31-11d2-85FC-0000F8102E5F} Association Aggregation Abstract Check f ?
� � � � � �� � �� ref:CIM_Check Min Max Weak Element f A
� @ Y ^ c �� � �� ref:CIM_SoftwareElement Min Max Aggregate Phase
� � � �� uint16 � W i n 3 2 _ P n P D e v i c e P r o p e r t y n\�%߬�� ! Win32_PnPDeviceProperty % ��������������������������W � Win32_PnPDevicePropertyReal64 Data
� O � �� real64 � �b�[� � N�b ^ ��<�� �9�Z� � ,�� õԡ� � �a� � $)��� � T�l� � C I M _ L o g i c a l E l e m e n t �[�%߬�� " CIM_LogicalElement A � �� � ��* 2 8 ` m � � J X W��������������������������������� � Win32_Registry CIMWin32 SupportsUpdate Locale UUID {8502C4D7-5FBB-11D2-AAC1-006008C78BC7} CurrentSize )
� � � ��� � uint32 MappingStrings � Win32API|NTDLL.DLL|NtQuerySystemInformation|SystemRegistryQuotaInformation MaximumSize )
� T � ��\ l uint32 MappingStrings t Win32Registry|SYSTEM\CurrentControlSet\Control|RegistrySizeLimit Name @ A
� � �� � �� # 3 string Override Name MappingStrings ; Win32Registry ProposedSize 4
� � � �� � ��� � uint32 MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control|RegistrySizeLimit � W i n 3 2 _ B a s e S e r v i c e �[�%߬�� e Win32_BaseService A � �� � ��) 1 7 _ k �
� � V ` �����_������������������������������������������������������������������������������������������������ � Win32_Service CIMWin32 SupportsUpdate Locale UUID {8502C4D9-5FBB-11D2-AAC1-006008C78BC7} CheckPoint P )
� � � ��� � uint32 MappingStrings � Win32API|Service Structures|SERVICE_STATUS|dwCheckPoint DelayedAutoStart \ )
� D � ��M ] boolean MappingStrings e Win32API|Service Structures|SERVICE_DELAYED_AUTO_START_INFO|fDelayedAutostart ProcessId X )
� � � ��� uint32 MappingStrings Win32API|Service Structures|SERVICE_STATUS_PROCESS|dwProcessId WaitHint T )
� � � ��� � uint32 MappingStrings � Win32API|Service Structures|SERVICE_STATUS|dwWaitHint L � � � � � � � GetSecurityDescriptor ) @ ��M W � � implemented ValueMap s v y | � 0 2 8 9 21 .. Privileges � SeSecurityPrivilege % ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor ) ��* 4 d p implemented ValueMap P S V Y \ ` 0 2 8 9 21 .. Privileges x SeSecurityPrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � \�%߬�� A �� � �� � % / 7 = e l � � e��������w � Win32_ShareToDirectory Association CIMWin32 Locale UUID {8502C511-5FBB-11D2-AAC1-006008C78BC7} Share f 4
� � � �� � ��� � ref:Win32_Share MappingStrings � WMI|Win32_Share SharedElement f 4
� 9 � �� � ��L \ ref:CIM_Directory MappingStrings d CIM|CIM_Directory e � C I M _ A s s o c i a t e d P r o c e s s o r M e m o r y \�%߬�X
' CIM_AssociatedProcessorMemory 6 � �� � ! + 3 9 a m # u������������� � Win32_AssociatedProcessorMemory CIMWin32 Locale UUID {074737F0-ACBC-11d2-ABF6-00805F538618} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_CacheMemory Override Antecedent MappingStrings WMI|Win32_CacheMemory Dependent f@ A
� r � �� � ��� � � � ref:Win32_Processor Override Dependent MappingStrings � WMI|Win32_Processor � C I M _ C a r d \�%߬�� n CIM_Card
6 � �� � # ) Q ` � � \ a ������������������������������������������������������������������������������������������������������������� � Win32_BaseBoard CIMWin32 Locale UUID {FAF76B95-798C-11D2-AAD1-006008C78BC7} ConfigOptions b )
� � � ��� � string MappingStrings � SMBIOS|Type 12|Configuration Options Strings Product ^ )
� % � ��- = string MappingStrings E SMBIOS|Type 2|Product Tag @
( N
� � � ��� � ��� � � � string MaxLen Override Tag MappingStrings � WMI � C I M _ P r o d u c t
\�%߬�X " CIM_Product
6 � �� � ' / 5 ] c ���������������������������������� � Win32_ComputerSystemProduct CIMWin32 Locale UUID {FAF76B96-798C-11D2-AAD1-006008C78BC7} UUID )
� � � ��� � String MappingStrings � SMBIOS|Type 1|UUID � C I M _ S e r v i c e S e r v i c e D e p e n d e n c y \�%߬�P & CIM_ServiceServiceDependency 6 � �� � " * 0 X d u����������� � Win32_DependentService CIMWin32 Locale UUID {8502C4FA-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_BaseService Override Antecedent MappingStrings � WMI|Win32_BaseService Dependent f@ A
� i � �� � ��� � � � ref:Win32_BaseService Override Dependent MappingStrings � WMI|Win32_BaseService � C I M _ D M A \�%߬�� C CIM_DMA 6 � �� � $ * R X ������������������������������������������������������������������� � Win32_DMAChannel CIMWin32 Locale UUID {8502C4D1-5FBB-11D2-AAC1-006008C78BC7} Port : )
� � � ��� � uint32 MappingStrings � Win32API|System Structures|CM_PARTIAL_RESOURCE_DESCRIPTOR|Dma|Port � W i n 3 2 _ P n P D e v i c e P r o p e r t y r\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertyUint16Array Data
� T � �� Uint16 � 7 C I M _ U n i t a r y C o m p u t e r S y s t e m �[�%߬�
" � # CIM_UnitaryComputerSystem A � �� � ��0 8 > 0 f { + � � k � � � } � % � � & � � q � �
� � > K � � | � N
i
�
�
K ^ � � + C � � p
w
�
� � 8 L � � V f � � A R � � � � L c �
� � s � � 6 G � � � � � � � � " � � � 7 C � � ����UUUUUUUUUUUU���������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������8 � Win32_ComputerSystem CIMWin32 SupportsUpdate Locale UUID {8502C4B0-5FBB-11D2-AAC1-006008C78BC7} AdminPasswordStatus - � )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 24|Hardware Security Settings|AdminPasswordStatus AutomaticManagedPagefile < 4
� m � �� � ��v � boolean MappingStrings � WMI AutomaticResetBootOption : 4
� � � �� � ��� boolean MappingStrings Win32Registry|HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\CrashControl|AutoReboot AutomaticResetCapability > )
� � � ��� � boolean MappingStrings � WMI BootOptionOnLimit & { )
� , � ��4 D uint16 MappingStrings L SMBIOS|Type 23|Capabilites|Boot Option on Limit BootOptionOnWatchDog ' } )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 23|Capabilities|Boot Option BootROMSupported @ )
� \ � ��e u boolean MappingStrings } WMI BootStatus > � )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 32|System Boot Information|Boot Status BootupState B )
� ] � ��e u string MappingStrings } Win32API|GetSystemMetrics|SM_CLEANBOOT ChassisBootupState / � 6
� � � �� 9 C uint16 MappingStrings SMBIOS|Type 3|Bootup State ValueMap _ b e h k n 1 2 3 4 5 6 ChassisSKUNumber = � )
� � � ��� � string MappingStrings � SMBIOS|Type 3|Chassis|SKU Number CurrentTimeZone F 4
� O � �� � ��W g sint16 MappingStrings o Win32API|Time Structures|TIME_ZONE_INFORMATION|Bias DaylightInEffect 2 � )
� � � ��� boolean MappingStrings Win32API|Time Functions|GetTimeZoneInformation DNSHostName H )
� � � ��� � string MappingStrings � Win32API|GetComputerNameEx|ComputerNameDnsHostname Domain L )
� � �� - string MappingStrings 5 Win32API|Network Management Structures|WKSTA_INFO_100|wki100_langroup DomainRole # s )
� � � ��� � uint16 MappingStrings � Win32API|Directory Service (Ds) Structures| DSROLE_PRIMARY_DOMAIN_INFO_BASIC|DSROLE_MACHINE_ROLE| MachineRole EnableDaylightSavingsTime 3 �
� �
� �� boolean FrontPanelResetStatus . � )
� �
� ���
uint16 MappingStrings
SMBIOS|Type 24|Hardware Security Settings|FrontPanelResetStatus HypervisorPresent ? � )
� � � ��� � boolean MappingStrings � WMI InfraredSupported P )
� � �� boolean MappingStrings & WMI KeyboardPasswordStatus , � )
� z � ��� � uint16 MappingStrings � SMBIOS|Type 24|Hardware Security Settings|KeyboardPasswordStatus Manufacturer R )
� !
� ��)
9
string MappingStrings A
SMBIOS|Type 1|System Information|Manufacturer Model V )
� �
� ���
�
string MappingStrings �
SMBIOS|Type 1|System Information|Product Name NetworkServerModeEnabled Z )
� N � ��W g boolean MappingStrings o Win32API|Network Management Structures|SERVER_INFO_101|sv101_type|SV_TYPE_SERVER NumberOfLogicalProcessors 5 � )
� � �� + uint32 MappingStrings 3 WMI NumberOfProcessors 4 � )
� � � ��� � uint32 MappingStrings � Win32API|System Information Structures|SYSTEM_INFO|dwNumberOfProcessors OEMLogoBitmap \ )
� 2 � ��9 I uint8 MappingStrings Q WMI OEMStringArray % w )
� � � ��� � string MappingStrings � SMBIOS|Type 11|OEM Strings PartOfDomain 7 � )
� � ��' 7 boolean MappingStrings ? PauseAfterReset * � )
� � � ��� � sint64 MappingStrings � SMBIOS|Type 23|Timeout PCSystemType 8 � 6
� � �� + 5 ? uint16 MappingStrings 3 ValueMap g j m p s v y | 0 1 2 3 4 5 6 7 8 PCSystemTypeEx 9 � 6
� � � ��� � � uint16 MappingStrings � ValueMap
. 1 4 7 : = @ C F I 0 1 2 3 4 5 6 7 8 9 PowerOnPasswordStatus + � )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 24|Hardware Security Settings|PowerOnPasswordStatus PowerSupplyState 0 � 6
� Q � ��Y i � � uint16 MappingStrings q SMBIOS|Type 3|System Enclosure or Chassis|Power Supply State ValueMap � � � � � � 1 2 3 4 5 6 ResetCount ( )
� * � ��2 B sint16 MappingStrings J SMBIOS|Type 23|System Reset|Reset Count ResetLimit ) � )
� � � ��� � sint16 MappingStrings � SMBIOS|Type 23|System Reset| Reset Limit SupportContactDescription ` )
� R � ��Z j string MappingStrings r Win32API|GetPrivateProfileString|Support Information SystemFamily < � )
� � � ��� string MappingStrings
SMBIOS|Type 1|System Information|Family SystemSKUNumber ; � )
� ~ � ��� � string MappingStrings � SMBIOS|Type 1|System Information|SKU Number SystemStartupDelay d L
� 9 A �� � �� � ��M Y � uint16 DEPRECATED Privileges a SeSystemEnvironmentPrivilege MappingStrings � Win32API|GetPrivateProfileInt|Boot Loader|timeout SystemStartupOptions f L
� : B �� � �� � ��N Z � � string DEPRECATED Privileges b SeSystemEnvironmentPrivilege MappingStrings � Win32API|GetPrivateProfileSection|Operating Systems SystemStartupSetting j L
� = D �� � �� � ��P \ � � uint8 DEPRECATED Privileges d SeSystemEnvironmentPrivilege MappingStrings � WMI SystemType ! k 6
� � � ��� Z d string MappingStrings Win32API|System Information Structures|SYSTEM_INFO|wProcessorArchitecture ValueMap
� � � � � � � � � X86-based PC MIPS-based PC Alpha-based PC Power PC SH-x PC StrongARM PC 64-bit Intel PC x64-based PC Unknown X86-Nec98 PC ThermalState 1 � 6
� f � ��n ~ � � uint16 MappingStrings � SMBIOS|Type 3|System Enclosure or Chassis|Thermal State ValueMap � �) C I M _ L o g i c a l E l e m e n t \�%߬�� ) CIM_LogicalElement f � �� �
% M ��] g o �� � � � � � � � I O � � W���������������������������������������� � Win32_Share CIMWin32 Locale UUID {8502C4D6-5FBB-11D2-AAC1-006008C78BC7} SupportsCreate CreateBy Create SupportsDelete DeleteBy DeleteInstance AccessMask " '
� � � ��� �� uint32 DEPRECATED AllowMaximum )
� 3 � ��< L boolean MappingStrings T Win32API|Network Management Structures|SHARE_INFO_502|shi502_max_uses MaximumAllowed )
� � � ��� � uint32 MappingStrings Win32API|Network Management Structures|SHARE_INFO_502|shi502_max_uses Name @ A
� � � �� � ��� � � � string Override Name MappingStrings � Win32API|Network Management Structures|SHARE_INFO_1|shi1_netname Path )
� M � ��U e string MappingStrings m Win32API|Network Management Structures|SHARE_INFO_502|shi502_path Type 6
� � � �� ] g uint32 MappingStrings Win32API|Network Management Structures|SHARE_INFO_502|shi502_type ValueMap � � � � � � � � 0 1 2 3 2147483648 2147483649 2147483650 2147483651 �# � � g u � � P _ � � ^! f! �! �! r# � Create 2 : ��G ��O ��\ l Constructor Static Implemented MappingStrings t Win32API|Network Management Functions|NetShareAdd ? ac6d1350600005Q ROOT\CIMV2 ���� � �� �� 3
� _ y i q � * � � U�����������������������������
� __PARAMETERS abstract Path string
� 0 In
� 0 W �� � Win32API|Network Management Structures|SHARE_INFO_502|shi502_path MappingStrings )
� 0 W ��� � ID 6
� _ W ��� � string Name string
� In
� � �� � Win32API|Network Management Structures|SHARE_INFO_1|shi1_netname MappingStrings )
� � �� � ID 6
� � � �� � e string Type uint32
� � In
� � � �� * Win32API|Network Management Structures|SHARE_INFO_502|shi502_type MappingStrings )
� � � ��m " ID 6
� � � ��m " � uint32 MaximumAllowed uint32
� & In
� & M �� Optional '
� & M ��{ �� � Win32API|Network Management Structures|SHARE_INFO_502|shi502_max_uses MappingStrings 4
� & M ��{ �� � ID A
� � M ��{ �� � [ uint32 Description string
� � In
� � � �� Optional '
� � � ��* �� q Win32API|Network Management Structures|SHARE_INFO_1|shi1_remark MappingStrings 4
� � � ��* ��� i ID A
� W � ��* ��� i string Password string
� { In
� { � �� Optional '
� { � ��� �� Win32API|Network Management Structures|SHARE_INFO_502|shi502_passwd MappingStrings 4
� { � ��� ��\ ID A
� � ��� ��\ � string
Access object
� # In
� # J �� Optional
'
� # J ��x �� � WMI|Win32_SecurityDescriptor MappingStrings
4
� # J ��x ��� � ID
A
� �
J ��x ��� � /
object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetShareInfo � ��� � Implemented MappingStrings � Win32API|Network Management Functions|NetShareSetInfo � ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� � � � * s ������������
� __PARAMETERS abstract MaximumAllowed uint32
� : In
� : a �� Optional '
� : a ��� �� � Win32API|Network Management Structures|SHARE_INFO_502|shi502_max_uses MappingStrings 4
� : a ��� �� � ID A
� � a ��� �� � o uint32 Description string
� � In
� � �� Optional '
� � ��> �� � Win32API|Network Management Structures|SHARE_INFO_1|shi1_remark MappingStrings 4
� � ��> �M F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 ?`�%߬�-`�%߬�%M + n &J -J GJ dJ �L � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � & ) � MSFT_CliConnection ms_409 ROOT\cli . This provides access to the aliases available on the local system � < �) �E � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � q � MSFT_CliFormat LIST FULL @ y � _ X
] � L 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h t � MSFT_CliProperty Connection The Connection object defines parameters required when connecting to WMI Connection + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] j � MSFT_CliProperty Description The Description property provides a description of the alias Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � � � � MSFT_CliProperty Formats The elements of the Formats array define lists of properties to be shown for this alias. This is a list of lists indexed by the format name (for example FULL, BRIEF, INSTANCE or a user defined qualifier). Formats � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & 4 � MSFT_CliProperty FriendlyName The FriendlyName string provides the name for the alias. The name will be unique in the context of the namespace in which the alias is defined. Note CLASS, QUERY, PATH and RESTORE cannot be used as alias names as they appear in the same location in the syntax. FriendlyName 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 8 @ � MSFT_CliProperty PWhere The PWhere property defines a from/where clause (i.e. a WQL query without the Select clause). The query string may contain substitution parameters (tokens preceded by a '#' mark) indicating where values may be substituted into the query string. The parameter values are taken from the tokens immediately after the alias if the token cannot be resolved to a switch or verb - this allows for example a command such as 'w KillProcess 154' where the PWhere value for the KillProcess alias would be 'From Win32_process Where ProcessId = #ProcId' PWhere 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G S � MSFT_CliProperty Qualifiers The qualifiers applicable to this Alias Qualifiers � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Target The Target string defines the object to be operated on through the Alias. The string may be a simple class name or a WQL query. If the Target property is empty only verbs based on commandline utilities may be used by the alias Target ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y ` � MSFT_CliProperty Verbs The Verbs array is the list of verbs supported for this alias. Verbs � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � o � � � � � 1 2 3 4 5 6 TotalPhysicalMemory 6 � )
� C � ��K [ uint64 MappingStrings c Win32API|Memory Management Structures|MEMORYSTATUS|dwTotalPhys UserName " o )
� � � ��� � string MappingStrings Win32API|System Information Functions|GetUserName WakeUpType $ u )
� z � ��� � uint16 MappingStrings � SMBIOS|Type 1|System Information|Wake-up Type Workgroup : � 4
� � �� � �� . string MappingStrings 6 � N J � � $
� � � � | � Rename $ ��1 ; Implemented ValueMap G J 0 .. � ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� * � � = � � ������������0 � __PARAMETERS abstract Name string
� 0 In
� 0 W �� ID )
� � W ��� string Password string
� � In
� � �� ID )
� t ��9 string UserName string
� � In
� � � �� ID )
� ( � ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � JoinDomainOrWorkgroup � �� Implemented ValueMap 0 .. � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� B � � � * � � = � � U����������������� - � __PARAMETERS abstract Name string
� 0 In
� 0 W �� ID )
� � W ��� string Password string
� � In
� � �� ID )
� t ��9 string UserName string
� � In
� � � �� ID )
� ( � ��� string AccountOU string
� M In
� M t �� ID )
� � t ��� string FJoinOptions uint32
� In
� , �� � � � � � � � � � 0 1 2 4 5 6 7 8 18 BitMap )
� , ��� Z ID 6
� % , ��� Z � uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � UnjoinDomainOrWorkgroup � ��� � Implemented ValueMap � � 0 .. ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� � E * � � A �������� � � __PARAMETERS abstract Password string
� 4 In
� 4 [ �� ID )
� � [ ��� string UserName string
� � In
� � �� ID )
� x ��= string FUnjoinOptions uint32
� � In
� � � �� � 2 BitMap )
� � � �� � ID 6
� � � �� � A uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ~ii�` � Q ��6
� !Қ� B
�!�d; � �=� � � C I M _ B I O S E l e m e n t \�%߬�� j CIM_BIOSElement 6 � �� � $ L a � � , � � T t � � - a t � � m � � o � � � ����WUU��������������������������������������������������������������������������������������������������Z � Win32_BIOS CIMWin32 Locale UUID {8502C4E1-5FBB-11D2-AAC1-006008C78BC7} BiosCharacteristics B )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 0|BIOS Characteristics BIOSVersion Z
� � �� string CurrentLanguage L )
� c � ��k { string MappingStrings � SMBIOS|Type 13|Current Language EmbeddedControllerMajorVersion ` )
� � � �� uint8 MappingStrings SMBIOS|Type 0|Embedded Controller Firmware Major Release EmbeddedControllerMinorVersion a )
� � � ��� � uint8 MappingStrings � SMBIOS|Type 0|Embedded Controller Firmware Minor Release InstallableLanguages F )
� Q � ��Y i uint16 MappingStrings q SMBIOS|Type 13|Installable Languages ListOfLanguages H )
� � � ��� � string MappingStrings � SMBIOS|Type 13|Language Strings ReleaseDate e >
� W � �� datetime SMBIOSBIOSVersion V )
� � � ��� � string MappingStrings � SMBIOS|Type 0|BIOS Version SMBIOSMajorVersion R )
� 2 � ��: J uint16 MappingStrings R SMBIOS|CSMBios|GetVersion SMBIOSMinorVersion T )
� � � ��� � uint16 MappingStrings � SMBIOS|CSMBios|GetVersion SMBIOSPresent P )
� 9 � ��B R boolean MappingStrings Z SMBIOS|CSMBios|Init SystemBiosMajorVersion ^ )
� � � ��� � uint8 MappingStrings � SMBIOS|Type 0|System BIOS Major Release SystemBiosMinorVersion _ )
� U � ��\ l uint8 MappingStrings t SMBIOS|Type 0|System BIOS Minor Release Version @ 6
� � � ��� G Q string Mappingstrings
Win32Registry|HARDWARE\Description\System|SystemBiosVersion Override Version � C I M _ S e t t i n g \�%߬�� ' CIM_Setting
6 � �� � # + 1 Y h � � C I � � S b U�������������������������������������� � Win32_BootConfiguration CIMWin32 Locale UUID {8502C4E2-5FBB-11D2-AAC1-006008C78BC7} BootDirectory )
� � � ��� � string MappingStrings � Win32API|Process and Thread Functions|GetEnvironmentVariable|WinBootDir ConfigurationPath )
� R � ��Z j string MappingStrings r Win32API|Process and Thread Functions|GetEnvironmentVariable|WinBootDir LastDrive )
� � � �� string MappingStrings Win32API|File Functions|GetDriveType Name A
� � � �� � ��� � � string MaxLen MappingStrings � WMI ScratchDirectory )
� � �� & string MappingStrings . Win32API|File Functions|GetTempPath TempDirectory )
� � � ��� � string MappingStrings � Win32API|File Functions|GetTempPath � C I M _ S e t t i n g \�%߬�
L CIM_Setting
C � �� � % A I O w � # / � � T e � � � ; N � � � � 6 < � � 9 L � � � � 9 M � � ~
�
' 7 UUUU������������������������������������������������������������������������ � Win32_Desktop CIMWin32 Privileges - SeRestorePrivilege Locale UUID {8502C4E3-5FBB-11D2-AAC1-006008C78BC7} BorderWidth )
� � � ��� � uint32 MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop\WindowMetrics|BorderWidth CoolSwitch )
� f � ��o boolean MappingStrings � Win32Registry|Control Panel\Desktop|CoolSwitch CursorBlinkRate )
� � � �� uint32 MappingStrings Win32Registry|Control Panel\Desktop|CursorBlinkRate DragFullWindows )
� � � ��� � boolean MappingStrings � Win32Registry|Control Panel\Desktop|DragFullWindows GridGranularity )
� : � ��B R uint32 MappingStrings Z Win32Registry|Control Panel\Desktop|GridGranularity IconSpacing )
� � � ��� � uint32 MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop\WindowMetrics|IconSpacing IconTitleFaceName )
� � � ��� � string MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop\WindowMetrics|IconFont IconTitleSize
$ )
� 0 � ��8 H uint32 MappingStrings P Win32API|Font and Text Structures|LOGFONTW|lfHeight IconTitleWrap ( )
� � � ��� � boolean MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop\WindowMetrics|IconTitleWrap Name * 4
� ~ � �� � ��� � string MappingStrings � WMI Pattern
. )
� � � ��� � string MappingStrings Win32Registry|.DEFAULT\Control Panel\Desktop|Pattern ScreenSaverActive 2 )
� � � ��� � boolean MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop|ScreenSaveActive ScreenSaverExecutable 4 )
� 1 � ��9 I string MappingStrings Q Win32Registry|.DEFAULT\Control Panel\Desktop|SCRNSAVE.EXE ScreenSaverSecure 8 )
� � � ��� � boolean MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop|ScreenSaverIsSecure ScreenSaverTimeout : )
� � � ��� � uint32 MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop|ScreenSaveTimeOut Wallpaper > )
� &
� ��.
>
string MappingStrings F
Win32Registry|.DEFAULT\Control Panel\Desktop|Wallpaper WallpaperStretched D )
� �
� ���
�
boolean MappingStrings �
Win32Registry|.DEFAULT\Control Panel\Desktop|WallpaperStyle WallpaperTiled B )
� n � ��w � boolean MappingStrings � Win32Registry|.DEFAULT\Control Panel\Desktop|TileWallpaper � C I M _ S y s t e m D e v i c e \�%߬�U CIM_SystemDevice 6 � �� � ' - U e ) e��������� � Win32_SystemDevices CIMWin32 Locale UUID {8502C4F4-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� x � �� � ��� � � � ref:CIM_LogicalDevice Override PartComponent MappingStrings � CIM|CIM_LogicalDevice � W i n 3 2 _ P n P D e v i c e P r o p e r t y s\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertyUint32Array Data
� T � �� Uint32 � dp C I M _ S e r v i c e �[�%߬�O V CIM_Service
f ��# - 5 ��E O _ �� � i s { �
� � k w " 3 � � � � � � ( 2 � � � � � � � � ( / i
p
��_UU��������������������������������������������������������������������������������� � Win32_BaseService SupportsCreate CreateBy Create SupportsDelete DeleteBy DeleteInstance Abstract CIMWin32 Locale UUID {8502C4C4-5FBB-11D2-AAC1-006008C78BC7} AcceptPause
& )
� � � ��� boolean MappingStrings Win32API|Service Structures|SERVICE_STATUS|dwControlsAccepted|SERVICE_ACCEPT_PAUSE_CONTINUE AcceptStop ( )
� � � ��� � boolean MappingStrings � Win32API|Service Structures|SERVICE_STATUS|dwControlsAccepted|SERVICE_ACCEPT_STOP DesktopInteract * )
� j � ��s � boolean MappingStrings � Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwServiceType|SERVICE_INTERACTIVE_PROCESS DisplayName
, )
� + � ��3 C string MappingStrings K Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpDisplayName ErrorControl 0 6
� � � ��� � > H string MappingStrings � Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwErrorControl ValueMap ` h p x � Ignore Normal Severe Critical Unknown ExitCode H )
� � � ��� � uint32 MappingStrings � Win32API|Service Structures|SERVICE_STATUS|dwWin32ExitCode PathName 4 )
� i � ��q � string MappingStrings � Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpBinaryPathName ServiceSpecificExitCode L )
� � ��$ 4 uint32 MappingStrings < Win32API|Service Structures|SERVICE_STATUS|dwServiceSpecificExitCode ServiceType 8 6
� � � ��� � 3 = string MappingStrings � Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwServiceType ValueMap ] l � � � � � Kernel Driver File System Driver Adapter Recognizer Driver Own Process Share Process Interactive Process StartMode @ 6
� $ . � ��l v string ValueMap F L T Z b Boot System Auto Manual Disabled Override StartMode StartName < )
� � � ��� � string MappingStrings � Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpServiceStartName State @ A
� ~ � �� � ��� � � � string MappingStrings � Win32API|Service Structures|SERVICE_STATUS|dwCurrentState ValueMap
.
7
I
X
`
Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown TagId D )
� �
� ���
�
uint32 MappingStrings �
Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwTagId �c
~ � � � � + � � ( �
�
- �
�
! 5 � � 1 9 � 7 8 �8 �9 �X &Z 7Z �[ z^ �_ �_ va za �b � StartService 6 D N \ ��i s = M Override StartService Implemented ValueMap � � � � � � � � � � �
! % ) - 1 5 9 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings U Win32API|Service Functions|StartService y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � StopService 6 B L Y ��f p : J Override StopService Implemented ValueMap � � � � � � � � � � � �
" & * . 2 6 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings R Win32API|Service Functions|ControlService|dwControl|SERVICE_CONTROL_STOP y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � PauseService ) T ��a k 5 E Implemented ValueMap � � � � � � � � � � � � �
! % ) - 1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings M Win32API|Service Functions|ControlService|dwControl|SERVICE_CONTROL_PAUSE y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ResumeService ) Q ��^ h 2
B
Implemented ValueMap � � � � � � � � � � � � � �
"
&
*
.
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings J
Win32API|Service Functions|ControlService|dwControl|SERVICE_CONTROL_CONTINUE y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � InterrogateService ) V ��c m 7
G
Implemented ValueMap � � � � � � � � � � � � �
#
'
+
/
3
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings O
Win32API|Service Functions|ControlService|dwControl|SERVICE_CONTROL_INTERROGATE y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � UserControlService ) ^ ��k u ? O Implemented ValueMap � � � � � � � � � � � # ' + / 3 7 ; 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings W Win32API|Service Functions|CreateService|dwDesiredAccess|SERVICE_USER_DEFINED_CONTROL ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * �^ � __PARAMETERS abstract ControlCode uint8
� 7 In
� 7 ] �� � Win32API|Service Functions|ControlService|dwControl MappingStrings )
� 7 ] ��� � ID 6
� W ] ��� � uint8 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Create ? x ��� ��� ��� � n ~ Constructor Implemented Static ValueMap " % ( + . 2 6 : > B F J N R V Z ^ b f j 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings � Win32API|Service Functions|CreateService N! ac6d1350600005Q ROOT\CIMV2 ���� � �� + �� * @
m Y � � ?
: � � * � � � � � = � �
� � � UUU����������������������������������������E � __PARAMETERS abstract Name string
� 0 In
� 0 W �� � Win32API|Service Functions|CreateServicelpServiceName MappingStrings )
� 0 W ��� � ID 6
� S W ��� � string DisplayName string
� z In
� z � �� � Win32API|Service Functions|CreateServicelpDisplayName MappingStrings )
� z � �� � ID 6
� � � �� � U string PathName string
� � In
� � � �� Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpBinaryPathName MappingStrings )
� � � ��b ID 6
� � � ��b � string ServiceType uint8
� In
� > �� t Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwServiceType MappingStrings )
� > ��� l ! $ ' * - 0 1 2 3 4 5 8 BitMap 6
� > ��� l 0 � ID C
� � > ��� l 0 � | uint8
ErrorControl uint8
� � In
� � �� T Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwErrorControl MappingStrings
)
� � ��� L ID
6
� $ ��� L � uint8 StartMode string
� H In
� H o �� � Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwStartType MappingStrings )
� H o ��� � B H P [ c Boot System Automatic Manual Disabled ValueMap 6
� H o ��� � m * ID C
� o ��� � m * � string DesktopInteract boolean
� ; In
� ; c �� � Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwServiceType|SERVICE_INTERACTIVE_PROCESS MappingStrings )
� ; c ��� � ID 6
� �
c ��� � <
boolean StartName string
� �
In
� �
�
�� Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpServiceStartName MappingStrings )
� �
�
��L �
ID 6
� � �
��L �
� string StartPassword string
� In
� + �� a Win32API|Service Functions|CreateService|lpPassword MappingStrings )
� + ��� Y ID 6
� %
+ ��� Y � string LoadOrderGroup string
� O
In
� O
v
�� �
Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpLoadOrderGroup MappingStrings )
� O
v
���
�
ID 6
� ~ v
���
�
6 string
LoadOrderGroupDependencies string
� � In
� � � �� Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpDependencies MappingStrings
)
� � � ��R ID
6
� � � ��R �
string $ ServiceDependencies string $
� In $
� 7 �� m Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpDependencies MappingStrings $ )
� 7 ��� e ID $ 6
� = 7 ��� e � string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Change ) �8 ���8 �8 �9 �9 Implemented ValueMap 39 69 99 <9 ?9 B9 E9 H9 K9 N9 Q9 U9 Y9 ]9 a9 e9 i9 m9 q9 u9 y9 }9 �9 �9 �9 �9 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings �9 Win32API|Service Functions|ChangeServiceConfig � ac6d1350600005Q ROOT\CIMV2 ���� � �y ' �� � * � � � ]
b } r � � � E � d \
�
� UU������������������������������������
� __PARAMETERS abstract DisplayName string
� 7 In
� 7 ^ �� � Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpDisplayName MappingStrings )
� 7 ^ ��� � ID 6
� c ^ ��� � string PathName string
� � In
� � � �� � Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpBinaryPathName MappingStrings )
� � � ��' � ID 6
� � � ��' � n string ServiceType uint8
� � In
� � �� 9 Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwServiceType MappingStrings )
� � ��y 1 � � � � � � � 0 1 2 3 4 5 8 BitMap 6
� � ��y 1 � � ID C
� � ��y 1 � � A uint8 ErrorControl uint8
� � In
� � � �� Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwErrorControl MappingStrings )
� � � ��Z ID 6
� � � ��Z � uint8
StartMode string
�
In
�
4 �� j Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwStartType MappingStrings
)
�
4 ��� b
( Boot System Automatic Manual Disabled ValueMap
6
�
4 ��� b 2 � ID
C
� � 4 ��� b 2 � � string DesktopInteract boolean
� In
� ( �� ^ Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwServiceType|SERVICE_INTERACTIVE_PROCESS MappingStrings )
� ( ��� V ID 6
� I ( ��� V boolean StartName string
� o In
� o � �� � Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpServiceStartName MappingStrings )
� o � ��
� ID 6
� �
� ��
� X
string StartPassword string
� �
In
� �
�
�� & Win32API|Service Functions|CreateService|lpPassword MappingStrings )
� �
�
��[ ID 6
� � �
��[ � string LoadOrderGroup string
� In
� ; �� q Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpLoadOrderGroup MappingStrings )
� ; ��� i ID 6
� C
; ��� i � string LoadOrderGroupDependencies string
� y
In
� y
�
�� �
Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpDependencies MappingStrings )
� y
�
�� �
ID 6
� � �
�� �
^ string
ServiceDependencies string
� � In
� � � �� 2 Win32API|Service Structures|QUERY_SERVICE_CONFIG|lpDependencies MappingStrings
)
� � � ��s * ID
6
� � ��s * �
string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ChangeStartMode ) `Z ��mZ wZ A[ Q[ Implemented ValueMap �Z �Z �Z �Z �Z �Z �Z �Z �Z �Z [ [ [
[ [ [ [ [ ![ %[ )[ -[ 1[ 5[ 9[ =[ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings Y[ Service Functions|ChangeServiceConfig|dwStartType � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � \ � __PARAMETERS abstract StartMode string
� 5 Automatic In
� 5 g �� � Win32API|Service Structures|QUERY_SERVICE_CONFIG|dwStartType MappingStrings )
� 5 g ��� � : @ H S [ Boot System Automatic Manual Disabled ValueMap 6
� 5 g ��� � e " ID C
� g ��� � e " � string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Delete 4 3` ��?` ��L` V` a 0a Destructor Implemented ValueMap �` �` �` �` �` �` �` �` �` �` �` �` �` �` �` �` �` �` a a a a a a a a 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 .. MappingStrings 8a Win32API|Service Functions|ChangeServiceConfig|DeleteService y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �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���"p � ¿��B � y�`�2 � � G� e a��n c ���� �
C I M _ P r o c e s s o r �[�%߬�� � CIM_Processor 6 � �� � # ) Q _
z � � � - 7
� � k x � � > E � � J X � � 4 � � * � � 2
A
w � � � !
.
�
�
% � � � �������_UUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������ � Win32_Processor CIMWin32 Locale UUID {8502C4BB-5FBB-11D2-AAC1-006008C78BC7} Architecture $ | 6
� � � ��� � � � uint16 MappingStrings � WMI ValueMap � � � � � � 0 1 2 3 6 9 AssetTag 4 � )
� A � ��I Y string MappingStrings a SMBIOS|Type 4|Asset Tag Characteristics 8 � )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 4|Processor Characteristics CpuStatus ' � )
� M � ��U e uint16 MappingStrings m SMBIOS|Type 4|Processor Information|Status CurrentVoltage ( � )
� � � ��� � uint16 MappingStrings SMBIOS|Type 4|Processor Information|Voltage DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � Win32API|System Information Structures|SYSTEM_INFO|dwNumberOfProcessors ExtClock ) � )
� D � ��L \ uint32 MappingStrings d SMBIOS|Type 4|Processor Information|External Clock L2CacheSize l )
� � � ��� � uint32 MappingStrings � WMI L2CacheSpeed ! p )
� F � ��N ^ uint32 MappingStrings f WMI L3CacheSize " t )
� � � ��� � uint32 MappingStrings � WMI L3CacheSpeed # x )
� � ��! 1 uint32 MappingStrings 9 WMI Level % ~ )
� | � ��� � uint16 MappingStrings � WMI LoadPercentage @ P 6
� � � ���
0 : uint16 MappingStrings Win32API|Performance Data Override LoadPercentage Manufacturer h )
� � � ��� � string MappingStrings � WMI NumberOfCores - � )
� � � �� uint32 MappingStrings WMI NumberOfEnabledCore 6 � )
� k � ��s � uint32 MappingStrings � SMBIOS|Type 4|Core Enabled NumberOfLogicalProcessors , � )
� � � �� uint32 MappingStrings WMI PartNumber 5 � )
� a � ��i y string MappingStrings � SMBIOS|Type 4|Part Number ProcessorId * � )
� � � ��� � string MappingStrings
SMBIOS|Type 4|Processor Information|Processor ID ProcessorType + � 6
� �
� ���
�
�
�
uint16 MappingStrings �
SMBIOS|Type 4|Processor Information|Processor Type ValueMap �
1 2 3 4 5 6 Revision & � )
� R � ��Z j uint16 MappingStrings r WMI SecondLevelAddressTranslationExtensions 1 � )
� � � ��� � boolean MappingStrings � WMI SerialNumber 3 � )
� B � ��J Z string MappingStrings b SMBIOS|Type 4|Serial Number SocketDesignation . � )
� � � ��� � string MappingStrings � SMBIOS|Type 4|Processor Information|Socket Designation ThreadCount 7 � )
� e
� ��m
}
uint32 MappingStrings �
SMBIOS|Type 4|Thread Count Version d )
� �
� ���
�
string MappingStrings WMI VirtualizationFirmwareEnabled 2 � )
� \ � ��e u boolean MappingStrings } WMI VMMonitorModeExtensions 0 � )
� � � ��� � boolean MappingStrings � WMI VoltageCaps / � )
� < � ��D T uint32 MappingStrings \ SMBIOS|Type 4|Processor Information|Voltage � C I M _ D a t a F i l e �[�%߬�� � CIM_DataFile 6 � �� � & , T \ �������������������������������������������������������������������������������������������������������������������������������������������� � Win32_ShortcutFile CIMWin32 Locale UUID {F25FE466-783E-11d2-90BF-0060081A46FD} Target ! ~ )
� � � ��� � string MappingStrings � Win32API|_beginthreadex � C I M _ D a t a F i l e �[�%߬�� � CIM_DataFile 6 � �� � # ) Q ^ �������������������������������������������������������������������������������������������������������������������������������������������� � Win32_CodecFile CIMWin32 Locale UUID {8502C4C3-5FBB-11D2-AAC1-006008C78BC7} Description @ )
� � � ��� � string MappingStrings � Win32Registry|System\CurrentControlSet\control\MediaResources\icm|Description Group ! ~ )
� B � ��J Z string MappingStrings b Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\drivers.desc � W i n 3 2 _ B a s e S e r v i c e �[�%߬�+ V Win32_BaseService A � �� � ��. 6 < ��������������������������������������������������������������������������������������d � Win32_SystemDriver CIMWin32 SupportsUpdate Locale UUID {8502C4C5-5FBB-11D2-AAC1-006008C78BC7} �
C I M _ D i r e c t o r y �[�%߬�1 ~ CIM_Directory 6 � �� � # ) ������������������������������������������������������������������������������������������������������������������������������Q � Win32_Directory CIMWin32 Locale UUID {8502C4C7-5FBB-11D2-AAC1-006008C78BC7} � C I M _ D a t a F i l e �[�%߬�� � CIM_DataFile � �� � �� � & 2 U ] c � ��� � � ��� � � �� � � � � � � @ F �������W������������������������������������������������������������������������������������������������������������������������������������������% � Win32_PageFile DEPRECATED CIMWin32 Privileges : SeCreatePagefilePrivilege Locale UUID {8502C4C6-5FBB-11D2-AAC1-006008C78BC7} SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate FreeSpace ! ~ 4
� 9 A �� � ��M ] uint32 DEPRECATED MappingStrings e Win32API|Memory Management Structures|MEMORYSTATUS|dwAvailPageFile InitialSize " � 4
� � �� � �� uint32 DEPRECATED MappingStrings $ Win32Regstry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles MaximumSize # � 4
� � � �� � ��� � uint32 DEPRECATED MappingStrings � Win32API|Memory Management Structures|MEMORYSTATUS|dwTotalPageFile Name @ A
� � � ��� ��� � � � string DEPRECATED Override Name MappingStrings � Win32DLL|NTDLL.DLL|NtQuerySystemInformation|SystemPageFileInformation|PageFileName � (��, } C I M _ J o b �[�%߬� M CIM_Job f � �� � & , T ��d n v ��� � � � 0 = � � n � $ + � � � � > I ���W������������������������������������������������������������������������� � Win32_ScheduledJob CIMWin32 Locale UUID {8502C4E0-5FBB-11D2-AAC1-006008C78BC7} SupportsCreate CreateBy Create SupportsDelete DeleteBy Delete Command 8 )
� � � ��� � string MappingStrings � Win32API|Network Management Structures|AT_INFO|Command DaysOfMonth D )
� t � ��| � uint32 MappingStrings � Win32API|Network Management Structures|AT_INFO|DaysOfMonth DaysOfWeek @ )
� � �� + uint32 MappingStrings 3 Win32API|Network Management Structures|AT_INFO|DaysOfWeek InteractWithDesktop > )
� � � ��� � boolean MappingStrings � Win32API|Network Management Structures|AT_INFO|Flags|JOB_NONINTERACTIVE JobId
4 4
� m � �� � ��u � uint32 MappingStrings � Win32API|Network Management Structures|AT_ENUM|JobId JobStatus @
( 6
� � �� $ / ? string Override JobStatus MappingStrings G Win32API|Network Management Structures|AT_ENUM|Flags|JOB_EXEC_ERROR RunRepeatedly < )
� � � ��� � boolean MappingStrings � Win32API|Network Management Structures|AT_INFO|Flags|JOB_RUN_PERIODICALLY StartTime e@ $ 6
� � � ��� � � � datetime Override StartTime MappingStrings � Win32API|Network Management Structures|AT_ENUM|JobTime N � � � � � � Create ? G ��T ��\ ��i s � � Constructor Static Implemented ValueMap � � � � � � � � 0 1 2 8 9 21 22 .. MappingStrings � Win32API|Network Management Functions|NetScheduleJobAdd � ac6d1350600005Q ROOT\CIMV2 ���� � �7 �� * R u � � � q ^ U���������������������d � __PARAMETERS abstract Command string
� 3 In
� 3 Z �� � Win32API|Network Management Structures|AT_INFO|Command MappingStrings )
� 3 Z ��� � ID 6
� W Z ��� � string e StartTime datetime e
� | In e
� | � �� � Win32API|Network Management Structures|AT_ENUM|JobTime MappingStrings e )
� | � �� � ID e 6
� � � �� � Z datetime RunRepeatedly boolean
� � In
� � � �� Optional '
� � � ��# �� j Win32API|Network Management Structures|AT_INFO|Flags|JOB_RUN_PERIODICALLY MappingStrings 4
� � � ��# ��� b ID A
� Z � ��# ��� b boolean
DaysOfWeek uint32
� � In
� � � �� Optional
'
� � � ��� �� Win32API|Network Management Structures|AT_INFO|DaysOfWeek MappingStrings
4
� � � ��� ��X ID
A
� � � ��� ��X � uint32 DaysOfMonth uint32
� $ In
� $ K �� Optional '
� $ K ��y �� � Win32API|Network Management Structures|AT_INFO|DaysOfMonth MappingStrings 4
� $ K ��y ��� � ID A
� � K ��y ��� � N uint32 InteractWithDesktop boolean
� � In
� � � �� Optional '
� � � ��& �� m Win32API|Network Management Structures|AT_INFO|Flags|JOB_NONINTERACTIVE MappingStrings 4
� � � ��& ��� e ID A
� [ � ��& ��� e boolean __ �
ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * n � ��������� � __PARAMETERS abstract JobId uint32
� 1 Out
� 1 X �� � Win32API|Network Management Structures|AT_ENUM|JobId MappingStrings )
� 1 X ��� � ID 6
� T X ��� � uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � Delete 4 � ��� ��� @ P Destructor Implemented ValueMap % ( + . 1 4 8 < 0 1 2 8 9 21 22 .. MappingStrings X Win32API|Network Management Functions|NetScheduleJobDel y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ��K� < z?% � I N�;
4 ���9 2 ^Dek � Z�l�f � ��9�] P r o t e c t i o n T e c h n o l o g y S t a t u s ck�%߬�� k $ ProtectionTechnologyStatus 4 & � t � �� � �� � � 8 � � b
� �
/ � � g � � t � � m � - � � � � >
X
�
� � � � � � F
X
�
� � % 4 u � m y � � ( �/ + - 8 � AntimalwareHealthStatus Description This is a singleton that represents the Microsoft Antimalware service status AntimalwareHealthStatusProv singleton AntispywareEnabled ! )
� � � � � �� boolean Description Antispyware component is enabled AntispywareSignatureAge M )
� o w � � �� uint32 Description Antispyware signaturen age in days AntispywareSignatureUpdateDateTime E )
� � �� string Description Antispyware signature update date and time (using round-trip UTC format) AntispywareSignatureVersion U )
� � � � � �� string Description Antispyware signature version (major, minor, build, revision) AntivirusEnabled )
� S \ i � �� boolean Description Antivirus component is enabled AntivirusSignatureAge I )
� � � � � �� uint32 Description Antivirus signature age in days AntivirusSignatureUpdateDateTime A )
� f n { � �� string Description Antivirus signature update date and time (using round-trip UTC format) AntivirusSignatureVersion Q )
� * � �� string Description Antivirus signature version (major, minor, build, revision) BehaviorMonitorEnabled
)
� � � � � �� boolean Description Behavior monitor is enabled EngineVersion
# )
� / 7 D � �� string Description Engine version (major, minor, build, revision) IoavProtectionEnabled )
� � � � � �� boolean Description IOAV protection is enabled LastFullScanAge 7 )
� < D Q � �� uint32 Description Last full scan age in days LastFullScanDateTimeEnd 3 )
� � � � � �� string Description Last full scan date end and time (using round-trip UTC format) LastFullScanDateTimeStart + )
� d l y � �� string Description Last full scan start date and time (using round-trip UTC format) LastFullScanSource @ C
� ' 4 � ��K U | � uint8 Description Last full scan source ValueMap m p s v y 0 1 2 3 4 Values � � � � � Unknown User System Realtime IOAV LastQuickScanAge ; )
�
!
� �� uint32 Description Last quick scan age in days LastQuickScanDateTimeEnd / )
� �
�
�
� �� string Description Last quick scan end date and time (using round-trip UTC format) LastQuickScanDateTimeStart ' )
� 8 @ M � �� string Description Last quick scan start date and time (using round-trip UTC format) LastQuickScanSource ? C
� � �
� ��" , S [ uint8 Description Last quick scan source ValueMap D G J M P 0 1 2 3 4 Values s | � � � Unknown User System Realtime IOAV Name @
� � string NisEnabled Y )
�
� �� boolean Description Network Inspection System is enabled NisEngineVersion [ )
� �
�
�
� �� string Description Network Inspection System engine version (major, minor, build, revision) NisSignatureVersion _ )
� : B O � �� string Description Network Inspection System signature version (major, minor, build, revision) OnAccessProtectionEnabled )
� � � � �� boolean Description On-access protection is enabled ProductStatus C
� � � � � ��� � & . uint32 Description Overall product status (MPSTATUS_FLAG enumeration bitmask) ValueMap @ J T ^ h r | � � � � � � � � � � � � � 0x000000 0x000001 0x000002 0x000004 0x000008 0x000010 0x000020 0x000040 0x000080 0x000100 0x000200 0x000400 0x000800 0x001000 0x002000 0x004000 0x008000 0x010000 0x020000 0x040000 0x080000 0x100000 0x200000 Values � � � � � � ! 3 C R j � � � � � � � 0 D Y NONE SERVICE_UNAVAILABLE MPENGINE_UNAVAILABLE THREAT_FULLSCAN_REQUIRED THREAT_REBOOT_REQUIRED THREAT_MANUAL_STEPS_REQUIRED DUE_AV_SIGNATURE DUE_AS_SIGNATURE DUE_QUICK_SCAN DUE_FULL_SCAN INPROGRESS_SYSTEM_SCAN INPROGRESS_ROUTINE_CLEANING DUE_SAMPLES EVALUATION_MODE NONGENUINE PRODUCT_EXPIRED THREAT_CALLISTO_REQUIRED SERVICE_ON_SYSTEM_SHUTDOWN SERVICE_CRITICAL_FAILURE SERVICE_NON_CRITICAL_FAILURE HEALTH_INITIALIZED DUE_PLATFORM_UPDATE INPROGRESS_PLATFORM_UPDATE RealTimeScanDirection C
� � � � � �� ! : B uint8 Description Real-time scan direction enumeration ValueMap 1 4 7 0 1 2 Values R X b Both Incoming Outcoming RtpEnabled )
� � � � � �� boolean Description Rtp is enabled SchemaVersion @
� string Antimalware 1.0.0.1 �2 C 1 F A B C 8 7 2 8 F 9 E 0 7 6 F 6 7 2 7 D B B 7 B A 1 3 5 8 C 4 F 0 1 0 4 0 7 3 5 6 D E B 9 8 3 B F 7 6 9 E 4 1 D 5 8 4 8 D dk�%߬�]k�%߬�� P! ���: �� �� W � Win32_ProviderEx {8a696d12-576b-422e-9712-01b9dd84b446} AntimalwareHealthStatusProv E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C ek�%߬�rZ�%߬�� � �� �� w � __InstanceProviderRegistration \\.\root\Microsoft\SecurityClient:Win32_ProviderEx.Name="AntimalwareHealthStatusProv" R O O T \ M i c r o s o f t \ S e c u r i t y C l i e n t _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 C E 8 5 8 2 E E 8 F F A 9 2 8 E 4 2 F 8 4 B 5 C D F 7 2 4 1 A 2 5 C 3 C 4 6 3 C 6 F 6 E 6 8 C 9 E F B 4 7 A 5 6 0 B A D 8 7 2 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 0 1 0 F E 0 8 C C 1 5 3 D C 1 1 B 4 9 7 1 C 1 8 A A 2 5 B 4 2 6 D A 1 6 6 8 4 1 A 5 3 0 7 4 8 D 5 F 8 B 5 C 0 F 7 F A 9 9 E 8 E Q u e r y S e c r e t lk�%߬�� QuerySecret
C � �� - 8 G N V ` � QuerySecret_Start Description QuerySecret EventType EventTypeName Start locale MS\0x409 � Q u e r y S e c r e t mk�%߬�� QuerySecret
C � �� + 6 E J R \ � QuerySecret_End Description QuerySecret EventType EventTypeName End locale MS\0x409 �
M S L S A T r a c e nk�%߬�� MSLSATrace C � �� ! I V ] e o � Close Description Close Guid {2306fe3b-dbf6-11d2-9244-006008269001} DisplayName Close locale MS\0x409 � ��� } ID A
� k ��> ��� } string
Access object
� � In
� � � �� Optional
'
� � � ��� �� ) WMI|Win32_SecurityDescriptor MappingStrings
4
� � � ��� ��G ! ID
A
� � � ��� ��G ! � object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetAccessMask { ��� � Implemented MappingStrings � Win32API|Access Control Functions|GetEffectiveRightsFromAcl y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Delete ' �! ���! ���! �! Destructor Implemented MappingStrings �! Win32API|Network Management Functions|NetShareDel y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �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i n 3 2 _ S h a r e \�%߬�4 - Win32_Share
f � �� � & , T ��d n v ��� � � � ��������������������������������������������o � Win32_ClusterShare CIMWin32 Locale UUID {8502C4D6-5FBB-11D2-AAC1-006008C78BC7} SupportsCreate CreateBy Create SupportsDelete DeleteBy DeleteInstance ServerName
& 6
� � � ��� string Override ServerName MappingStrings & Win32API|Network Management Structures|SHARE_INFO_503|shi503_servername �# � � g u � � P _ � � ^! f! �! �! r# � Create 2 : J � ��� ��� �� MappingStrings R Win32API|Network Management Functions|NetShareAdd Constructor Static Implemented ? ac6d1350600005Q ROOT\CIMV2 ���� � �� �� 3
� _ y i q � * � � U�����������������������������
� __PARAMETERS abstract Path string
� 0 In
� 0 W �� � Win32API|Network Management Structures|SHARE_INFO_502|shi502_path MappingStrings )
� 0 W ��� � ID 6
� _ W ��� � string Name string
� In
� � �� � Win32API|Network Management Structures|SHARE_INFO_1|shi1_netname MappingStrings )
� � �� � ID 6
� � � �� � e string Type uint32
� � In
� � � �� * Win32API|Network Management Structures|SHARE_INFO_502|shi502_type MappingStrings )
� � � ��m " ID 6
� � � ��m " � uint32 MaximumAllowed uint32
� & In
� & M �� Optional '
� & M ��{ �� � Win32API|Network Management Structures|SHARE_INFO_502|shi502_max_uses MappingStrings 4
� & M ��{ �� � ID A
� � M ��{ �� � [ uint32 Description string
� � In
� � � �� Optional '
� � � ��* �� q Win32API|Network Management Structures|SHARE_INFO_1|shi1_remark MappingStrings 4
� � � ��* ��� i ID A
� W � ��* ��� i string Password string
� { In
� { � �� Optional '
� { � ��� �� Win32API|Network Management Structures|SHARE_INFO_502|shi502_passwd MappingStrings 4
� { � ��� ��\ ID A
� � ��� ��\ � string
Access object
� # In
� # J �� Optional
'
� # J ��x �� � WMI|Win32_SecurityDescriptor MappingStrings
4
� # J ��x ��� � ID
A
� �
J ��x ��� � /
object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetShareInfo � � � �� MappingStrings � Win32API|Network Management Functions|NetShareSetInfo Implemented � ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� � � � * s ������������
� __PARAMETERS abstract MaximumAllowed uint32
� : In
� : a �� Optional '
� : a ��� �� � Win32API|Network Management Structures|SHARE_INFO_502|shi502_max_uses MappingStrings 4
� : a ��� �� � ID A
� � a ��� �� � o uint32 Description string
� � In
� � �� Optional '
� � ��> �� � Win32API|Network Management Structures|SHARE_INFO_1|shi1_remark MappingStrings 4
� � ��> ��� } ID A
� k ��> ��� } string
Access object
� � In
� � � �� Optional
'
� � � ��� �� ) WMI|Win32_SecurityDescriptor MappingStrings
4
� � � ��� ��G ! ID
A
� � � ��� ��G ! � object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetAccessMask { � � �� MappingStrings � Win32API|Access Control Functions|GetEffectiveRightsFromAcl Implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Delete ' �! �! �! ���! �� MappingStrings �! Win32API|Network Management Functions|NetShareDel Destructor Implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � m � �� uint32 TotalWidth D )
� � � � � �� uint16 MappingStrings � MIF.DMTF|Memory Device|002.7 � C I M _ P a c k a g e d C o m p o n e n t R[�%߬��
CIM_PackagedComponent ) �� $ * R b � � u������������J � CIM_MemoryOnCard Abstract Locale UUID {FAF76B7C-798C-11D2-AAD1-006008C78BC7} GroupComponent f@ 6
� � � ��� � � ref:CIM_Card Max Override GroupComponent PartComponent f@ )
� � ��1 ; ref:CIM_PhysicalMemory Override PartComponent � C I M _ P h y s i c a l C o m p o n e n t S[�%߬� X CIM_PhysicalComponent ) �� % + S ] � � � � [ f � � ����_����������������������������������������������������������������������������������) � CIM_PhysicalMedia Abstract Locale UUID {FAF76B7D-798C-11D2-AAD1-006008C78BC7} Capacity @
� � � �� uint64 CleanerMedia P
� � � �� boolean MediaDescription J )
� ! 6 � �� string ModelCorrespondence > CIM_PhysicalMedia.MediaType MediaType H )
� � � � � �� uint16 ModelCorrespondence � CIM_PhysicalMedia.MediaDescription WriteProtectOn N
� � �� boolean � C I M _ D e p e n d e n c y T[�%߬�� CIM_Dependency ) �� ' - U a � � U��������4 � CIM_MemoryWithMedia Abstract Locale UUID {FAF76B7E-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalMemory Override Antecedent Dependent f@ )
� � �� ) ref:CIM_PhysicalMedia Override Dependent en � C I M _ R e a l i z e s U[�%߬� CIM_Realizes ) �� ' - U a � � F W U����������������� � CIM_RealizesPExtent Abstract Locale UUID {FAF76B7F-798C-11D2-AAD1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalMedia Override Antecedent Max Dependent f@ )
� � ��1 ; ref:CIM_PhysicalExtent Override Dependent StartingAddress
� � � �� uint64 � C I M _ R e a l i z e s V[�%߬� CIM_Realizes ) ��% - 3 [ g � � K \ U����������������� � CIM_RealizesDiskPartition Abstract Locale UUID {FAF76B80-798C-11D2-AAD1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalMedia Override Antecedent Max Dependent f@ )
� � ��6 @ ref:CIM_DiskPartition Override Dependent StartingAddress
� � � �� uint64 � C I M _ R e a l i z e s W[�%߬�� CIM_Realizes ) ��( 0 6 ^ j � � U��������Q � CIM_RealizesAggregatePExtent Abstract Locale UUID {FAF76B81-798C-11D2-AAD1-006008C78BC7} Antecedent f@ 6
� � � ��� � � ref:CIM_PhysicalMedia Override Antecedent Max Dependent f@ )
� " � ��< F ref:CIM_AggregatePExtent Override Dependent � C I M _ P h y s i c a l E l e m e n t X[�%߬� S CIM_PhysicalElement ) �� $ * R Z � � � �
���������������������������������������������������������������������������������@ � CIM_PhysicalLink Abstract Locale UUID {FAF76B82-798C-11D2-AAD1-006008C78BC7} Length B
� � � �� real64 MaxLength :
� � � �� real64 MediaType L
� � � �� uint16 Wired J
� 7 � �� boolean � C I M _ D e p e n d e n c y Y[�%߬�� CIM_Dependency ) �� & , T ` � � U��������3 � CIM_ElementsLinked Abstract Locale UUID {FAF76B83-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalLink Override Antecedent Dependent f@ )
� � �� ( ref:CIM_PhysicalElement Override Dependent � C I M _ P h y s i c a l E l e m e n t Z[�%߬�� G CIM_PhysicalElement ) ��! ) / W h � � ����������������������������������������������������������������������� � CIM_PhysicalConnector abstract Locale UUID {FAF76B84-798C-11D2-AAD1-006008C78BC7} ConnectorPinout :
� � � �� string ConnectorType >
� � � �� uint16 � C I M _ D e p e n d e n c y [[�%߬�� CIM_Dependency ) �� # ) Q ] � � U��������7 � CIM_ConnectedTo Abstract Locale UUID {FAF76B85-798C-11D2-AAD1-006008C78BC7} Antecedent f@ )
� � � ��� � ref:CIM_PhysicalConnector Override Antecedent Dependent f@ )
� � ��" , ref:CIM_PhysicalConnector Override Dependent f@ �
C I M _ C o m p o n e n t j[�%߬�� CIM_Component ) �� # ) Q a � � e��������o � CIM_FileStorage Abstract Locale UUID {4A626026-DB36-11d2-85FC-0000F8102E5F} GroupComponent f@ C
� � � ��� � � � ref:CIM_FileSystem Max Min Override GroupComponent PartComponent f@ 4
� ; � ��P Z i �� ref:CIM_LogicalFile Override PartComponent Weak �
C I M _ A c t i o n �[�%߬�r ) CIM_Action ) " J �� T a � � ����������������������������������������� � CIM_ExecuteProgram Locale UUID {149ADDEE-DB2A-11d2-85FC-0000F8102E5F} Abstract CommandLine
� � � �� STRING ProgramPath
" )
� � � � �� STRING maxlen � �4 C I M _ O p e r a t i n g S y s t e m \�%߬�� CIM_OperatingSystem L �� � �� � " , ��< D J ' r ~ � � � K T % � � p � � x � � � � 2 ? � �
) � � f n
|
�
�
�
? M �
6
B
�
�
� � � � w � 1 J } � � � R b � � j � $ / � � u � $ V _ - ? �����UUUUUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_OperatingSystem Singleton CIMWin32 SupportsUpdate Locale UUID {8502C4DE-5FBB-11D2-AAC1-006008C78BC7} BootDevice � )
� � � ��� � string MappingStrings � Win32API|DRIVE_MAP_INFO|btInt13Unit BuildNumber � )
� > � ��F V string MappingStrings ^ Win32API|System Information Structures|OSVERSIONINFOEX|dwBuildNumber BuildType � )
� � � ��� � string MappingStrings Win32Registry|Software\Microsoft\Windows\CurrentVersion|CurrentType CodeSet � 6
� � � ��� � � string MaxLen MappingStrings � Win32API|National Language Support Functions|GetLocaleInfo|LOCALE_IDEFAULTANSICODEPAGE CountryCode ! � )
� \ � ��d t string MappingStrings | Win32API|National Language Support Functions|GetLocaleInfo|LOCALE_ICOUNTRY CSDVersion " � )
� � �� # string MappingStrings + Win32API|System Information Structures|OSVERSIONINFOEX|szCSDVersion DataExecutionPrevention_32BitApplications $ � )
� � � ��� � boolean MappingStrings � WMI DataExecutionPrevention_Available # � )
� R � ��[ k boolean MappingStrings s WMI DataExecutionPrevention_Drivers % � )
� � � ��� � boolean MappingStrings � WMI DataExecutionPrevention_SupportPolicy & � 6
� a � ��h r � � uint8 ValueMap � � � � 0 1 2 3 MappingStrings � WMI Debug ' � )
� � � ��� boolean MappingStrings Win32API|GetSystemMetrics|SM_DEBUG Description @ A
� � � �� � ��� � � � string Override Description MappingStrings � WMI EncryptionLevel : �
� � �� uint32 ForegroundApplicationBoost ( � 4
� k � �� � ��r � uint8 MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\PriorityControl|Win32PrioritySeparation LargeSystemCache ; � 4
� 6 � ��> ��J T uint32 DEPRECATED ValueMap ` c 0 1 Locale ) � )
� � � ��� � string MappingStrings � Win32API|National Language Support Functions|GetLocaleInfo|LOCALE_ILANGUAGE Manufacturer * � )
� W
� ��_
o
string MappingStrings w
WMI MUILanguages � )
� �
� ���
�
string MappingStrings �
WMI OperatingSystemSKU . � 6
� > � ��F P " 2 uint32 ValueMap � � � � � � � � � � � � � � � � � � �
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 MappingStrings : WMI Organization + � )
� � � ��� � string MappingStrings � Win32Registry|Software\Microsoft\Windows\CurrentVersion|RegisteredOrganization OSArchitecture �
� .
� �� string OSLanguage , � )
� y
� ���
�
uint32 MappingStrings �
Win32Registry|DEFAULT\Control Panel\International|Locale OSProductSuite - � )
� � ��" 2 uint32 MappingStrings : Win32Registry|SYSTEM\CurrentControlSet\Control\ProductOptions|ProductSuite PAEEnabled > �
� � � �� boolean PlusProductID / � )
� � �� # string MappingStrings + Win32Registry|Software\Microsoft\Windows NT\CurrentVersion|Plus! ProductId PlusVersionNumber 0 � )
� � � ��� � string MappingStrings � Win32Registry|Software\Microsoft\Windows NT\CurrentVersion|Plus! VersionNumber PortableOperatingSystem ?
� t � �� boolean Primary 1 � )
� � � ��� � boolean MappingStrings � WMI ProductType = � )
� ' � ��/ 9 uint32 ValueMap I L O 1 2 3 RegisteredUser 2 � )
� � � ��� � string MappingStrings � Win32Registry|Software\Microsoft\Windows NT\CurrentVersion|RegisteredOwner SerialNumber 3 � )
� J � ��R b string MappingStrings j Win32Registry|Software\Microsoft\Windows NT\CurrentVersion|ProductId ServicePackMajorVersion 4 � )
� � �� uint16 MappingStrings Win32API|System Information Structures|OSVERSIONINFOEX|wServicePackMajor ServicePackMinorVersion 5 � )
� � � ��� � uint16 MappingStrings � Win32API|System Information Structures|OSVERSIONINFOEX|wServicePackMinor SuiteMask < � )
� f � ��n v uint32 BitMap � � � � � � � � � � � 0 1 2 3 4 5 6 7 8 9 10 SystemDevice 6 � )
�
� �� % string MappingStrings - Win32API|Registry Functions|GetPrivateProfileString|Paths|TargetDevice SystemDirectory 7 � )
� � � ��� � string MappingStrings � Win32API|System Information Functions|GetSystemDirectory SystemDrive 8 �
� N � �� string Version @ @ 6
� � � ��� � $ string MappingStrings � Win32API|System Information Structures|OSVERSIONINFOEX|dwMajorVersion, dwMinorVersion Override Version WindowsDirectory 9 � )
� v � ��~ � string MappingStrings � Win32API|System Information Functions|GetWindowsDirectory � � � � � ! � � - � S ` � � n � Reboot C K ��X b j v � � � � Implemented Override Reboot Privileges ~ SeShutdownPrivilege ValueMap � � 0 .. MappingStrings � Win32API|System Shutdown Functions|ExitWindowsEx|EWX_REBOOT y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Shutdown C � ��� � � ' : J Implemented Override Shutdown Privileges SeShutdownPrivilege ValueMap 3 6 0 .. MappingStrings R Win32API|System Shutdown Functions|ExitWindowsEx|EWX_SHUTDOWN y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out �'��� ! ���� e WtGm& 9 pU[_ � f�0�
� BAim} � xu�� � ��Ρ b m[� � C I M _ S y s t e m R e s o u r c e
\�%߬�� CIM_SystemResource ~ � �� � ) E M S { ��� � � ��� � � �� � � � � l v 9 H W������������������������������� � Win32_Environment CIMWin32 Privileges 1 SeRestorePrivilege Locale UUID {8502C4D2-5FBB-11D2-AAC1-006008C78BC7} SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate Name @ L
� < � �� � ��D N � ��T d string Override Name MappingStrings l Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment SystemVariable )
� � � �� boolean MappingStrings Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment UserName A
� � � �� � ��� � � string MaxLen MappingStrings � Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment VariableValue 4
� � � �� � ��� � string MappingStrings � Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment � C I M _ I R Q \�%߬�? 6 CIM_IRQ 6 � �� � % + S ] � � ������������������������������������������������������ � Win32_IRQResource CIMWin32 Locale UUID {8502C4D3-5FBB-11D2-AAC1-006008C78BC7} Hardware 0 )
� � � ��� � boolean MappingStrings � Win32API|System Structures|RESOURCE_DESCRIPTOR|InterfaceType Vector
, )
� 2 � ��: J uint32 MappingStrings R Win32API|System Structures|CM_PARTIAL_RESOURCE_DESCRIPTOR|Interrupt|Level � C I M _ L o g i c a l E l e m e n t \�%߬�� CIM_LogicalElement 6 � �� � ( . V e � � � ��������������������������b � Win32_LoadOrderGroup CIMWin32 Locale UUID {8502C4D4-5FBB-11D2-AAC1-006008C78BC7} DriverEnabled )
� � � ��� � boolean MappingStrings � Win32Registry|System\CurrentControlSet\Control\GroupOrderList GroupOrder )
� ? � ��G W uint32 MappingStrings _ Win32Registry|System\CurrentControlSet\Control\GroupOrderList Name @ A
� � � �� � ��� string Override Name MappingStrings # Win32Registry|System\CurrentControlSet\Control\GroupOrderList �
C I M _ C o m p o n e n t \�%߬�a CIM_Component 6 � �� � $ . 6 < d t ) 8 e��������� � Win32_LoadOrderGroupServiceMembers CIMWin32 Locale UUID {8502C4EF-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_LoadOrderGroup Override GroupComponent MappingStrings WMI|Win32_LoadOrderGroup PartComponent f@ A
� � � �� � ��� � � � ref:Win32_BaseService Override PartComponent MappingStrings � WMI|Win32_BaseService � C I M _ D e p e n d e n c y \�%߬�W CIM_Dependency 6 � �� � ) 3 ; A i u & 1 U��������� � Win32_LoadOrderGroupServiceDependencies CIMWin32 Locale UUID {8502C4FC-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ A
� � � �� � ��� � � ref:Win32_LoadOrderGroup Override Antecedent MappingStrings WMI|Win32_LoadOrderGroup Dependent f@ A
� � � �� � ��� � � � ref:Win32_BaseService Override Dependent MappingStrings � WMI|Win32_BaseService �
C I M _ C o m p o n e n t \�%߬�S CIM_Component 6 � �� � * 2 8 ` p . e��������� � Win32_LogicalDiskRootDirectory CIMWin32 Locale UUID {F25FE468-783E-11d2-90BF-0060081A46FD} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_LogicalDisk Override GroupComponent MappingStrings WMI|Win32_LogicalDisk PartComponent f@ A
� } � �� � ��� � � � ref:Win32_Directory Override PartComponent MappingStrings � WMI|Win32_Directory � C I M _ D e p e n d e n c y \�%߬�k CIM_Dependency 6 � �� � $ , 2 Z f $ U��������� � Win32_OperatingSystemQFE CIMWin32 Locale UUID {2CB2C452-C516-11D2-B364-00105A1F77A1} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_OperatingSystem Override Antecedent MappingStrings � WMI|Win32_OperatingSystem Dependent f@ L
� ~ � �� � ��� ��� � � � ref:Win32_QuickFixEngineering Weak Override Dependent MappingStrings � WMI|Win32_QuickFixEngineering � C I M _ S e t t i n g \�%߬�4 4 CIM_Setting
A � �� � ) ��9 A G o { & 5 � � ` w � � � � � � " > � � � � z � UU������������������������������������������������5 � Win32_OSRecoveryConfiguration CIMWin32 SupportsUpdate Locale UUID {8502C4E8-5FBB-11D2-AAC1-006008C78BC7} AutoReboot 4
� � � �� � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|AutoReboot DebugFilePath 4
� w � �� � �� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|DumpFile DebugInfoType ( 4
� . � �� � ��6 @ uint32 ValueMap T W Z ] 0 1 2 3 ExpandedDebugFilePath '
� � � �� � �� string ExpandedMiniDumpDirectory '
� � �� � �� string KernelDumpOnly . ?
� i � �� � ��r ��~ � boolean DEPRECATED MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|KernelDumpOnly MiniDumpDirectory 4
� 7 � �� � ��? O string MappingStrings W Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|MiniDumpDir Name A
� � � �� � ��� string MaxLen MappingStrings WMI OverwriteExistingDebugFile " 4
� � � �� � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|Overwrite SendAdminAlert
$ 4
� : � �� � ��C S boolean MappingStrings [ Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|SendAlert WriteDebugInfo & ?
� � � �� � �� �� $ boolean DEPRECATED MappingStrings , Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|CrashDumpEnabled WriteToSystemLog
, 4
� � � �� � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|LogEvent � W i n 3 2 _ P n P D e v i c e P r o p e r t y t\�%߬�� ! Win32_PnPDeviceProperty # ) ����������������������Z � Win32_PnPDevicePropertySint8Array Data
� S � �� Sint8 � ���d@ � sW�� Oe� � M S S e r i a l (��@[��� O MSSerial
6 � C � P i ��t | � � 8 E � � � � f P X = P " � � � � � �
�
� � w � d
v
J Y W p S g C R B R & 5 � � � y � UUUUUU�������������������������������������������������������������������������> � MSSerial_CommInfo Description Serial Communications Information DisplayName Serial Comm Information AMENDMENT LOCALE ms_409 BaudRate +
� � � � � � � � uint32 DisplayName Baud Rate Description The BaudRate property indicates the baud rate for this serial port BitsPerByte +
� ~ � � � � � � uint32 DisplayName Bits Per Byte Description The BitsPerByte property indicates the number of bits per byte for the serial port IsBusy F +
� D M � Z c � p boolean DisplayName Is Busy Description The IsBusy property determines whether the serial port is busy MaximumBaudRate " +
� � � " � / uint32 DisplayName Maximum Baud Rate Description The MaximumBaudRate property indicates the maximum baud rate of the serial port MaximumInputBufferSize * +
� � � � � � uint32 DisplayName Maximum Input Buffer Size Description The MaximumInputBufferSize property indicates the maximum input buffer size (in bytes) MaximumOutputBufferSize
& +
� � � � � � � � uint32 DisplayName Maximum Output Buffer Size Description The MaximumOutputBufferSize property indicates the maximum output buffer size (in bytes) Parity 8
� � � � � � � � � � uint32 DisplayName Parity Description The Parity property indicates the type of parity used Values % * 0 7 None Odd Even Space Mark ParityCheckEnable +
� � � � � � � � boolean DisplayName Parity Check Enable Description The ParityCheckEnabled property determines whether parity checking is enabled SettableBaudRate : +
� [ d � q � � � boolean DisplayName Settable Baud Rate Description The SettableBaudRate property determines whether the baud rate can be set on the serial port SettableDataBits < +
� ; D � Q e � r boolean DisplayName Settable Data Bits Description The SettableDataBits property determines whether the number of data bits can be set on the Win32 serial port SettableFlowControl > +
� . 7 � D [ � h boolean DisplayName Settable Flow Control Description The SettableFlowControl property determines whether the flow control can be set on the serial port SettableParity @ +
�
� +
<
� I
boolean DisplayName Settable Parity Description The SettableParity property determines whether the parity can be set on the serial port SettableParityCheck B +
� �
�
� � * boolean DisplayName Settable Parity Check Description The SettableParityCheck property determines whether parity checking can be set on the serial port SettableStopBits D +
� � � � � � boolean DisplayName Settable Stop Bits Description The SettableStopBits property determines whether the number of stop bits can be set on the serial port StopBits 8
� � � � � � � � A
� I
uint32 DisplayName Stop Bits Description The StopBits property indicates the number of stop bits for the serial port Values Y
\
a
1 1.5 2 Support16BitMode . +
� �
�
� �
�
� �
boolean DisplayName Support 16Bit Mode Description The Support16BitMode property determines whether 16-bit mode is supported on the Win32 serial port SupportDTRDSR
0 +
� � � � � � � � boolean DisplayName Support DTRDSR Description The SupportDTRDSR property determines whether Data Terminal Ready (DTR) and Data Set Ready (DSR) signals are supported on the Win32 serial port. SupportIntervalTimeouts 2 +
� � � � � � � � boolean DisplayName Support Interval Timeouts Description The SupportIntervalTimeouts property determines whether interval timeouts are supported on the serial port SupportParityCheck 4 +
� � � � � � � � boolean DisplayName Support Parity Check Description The SupportParityCheck property determines whether parity checking is supported on the Win32 serial port SupportRTSCTS 6 +
� � � � � � � � boolean DisplayName Support RTSCTS Description The SupportRTSCTS property determines whether Ready To Send (RTS) and Clear To Send (CTS) signals are supported on the serial port SupportXonXoff 8 +
� � � � � � � � boolean DisplayName Support Xon Xoff Description The SupportXOnXOff property determines whether software flow control is supported on the serial port XoffCharacter +
� n v � � � � � uint32 DisplayName Xoff Character Description The XOffCharacter property indicates the XOff character for the serial port XoffXmitThreshold +
� 9 A � N c � p uint32 DisplayName Xoff Xmit Threshold Description The XOffXmitThreshold property indicates the XOff transmit threshold for the serial port XonCharacter +
� � & 5 � B uint32 DisplayName Xon Character Description The XOnCharacter property indicates the XOn character XonXmitThreshold +
� � � � � � � � uint32 DisplayName Xon Xmit Threshold Description The XOnXMitThreshold property indicates the XOn transmit threshold � M S S e r i a l )��@[��� " MSSerial
6 � - U � b � ��� � � � U d M ^ ! � � y � U���������������������������������) � MSSerial_HardwareConfiguration Description Hardware configuration for serial port DisplayName Serial Hardware Configuration AMENDMENT LOCALE ms_409 BaseIOAddress +
� � � � �
� uint64 DisplayName Base IO Address Description The BaseIOAddress is the base IO address for the serial port InterruptType 8
� � � � � � � � ) � 1 uint32 DisplayName Interrupt Type Description The InterruptType property indicates the interrupt type of the IRQ resource Values = F Latched Level IrqAffinityMask +
� � � � � � � � uint64 DisplayName Irq Affinity Mask Description The AffinityMask property indicates the affinity mask of the IRQ resource IrqLevel +
� Z b � o z � � uint32 DisplayName Irq Level Description The IRQLevel property indicates the level of the IRQ resource IrqNumber +
�
� + � 8 uint32 DisplayName Irq Number Description The IRQNumber property indicates the number of the IRQ resource IrqVector +
� � � � � � � � uint32 DisplayName Irq Vector Description The Vector property indicates the vector of the IRQ resource � D i s k I o _ V 2 ���@[���
DiskIo_V2 6 � * P � _ o ��z � � � � � W������������0 � DriverCompleteRequestReturn Description Driver Delay Complete Request Return EventTypeName DrvComplReqRet AMENDMENT LOCALE ms_409 Irp
� � � � � uint32 Description Irp UniqMatchId
� � # uint32 Description UniqMatchId �
� ^ f �� __ � Win32Shutdown 6 W ��d p � � � � Implemented Privileges x SeShutdownPrivilege ValueMap � � 0 .. MappingStrings � Win32API|System Shutdown Functions|ExitWindowsEx � ac6d1350600005Q ROOT\CIMV2 ���� � �O �� * i M ���� � � __PARAMETERS abstract Flags sint32
� 1 in
� 1 X �� � Win32API|System Shutdown Functions|ExitWindowsEx MappingStrings )
� 1 X ��� � ID 6
� O X ��� � sint32 Reserved sint32
� s in
� s � �� � Win32API|System Shutdown Functions|ExitWindowsEx MappingStrings )
� s � �� � ID 6
� � � �� � I sint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Win32ShutdownTracker 6 c ��p | � � � � Implemented Privileges � SeShutdownPrivilege ValueMap � � 0 .. MappingStrings � Win32API|System Shutdown Functions|ExitWindowsEx � ac6d1350600005Q ROOT\CIMV2 ���� � � �� � � x Y ) * � U����������������� � __PARAMETERS abstract Timeout uint32
� 3 in
� 3 Z �� ID )
� � Z ��� uint32 Comment string
� � in
� �
�� C Win32API|System Shutdown Functions|InitiateSystemShutdownEx MappingStrings )
� �
��� ; ID 6
�
��� ; � string ReasonCode uint32
� 5 in
� 5 \ �� � Win32API|System Shutdown Functions|InitiateSystemShutdownEx MappingStrings )
� 5 \ ��� � ID 6
� ^ \ ��� � uint32 Flags sint32
� in
� � �� � Win32API|System Shutdown Functions|ExitWindowsEx MappingStrings )
� � �� � ID 6
� � � �� � U sint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDateTime ) � ��� � � � Implemented Privileges � SeSystemTimePrivilege ValueMap � � 0 .. ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract e LocalDateTime datetime e
� 9 in e
� 9 b �� ID e )
� � b ��� DateTime __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �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�Zs�p � �]!)<
' l��lc o V7{e� n ^ΙP@ X 6G��� % C I M _ N u m e r i c S e n s o r �Z�%߬�� � CIM_NumericSensor ) ! I �� S ] � � � ~ � @ [ � � q � ( 3 � � � � 2 = � � � � j
�
����UUW��������������������������������������������������������������������������������������������������������������������������������8 � CIM_CurrentSensor Locale UUID {DCA1D084-E3D3-11d2-8601-0000F8102E5F} Abstract Accuracy @ b 6
� � � ��� � � � sint32 Override Accuracy MappingStrings � MIF.DMTF|Electrical Current Probe|001.19 CurrentReading @ B 6
� S � ��[ e u � sint32 Override CurrentReading MappingStrings � MIF.DMTF|Electrical Current Probe|001.5 LowerThresholdCritical @ p 6
� � �� $ < L sint32 Override LowerThresholdCritical MappingStrings T MIF.DMTF|Electrical Current Probe|001.13 LowerThresholdFatal @ ! x 6
� � � ��� � � sint32 Override LowerThresholdFatal MappingStrings MIF.DMTF|Electrical Current Probe|001.15 LowerThresholdNonCritical @ h 6
� � � ��� � � � sint32 Override LowerThresholdNonCritical MappingStrings � MIF.DMTF|Electrical Current Probe|001.11 MaxReadable @ R 6
� _ � ��g q ~ � sint32 Override MaxReadable MappingStrings � MIF.DMTF|Electrical Current Probe|001.9 MinReadable @ V 6
� � �� " / ? sint32 Override MinReadable MappingStrings G MIF.DMTF|Electrical Current Probe|001.10 NominalReading @ F 6
� � � ��� � � � sint32 Override NominalReading MappingStrings � MIF.DMTF|Electrical Current Probe|001.6 NormalMax @ J 6
� w � �� � � � sint32 Override NormalMax MappingStrings � MIF.DMTF|Electrical Current Probe|001.7 NormalMin @ N 6
� $ � ��, 6 A Q sint32 Override NormalMin MappingStrings Y MIF.DMTF|Electrical Current Probe|001.8 Resolution @ Z 6
� � � ��� � � uint32 Override Resolution MappingStrings MIF.DMTF|Electrical Current Probe|001.17 Tolerance @ ^ 6
� � � ��� � � � sint32 Override Tolerance MappingStrings � MIF.DMTF|Electrical Current Probe|001.18 UpperThresholdCritical @ t 6
� < � ��D N f v sint32 Override UpperThresholdCritical MappingStrings ~ MIF.DMTF|Electrical Current Probe|001.14 UpperThresholdFatal @ " | 6
�
� ��
(
8
sint32 Override UpperThresholdFatal MappingStrings @
MIF.DMTF|Electrical Current Probe|001.16 UpperThresholdNonCritical @ l 6
� �
� ���
�
�
sint32 Override UpperThresholdNonCritical MappingStrings MIF.DMTF|Electrical Current Probe|001.12 D � C I M _ N u m e r i c S e n s o r �Z�%߬�� � CIM_NumericSensor ) ! I �� S ] � � � ] r / � � } � $ 4 � � r } � � \ t . � � ����UUW���������������������������������������������������������������������������������������������������������������������������������
� CIM_VoltageSensor Locale UUID {A998F9B4-E3D4-11d2-8601-0000F8102E5F} Abstract Accuracy @ b 6
� � � ��� � � � sint32 Override Accuracy MappingStrings � MIF.DMTF|Voltage Probe|001.19 CurrentReading @ B 6
� H � ��P Z j z sint32 Override CurrentReading MappingStrings � MIF.DMTF|Voltage Probe|001.5 LowerThresholdCritical @ p 6
� � � �� & 6 sint32 Override LowerThresholdCritical MappingStrings > MIF.DMTF|Voltage Probe|001.13 LowerThresholdFatal @ ! x 6
� � � ��� � � � sint32 Override LowerThresholdFatal MappingStrings � MIF.DMTF|Voltage Probe|001.15 LowerThresholdNonCritical @ h 6
� s � ��{ � � � sint32 Override LowerThresholdNonCritical MappingStrings � MIF.DMTF|Voltage Probe|001.11 MaxReadable @ R 6
� ( � ��0 : G W sint32 Override MaxReadable MappingStrings _ MIF.DMTF|Voltage Probe|001.9 MinReadable @ V 6
� � � ��� � � � sint32 Override MinReadable MappingStrings MIF.DMTF|Voltage Probe|001.10 NominalReading @ F 6
� x � ��� � � � sint32 Override NominalReading MappingStrings � MIF.DMTF|Voltage Probe|001.6 NormalMax @ J 6
� � ��' 1 < L sint32 Override NormalMax MappingStrings T MIF.DMTF|Voltage Probe|001.7 NormalMin @ N 6
� � � ��� � � � sint32 Override NormalMin MappingStrings � MIF.DMTF|Voltage Probe|001.8 Resolution @ Z 6
� d � ��l v � � uint32 Override Resolution MappingStrings � MIF.DMTF|Voltage Probe|001.17 Tolerance @ ^ 6
� � �� % 5 sint32 Override Tolerance MappingStrings = MIF.DMTF|Voltage Probe|001.18 UpperThresholdCritical @ t 6
� � � ��� � � � sint32 Override UpperThresholdCritical MappingStrings � MIF.DMTF|Voltage Probe|001.14 UpperThresholdFatal @ " | 6
� r � ��z � � � sint32 Override UpperThresholdFatal MappingStrings � MIF.DMTF|Voltage Probe|001.16 UpperThresholdNonCritical @ l 6
� /
� ��7
A
\
l
sint32 Override UpperThresholdNonCritical MappingStrings t
MIF.DMTF|Voltage Probe|001.12 � � C I M _ M e d i a A c c e s s D e v i c e �Z�%߬�- � CIM_MediaAccessDevice ) �� " ( ��������������������������������������������������������������������������������������������������������������������������������P � CIM_CDROMDrive Abstract Locale UUID {8502C52B-5FBB-11D2-AAC1-006008C78BC7} � C I M _ M e d i a A c c e s s D e v i c e �Z�%߬�, � CIM_MediaAccessDevice ) �� ! ' ��������������������������������������������������������������������������������������������������������������������������������O � CIM_DiskDrive Abstract Locale UUID {8502C52C-5FBB-11D2-AAC1-006008C78BC7} � C I M _ M e d i a A c c e s s D e v i c e �Z�%߬� � CIM_MediaAccessDevice ) �� ! ' O c � � � � �������W������������������������������������������������������������������������������������������������������������������������������������ � CIM_TapeDrive Abstract Locale UUID {8502C52D-5FBB-11D2-AAC1-006008C78BC7} EOTWarningZoneSize x
� � � �� uint32 MaxPartitionCount |
� � � �� uint32 Padding �
�
� �� uint32 � C I M _ M e m o r y M a p p e d I O \�%߬�� 3 CIM_MemoryMappedIO ) ��& . 4 ���������������������������������������������������\ � Win32_SystemMemoryResource Abstract Locale UUID {8502C4CE-5FBB-11D2-AAC1-006008C78BC7} � # ��:��: ��:��: ��:��: ��:��: A C I M _ P r o c e s s \�%߬�L � CIM_Process
f � �� � ��) 3 ; ��K U e m s � � � � � � O _ � � � � S h * � � } � % 6 � � � � : N � � �
�
] h � � v
�
8 Q � � � t ! � � # � � Z o 1 ���]UUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������ � Win32_Process CIMWin32 SupportsCreate CreateBy Create SupportsDelete DeleteBy DeleteInstance Locale UUID {8502C4DC-5FBB-11D2-AAC1-006008C78BC7} CommandLine , �
� � � �� string ExecutablePath R 6
� . � ��6 B \ l string Privileges J SeDebugPrivilege MappingStrings t Win32API|Tool Help Structures|MODULEENTRY32|szExePath HandleCount � )
� � � ��� uint32 MappingStrings Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|HandleCount KernelModeTime @
(
� � � � uint64 Override KernelModeTime MaximumWorkingSetSize V 6
� � �� 6 F uint32 Privileges $ SeDebugPrivilege MappingStrings N Win32|WINNT.H|QUOTA_LIMITS|MaximumWorkingSetSize MinimumWorkingSetSize Z 6
� � � ��� � uint32 Privileges � SeDebugPrivilege MappingStrings ! Win32|WINNT.H|QUOTA_LIMITS|MinimumWorkingSetSize OtherOperationCount ( � )
� � � ��� � uint64 MappingStrings � Win32API|Process and Thread Structures|SYSTEM_PROCESS_INFORMATION|OtherOperationCount OtherTransferCount + � )
� a � ��i y uint64 MappingStrings � Win32API|Process and Thread Structures|SYSTEM_PROCESS_INFORMATION|OtherTransferCount PageFaults ^ )
� � ��" 2 uint32 MappingStrings : Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|PageFaultCount PageFileUsage b )
� � � ��� � uint32 MappingStrings � Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|PagefileUsage ParentProcessId ! � )
� m � ��u � uint32 MappingStrings � Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|InheritedFromUniqueProcessId PeakPageFileUsage f )
� ( � ��0 @ uint32 MappingStrings H Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|PeakPagefileUsage PeakVirtualSize $ � )
� � � ��� � uint64 MappingStrings � Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|PeakVirtualSize PeakWorkingSetSize j )
� � � ��� � uint32 MappingStrings � Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|PeakWorkingSetSize Priority @
8 6
� :
� ��B
L
V
f
uint32 Override Priority MappingStrings n
Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|BasePriority PrivatePageCount # � )
� �
� �� uint64 MappingStrings Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|PrivatePageCount ProcessId n )
� � � ��� � uint32 MappingStrings � Win32API|Process and Thread Structures|PROCESS_INFORMATION|dwProcessId QuotaNonPagedPoolUsage r )
� W � ��_ o uint32 MappingStrings w Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|QuotaNonPagedPoolUsage QuotaPagedPoolUsage v )
�
� ��
&
uint32 MappingStrings .
Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|QuotaPagedPoolUsage QuotaPeakNonPagedPoolUsage z )
� �
� ���
�
uint32 MappingStrings �
Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|QuotaPeakNonPagedPoolUsage QuotaPeakPagedPoolUsage ~ )
� � � ��� � uint32 MappingStrings � Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|QuotaPeakPagedPoolUsage ReadOperationCount & � )
� ? � ��G W uint64 MappingStrings _ Win32API|Process and Thread Structures|SYSTEM_PROCESS_INFORMATION|ReadOperationCount ReadTransferCount ) � )
� � � �� uint64 MappingStrings Win32API|Process and Thread Structures|SYSTEM_PROCESS_INFORMATION|ReadTransferCount SessionId " � )
� � � ��� � uint32 MappingStrings � Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|SessionId ThreadCount � )
� X � ��` p uint32 MappingStrings x Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|NumberOfThreads UserModeTime @ B
� � � uint64 Override UserModeTime VirtualSize % � )
� Z � ��b r uint64 MappingStrings z Win32API|Process Status|SYSTEM_PROCESS_INFORMATION|VirtualSize WindowsVersion � )
� � �� string MappingStrings ! Win32API|Process and Thread Functions|GetProcessVersion WriteOperationCount ' � )
� � � ��� � uint64 MappingStrings � Win32API|Process and Thread Structures|SYSTEM_PROCESS_INFORMATION|WriteOperationCount WriteTransferCount * � )
� h � ��p � uint64 MappingStrings � Win32API|Process and Thread Structures|SYSTEM_PROCESS_INFORMATION|WriteTransferCount �) m p { �
� L V � � � � p t , � ! �" �" # # �$ �$ % % �( � Create L T ��a ��i ��v � � � 0 Constructor Static Implemented Privileges � � � SeAssignPrimaryTokenPrivilege SeIncreaseQuotaPrivilege SeRestorePrivilege ValueMap 0 2 3 8 9 21 .. MappingStrings 8 Win32API|Process and Thread Functions|CreateProcess � ac6d1350600005Q ROOT\CIMV2 ���� � �S
�� * s v � � ������������ � __PARAMETERS abstract CommandLine string
� 7 In
� 7 ^ �� � Win32API|Process and Thread Functions|lpCommandLine MappingStrings )
� 7 ^ ��� � ID 6
� Y ^ ��� � string CurrentDirectory string
� � In
� � � �� � Win32API|Process and Thread Functions|CreateProcess|lpCurrentDirectory MappingStrings )
� � � ��+ � ID 6
� � � ��+ � r string
ProcessStartupInformation object
� � In
� � �� L WMI|Win32_ProcessStartup MappingStrings
)
� � ��f D ID
6
� � ��f D � object:Win32_ProcessStartup __ �U ac6d1350600005Q ROOT\CIMV2 ���� � � �� * 4 � � ��������� � __PARAMETERS abstract ProcessId uint32
� 5 Out
� 5 \ �� � Win32API|Process and Thread Functions|CreateProcess|lpProcessInformation|dwProcessId MappingStrings )
� 5 \ ��� � ID 6
� x \ ��� � 0 uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � Terminate A � ��� ��� � �
<
L
Destructor Implemented Privileges � SeDebugPrivilege ValueMap %
(
+
.
1
4
8
0 2 3 8 9 21 .. MappingStrings T
Win32API|Process and Thread Functions|TerminateProcess ? ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * ����i � __PARAMETERS abstract Reason uint32
� 2 In
� 2 Y �� � Win32API|Process and Thread Functions|TerminateProcess|uExitCode MappingStrings )
� 2 Y ��� � ID 6
� a Y ��� � uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetOwner ) ��� � � � Implemented ValueMap � � � � � � � 0 2 3 8 9 21 .. MappingStrings � WMI � ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� < � P � * � ������������� � __PARAMETERS abstract User string
� 0 Out
� 0 W �� � WMI MappingStrings )
� 0 W ��� � ID 6
� " W ��� � � string Domain string
� D Out
� D k �� � WMI MappingStrings )
� D k ��� � ID 6
� 6 k ��� � � string ReturnValue uint32
� � uint32 out
� � � �� __ � GetOwnerSid ) �� S c Implemented ValueMap < ? B E H K O 0 2 3 8 9 21 .. MappingStrings k WMI � ac6d1350600005Q ROOT\CIMV2 ���� � �T �� ; | * � ��������� � __PARAMETERS abstract Sid string
� / Out
� / V �� � WMI MappingStrings )
� / V ��� � ID 6
� ! V ��� � � string ReturnValue uint32
� o uint32 out
� o w �� __ � SetPriority ) U ��b l � � Implemented ValueMap � � � � � � � 0 2 3 8 9 21 .. MappingStrings � Win32API|Process and Thread Functions|SetPriorityClass ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����/ � __PARAMETERS abstract Priority sint32
� 4 in
� 4 [ �� � Win32API|Process and Thread Functions|SetPriorityClass|dwPriorityClass MappingStrings )
� 4 [ ��� � < H T ` l x 0x00000040 0x00004000 0x00000020 0x00008000 0x00000080 0x00000100 ValueMap 6
� 4 [ ��� � � ID C
� ' [ ��� � � � sint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � AttachDebugger �" �" �" �� ValueMap �" �" �" �" �" �" �" 0 2 3 8 9 21 .. Implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetAvailableVirtualSize �$ �$ % �� ValueMap �$ �$ �$ �$ �$ �$ �$ 0 2 3 8 9 21 .. Implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �z
�� * � L � ������������� � __PARAMETERS abstract AvailableVirtualSize uint64
� @ Out
� @ g �� � WMI MappingStrings )
� @ g ��� � ID 6
� 2 g ��� � � uint64 ReturnValue uint32
� � uint32 out
� � � �� __ �4 \ �� f r � � U��������o � CIM_SoftwareFeatureSAPImplementation Locale UUID {7EFCC186-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ 6
� � � ��� � � ref:CIM_SoftwareFeature Min Override Antecedent Dependent f@ 6
� 9 � ��U Z d ref:CIM_ServiceAccessPoint Min Override Dependent � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) * 2 8 ` �� j v � � U��������h � CIM_SoftwareFeatureServiceImplementation Locale UUID {8AC984F4-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ 6
� � � ��� � � ref:CIM_SoftwareFeature Min Override Antecedent Dependent f@ 6
� = � ��N S ] ref:CIM_Service Min Override Dependent � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) $ L �� V b � � U��������> � CIM_SAPSAPDependency Locale UUID {422D175A-E3D5-11d2-8601-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_ServiceAccessPoint Override Antecedent Dependent f@ )
�
� ��) 3 ref:CIM_ServiceAccessPoint Override Dependent t � C I M _ S e r v i c e A c c e s s B y S A P �[�%߬�� CIM_ServiceAccessBySAP ) $ * R �� \ h � � U��������2 � CIM_BootServiceAccessBySAP Locale UUID {6EDF1DD2-DB35-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_BootService Override Antecedent Dependent f@ )
� � �� ' ref:CIM_BootSAP Override Dependent re � C I M _ S e r v i c e A c c e s s B y S A P �[�%߬�� CIM_ServiceAccessBySAP ) ' - U �� _ k � � U��������A � CIM_ClusterServiceAccessBySAP Locale UUID {88F073D8-DB35-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_ClusteringService Override Antecedent Dependent f@ )
� � ��, 6 ref:CIM_ClusteringSAP Override Dependent Ov � C I M _ D e p e n d e n c y �[�%߬�� CIM_Dependency ) " ( P �� Z f � � U��������7 � CIM_ServiceSAPDependency Locale UUID {652E2D58-DB37-11d2-85FC-0000F8102E5F} Abstract Antecedent f@ )
� � � ��� � ref:CIM_ServiceAccessPoint Override Antecedent Dependent f@ )
� � ��" , ref:CIM_Service Override Dependent ri � C I M _ S e r v i c e A c c e s s P o i n t �[�%߬�� ' CIM_ServiceAccessPoint )
C �� ���������������������������������������M � CIM_BootSAP Locale UUID {F6FEF20A-E3D2-11d2-8601-0000F8102E5F} Abstract � C I M _ S o f t w a r e F e a t u r e �[�%߬�� / CIM_SoftwareFeature ) G �� Q m T e ����������������������������������������������2 � CIM_BIOSFeature Locale UUID {7D33100E-E3D3-11d2-8601-0000F8102E5F} Abstract CharacteristicDescriptions $ C
� � � � � � + � �� STRING ArrayType Indexed MappingStrings � MIF.DMTF|BIOS Characteristic|003.4 ModelCorrespondence 3 CIM_BIOSFeature.Characteristics Characteristics
( P
� � � � � � 0 d n � �� UINT16 ArrayType Indexed MappingStrings � MIF.DMTF|BIOS Characteristic|003.3 ModelCorrespondence 8 CIM_BIOSFeature.CharacteristicDescriptions ValueMap � � � � � � � � � � � � �
! % ) - 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 160 � C I M _ S o f t w a r e F e a t u r e �[�%߬�f / CIM_SoftwareFeature ) $ L �� V r d u ����������������������������������������������� � CIM_VideoBIOSFeature Locale UUID {BAE20634-E3D4-11d2-8601-0000F8102E5F} Abstract CharacteristicDescriptions $ C
� � � � � � ! 6 � �� STRING ArrayType Indexed MappingStrings � MIF.DMTF|Video BIOS Characteristic|001.4 ModelCorrespondence > CIM_VideoBIOSFeature.Characteristics Characteristics
( P
� � � � � � 1 F � � �� UINT16 ArrayType Indexed MappingStrings MIF.DMTF|Video BIOS Characteristic|001.3 ModelCorrespondence N CIM_VideoBIOSFeature.CharacteristicDescriptions ValueMap � � � � � � � � � 1 2 3 4 5 6 7 8 9 � C I M _ L o g i c a l E l e m e n t �[�%߬� % CIM_LogicalElement C � �� � + N V \ � � # � � & � � W�����������������������������������G � Win32_PageFileUsage CIMWin32 Privileges 3 SeCreatePagefilePrivilege Locale UUID {9B3AC16A-EEE5-11d2-B13B-00105A1F77A1} AllocatedBaseSize )
� � � ��� � uint32 MappingStrings � Win32API|MEMORYSTATUS|dwTotalPageFile CurrentUsage )
� Z � ��b r uint32 MappingStrings z Win32API|MEMORYSTATUS Name @ A
� � � �� � ��� � � string Override Name MappingStrings WMI PeakUsage )
� ] � ��e u uint32 MappingStrings } WMI TempPageFile )
� � � ��� � boolean MappingStrings � Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|TempPageFile � C I M _ S e t t i n g �[�%߬�� CIM_Setting
~ � �� � ! - P X ^ � ��� � � ��� � � �� � � � � � � �������������������������� � Win32_PageFileSetting CIMWin32 Privileges 5 SeCreatePagefilePrivilege Locale UUID {514A9270-C856-11D2-B364-00105A1f77A1} SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate InitialSize 4
� 6 � �� � ��> N uint32 MappingStrings V Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles MaximumSize 4
� � �� � �� uint32 MappingStrings # Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles Name ?
� � � �� � �� � ��� � string MappingStrings � WMI � ��]� � � ��} � �#O � �� � �F�( � ����
� �x&�d � '2�� ` �$Ns ^ !�� | lWBM d �3�± � ��
3� � C I M _ S y s t e m C o m p o n e n t \�%߬�_ CIM_SystemComponent 6 � �� � $ , 2 Z j . e��������� � Win32_SystemSystemDriver CIMWin32 Locale UUID {8502C4F1-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� } � �� � ��� � � � ref:Win32_SystemDriver Override PartComponent MappingStrings � WMI|Win32_SystemDriver � C I M _ S y s t e m C o m p o n e n t \�%߬�V CIM_SystemComponent 6 � �� � % + S c ' e��������� � Win32_SystemUsers CIMWin32 Locale UUID {8502C4F2-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings � WMI|Win32_ComputerSystem PartComponent f@ A
� v � �� � ��� � � � ref:Win32_UserAccount Override PartComponent MappingStrings � WMI|Win32_UserAccount � C I M _ S y s t e m C o m p o n e n t !\�%߬�R CIM_SystemComponent 6 � �� � ! ) / W g + e��������� � Win32_SystemProcesses CIMWin32 Locale UUID {8502C4F3-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� z � �� � ��� � � � ref:Win32_Process Override PartComponent MappingStrings � WMI|Win32_Process � W i n 3 2 _ S y s t e m D e v i c e s "\�%߬�I Win32_SystemDevices 6 � �� � " * 0 X h ! e��������� � Win32_SystemPartitions CIMWin32 Locale UUID {8502C4F5-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ 6
� � � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings � WMI|Win32_ComputerSystem PartComponent f@ 6
� e � ��~ � � � ref:Win32_DiskPartition Override PartComponent MappingStrings � WMI|Win32_DiskPartition � C I M _ S y s t e m C o m p o n e n t #\�%߬�Q CIM_SystemComponent 6 � �� � ( . V f * e��������� � Win32_SystemServices CIMWin32 Locale UUID {8502C4F6-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� y � �� � ��� � � � ref:Win32_Service Override PartComponent MappingStrings � WMI|Win32_Service � C I M _ S y s t e m C o m p o n e n t $\�%߬�o CIM_SystemComponent 6 � �� � * 2 8 ` p % 4 e��������� � Win32_SystemNetworkConnections CIMWin32 Locale UUID {8502C4F7-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� � � �� � ��� � � � ref:Win32_NetworkConnection Override PartComponent MappingStrings � WMI|Win32_NetworkConnection � C I M _ C o m p u t e r S y s t e m R e s o u r c e %\�%߬�c $ CIM_ComputerSystemResource 6 � �� � ! ) / W g + e��������� � Win32_SystemResources CIMWin32 Locale UUID {8502C4F8-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� z � �� � ��� � � � ref:CIM_SystemResource Override PartComponent MappingStrings � CIM|CIM_SystemResource � C I M _ E l e m e n t S e t t i n g &\�%߬�$ CIM_ElementSetting ) �� ' - U ^ e��������� � Win32_SystemSetting Abstract Locale UUID {8502C501-5FBB-11D2-AAC1-006008C78BC7} Element f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override Element MappingStrings � WMI|Win32_ComputerSystem Setting f@ A
� d � �� � ��u � � ref:CIM_Setting Override Setting MappingStrings � CIM|CIM_Setting U � W i n 3 2 _ S y s t e m S e t t i n g '\�%߬� Win32_SystemSetting 6 � �� � ' - U ^
e��������� � Win32_SystemDesktop CIMWin32 Locale UUID {8502C506-5FBB-11D2-AAC1-006008C78BC7} Element f@ 6
� � � ��� � � � ref:Win32_ComputerSystem Override Element MappingStrings � WMI|Win32_ComputerSystem Setting f@ 6
� N � ��a k t � ref:Win32_Desktop Override Setting MappingStrings � WMI|Win32_Desktop IM � W i n 3 2 _ S y s t e m S e t t i n g (\�%߬�> Win32_SystemSetting 6 � �� � ) 1 7 _ h e��������� � Win32_SystemBootConfiguration CIMWin32 Locale UUID {8502C507-5FBB-11D2-AAC1-006008C78BC7} Element f@ 6
� � � ��� � � � ref:Win32_ComputerSystem Override Element MappingStrings � WMI|Win32_ComputerSystem Setting f@ 6
� X � ��u � � ref:Win32_BootConfiguration Override Setting MappingStrings � WMI|Win32_BootConfiguration 07 � C I M _ C h a s s i s )\�%߬�6 � CIM_Chassis
6 � �� � ! ) / W g + � � ������������������������������������������������������������������������������������������������������������������������������������8 � Win32_SystemEnclosure CIMWin32 Locale UUID {FAF76B94-798C-11D2-AAD1-006008C78BC7} SecurityStatus $ z 6
� � � ��� � � � uint16 ValueMap � � � � � 1 2 3 4 5 MappingStrings � SMBIOS|Type 3|Security Status SMBIOSAssetTag # v )
� b � ��j z string MappingStrings � SMBIOS|Type 3|Asset Tag Tag @
( N
� � � �� � �� + string MaxLen Override Tag MappingStrings 3 WMI � W i n 3 2 _ P n P D e v i c e P r o p e r t y v\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertySint32Array Data
� T � �� Sint32 � W i n 3 2 _ P n P D e v i c e P r o p e r t y w\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertyStringArray Data
� T � �� string � ��`p � ,��I i i y�� � q�{?V K
E }� � I�I�b � C I M _ S e t t i n g /\�%߬�� ` CIM_Setting
6 � �� � " ( P V � � � � * = � � � � : J � � � � e s
� � U h
�
�
e u -
;
�
�
� � UUUUU������������������������������������������������������������������������������������������C � Win32_TimeZone CIMWin32 Locale UUID {8502C4EC-5FBB-11D2-AAC1-006008C78BC7} Bias )
� � � ��� � sint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|Bias DaylightBias )
� ' � ��/ ? sint32 MappingStrings G Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightBias DaylightDay )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wDay DaylightDayOfWeek )
� t � ��{ � uint8 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wDayOfWeek DaylightHour )
� � ��( 8 uint32 MappingStrings @ Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wHour DaylightMillisecond )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wMilliseconds DaylightMinute ! )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wMinute DaylightMonth
% 6
� 9 � ��A Q � � uint32 MappingStrings Y Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wMonth ValueMap � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 DaylightName ) 6
� T � ��\ d t string MaxLen MappingStrings | Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightName DaylightSecond - )
� � �� uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wSecond DaylightYear
1 )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wYear StandardBias 5 )
� R � ��Z j uint32 MappingStrings r Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardBias StandardDay 9 )
� � � ��� uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wDay StandardDayOfWeek = )
� � � ��� � uint8 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wDayOfWeek StandardHour > )
� K
� ��S
c
uint32 MappingStrings k
Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wHour StandardMillisecond B )
� �
� �� uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wMilliseconds StandardMinute F )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wMinute StandardMonth J 6
� d � ��l | � � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wMonth ValueMap
!
%
)
1 2 3 4 5 6 7 8 9 10 11 12 StandardName N A
� �
� �� � ���
�
�
string MaxLen MappingStrings �
Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardName StandardSecond R )
� 6 � ��> N uint32 MappingStrings V Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wSecond StandardYear V )
� � � ��� � uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wYear � C I M _ E l e m e n t S e t t i n g 0\�%߬�- CIM_ElementSetting 6 � �� � % + S \
e��������� � Win32_UserDesktop CIMWin32 Locale UUID {8502C4FF-5FBB-11D2-AAC1-006008C78BC7} Element f@ A
� � � �� � ��� � � � ref:Win32_UserAccount Override Element MappingStrings � WMI|Win32_UserAccount Setting f@ A
� \ � �� � ��o y � � ref:Win32_Desktop Override Setting MappingStrings � WMI|Win32_Desktop { � C I M _ L o g i c a l E l e m e n t 1\�%߬�h / CIM_LogicalElement 6 � �� � % - 3 [ c ' � � � � , 9 � � �W��������������������������������������������� � Win32_QuickFixEngineering CIMWin32 Locale UUID {0827250D-BA3E-11d2-B361-00105A1F77A1} CSName N
� � � ��� ��� � � �
string CIM_Key MaxLen Propagated CIM_ComputerSystem.Name MappingStrings WMI FixComments )
� ^ � ��f v string MappingStrings ~ Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix HotFixID A
� � �� � ��" * : string MaxLen MappingStrings B Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix InstalledBy $ )
� � � ��� � string MappingStrings � Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix InstalledOn
( )
� p � ��x � string MappingStrings � Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix ServicePackInEffect A
� 7 � �� � ��? G W string MaxLen MappingStrings _ Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix � C I M _ L o g i c a l E l e m e n t 2\�%߬� CIM_LogicalElement 6 � �� � ! ) / W ` � � $ }�������������������������v � Win32_OptionalFeature CIMWin32 Locale UUID {0827250D-BA3E-11d2-B361-00105A1F77A2} Caption @ )
� � � � �� string MaxLen InstallState )
� � � ��� � uint32 ValueMap 1 2 3 4 Name @ 4
� f � �� � ��n string MaxLen � C I M _ D e p e n d e n c y 3\�%߬�� CIM_Dependency C � �� � $ . : V ^ d � � S ^ U�������� � Win32_LogicalProgramGroupDirectory CIMWin32 Privileges B SeRestorePrivilege Locale UUID {F25FE467-783E-11d2-90BF-0060081A46FD} Antecedent f@ A
� � � �� � �� , ref:Win32_LogicalProgramGroup Override Antecedent MappingStrings 4 WMI|Win32_LogicalProgramGroup Dependent f@ A
� � � �� � ��� � � � ref:Win32_Directory Override Dependent MappingStrings � WMI|Win32_Directory � W i n 3 2 _ P n P D e v i c e P r o p e r t y y\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertyReal32Array Data
� T � �� real32 � �'��P � �f?<� 11= � I���� C I M _ P C V i d e o C o n t r o l l e r D\�%߬�j � CIM_PCVideoController 6 � �� � ! ) / W m � � e q � � � K U � � y � Q ] � � � � k v H U � � {
�
�
� � = S � � ����������WUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������y
� Win32_VideoController CIMWin32 Locale UUID {1008CCF1-7BFF-11D2-AAD2-006008C78BC7} AdapterCompatibility ) � )
� � � ��� � string MappingStrings � Win32Registry AdapterDACType * � )
� � ��" 2 string MappingStrings : Win32Registry|HardwareInformation.DACType AdapterRAM + � )
� � � ��� � uint32 MappingStrings � Win32Registry|HardwareInformation.MemorySize ColorTableEntries 6 � )
� @ � ��H X uint32 MappingStrings ` Win32API|Device Context Functions|GetDeviceCaps CurrentRefreshRate @ ! v 6
� � � ��� - 7 uint32 MappingStrings Win32Registry|HardwareInformation. Override CurrentRefreshRate DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI DeviceSpecificPens 7 � )
� ( � ��0 @ uint32 MappingStrings H Win32API|Device Context Functions|GetDeviceCaps DitherType - � 6
� � � ��� � * uint32 MappingStrings � Win32API|Device Context Functions|EnumDisplaySettings ValueMap B E H K N 1 2 3 4 5 DriverDate e 1 � )
� � � ��� � datetime MappingStrings � Win32Registry|System\CurrentControlSet\Services\Class\ DriverVersion 2 � )
� 4 � ��< L string MappingStrings T Win32API|File Installation Library Functions|GetFileVersionInfo ICMIntent 3 � 6
� � � ��� � H R uint32 MappingStrings Win32API|Printing and Print Spooler Structures|DevMode|dmICMIntent ValueMap b e h 1 2 3 ICMMethod 4 � 6
� � � ��� � ( uint32 MappingStrings � Win32API|Printing and Print Spooler Structures|DevMode|dmICMMethod ValueMap < ? B E 1 2 3 4 InfFilename . � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class\{4D36E968-E325-11CE-BFC1-08002BE10318}\0000 InfSection / � )
� Q � ��Y i string MappingStrings q Win32Registry|SYSTEM\CurrentControlSet\Control\Class\{4D36E968-E325-11CE-BFC1-08002BE10318}\0000 InstalledDisplayDrivers 0 � )
� #
� ��+
;
string MappingStrings C
Win32Registry|System\CurrentControlSet\Services\Class\ Monochrome , � )
� �
� ���
�
boolean MappingStrings �
WMI ReservedSystemPaletteEntries 8 � )
� 9 � ��A Q uint32 MappingStrings Y Win32API|Device Context Functions|GetDeviceCaps SpecificationVersion 5 � )
� � � ��� � uint32 MappingStrings � Win32API|Printing and Print Spooler Structures|DevMode|dmSpecVersion SystemPaletteEntries 9 � )
� � � ��� � uint32 MappingStrings � Win32API|Device Context Functions|GetDeviceCaps VideoModeDescription : � )
� (
� ��0
@
string MappingStrings H
Win32API|Device Context Functions|GetDeviceCaps � C I M _ S e t t i n g E\�%߬��
@ CIM_Setting
A �� � �� � ( 2 : @ h t ) � � � � : F 7 F � � � � � � � � N Y " UU������������������������������������������������������������� � Win32_DisplayConfiguration DEPRECATED CIMWin32 Locale UUID {8502C4E4-5FBB-11D2-AAC1-006008C78BC7} BitsPerPel 4
� � � �� � ��� � uint32 DEPRECATED MappingStrings � Win32API|Device Context Functions|GetDeviceCaps|BITSPIXEL DeviceName L
� � � �� � �� � ��� � � string DEPRECATED MaxLen MappingStrings � WMI DisplayFlags 4
� �� � �� 0 uint32 DEPRECATED MappingStrings 8 Win32API|Printing and Print Spooler Structures|DEVMODE|dmDisplayFlags DisplayFrequency 4
� � � �� � ��� � uint32 DEPRECATED MappingStrings Win32API|Device Context Functions|GetDeviceCaps|VREFRESH DitherType A
� � � �� � ��� � uint32 DEPRECATED MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmDitherType ValueMap ( + . 1 4 1 2 3 4 5 DriverVersion 4
� � � �� � ��� � string DEPRECATED MappingStrings � Win32Registry|System\CurrentControlSet\Services\Class|Ver ICMIntent $ A
� I Q �� � ��] m � � uint32 DEPRECATED MappingStrings u Win32API|Printing and Print Spooler Structures|DEVMODE|dmICMIntent ValueMap � � � 1 2 3 ICMMethod
( A
� 6 > �� � ��J Z � � uint32 DEPRECATED MappingStrings b Win32API|Printing and Print Spooler Structures|DEVMODE|dmICMMethod ValueMap � � � � 1 2 3 4 LogPixels , 4
� & �� � ��2 B uint32 DEPRECATED MappingStrings J Win32API|Printing and Print Spooler Structures|DEVMODE|dmLogPixels PelsHeight 0 4
� � � �� � ��� uint32 DEPRECATED MappingStrings Win32API|Printing and Print Spooler Structures|DEVMODE|dmPelsHeight PelsWidth
4 4
� � � �� � ��� � uint32 DEPRECATED MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmPelsWidth SpecificationVersion 8 4
� d l �� � ��x � uint32 DEPRECATED MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmSpecVersion � C I M _ B a t t e r y J\�%߬�e � CIM_Battery
6 � �� � ! ' O d � � ��������������������������������������������������������������������������������������������������������������������������������l � Win32_Battery CIMWin32 Locale UUID {8502C4B9-5FBB-11D2-AAC1-006008C78BC7} BatteryRechargeTime t 4
� � � ��� ��� � uint32 DEPRECATED MappingStrings � HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services|RechargeRate DeviceID @ A
� n � �� � ��v � � � string Override DeviceId MappingStrings � WMI ExpectedBatteryLife p 4
� � � �� �� " uint32 DEPRECATED MappingStrings * HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services|BatteryLife � W i n 3 2 _ D e v i c e C h a n g e E v e n t �\�%߬�� ! Win32_DeviceChangeEvent & . 4 ?��������������X � Win32_SystemConfigurationChangeEvent Locale UUID 76746942-D94B-47E2-BBA4-AFD2FDBA61 � �& C I M _ S e t t i n g �\�%߬�R+ � CIM_Setting
6 � �� � # - 5 ; : c y ( 9 � � � � Y k
� � k x � � k w
� � u � 6
C
�
�
� � � � �
F
Q
# * � � + 6 � � * � � � � T l 0 � � � � ? S �
� � 3 A < J > P & � � � f r
� � e z ' = � � � � � ! �! �! �" �" K# g# $ +$ �$ �$ �% �% M& `& �& ' �' �' UUUUUUUUUUUUUU����������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������I( � Win32_NetworkAdapterConfiguration CIMWin32 Locale UUID {8502C515-5FBB-11D2-AAC1-006008C78BC7} ArpAlwaysSourceRoute P )
� � � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ArpAlwaysSourceRoute ArpUseEtherSNAP R )
� p � ��y � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ArpUseEtherSNAP DatabasePath J )
� ( � ��0 @ string MappingStrings H Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DatabasePath DeadGWDetectEnabled V )
� � � ��� � boolean MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnableDeadGWDetect DefaultIPGateway )
� � � ��� � string MappingStrings � Win32Registry|System\CurrentControlSet\Services|Parameters|DefaultGateway DefaultTOS T )
� P � ��W g uint8 MappingStrings o Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DefaultTOS DefaultTTL U )
� � � �� uint8 MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DefaultTTL DHCPEnabled )
� � � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services|EnableDHCP DHCPLeaseExpires e )
� U � ��_ o datetime MappingStrings w Win32Registry|SYSTEM\CurrentControlSet\Services|LeaseTerminatesTime DHCPLeaseObtained e )
� � �� datetime MappingStrings ( Win32Registry|SYSTEM\CurrentControlSet\Services|LeaseObtainedTime DHCPServer )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services|DhcpServer DNSDomain / � )
� L � ��T d string MappingStrings l Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|Domain DNSDomainSuffixSearchOrder 1 � )
� � �� string MappingStrings ( Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|SearchList DNSEnabledForWINSResolution 2 � )
� � � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnableDNS DNSHostName . � )
� z
� ���
�
string MappingStrings �
Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|Hostname DNSServerSearchOrder 0 � )
� 2 � ��: J string MappingStrings R Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|NameServer DomainDNSRegistrationEnabled D
� � � �� boolean ForwardBufferMemory \ )
� < � ��D T uint32 MappingStrings \ Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ForwardBufferMemory FullDNSRegistrationEnabled B
� � � �� boolean GatewayCostMetric
� >
� �� uint16 IGMPLevel ` 6
� �
� ���
�
�
�
uint8 ValueMap �
�
�
0 1 2 MappingStrings �
Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|IGMPLevel Index " 4
� l � �� � ��t � uint32 MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class\{4D36E972-E325-11CE-BFC1-08002BE10318} InterfaceIndex
&
� # � �� uint32 IPAddress * )
� m � ��u � string MappingStrings � Win32Registry|System\CurrentControlSet\Services|Parameters\Tcpip|IPAddress IPConnectionMetric F
� � �� uint32 IPEnabled > )
� a � ��j z boolean MappingStrings � Win32Registry|System\CurrentControlSet\Services|Parameters\Tcpip IPFilterSecurityEnabled * � )
� � �� - boolean MappingStrings 5 Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|IPFilterSecurityEnabled IPPortSecurityEnabled ) � 4
� � � �� � ���
boolean DEPRECATED MappingStrings WMI|Win32_NetworkAdapterConfiguration|IPFilterSecurityEnabled IPSecPermitIPProtocols - � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|RawIPAllowedProtocols IPSecPermitTCPPorts + � )
� g � ��o string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TCPAllowedPorts IPSecPermitUDPPorts , � )
� % � ��- = string MappingStrings E Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|UDPAllowedPorts IPSubnet . )
� � � ��� � string MappingStrings � Win32Registry|System\CurrentControlSet\Services|Parameters|SubnetMask IPUseZeroBroadcast N )
� � � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|UseZeroBroadcast IPXAddress
2 4
� L T �� � ��` p string DEPRECATED MappingStrings x Win32API|Windows Sockets Version 2|getsockopt|IPX_ADDRESS IPXEnabled @ 4
�
�� � �� & boolean DEPRECATED MappingStrings . WMI IPXFrameType ; � A
� � � �� � ��� � uint32 DEPRECATED MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters|PktType ValueMap + . 1 4 7 0 1 2 3 255 IPXMediaType < � A
� � � �� � ��� � uint32 DEPRECATED MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters|MediaType ValueMap 2 5 8 ; 1 2 3 8 IPXNetworkNumber : � 4
� � � �� � ��� � string DEPRECATED MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters|NetworkNumber IPXVirtualNetNumber 9 � 4
� h p �� � ��| � string DEPRECATED MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters|VirtualNetworkNumber KeepAliveInterval a )
� 8 � ��@ P uint32 MappingStrings X Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|KeepAliveInterval KeepAliveTime ! e )
� � � ���
uint32 MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|KeepAliveInterval MACAddress 6 )
� � � ��� � string MapOV�� � ��Y@D a �@�� | ]��! �[ �' � �4s�� � �`��� � �r�3 � ��l/ � C I M _ S y s t e m C o m p o n e n t *\�%߬�f CIM_SystemComponent 6 � �� � ' / 5 ] m " 1 e��������� � Win32_SystemLoadOrderGroups CIMWin32 Locale UUID {8502C503-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� � � �� � ��� � � � ref:Win32_LoadOrderGroup Override PartComponent MappingStrings � WMI|Win32_LoadOrderGroup � W i n 3 2 _ S y s t e m S e t t i n g +\�%߬�# Win32_SystemSetting 6 � �� � ( . V _ e��������� � Win32_SystemTimeZone CIMWin32 Locale UUID {8502C504-5FBB-11D2-AAC1-006008C78BC7} Element f@ 6
� � � ��� � � � ref:Win32_ComputerSystem Override Element MappingStrings � WMI|Win32_ComputerSystem Setting f@ 6
� O � ��c m v � ref:Win32_TimeZone Override Setting MappingStrings � WMI|Win32_TimeZone in � W i n 3 2 _ S y s t e m S e t t i n g ,\�%߬�> Win32_SystemSetting 6 � �� � % - 3 [ d e��������� � Win32_SystemProgramGroups CIMWin32 Locale UUID {8502C505-5FBB-11D2-AAC1-006008C78BC7} Element f@ 6
� � � ��� � � � ref:Win32_ComputerSystem Override Element MappingStrings � WMI|Win32_ComputerSystem Setting f@ 6
� T � ��s } � � ref:Win32_LogicalProgramGroup Override Setting MappingStrings � WMI|Win32_LogicalProgramGroup -A � C I M _ S l o t -\�%߬�� � CIM_Slot
6 � �� � $ * R ] � � s � � w � � � � j ~ � � �����U����������������������������������������������������������������������������������������������������������������������������� � Win32_SystemSlot CIMWin32 Locale UUID {FAF76B91-798C-11D2-AAD1-006008C78BC7} BusNumber p )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 9|Bus Number ConnectorType ` > 6
� ! � ��) 9 Z d uint16 MappingStrings A SMBIOS|Type 9|Slot Type Override ConnectorType CurrentUsage f )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 9|Current Usage DeviceNumber ! t )
� : � ��B R uint32 MappingStrings Z SMBIOS|Type 9|Device Number FunctionNumber " x )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 9|Function Number MaxDataWidth @ L C
� \ d t � ��� � � � uint16 MappingStrings | MIF.DMTF|System Slot|004.3 Override MaxDataWidth ValueMap � � � � � 0 1 2 3 4 PMESignal h )
� # � ��, < boolean MappingStrings D SMBIOS|Type 9|Slot Characteristics 2 SegmentGroupNumber l )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 9|Segment Group Number Shared j )
� 8 � ��A Q boolean MappingStrings Y SMBIOS|Type 9|Slot Characteristics 1 SlotDesignation b )
� � � ��� � string MappingStrings � SMBIOS|Type 9|Slot Designation Tag @
( N
� h � ��p � ��x � � � string MaxLen Override Tag MappingStrings � WMI �
C I M _ T h r e a d .\�%߬�w h CIM_Thread 6 � �� � &
N [ � � � � � � B P � � � � � - � � ���uU���������������������������������������������������������������������������������������������������` � Win32_Thread CIMWin32 Locale UUID {8502C4DD-5FBB-11D2-AAC1-006008C78BC7} ElapsedTime J )
� � � ��� � uint64 MappingStrings � Win32API|Performance Data Structures|PERF_OBJECT_TYPE|PerfTime Handle @ 0 C
� K � ��S [ e m } string MaxLen Override Handle MappingStrings � Win32API|Tool Help Structures|THREADENTRY32|th32ThreadID KernelModeTime @ B +
� * : uint64 Override KernelModeTime MappingStrings B Win32API|Performance Data Structures|PERF_OBJECT_TYPE|PrivilegedTime Priority @
4 6
� � � ��� � � uint32 Override Priority MappingStrings
Win32API|Tool Help Structures|THREADENTRY32|tpDeltaPri PriorityBase R )
� � � ��� � uint32 MappingStrings � Win32API|Performance Data Structures|PERF_OBJECT_TYPE|PerfPriorityBase ProcessHandle @
( P
� \ � ��d p � � � � � string Propagated CIM_Process.Handle MaxLen Override ProcessHandle MappingStrings � Win32API|Tool Help Structures|THREADENTRY32|th32OwnerProcessID StartAddress V )
� B � ��J Z uint32 MappingStrings b WIn32API|Thread Object|LPTHREAD_START_ROUTINE|lpStartAddress ThreadState Z )
� � � ��� � uint32 MappingStrings Win32API|Thread State ThreadWaitReason ^ )
� d � ��l | uint32 MappingStrings � Win32API|Thread Wait Reason UserModeTime @ : +
� � � � uint64 Override UserModeTime MappingStrings Win32API|Performance Data Structures|PERF_OBJECT_TYPE|UserTime � C I M _ D e p e n d e n c y 4\�%߬�� CIM_Dependency C � �� � ' 1 = Y a g � � ^ i U�������� � Win32_LogicalProgramGroupItemDataFile CIMWin32 Privileges E SeRestorePrivilege Locale UUID {08FFAD62-8050-11d2-90CE-0060081A46FD} Antecedent f@ A
� � � �� � ��
# 3 ref:Win32_LogicalProgramGroupItem Override Antecedent MappingStrings ; WMI|Win32_LogicalProgramGroupItem Dependent f@ A
� � � �� � ��� � � � ref:CIM_DataFile Override Dependent MappingStrings � CIM|CIM_DataFile �
C I M _ C o m p o n e n t 5\�%߬�q CIM_Component 6 � �� � & . 4 \ l + : e��������� � Win32_ProgramGroupContents CIMWin32 Locale UUID {86E30E83-7DB2-11d2-90CB-0060081A46FD} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_LogicalProgramGroup Override GroupComponent MappingStrings WMI|Win32_LogicalProgramGroup PartComponent f@ A
� � � �� � ��� � � � ref:Win32_ProgramGroupOrItem Override PartComponent MappingStrings � WMI|Win32_ProgramGroupOrItem � W i n 3 2 _ P n P D e v i c e P r o p e r t y x\�%߬�� ! Win32_PnPDeviceProperty % + ����������������������^ � Win32_PnPDevicePropertyBooleanArray Data
� U � �� boolean �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 tvC_���Z�%߬�$ � __SystemSecurity ACE ��S( b ���b U �mݷ �J5� d"U�
(�
�(� <��� -u.�)
! �SBJ voO v@ 6a
\:t$w R�(�{ d��d� 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��=�Î�t_�%߬�� 6 ���^� � � WDMClassesOfDriver TeeDriverAmtProvStateNvarWmiInfo C:\Windows\System32\DriverStore\FileRepository\heci.inf_amd64_6b6e8cc42a3d1f09\x64\TeeDriverW10x64.sys[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��=�Î�t_�%߬�� ) ���^� � � WDMClassesOfDriver TeeDriverAMTWmiInfo C:\Windows\System32\DriverStore\FileRepository\heci.inf_amd64_6b6e8cc42a3d1f09\x64\TeeDriverW10x64.sys[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 0 ����� e � WDMClassesOfDriver MSNdis_NetworkShortAddress C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver MSNdis_NetworkLinkSpeed C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�} % ����� Z � WDMClassesOfDriver MSMCAInfo_Entry C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� * ����� _ � WDMClassesOfDriver MSMCAInfo_RawMCAData C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver MSMCAInfo_RawCMCEvent C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver MSMCAInfo_RawMCAEvent C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 9 ����� n � WDMClassesOfDriver MSMCAInfo_RawCorrectedPlatformEvent C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�u ����� R � WDMClassesOfDriver MSPower C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� * ����� _ � WDMClassesOfDriver MSPower_DeviceEnable C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� . ����� c � WDMClassesOfDriver MSPower_DeviceWakeEnable C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�t ����� Q � WDMClassesOfDriver MSNdis C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver MSNdis_NetworkAddress C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver MSNdis_EnumerateAdapter C:\Windows\system32\kernelbase.dll[MofResourceName] ernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 9 ����� n � WDMClassesOfDriver MSMCAInfo_RawCorrectedPlatformEvent C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�u ����� R � WDMClassesOfDriver MSPower C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� * ����� _ � WDMClassesOfDriver MSPower_DeviceEnable C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� . ����� c � WDMClassesOfDriver MSPower_DeviceWakeEnable C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�t ����� Q � WDMClassesOfDriver MSNdis C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver MSNdis_NetworkAddress C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver MSNdis_EnumerateAdapter C:\Windows\system32\kernelbase.dll[MofResourceName] 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�u ����� R � WDMClassesOfDriver MSPower C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� * ����� _ � WDMClassesOfDriver MSPower_DeviceEnable C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� . ����� c � WDMClassesOfDriver MSPower_DeviceWakeEnable C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�t ����� Q � WDMClassesOfDriver MSNdis C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver MSNdis_NetworkAddress C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver MSNdis_EnumerateAdapter C:\Windows\system32\kernelbase.dll[MofResourceName] this entry is a factory default. �s-ES\kernelbase.dll.mui[MofResourceName] ��9
p � ���G � i=`�: � ��@- � y� � _u� � �|C_��� ' 6 $ 2 7 D z ��� �
� � � } � � � � � � � � �
; _ � � UU�������������������������������������� � MSFT_StorageNodeToStorageEnclosure ClassVersion 1.0 Description Association between StorageNode and StorageEnclosure AMENDMENT LOCALE MS_c0a CurrentSensorOperationalStatus +
� � � V ^ uint16 Description An array containing the operational status of each current sensor of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values � � � � � � � � � Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported EnclosureNumber
� - 5 B uint32 Description The device number for the enclosure on this storage node. FanOperationalStatus +
� � � � ) 1 uint16 Description An array containing the operational status of each fan of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values Y b f p w � � � � Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported HealthStatus +
�
T \ uint16 Description Denotes the current health status of the enclosure. Values p y � � Healthy Warning Unhealthy Unknown IOControllerOperationalStatus +
� � � R Z uint16 Description An array containing the operational status of each controller of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values � � � � � � � � � Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported IsPhysicallyConnected
� / 8 E boolean Description Indicates whether the storage enclosure is physically connected to this storage node. PowerSupplyOperationalStatus +
� � �
Y a uint16 Description An array containing the operational status of each power supply of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values � � � � � � � � � Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported SlotOperationalStatus +
� C K X � � uint16 Description An array containing the operational status of each slot of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values � � � � � - Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported TemperatureSensorOperationalStatus +
� � � � uint16 Description An array containing the operational status of each temperature sensor of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values 4 = A K R i x } � Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported VoltageSensorOperationalStatus +
� � � _ g uint16 Description An array containing the operational status of each voltage sensor of the enclosure.
0 - 'Unknown'
2 - 'OK': The element is present and working with no issues detected.
3 - 'Degraded': The element detected one or more non-critical issues.
6 - 'Error': The element detected one or more critical issues.
7 - 'Non-Recoverable Error': The element detected one or more non-recoverable issues.
0xD009 - 'Not Installed': The element is not present.
0xD00A - 'Off': The element has not been turned on.
0xD00B - 'No Access Allowed': No access is allowed to the element.
0xD00C - 'Not Reported' Values � � � � � � � � � Unknown OK Degraded Error Non-Recoverable Error Not Installed Off No Access Allowed Not Reported Va � �|C_��� 6 - 2 ? q ��| � � � MSFT_StorageNodeToStoragePool ClassVersion 1.0 Description Association between StorageNode and StoragePool. AMENDMENT LOCALE MS_c0a � � �|C_��� 6 - 2 ? q ��| � � � MSFT_StorageNodeToVirtualDisk ClassVersion 1.0 Description Association between StorageNode and VirtualDisk. AMENDMENT LOCALE MS_c0a � � �|C_��� 6 ( - : g ��r z � � MSFT_StorageNodeToVolume ClassVersion 1.0 Description Association between StorageNode and Volume. AMENDMENT LOCALE MS_c0a � �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 }C_��kZ�%߬�,
� __NAMESPACE MS_c0a F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 }C_���Z�%߬�$ � __SystemSecurity ��*�0 � �Ǩ� u C I M _ L o g i c a l D i s k 9\�%߬�� � CIM_LogicalDisk A � �� � ��- 5 ; c o � � * 6 � � f q � � � � * < o � � � u � � � � � ������_UUU������������������������������������������������������������������������������������������������������������������������������������������������������4 � Win32_LogicalDisk CIMWin32 SupportsUpdate Locale UUID {8502C4B7-5FBB-11D2-AAC1-006008C78BC7} Compressed l )
� � � ��� � boolean MappingStrings � Win32API|File System Functions|GetVolumeInformation|FS_VOL_IS_COMPRESSED DeviceID @ A
� j � �� � ��r | � � string Override DeviceId MappingStrings � WMI DriveType n )
� � � ��� � uint32 MappingStrings Win32API|FileFunctions|GetDriveType FileSystem r )
� m � ��u � string MappingStrings � Win32API|File System Functions|GetVolumeInformation MaximumComponentLength v )
� � �� ) uint32 MappingStrings 1 Win32API|File System Functions|GetVolumeInformation MediaType " � )
� � � ��� � uint32 MappingStrings � Win32API|Device Input and Output Functions|DeviceIoControl ProviderName z )
� I � ��Q a string MappingStrings i Win32API|Windows Networking Functions|WNetGetConnection QuotasDisabled $ �
� � � �� boolean QuotasIncomplete % �
� ! � �� boolean QuotasRebuilding & �
� f � �� boolean SupportsDiskQuotas # �
� � � �� boolean SupportsFileBasedCompression ~ )
� � �� $ boolean MappingStrings , Win32API|File System Functions|GetVolumeInformation|FS_FILE_COMPRESSION VolumeDirty ' � )
� � � ��� � boolean MappingStrings � FSCTL_IS_VOLUME_DIRTY VolumeName � 4
� ? � �� � ��G W string MappingStrings _ Win32API|File System Functions|GetVolumeInformation VolumeSerialNumber ! � )
� � � ��� � string MappingStrings � Win32API|File System Functions|GetVolumeInformation � m % �
�
� � � � Chkdsk $ ��1 A Implemented MappingStrings I Fmifs.dll | Method ChkDskExRoutine � ac6d1350600005Q ROOT\CIMV2 ���� � �a �� * � ^ � � C � � � O ���� � � __PARAMETERS abstract FixErrors boolean
� 5 in
� 5 ] �� ID )
� � ] ��� boolean VigorousIndexCheck boolean
� � in
� � �� ID )
� � ��K boolean SkipFolderCycle boolean
� � in
� � � �� ID )
� C � �� boolean ForceDismount boolean
� m in
� m � �� ID )
� � � ��� boolean RecoverBadSectors boolean
� , in
� , T �� ID )
� � T ��� boolean
OkToRunAtBootUp boolean
� � in
� � �� ID
)
� z ��? boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ScheduleAutoChk ' �
���
���
�
Static Implemented MappingStrings Chkntfs.exe ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract LogicalDisk string
� 7 in
� 7 ^ �� ID )
� � ^ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ExcludeFromAutochk ' � ��� ��� � Static Implemented MappingStrings Chkntfs.exe ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract LogicalDisk string
� 7 in
� 7 ^ �� ID )
� � ^ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ A l l o c a t e d R e s o u r c e W\�%߬�3 CIM_AllocatedResource 6 � �� � & . 4 Z f U��������� � Win32_PNPAllocatedResource CIMWin32 Locale UUID 970C0998-41FE-4275-B7D9-7DABAD3FBC4D Antecedent f@ 6
� � � ��� � � � ref:CIM_SystemResource Override Antecedent MappingStrings � CIM|CIM_SystemResource Dependent f@ 6
� W � ��l v � � ref:Win32_PNPEntity Override Dependent MappingStrings � CIM|CIM_LogicalDevice Al � __ � � W i n 3 2 _ P e r f R a w D a t a �e�%߬�� � Win32_PerfRawData Y � �� � ��$ * R d ^ ��f q I Z > O � � � / o
�
_ o � � � � } � & 5 C C V U a ` u � � � � � � � � �
# M Z ��WUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������p � MSiSCSI_MMIPSECStats WMIProv WMI guid {36B58EA2-C461-4bb0-AC8E-952F59D251ED} PerfDetail HiPerf cpp_quote
//***************************************************************************
//
// iscsiprf.h
//
// Module: iSCSI Discovery api
//
// Purpose: Internal header defining interface between user mode discovery
// api dll and HBA driver miniport.
//
// Note: These classes are recommended as by implementing them the data
// exposed will be available in sysmon (perfmon) when running on
// Windows XP and Windows .Net server
//
// Copyright (c) 2001 Microsoft Corporation
//
//***************************************************************************
//
// This class exposes the main mode IPSEC statistics
//
// This class must be registered with PDO instance names using a single instance
//
AcquireFailures
R ]
� � � ��� � � � d �
uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of times that an acquire has failed. AcquireHeapSize j ]
� � � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of entries in the acquire heap, which stores active acquires. This number increases under a heavy load and then gradually decreases over time, as the acquire heap is cleared. Active
@
� � � �� boolean ActiveAcquire B ]
� r � ��z � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // An acquire is a request by the IPSEC driver to have IKE perform a task. The active acquire statistic includes the outstanding request and the number of any queued requests. Typically, the number of active acquires is 1. Under a heavy load, the number of active acquires is 1 and the number of requests that are queued by IKE for processing. ActiveReceive J ]
� � � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of IKE messages received that are queued for processing. AuthenticationFailures � ]
� � � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The total number of identity authentication failures (Kerberos, certificate, and preshared key) that occurred during main mode negotiation. ConnectionListSize � ]
� �
� ���
d ( 3 uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of quick mode state entries. GetSPIFailures � ]
� � � ��� � � d uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The total number of requests submitted by IKE to obtain a unique Security Parameters Index (SPI) that failed. InstanceName < '
� � � �� � �� String InvalidCookiesReceived � ]
� _
� ��g
r
�
d �
�
uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // A cookie is a value contained in a received IKE message that is used by IKE to find the state of an active main mode. A cookie in a received IKE message that cannot be matched with an active main mode is invalid. InvalidPackets � ]
� � � �� & d 2 = uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of received IKE messages that are invalid, including IKE messages with invalid header fields, incorrect payload lengths, and incorrect values for the responder cookie (when it should be set to 0). KeyAdditionFailures � ]
� � � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of outbound quick mode security associations (SAs) submitted by IKE that failed KeyAdditions � ]
� � � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of outbound quick mode security associations (SAs) added by IKE KeyUpdateFailures � ]
� � � ��� � � � d � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of inbound quick mode security associations (SAs) added by IKE KeyUpdates � ]
� � � ���
� � � d uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of inbound quick mode security associations (SAs) added by IKE NegotiationFailures z ]
� � � ��� � d % uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The total number of negotiation failures that occurred during main mode (also known as Phase I) or quick mode (also known as Phase II) negotiation. OakleyMainMode � ]
� 8 � ��@ K X f d r } uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The total number of successful SAs created during main mode negotiations. OakleyQuickMode � ]
� G � ��O Z g u d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The total number of successful SAs created during quick mode negotiations ReceiveFailures Z ]
� V � ��^ i v � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of times that the TCP stack has failed when receiving IKE messages. ReceiveHeapSize r ]
� j � ��r } � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of entries in the IKE receive buffers for incoming IKE messages. SendFailures b ]
� x � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The number of times that the TCP/IP stack has failed when sending IKE messages. SoftAssociations � ]
� � � ��� � � � d � � uint64 WmiDataId CounterType DefaultScale PerfDetail cpp_quote // The total number of negotiations that resulted in the use of plaintext (also known as soft SAs). This typically reflects the number of associations formed with computers that did not respond to main mode negotiation attempts. This can include both non-IPSEC-aware computers and IPSEC-aware computers that do not have IPSEC policy to negotiate security with this IPSEC peer. TotalGetSPI � ]
� � � ��hp H kı� & �0� d =� B � � �� � �d.� � �|C_��0
) * � ���
� � �
�
������������� � MSFC_FCAdapterHBAAttributes Description Esta clase muestra informaci�n de atributo asociada con un adaptador de canal de fibra. Debe haber una instancia de esta clase para cada adaptador AMENDMENT LOCALE HBAStatus +
� * e m uint32 Description Resultado del Estado de HBA para la operaci�n de consulta Values " � ! ) ? Y p � � � 4 g � � L � � ! y � B � m � S � + i � � "
e
La operaci�n se realiz� correctamente Error Funci�n no admitida. identificador no v�lido Argumento incorrecto WWN no reconocido �ndice no reconocido Se requiere un b�fer m�s grande La informaci�n cambi� desde la �ltima llamada a HBA_RefreshInformation Condici�n de comprobaci�n de SCSI notificada Adaptador ocupado o reservado; int�ntelo de nuevo Se agot� el tiempo de espera de la solicitud; int�ntelo de nuevo Se quit� o desactiv� un HBA al que se hace referencia El adaptador local rechaz� el ELS solicitado El adaptador especificado no proporciona el LUN especificado Se detect� una incompatibilidad entre los m�dulos de controlador y la biblioteca Hay varios adaptadores con un WWN coincidente Una solicitud de enlace persistente inclu�a un n�mero de bus SCSI local incorrecto Una solicitud de enlace persistente inclu�a un n�mero de destino SCSI local incorrecto Una solicitud de enlace persistente inclu�a un n�mero de unidad l�gica SCSI local incorrecto Una solicitud de establecimiento de enlace persistente inclu�a un identificador de SCSI local ya enlazado Una solicitud de enlace persistente inclu�a un identificador de FC de destino de FCP incorrecto o que no se encuentra Una solicitud de enlace persistente inclu�a un WWN de nodo de destino de FCP incorrecto Una solicitud de enlace persistente inclu�a un WWN de puerto de destino de FCP incorrecto Una solicitud de enlace persistente inclu�a un n�mero de unidad l�gica de FCP no definido por el destino identificado Una solicitud de enlace persistente inclu�a un identificador �nico de unidad l�gica no definido o inaccesible Una solicitud de eliminaci�n de enlace persistente inclu�a un enlace que no coincid�a con uno establecido por el puerto especificado Se solicit� un comando SCSI para un Nx_Port que no era un puerto de destino SCSI Se realiz� una solicitud sobre un protocolo FC-4 no admitido Se realiz� una solicitud para habilitar las capacidades no implementadas para un puerto El destino SCSI est� ocupado Se llam� a HBA_FreeLibrary cuando no se carg� ninguna biblioteca Se llam� a HBA_LoadLibrary cuando ya hab�a una biblioteca cargada El FCID pasado a HBA_SendRNIDV2 infringe las reglas de control de acceso UniqueAdapterId
� �
�
uint64 Description Identificador �nico para el adaptador. Este identificador debe ser �nico entre todos los adaptadores. Se debe usar el mismo valor para el identificador en otras clases que muestren informaci�n del adaptador es � �|C_�� ��*
2 = � � � � @ J U����������������� � MSFC_HBAPortAttributesResults AMENDMENT LOCALE PortSpeed
� i q y uint32 Values � � � � 1 GBit/s 2 GBit/s 10 GBit/s 4 GBit/s PortState
� � � � uint32 Values % 2 = S \ t � � � Desconocido Operativo Usuario sin conexi�n Omitido En modo de diagn�stico V�nculo inactivo Error de puerto Bucle invertido Degradado PortSupportedSpeed
� � � uint32 Values ! + 6 1 GBit/s 2 GBit/s 10 GBit/s 4 GBit/s PortType
� v ~ � uint32 Values � � � � � � 9 Q ` o � � Desconocido Otros Ausente Tejido Bucle p�blico HBA_PORTTYPE_FLPORT Puerto tejido Puerto de expansi�n de tejido Puerto tejido gen�rico Bucle privado Punto a punto SAS (SSP o STP) SATA (conexi�n directa) Ampliador SAS ed � �|C_��L
) * � ���
� � �
�
������������� � MSFC_FibrePortHBAAttributes Description Esta clase muestra informaci�n de atributo asociada con un puerto de canal de fibra. Debe haber una instancia de esta clase para cada puerto. AMENDMENT LOCALE HBAStatus +
� % ` h uint32 Description Resultado del Estado de HBA para la operaci�n de consulta Values " � $ : T k � � / b � � G � � t � = �
h � N � & d � �
`
La operaci�n se realiz� correctamente Error Funci�n no admitida. Identificador no v�lido Argumento incorrecto WWN no reconocido �ndice no reconocido Se requiere un b�fer m�s grande La informaci�n cambi� desde la �ltima llamada a HBA_RefreshInformation Condici�n de comprobaci�n de SCSI notificada Adaptador ocupado o reservado; int�ntelo de nuevo Se agot� el tiempo de espera de la solicitud; int�ntelo de nuevo Se quit� o desactiv� un HBA al que se hace referencia El adaptador local rechaz� el ELS solicitado El adaptador especificado no proporciona el LUN especificado Se detect� una incompatibilidad entre los m�dulos de controlador y la biblioteca Hay varios adaptadores con un WWN coincidente Una solicitud de enlace persistente inclu�a un n�mero de bus SCSI local incorrecto Una solicitud de enlace persistente inclu�a un n�mero de destino SCSI local incorrecto Una solicitud de enlace persistente inclu�a un n�mero de unidad l�gica SCSI local incorrecto Una solicitud de establecimiento de enlace persistente inclu�a un identificador de SCSI local ya enlazado Una solicitud de enlace persistente inclu�a un identificador de FC de destino de FCP incorrecto o que no se encuentra Una solicitud de enlace persistente inclu�a un WWN de nodo de destino de FCP incorrecto Una solicitud de enlace persistente inclu�a un WWN de puerto de destino de FCP incorrecto Una solicitud de enlace persistente inclu�a un n�mero de unidad l�gica de FCP no definido por el destino identificado Una solicitud de enlace persistente inclu�a un identificador �nico de unidad l�gica no definido o inaccesible Una solicitud de eliminaci�n de enlace persistente inclu�a un enlace que no coincid�a con uno establecido por el puerto especificado Se solicit� un comando SCSI para un Nx_Port que no era un puerto de destino SCSI Se realiz� una solicitud sobre un protocolo FC-4 no admitido Se realiz� una solicitud para habilitar las capacidades no implementadas para un puerto El destino SCSI est� ocupado Se llam� a HBA_FreeLibrary cuando no se carg� ninguna biblioteca Se llam� a HBA_LoadLibrary cuando ya hab�a una biblioteca cargada El FCID pasado a HBA_SendRNIDV2 infringe las reglas de control de acceso UniquePortId
� �
�
�
uint64 Description Identificador �nico para el puerto. Este identificador debe ser �nico entre todos los puertos de todos los adaptadores. Se debe usar el mismo valor para el identificador para el mismo puerto en otras clases que muestren informaci�n del puerto a � }C_��m ) ��#
+ � MSFC_TM Description AMENDMENT LOCALE �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 }C_��kZ�%߬�,
� __NAMESPACE MS_c0a F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 }C_���Z�%߬�$ � __SystemSecurity _SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 }C_��lZ�%߬�( � __thisNAMESPACE }���P K ���B� � ��>� � ���#" x
C I M _ T a p e D r i v e 6\�%߬� � CIM_TapeDrive 6 � �� � # ) Q ^ � � � H V � � � " � � ��������UU��������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_TapeDrive CIMWin32 Locale UUID {8502C4B1-5FBB-11D2-AAC1-006008C78BC7} Compression � )
� � � ��� � uint32 MappingStrings � Win32API|Tape Backup Structures|TAPE_GET_DRIVE_PARAMETERS|Compression DeviceID @ A
� U � �� � ��] g q � string Override DeviceId MappingStrings � Win32API|File Functions|CreateFile ECC ! � )
� � � ��� uint32 MappingStrings Win32API|Tape Backup Structures|TAPE_GET_DRIVE_PARAMETERS|ECC FeaturesHigh " � )
� � � ��� � uint32 MappingStrings � Win32API|Tape Backup Structures|TAPE_GET_DRIVE_PARAMETERS|FeaturesHigh FeaturesLow # � )
� 9 � ��A Q uint32 MappingStrings Y Win32API|Tape Backup Structures|TAPE_GET_DRIVE_PARAMETERS|FeaturesLow Id & � )
� � � ��� � string MappingStrings � Win32API|File Functions Manufacturer ' � )
� Y � ��a q string MappingStrings y Win32Registry MediaType $ � )
� � � ��� � string MappingStrings � Win32_TapeDrive|MediaType|Tape Drive ReportSetMarks % � )
� W � ��_ o uint32 MappingStrings w Win32API|Tape Backup Structures|TAPE_GET_DRIVE_PARAMETERS|ReportSetmarks �
C I M _ D i s k D r i v e 7\�%߬�� � CIM_DiskDrive 6 � �� � # ) Q a � � Z a � � � � � B M ] d J V
� � K U � � �
�
L Z � � U
e
� � a n % �������WUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_DiskDrive CIMWin32 Locale UUID {8502C4B2-5FBB-11D2-AAC1-006008C78BC7} BytesPerSector x )
� � � ��� � uint32 MappingStrings � Win32API|Device Input and Output Structures|DISK_GEOMETRY|BytesPerSector DeviceID @ A
� [ � �� � ��c m w � string Override DeviceId MappingStrings � WMI FirmwareRevision 2 � )
� � � ��� � string MappingStrings � Win32API|Device Input and Output Structures|STORAGE_DEVICE_DESCRIPTOR|ProductRevisionOffset Index & � )
� � � ��� � uint32 MappingStrings � Win32API|Windows 95/98 Functions|DRIVE_MAP_INFObtInt13Unit InterfaceType | )
� : � ��B R string MappingStrings Z Win32API|Device Input and Output Functions|DeviceIoControl Manufacturer ' � )
� � � ��� � string MappingStrings � q Win32Registry|HKEY_LOCAL_MACHINE\HARDWARE\DEVICEMAP\Scsi\Scsi Port\Scsi Bus\Target Id\Logical Unit Id\Identifier Win32Registry|Manufacturer MediaLoaded ( � )
� � � ��� � boolean MappingStrings � Win32API|Device Input and Output Structures|DISK_GEOMETRY|MediaType|FixedMedia MediaType ) � 6
� � � ��� � � string MappingStrings � Win32API|Device Input and Output Structures|DISK_GEOMETRY|MediaType ValueMap 3 J Removable media other than floppy Fixed hard disk media Format is unknown Model * � )
� � � ��� � string MappingStrings � 1 Win32Registry|HKEY_LOCAL_MACHINE\HARDWARE\DEVICEMAP\Scsi\Scsi Port\Scsi Bus\Target Id\Logical Unit Id\Identifier Win32Registry|ProductId Partitions � )
� � � ��� � uint32 MappingStrings � Win32API|Device Input and Output Structures|PARTITION_INFORMATION|RecognizedPartition SCSIBus + � )
� D � ��L \ uint32 MappingStrings d Win32API|Device Input and Output Structures|SCSI_ADDRESS|PathId SCSILogicalUnit , � )
� � � ��� uint16 MappingStrings
Win32API|Device Input and Output Structures|SCSI_ADDRESS|Lun SCSIPort - � )
� � � ��� � uint16 MappingStrings � Win32API|Device Input and Output Structures|SCSI_ADDRESS|PortNumber SCSITargetId . � )
� 6
� ��>
N
uint16 MappingStrings V
Win32API|Device Input and Output Structures|SCSI_ADDRESS|TargetId SectorsPerTrack � )
� �
� ���
�
uint32 MappingStrings Win32API|Device Input and Output Structures|DISK_GEOMETRY|SectorsPerTrack SerialNumber 1 � )
� � � ��� � string MappingStrings � Win32API|Device Input and Output Structures|STORAGE_DEVICE_DESCRIPTOR|SerialNumberOffset Signature 0 � )
� M � ��U e uint32 MappingStrings m Win32API|Device Input and Output Structures|DRIVE_LAYOUT_INFORMATION|Signature Size / � )
� � � ��
uint64 MappingStrings
Win32API|Device Input and Output Structures|DISK_GEOMETRY TotalCylinders ! � )
� �
� ���
�
uint64 MappingStrings �
Win32API|Device Input and Output Structures|DISK_GEOMETRY|Cylinders TotalHeads " � )
� D � ��L \ uint32 MappingStrings d Win32API|Device Input and Output Structures|DISK_GEOMETRY|TracksPerCylinder TotalSectors # � )
� � � ��� uint64 MappingStrings Win32API|Device Input and Output Structures|DISK_GEOMETRY|SectorsPerTrack TotalTracks $ � )
� � � ��� � uint64 MappingStrings � Win32API|Device Input and Output Structures|DISK_GEOMETRY|TracksPerCylinder TracksPerCylinder % � )
� \ � ��d t uint32 MappingStrings | Win32API|Device Input and Output Structures|DISK_GEOMETRY|TracksPerCylinder � C I M _ V i d e o S e t t i n g H\�%߬�U CIM_VideoSetting 6 � �� � ' - U ^ e��������� � Win32_VideoSettings CIMWin32 Locale UUID {1008CCEE-7BFF-11D2-AAD2-006008C78BC7} Element f@ A
� � � �� � ��� � � � ref:Win32_VideoController Override Element MappingStrings � WMI|Win32_VideoController Setting f@ A
� f � �� � ��� � � � ref:CIM_VideoControllerResolution Override Setting MappingStrings � CIM|CIM_VideoControllerResolution D2 � C I M _ D e p e n d e n c y V\�%߬�D CIM_Dependency A �� � �� � % / 7 = e q U��������� � Win32_AllocatedResource DEPRECATED CIMWin32 Locale UUID {8502C50D-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ 6
� � � ��� � � � ref:CIM_SystemResource Override Antecedent MappingStrings � CIM|CIM_SystemResource Dependent f@ 6
� b � ��y � � � ref:CIM_LogicalDevice Override Dependent MappingStrings � CIM|CIM_LogicalDevice � � �1� H��� �� � � %$NR � 6�w- :հP � �!o� � C I M _ C o m p u t e r S y s t e m �Z�%߬�� > CIM_ComputerSystem ) ��% - 3 [ l � � � � x � � � ��_U����������������������������������������������������������� � CIM_UnitaryComputerSystem Abstract Locale UUID {8502C526-5FBB-11D2-AAC1-006008C78BC7} InitialLoadInfo
(
� � � �� string LastLoadInfo ,
� � � �� string PowerManagementCapabilities
2 )
� 2 � ��: J uint16 MappingStrings R MIF.DMTF|System Power Controls|001.2 PowerManagementSupported 0
� � � �� boolean PowerState 6
� � � �� uint16 ResetCapability 8 6
� X � ��` j � � uint16 ValueMap � � � � � 1 2 3 4 5 MappingStrings � MIF.DMTF|System Hardware Security|001.4 T � 0 � SetPowerState � ac6d1350600005Q ROOT\CIMV2 ���� � �I �� * j � ������ � __PARAMETERS abstract PowerState uint16
� 6 IN
� 6 ] �� � � � � � � � � 1 2 3 4 5 6 7 8 ValueMap )
� 6 ] ��� � ID 6
� P ] ��� � uint16 e Time datetime e
� p IN e
� p � �� ID e )
� � ��� datetime __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ L o g i c a l E l e m e n t �Z�%߬�z ) CIM_LogicalElement )
�� % M ` � � B M � � K W W���������������������������������������� � CIM_Service Abstract Locale UUID {8502C527-5FBB-11D2-AAC1-006008C78BC7} CreationClassName '
� � � �� � �� string CIM_Key Name @ 4
� � � ��� � �� string Override Name Started
� 9 � �� boolean StartMode )
� � � � � �� string ValueMap � � Automatic Manual SystemCreationClassName 4
� $ B �� � �� string Propagated CIM_System.CreationClassName CIM_Key SystemName " 4
� � � � � �� � �� string Propagated CIM_System.Name CIM_Key a � � � � % � StartService y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � StopService y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ S e r v i c e �Z�%߬�� ) CIM_Service
) ��! ) / �����������������������������������������W � CIM_ClusteringService Abstract Locale UUID {debac832-6b54-4add-8a62-8d3861b97b1d} �
� ; F J � x � AddNode � ac6d1350600005Q ROOT\CIMV2 ���� � �Z �� * � ����� � __PARAMETERS abstract f CS ref f
� . IN f
� . R �� ID f )
� � R ��� ref:CIM_ComputerSystem __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EvictNode � ac6d1350600005Q ROOT\CIMV2 ���� � �Z �� * � ����� � __PARAMETERS abstract f CS ref f
� . IN f
� . R �� ID f )
� � R ��� ref:CIM_ComputerSystem __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ L o g i c a l E l e m e n t �Z�%߬�t ' CIM_LogicalElement ) & N �� X k � � ; T � � w } W�������������������������������������� � CIM_ServiceAccessPoint Locale UUID {F126ACC2-E3D4-11d2-8601-0000F8102E5F} Abstract CreationClassName 4
� � � ��� � �� string CIM_Key MaxLen Name @ A
� � ��# - � ��3 string Override Name MaxLen SystemCreationClassName A
� � � � � ��� � �� string Propagated CIM_System.CreationClassName CIM_Key MaxLen SystemName A
� A I U f ��o � �� string Propagated CIM_System.Name CIM_Key MaxLen Type )
� � � ��� � uint32 Schema Win32 � C I M _ S e r v i c e A c c e s s P o i n t �Z�%߬�� ' CIM_ServiceAccessPoint ) �� % + ���������������������������������������S � CIM_ClusteringSAP Abstract Locale UUID {2bb2b772-ffed-4aa6-b1b3-3d0cb74fc613} � C I M _ A s s o c i a t e d M e m o r y :[�%߬�~
CIM_AssociatedMemory ) ��) 1 7 _ i � � W������������ � CIM_AssociatedProcessorMemory abstract Locale UUID {464FFAB1-946F-11d2-AAE2-006008C78BC7} BusSpeed
� � � �� uint32 Dependent f@ )
� � � ��� � ref:CIM_Processor Override Dependent � W i n 3 2 _ P n P D e v i c e P r o p e r t y e\�%߬�� ! Win32_PnPDeviceProperty % ����������������������W � Win32_PnPDevicePropertyUint32 Data
� O � �� Uint32 � ߔ R� z U��� � �µ�~ z ��-� y t�=q � !}�G � ��tu � R S O P _ P o l i c y S e t t i n g �zC_��> I RSOP_PolicySetting ) % 2 } ���
� � � � S W � � � � � � " p | - � � K
]
/ � � n ~ �_UU���������������������������������������������������������������������+
� RSOP_FolderRedirectionPolicySetting Description Clase que representa los datos o la extensi�n de redirecci�n de carpetas. AMENDMENT LOCALE configurationControl @ 8
� � � G T n v uint32 Description Indica cu�l es el control de configuraci�n: Directiva de grupo o WMI DisplayName Control de configuraci�n Values � � Directiva de grupo WMI grantType , +
� � � � 3 @ boolean Description Indica si a este usuario se le ha concedido acceso exclusivo DisplayName Tipo de concesi�n id @ 6
� � � � � � � �� string Description Heredada desde RSOP_PolicySetting DisplayName Id. installationType 8
� = E M k x � � uint32 Values Y a B�sico Avanzada Description Tipo de instalaci�n: 1 = b�sica, 2 = avanzada DisplayName Tipo de instalaci�n moveType . +
� " a n boolean Description Indica si el contenido del directorio local se ha movido o no DisplayName Tipo de movimiento parentFolderId 8 +
� � � � � string Description Carpeta principal DisplayName Carpeta principal policyRemoval
0 8
� h p x � � I V uint32 Values � � Ninguno Perfil Description Acci�n que hay que realizar al quitar una directiva: 1 = Dejar la carpeta en la nueva ubicaci�n, 2 = Volver a dirigir la carpeta a la ubicaci�n del perfil de usuario DisplayName eliminaci�n de directiva precedence @ 6
� � � � � � �� uint32 Description Heredada desde RSOP_PolicySetting DisplayName Precedencia primaryComputerEvaluation < 8
� s { � V c b o uint32 Values � � � No es equipo principal Es equipo principal Sin evaluar porque la directiva de equipo principal no est� habilitada Sin evaluar debido a que el usuario est� configurado con un perfil m�vil Description Indica el resultado de la evaluaci�n del equipo principal: 1 = No es equipo principal 2 = Es equipo principal 3 = Sin evaluar porque la directiva de equipo principal no est� habilitada 4 = Sin evaluar porque el usuario est� configurado con perfil m�vil DisplayName Evaluaci�n de equipo principal redirectedPaths
( +
� � � � +
8
string Description Rutas, representadas por una matriz de rutas de redirecci�n DisplayName rutas redirigidas redirectingGroup +
� �
�
�
�
string Description La pertenencia a grupos de seguridad que hizo que esta carpeta fuera redirigida DisplayName redirigiendo grupo redirectionFlags 4 +
� h p } � � uint32 Description Contiene todas las marcas de redirecci�n DisplayName Marcas de redirecci�n resultantPath +
� ( P ] string Description Ruta a la que se redirigir� la carpeta DisplayName Ruta resultante securityGroups $ +
� � � �
string Description Grupos, representados por una matriz de grupos de seguridad DisplayName Grupos de seguridad � �zC_��l ) # t ��
� � 2 ? � � � � C R � � U�������������������������� � RSOP_ExtensionStatus Description Clase que representa el estado de sesi�n de las extensiones del lado de cliente AMENDMENT LOCALE beginTime e +
� � � � datetime Description Hora a la que se invoc� este CSE por �ltima vez DisplayName Tiempo de inicio displayName +
� x � � � � string Description Mostrar nombre de la extensi�n que se est� ejecutando DisplayName Nombre endTime e +
� % 2 q ~ datetime Description Hora en la que este CSE acab� de procesar lo �ltimo invocado. DisplayName Hora de finalizaci�n error +
� � � � % 2 uint32 Description El c�digo del error que origin� la terminaci�n del proceso DisplayName C�digo de error extensionGuid 6
� � � ��� � � � string Description GUID de la extensi�n DisplayName GUID de extensi�n loggingStatus 8
� 6 > F � � � � uint32 Values V j � Inicio: completado Inicio: no completado Inicio: no compatible Description Estado de registro: 1 = Datos registrados correctamente de la Extensi�n de lado del cliente,
2 = La Extensi�n de lado del cliente registrada no ha podido registrar los datos, es posible que los datos no est�n completos,
3 = La Extensi�n de lado del cliente no es compatible con el registro DisplayName Estado � �zC_��b
) ( � ���
� � � � � � �������������� � RSOP_ExtensionEventSource Description Clase que representa los or�genes de mensajes del registro de eventos de extensiones del lado de cliente AMENDMENT LOCALE eventLogName +
� � � k x string Description el nombre de registro del evento que puede informar de un evento cuando CSE est� aplicando una directiva DisplayName Nombre del registro de eventos eventLogSource +
� � � � T a string Description el origen del evento que puede informar de un evento cuando CSE est� aplicando una directiva DisplayName Origen del registro de eventos id 6
� � � ��� � � � string Description Id. �nico DisplayName Id. re � �zC_��a ) , � ���
� � Y j ��������� � RSOP_ExtensionEventSourceLink Description Clase que representa los or�genes de mensajes del registro de eventos de extensiones del lado de cliente AMENDMENT LOCALE eventSource f 6
� � � �� & 9 F ref:RSOP_ExtensionEventSource Description origen de eventos DisplayName Origen de eventos extensionStatus f 6
� � � ��� � � � ref:RSOP_ExtensionStatus Description Estado de CSE DisplayName Estado de extensi�n _E � �zC_��� ) ' � ���
� � x � ���������c � RSOP_IEToolbarButtonLink Description Una asociaci�n entre una configuraci�n de directiva de IEAK y un bot�n personalizado de la barra del explorador. AMENDMENT LOCALE policySetting f 6
� � � �� ( O \ ref:RSOP_IEAKPolicySetting Description Referencia a RSOP_IEAKPolicySetting. DisplayName Configuraci�n de directiva toolbarButton f 6
� � � ��� � 3 @ ref:RSOP_IEToolbarButton Description Referencia al bot�n de la barra de tareas de Internet Explorer. DisplayName Bot�n de la barra de herramientas va �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �{C_��kZ�%߬�,
� __NAMESPACE MS_409 F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �{C_���Z�%߬�$ � __SystemSecurity �
C I M _ P o t s M o d e m �\�%߬�� 5 CIM_PotsModem 6 � �� � # ) - Q ] � � � � 3 G � � � � ? T � � p y
� � D P Z f � � d
t
" � � m ~
-
�
�
> E � � { � $ 4 � � � � � � > J � � � � # * � � m ~ + � � q � ! 4 � � � � 6 D � � | � ( ���������UUUUUUUUUUU�������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_POTSModem CIMWin32 Locale UUID {8502C4BE-5FBB-11D2-AAC1-006008C78BC7} AttachedTo $ q )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|AttachedTo BlindOff % u )
� 6 � ��> N string MappingStrings V Win32Registry|SYSTEM\CurrentControlSet\Control\Class|BlindOff BlindOn & y )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|BlindOn CompatibilityFlags ' } )
� ~ � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|CompatibilityFlags CompressionOff ( � )
� . � ��6 F string MappingStrings N Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Compression_Off CompressionOn ) � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Compression_On ConfigurationDialog * � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|ConfigDialog DCB + � )
� * � ��1 A uint8 MappingStrings I Win32API|Communication Structures|DCB Default , � )
� � � ��� � uint8 MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Default DeviceID @ A
� f � �� � ��n x � � string Override DeviceId MappingStrings � WMI DeviceLoader - � )
� � � ��� � string MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Control\Class|DevLoader DeviceType . � 6
� � � ��� � � � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|DeviceType ValueMap # 3 C Q Null Modem Internal Modem External Modem PCMCIA Modem Unknown DriverDate e / � )
� � � ��� � datetime MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|DriverDate ErrorControlForced 0 � )
� K � ��S c string MappingStrings k Win32Registry|SYSTEM\CurrentControlSet\Control\Class|ErrorControl_Forced ErrorControlOff 1 � )
� � � ��
string MappingStrings
Win32Registry|SYSTEM\CurrentControlSet\Control\Class|ErrorControl_Off ErrorControlOn 2 � )
� �
� ���
�
string MappingStrings �
Win32Registry|SYSTEM\CurrentControlSet\Control\Class|ErrorControl_On FlowControlHard 3 � )
� Y � ��a q string MappingStrings y Win32Registry|SYSTEM\CurrentControlSet\Control\Class|FlowControl_Hard FlowControlOff 5 � )
� � �� string MappingStrings ' Win32Registry|SYSTEM\CurrentControlSet\Control\Class|FlowControl_Off FlowControlSoft 4 � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|FlowControl_Soft InactivityScale 6 � )
� d
� ��l
|
string MappingStrings �
Win32Registry|SYSTEM\CurrentControlSet\Control\Class|InactivityScale Index 7 �
� �
� �� uint32 IndexEx 8 �
� 6 � �� string Model 9 � )
� | � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Model ModemInfPath : � )
� � ��% 5 string MappingStrings = Win32Registry|SYSTEM\CurrentControlSet\Control\Class|InfPath ModemInfSection ; � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|InfSection ModulationBell < � )
� k � ��s � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Modulation_Bell ModulationCCITT = � )
� � ��! 1 string MappingStrings 9 Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Modulation_CCITT PortSubClass > � C
� � � ��� � B I | � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|PortSubClass Value Y h u Parallel Port Serial Port Modem ValueMap � � � 00 01 02 Prefix ? � )
� � � ��� � string MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Prefix Properties @ � )
� � � ��� � uint8 MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Properties ProviderName A � )
� & � ��. > string MappingStrings F Win32Registry|SYSTEM\CurrentControlSet\Control\Class|ProviderName Pulse B � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Pulse Reset C � )
� a � ��i y string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Reset ResponsesKeyName D � )
� � �� string MappingStrings & Win32Registry|SYSTEM\CurrentControlSet\Control\Class|ResponsesKeyName SpeakerModeDial E � )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerModeDial SpeakerModeOff F � )
� b � ��j z string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerModeOff SpeakerModeOn G � )
�
� �� % string MappingStrings - Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerModeOn SpeakerModeSetup H )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerModeSetup SpeakerVolumeHigh I )
� k � ��s � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerVolume_High SpeakerVolumeLow J )
� � ��% 5 string MappingStrings = Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerVolume_Low SpeakerVolumeMed K
)
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|SpeakerVolume_Med StringFormat L )
� { � ��� � string MappingStrings � Win32_API|Line Device Structures|LINEDEVCAPS|dwStringFormat Terminator M )
� � ��# 3 string MappingStrings ; Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Terminator Tone N )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\Class|Tone VoiceSwitchFeature O )
� _ � ��g w string MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Control\Class|VoiceSwitchFeature � E l e m e n t �[�%߬�w " CIM_LogicalElement ) �� & , T g � � [ g �W��������������������������������� � CIM_JobDestination Abstract Locale UUID {673E0A2C-E3D0-11d2-8601-0000F8102E5F} CreationClassName 4
� � � �� � ��� STRING MaxLen SystemCreationClassName A
� ! � �� � ��) 1 = STRING MaxLen Propagated CIM_System.CreationClassName SystemName A
� � � �� � ��� � � STRING MaxLen Propagated CIM_System.Name � C I M _ C o n t r o l l e r �[�%߬� R CIM_Controller ) ��$ , 2 ����������������������������������������������������������������������������������Z � CIM_ManagementController Abstract Locale UUID {7250D62E-E3D0-11d2-8601-0000F8102E5F} � C I M _ C o n t r o l l e r �[�%߬�� R CIM_Controller ) �� % + ����������������������������������������������������������������������������������S � CIM_PCIController Abstract Locale UUID {7BB67AE8-E3D0-11d2-8601-0000F8102E5F} � C I M _ M e d i a A c c e s s D e v i c e �[�%߬�6 � CIM_MediaAccessDevice ) ��# + 1 ��������������������������������������������������������������������������������������������������������������������������������Y � CIM_MagnetoOpticalDrive Abstract Locale UUID {F62037D8-E3D0-11d2-8601-0000F8102E5F} � C I M _ M e d i a A c c e s s D e v i c e �[�%߬�, � CIM_MediaAccessDevice ) �� ! ' ��������������������������������������������������������������������������������������������������������������������������������O � CIM_WORMDrive Abstract Locale UUID {FFB58B9A-E3D0-11d2-8601-0000F8102E5F} � C I M _ L o g i c a l D e v i c e �[�%߬�� G CIM_LogicalDevice )
�� % �����������������������������������������������������������������������M � CIM_Scanner Abstract Locale UUID {07F12A62-E3D1-11d2-8601-0000F8102E5F} �
C I M _ S e n s o r �[�%߬�Z T CIM_Sensor ) �� $ * R b � � � � 7 M ����������������������������������������������������������������������������������� � CIM_BinarySensor Abstract Locale UUID {11140D44-E3D1-11d2-8601-0000F8102E5F} CurrentReading B
� � � �� BOOLEAN ExpectedReading D
� � � �� BOOLEAN InterpretationOfFalse F )
� ' � ��/ @ STRING MaxLen InterpretationOfTrue J )
� � � ��� @ STRING MaxLen �
C I M _ S e n s o r �[�%߬� T CIM_Sensor ) �� & , T f � � �����������������������������������������������������������������������������������[ � CIM_DiscreteSensor Abstract Locale UUID {1BF00330-E3D1-11d2-8601-0000F8102E5F} AcceptableValues B )
� � � ��� @ STRING MaxLen CurrentReading F )
� � � ��� @ STRING MaxLen PossibleValues J )
� K � ��S @ STRING MaxLen �
C I M _ S e n s o r �[�%߬�� G CIM_Sensor ) �� ( . �����������������������������������������������������������������������V � CIM_MultiStateSensor Abstract Locale UUID {237D964E-E3D1-11d2-8601-0000F8102E5F} � C I M _ N u m e r i c S e n s o r �[�%߬�� � CIM_NumericSensor ) �� " ( P ` � � 2 G � � $ 1 � � � � S ^ � � r } � � J _ � � ����U�W��������������������������������������������������������������������������������������������������������������������������������< � CIM_Tachometer Abstract Locale UUID {237D964F-E3D1-11d2-8601-0000F8102E5F} CurrentReading @ B )
� � � ��� � sint32 Override CurrentReading LowerThresholdCritical @ p )
� � �� sint32 Override LowerThresholdCritical LowerThresholdFatal @ ! x )
� ~ � ��� � sint32 Override LowerThresholdFatal LowerThresholdNonCritical @ h )
� � � ��� sint32 Override LowerThresholdNonCritical MaxReadable @ R )
� h � ��p z sint32 Override MaxReadable MinReadable @ V )
� � � ��� � sint32 Override MinReadable NominalReading @ F )
� 1 � ��9 C sint32 Override NominalReading NormalMax @ J )
� � � ��� � sint32 Override NormalMax NormalMin @ N )
� � � ��� sint32 Override NormalMin Resolution @ Z )
� T � ��\ f uint32 Override Resolution Tolerance @ ^ )
� � � ��� � sint32 Override Tolerance UpperThresholdCritical @ t )
� � ��( 2 sint32 Override UpperThresholdCritical UpperThresholdFatal @ " | )
� � � ��� � sint32 Override UpperThresholdFatal UpperThresholdNonCritical @ l )
� � �� ! sint32 Override UpperThresholdNonCritical � C I M _ S t o r a g e E x t e n t �[�%߬� b CIM_StorageExtent ) ��! ) / ��������������������������������������������������������������������������������������������������W � CIM_AggregatePSExtent Abstract Locale UUID {2D0E255C-E3D1-11d2-8601-0000F8102E5F} � C I M _ S t o r a g e E x t e n t �[�%߬�� k CIM_StorageExtent ) ��$ , 2 Z o ������������������������������������������������������������������������������������������������������������ � CIM_ProtectedSpaceExtent Abstract Locale UUID {35E25AA4-E3D1-11d2-8601-0000F8102E5F} UserDataStripeDepth \ )
� � � ��� � UINT64 MappingStrings � MIF.DMTF|Protected Space Extent|001.6 � C I M _ S t o r a g e E x t e n t �[�%߬�> s CIM_StorageExtent ) �� ! ' O h � � �������������������������������������������������������������������������������������������������������������������b � CIM_VolumeSet Abstract Locale UUID {35E25AA5-E3D1-11d2-8601-0000F8102E5F} PSExtentInterleaveDepth \ )
� � � ��� � UINT64 MappingStrings � MIF.DMTF|Volume Set|001.5 PSExtentStripeLength d )
� ' � ��/ ? UINT64 MappingStrings G MIF.DMTF|Volume Set|001.4 � C I M _ L o g i c a l F i l e �[�%߬�% ~ CIM_LogicalFile ) �� " ( ������������������������������������������������������������������������������������������������������������������������������P � CIM_DeviceFile Abstract Locale UUID {4333BD60-E3D1-11d2-8601-0000F8102E5F} � W i n 3 2 _ P n P D e v i c e P r o p e r t y k\�%߬�� ! Win32_PnPDeviceProperty % ����������������������W � Win32_PnPDevicePropertyString Data
� O � �� string � �e��� V �י U ��,k P ȓ�� ��<� . �� � ��A � Բ��� 7 �ù� $ P3� Q _�Q�W } K e r b I n i t S e c u r i t y C o n t e x t wd�%߬� ! KerbInitSecurityContext C � �� * X c r w � � N Z � � F N � � � � U����������������������������A � KerbInitSecurityContext_End Description Kerberos Initialize Security Context Handler EventType EventTypeName End locale MS\0x409 CredSource P
� � � ' : C K � �� string WmiDataId Description Credentials Source StringTermination Counted format w DomainName P
� � � � � � � � �� string WmiDataId Description Domain Name StringTermination Counted format w ExtError C
� g o z � � � � �� uint32 WmiDataId Description Extended Error Code format x klininfo C
�
" ; C � �� uint32 WmiDataId Description Extended Error klininfo format x Status C
� � � � � � � � �� uint32 WmiDataId Description Status format x Target P
� 8 @ K X ` s | � � �� string WmiDataId Description Target StringTermination Counted format w UserName P
� � � - 6 > � �� string WmiDataId Description User Name StringTermination Counted format w � M S K e r b T r a c e xd�%߬�' MSKerbTrace
C � �� ( R X � � � � � � KerbAcceptSecurityContext Description Kerberos Accept Security Context Handler Guid {94acefe3-9e56-49e3-9895-7240a231c371} DisplayName KerbAcceptSecurityContext locale MS\0x409 � K e r b A c c e p t S e c u r i t y C o n t e x t yd�%߬� # KerbAcceptSecurityContext C � ��! . X c r y � � � KerbAcceptSecurityContext_Start Description Kerberos Accept Security Context Handler EventType EventTypeName Start locale MS\0x409 � K e r b A c c e p t S e c u r i t y C o n t e x t zd�%߬�� # KerbAcceptSecurityContext C � �� , V a p u } � � L X
� � K U U��������������������� � KerbAcceptSecurityContext_End Description Kerberos Accept Security Context Handler EventType EventTypeName End locale MS\0x409 CredSource P
� � � % 8 A I � �� string WmiDataId Description Credentials Source StringTermination Counted format w DomainName P
� � � � � � � � � �� string WmiDataId Description Domain Name StringTermination Counted format w Status C
� c k v � � � � �� uint32 WmiDataId Description Status format x Target P
� � $ 7 @ H � �� string WmiDataId Description Target StringTermination Counted format w UserName P
� � � � � � � � � �� string WmiDataId Description User Name StringTermination Counted format w � M S K e r b T r a c e {d�%߬� MSKerbTrace
C � �� 5 ; c p � � � � KerbSetPassword Description Kerberos Set Password Guid {94c79108-b23b-4418-9b7f-e6d75a3a0ab2} DisplayName KerbSetPassword locale MS\0x409 � K e r b S e t P a s s w o r d |d�%߬�� KerbSetPassword C � �� $ ; F U \ d n � KerbSetPassword_Start Description Kerberos Set Password EventType EventTypeName Start locale MS\0x409 � K e r b S e t P a s s w o r d }d�%߬�o KerbSetPassword C � �� " 9 D S X ` j w * 8 � � � � j v ( 0 U�������������������������� � KerbSetPassword_End Description Kerberos Set Password EventType EventTypeName End locale MS\0x409 AccountName P
� � � � � ' � �� string WmiDataId Description Account Name StringTermination Counted format w AccountRealm P
� � � � � � � � � � �� string WmiDataId Description Account Realm StringTermination Counted format w ClientName P
� V ^ i v � � � � � �� string WmiDataId Description Client Name StringTermination Counted format w ClientRealm P
� ( 5 C V _ g � �� string WmiDataId Description Client Realm StringTermination Counted format w KdcAddress P
� � � � � % � �� string WmiDataId Description KDC Address StringTermination Counted format w Status C
� � � � � � � � �� uint32 WmiDataId Description Status format x � M S K e r b T r a c e ~d�%߬� MSKerbTrace
C � �� ! ; A i v � � � � KerbChangePassword Description Kerberos Change Password Guid {c55e606b-334a-488b-b907-384abaa97b04} DisplayName KerbChangePassword locale MS\0x409 � K e r b C h a n g e P a s s w o r d d�%߬�� KerbChangePassword C � �� ' A L [ b j t � KerbChangePassword_Start Description Kerberos Change Password EventType EventTypeName Start locale MS\0x409 � K e r b C h a n g e P a s s w o r d �d�%߬�
KerbChangePassword C � �� % ? J Y ^ f p } 0 < � � U������������| � KerbChangePassword_End Description Kerberos Change Password EventType EventTypeName End locale MS\0x409 AccountName P
� � � � � % - � �� string WmiDataId Description Account Name StringTermination Counted format w DomainName P
� � � � � � � � � � �� string WmiDataId Description Account Realm StringTermination Counted format w Status C
� I Q \ i q y � �� uint32 WmiDataId Description Status format x le �
E v e n t T r a c e �d�%߬�Q EventTrace 6 � �� 2 8 ` h r y q����� � DigestDebugTrace Description Security: WDigest Guid {fb6a424f-b5d6-4329-b9d5-a975b3a93ead} locale MS\0x409 Flags E
� � � � � � � 7 A uint32 Description Enable Flags ValueDescriptions
. : H T ^ h r } � � Error Flag Warning Flag Trace Flag ASC Flag ISC Flag LSA Flag User Flag Function Flag Mem Flag Stuff Flag Values
� � � � � ! + Error Warning Trace TraceASC TraceICS TraceLSA TraceUser TraceFunc TraceMem TraceStuff ValueMap
m y � � � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 la � D���` q �?�f� B ��� s Q�'� � h/H� � C I M _ I n f r a r e d C o n t r o l l e r �\�%߬�- V CIM_InfraredController 6 � �� � ( . V ` � � �������������������������������������������������������������������������������������\ � Win32_InfraredDevice CIMWin32 Locale UUID {67F74295-BA42-11d2-85E5-0000F8102E5F} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI Manufacturer L )
� - � ��5 E string MappingStrings M Win32Registry � C I M _ S e r i a l C o n t r o l l e r �\�%߬� � CIM_SerialController 6 � �� � $ * R Z � � � � C \ � � � � 5 G � � � � P ` � � � d v * � � �
�
C X � � � j
z
7 � � � � ������WUUUU������������������������������������������������������������������������������������������������������������������������������������������K � Win32_SerialPort CIMWin32 Locale UUID {8502C4BF-5FBB-11D2-AAC1-006008C78BC7} Binary X )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|DCB|fBinary DeviceID @ A
� : � �� � ��B L V f string Override DeviceId MappingStrings n Win32Registry|Hardware\DeviceMap\SerialComm MaximumInputBufferSize Z )
� � � ��� uint32 MappingStrings
Win32API|Communication Structures|COMMPROP|dwMaxRxQueue MaximumOutputBufferSize ^ )
� � � ��� � uint32 MappingStrings � Win32API|Communication Structures|COMMPROP|dwMaxTxQueue OSAutoDiscovered . � )
� 5 � ��> N boolean MappingStrings V Win32Registry|HARDWARE\DESCRIPTION\SYSTEM\MultifunctionAdapter ProviderType b )
� � � ��� � string MappingStrings � Win32API|Communication Structures|COMMPROP|dwProvSubType SettableBaudRate f )
� ~ � ��� � boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_BAUD SettableDataBits h )
� - � ��6 F boolean MappingStrings N Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_DATABITS SettableFlowControl j )
� � � ��� � boolean MappingStrings Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_HANDSHAKING SettableParity l )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_PARITY SettableParityCheck ! n )
� K � ��T d boolean MappingStrings l Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_PARITY_CHECK SettableRLSD " p )
� � � �� boolean MappingStrings Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_RLSD SettableStopBits # r )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwSettableParams|SP_STOPBITS Supports16BitMode $ t )
� a � ��j z boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_16BITMODE SupportsDTRDSR % v )
�
� ��
/
boolean MappingStrings 7
Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_DTRDSR SupportsElapsedTimeouts & x )
� �
� ���
�
boolean MappingStrings �
Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_TOTALTIMEOUTS SupportsIntTimeouts ' z )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_INTTIMEOUTS SupportsParityCheck ( | )
� K � ��T d boolean MappingStrings l Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_PARITY_CHECK SupportsRLSD ) ~ )
�
� ��
boolean MappingStrings "
Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_RLSD SupportsRTSCTS * � )
� �
� ���
�
boolean MappingStrings �
Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_RTSCTS SupportsSpecialCharacters + � )
� n � ��w � boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_SPECIALCHARS SupportsXOnXOff , � )
� ' � ��0 @ boolean MappingStrings H Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_XONXOFF SupportsXOnXOffSet - � )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|COMMPROP|dwProvCapabilities|PCF_SETXCHAR � C I M _ S C S I C o n t r o l l e r �\�%߬�7 z CIM_SCSIController 6 � �� � ( . V `
� � X i � � � ������_������������������������������������������������������������������������������������������������������������������& � Win32_SCSIController CIMWin32 Locale UUID {8502C4C1-5FBB-11D2-AAC1-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � Win32Registry|Hardware\DeviceMap\Scsi DeviceMap f 4
� W _ �� � ��k { string DEPRECATED MappingStrings � Win32Registry|Hardware\DeviceMap\Scsi|ScsiPort DriverName b )
� � � ��� string MappingStrings Win32Registry|System\CurrentControlSet\Services\Class|PortDriver HardwareVersion j )
� � � ��� � string MappingStrings � Win32Registry|System\CurrentControlSet\Enum\Root|HWRevision Index ^ )
� ; � ��C S uint32 MappingStrings [ Win32Registry|Hardware\DeviceMap\Scsi|ScsiPort Manufacturer n )
� � � ��� � string MappingStrings � Win32Registry|System\CurrentControlSet\Enum\Root|Mfg � C I M _ C o n t r o l l e d B y �\�%߬�\ CIM_ControlledBy 6 � �� � % - 3 [ g ��������������������������������� � Win32_USBControllerDevice CIMWin32 Locale UUID {DE57D792-A032-11D2-90F0-0060081A46FD} Antecedent f@ A
� � � �� � ��� � � � ref:CIM_USBController Override Antecedent MappingStrings � CIM|CIM_USBController Dependent f@ A
� l � �� � ��� � � � ref:CIM_LogicalDevice Override Dependent MappingStrings � CIM|CIM_LogicalDevice Co � C I M _ C o n t r o l l e d B y �\�%߬�c CIM_ControlledBy 6 � �� � & . 4 \ h $ ��������������������������������� � Win32_SCSIControllerDevice CIMWin32 Locale UUID {CC0F48D2-C847-11d2-911E-0060081A46FD} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_SCSIController Override Antecedent MappingStrings � CIM|Win32_SCSIController Dependent f@ A
� s � �� � ��� � � � ref:CIM_LogicalDevice Override Dependent MappingStrings � CIM|CIM_LogicalDevice ol � pingStrings � Win32API|Device Input and Output Functions|DeviceIoControl MTU " i )
� A � ��I Y uint32 MappingStrings a Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|MTU NumForwardPackets # m )
� � � ��� uint32 MappingStrings Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|NumForwardPackets PMTUBHDetectEnabled X )
� � � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnablePMTUBHDetect PMTUDiscoveryEnabled Z )
� t � ��} � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnablePMTUDiscovery ServiceName : )
� / � ��7 G string MappingStrings O Win32Registry|Software\Microsoft\Windows NT\CurrentVersion\NetworkCards|ServiceName TcpipNetbiosOptions 8 �
� � � �� uint32 TcpMaxConnectRetransmissions $ q )
� @! � ��H! X! uint32 MappingStrings `! Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpMaxConnectRetransmissions TcpMaxDataRetransmissions % u )
� " � ��" )" uint32 MappingStrings 1" Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpMaxDataRetransmissions TcpNumConnections & y )
� �" � ���" �" uint32 MappingStrings �" Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpNumConnections TcpUseRFC1122UrgentPointer ' } )
� �# � ���# �# boolean MappingStrings �# Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpUseRFC1122UrgentPointer TcpWindowSize ( )
� b$ � ��j$ z$ uint16 MappingStrings �$ Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpWindowSize WINSEnableLMHostsLookup 3 � )
� "% � ��+% ;% boolean MappingStrings C% Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnableLMHOSTS WINSHostLookupFile 6 � )
� �% � ���% �% string MappingStrings �% Win32API|System Information Functions|GetSystemDirectory|\drivers\etc\lmhosts WINSPrimaryServer 4 � )
� �& � ���& �& string MappingStrings �& Win32API|Device Input and Output Functions|DeviceIoControl WINSScopeID 7 � )
� 7' � ��?' O' string MappingStrings W' Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ScopeID WINSSecondaryServer 5 � )
� �' � ���' ( string MappingStrings
( Win32API|Device Input and Output Functions|DeviceIoControl �� ) � � % 5 � � N a � � 7 ; � � x | � � � t � � � � 3+ �, �, �. �0 )2 B2 4 U6 �7 �7 �9 #< �= �= )? B �C �C E &G �H �H �J iN �O �O �Q K\ �] �] G_ ha �b �b �d l m �m mo qo �p
q s Tu �v �v �x �| {~ �~ t� �� � 0� � V� Ӊ � ԋ � �� �� �� ɓ F� U� =� X� ՚ � ̜ � d� u� ]� �� � .� � Y� ֫ � Э � �� �� �� ص U� c� K� b� �� ݾ � �� �� �� �� =� E� D� �� �� � �� 8� �� �� �� C� �� �� �� "� �� �� �� �� V� u� ]� �� :� L� 4� ^� �� �� �� *� �� � EnableDHCP ) 5 ��B L � � Implemented ValueMap ' � � � � � �
" & * . 2 6 : > B F J N R V Z ^ b f j n r v z ~ � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RenewDHCPLease ) ^ ��k u � � Implemented ValueMap ' # ' + / 3 7 ; ? C G K O S W [ _ c g k o s w { � � � � � � � � � � � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RenewDHCPLeaseAll 4 � ��� ��� � � � Implemented Static ValueMap ' T W Z ^ b f j n r v z ~ � � � � � � � � � � � � � � � � � � � � � � � � � � � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReleaseDHCPLease ) � ��� � * Implemented ValueMap '
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings 2 WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReleaseDHCPLeaseAll 4
��
��
[ k Implemented Static ValueMap ' �
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
" & * . 2 6 : > B F J N R W 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings s WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableStatic ) 0 ��= G � � Implemented ValueMap ' � � � � � � �
! % ) - 1 5 9 = A E I M Q U Y ] a e i m q u y ~ 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � WMI T ac6d1350600005Q ROOT\CIMV2 ���� � � �� * � @ � ��������E � __PARAMETERS abstract IPAddress string
� 5 In
� 5 \ �� � WMI MappingStrings )
� 5 \ ��� � ID 6
� & \ ��� � � string SubnetMask string
� L In
� L s �� � WMI MappingStrings )
� L s ��� � ID 6
� = s ��� � � string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetGateways ) � ��� � � Implemented ValueMap ' a d g k o s w { � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings WMI ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 2 � � ��������� � __PARAMETERS abstract DefaultIPGateway string
� < In
� < c �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters\Interfaces\ MappingStrings )
� < c ��� � ID 6
� v c ��� � . string GatewayCostMetric uint16
� � In
� � � �� Optional '
� � � ��� �� ? WMI MappingStrings 4
� � � ��� ��D 7 ID A
� � � ��� ��D 7 � uint16 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableDNS 4 � ��� ��� � 5 E Implemented Static ValueMap ' � � � � � � � � � � � � � � � � � � � � � � � � � � $ ( , 1 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings M Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters � ac6d1350600005Q ROOT\CIMV2 ���� � �M �� � # J � * t � � U����������������� � __PARAMETERS abstract DNSHostName string
� 7 In
� 7 ^ �� Optional '
� 7 ^ ��� �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|Hostname MappingStrings 4
� 7 ^ ��� �� � ID A
� � ^ ��� �� � p string DNSDomain string
� � In
� � �� Optional '
� � ��= �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|Domain MappingStrings 4
� � ��= ��� | ID A
� r ��= ��� | string DNSServerSearchOrder string
� � In
� � � �� Optional '
� � � ��� �� > Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|NameServer MappingStrings 4
� � � ��� ��� 6 ID A
� 0 � ��� ��� 6 � string DNSDomainSuffixSearchOrder string
� f In
� f � �� Optional '
� f � ��� �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|SearchList MappingStrings 4
� f � ��� ��O � ID A
� � � ��� ��O � � string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDNSDomain ) �, ���, �, 9. I. Implemented ValueMap ' �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- �- . . . . . . . . . $. (. ,. 0. 5. 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings Q. Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * & ����r � __PARAMETERS abstract DNSDomain string
� 5 In
� 5 \ �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|Domain MappingStrings )
� 5 \ ��� � ID 6
� j \ ��� � " string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDNSServerSearchOrder ) k2 ��x2 �2 �3 �3 Implemented ValueMap ' "3 %3 (3 ,3 03 43 83 <3 @3 D3 H3 L3 P3 T3 X3 \3 `3 d3 h3 l3 p3 t3 x3 |3 �3 �3 �3 �3 �3 �3 �3 �3 �3 �3 �3 �3 �3 �3 �3 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �3 Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters : ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 5 ����� � __PARAMETERS abstract DNSServerSearchOrder string
� @ In
� @ g �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|NameServer MappingStrings )
� @ g ��� � ID 6
� y g ��� � 1 string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDNSSuffixSearchOrder 4 8 ��,8 ��48 >8 y9 �9 Implemented Static ValueMap ' �8 �8 �8 �8 �8 �8 �8 �8 �8 9 9 9 9 9 9 9 9 9 $9 (9 ,9 09 49 89 <9 @9 D9 H9 L9 P9 T9 X9 \9 `9 d9 h9 l9 p9 u9 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �9 Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters L ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * ; ����� � __PARAMETERS abstract DNSDomainSuffixSearchOrder string
� F In
� F m �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|NameServer MappingStrings )
� F m ��� � ID 6
� m ��� � 7 string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDynamicDNSRegistration �= ���= �= Implemented ValueMap ' �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> �> ? ? ? ? ? ? ? ? ? %? 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � � * � ����� � __PARAMETERS abstract FullDNSRegistrationEnabled boolean
� F In
� F n �� ID )
� � n ��� boolean DomainDNSRegistrationEnabled boolean
� In
� 8 �� Optional '
� 8 ��f �� ID 4
� � 8 ��f ��� boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPConnectionMetric �C ���C �C Implemented ValueMap ' mD pD sD wD {D D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D �D E 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract IPConnectionMetric uint32
� > In
� > e �� ID )
� � e ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetWINSServer ) �H ���H �H -J =J Implemented ValueMap ' �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I �I J J J J J J J J J $J )J 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings EJ Win32API|Device Input and Output Functions|DeviceIoControl � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * ! x ��������� � __PARAMETERS abstract WINSPrimaryServer string
� = In
� = d �� � Win32API|Device Input and Output Functions|DeviceIoControl MappingStrings )
� = d ��� � ID 6
� e d ��� � string WINSSecondaryServer string
� � In
� � � �� � Win32API|Device Input and Output Functions|DeviceIoControl MappingStrings )
� � � ��- � ID 6
� � � ��- � t string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableWINS 4 &P ��3P ��;P EP �Q �Q Implemented Static ValueMap ' �P �P �P �P �P �P �P �P Q Q Q Q Q Q Q Q #Q 'Q +Q /Q 3Q 7Q ;Q ?Q CQ GQ KQ OQ SQ WQ [Q _Q cQ gQ kQ oQ sQ wQ |Q 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �Q Win32Registry|SYSTEM\CurrentControlSet\Services ~
ac6d1350600005Q ROOT\CIMV2 ���� � �+
�� * < � � a � U������������j � __PARAMETERS abstract DNSEnabledForWINSResolution boolean
� G In
� G o �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Netbt\Parameters|EnableDNS MappingStrings )
� G o ��� � ID 6
� � o ��� � 8 boolean WINSEnableLMHostsLookup boolean
� � In
� � � �� Win32Registry|SYSTEM\CurrentControlSet\Services\Netbt\Parameters|EnableLMHOSTS MappingStrings )
� � � ��b
ID 6
� � � ��b
� boolean WINSHostLookupFile string
� In
� G �� optional '
� G ��u �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DatabasePath MappingStrings 4
� G ��u �� � ID A
� � G ��u �� � ] string WINSScopeID string
� � In
� � � �� optional '
� � � ��, �� s Win32Registry|SYSTEM\CurrentControlSet\Services\Netbt\Parameters|ScopeID MappingStrings 4
� � � ��, ��� k ID A
� b � ��, ��� k string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpipNetbios �] ��^ ^ Implemented ValueMap ' �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ �^ _ _
_ _ _ _ _ _ "_ &_ *_ ._ 2_ 6_ :_ >_ C_ 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract TcpipNetbiosOptions uint32
� ? In
� ? f �� ID )
� � f ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableIPSec ) c ��(c 2c md }d Implemented ValueMap ' �c �c �c �c �c �c �c �c �c �c �c �c d d d d d d d d d $d (d ,d 0d 4d 8d <d @d Dd Hd Ld Pd Td Xd \d `d dd id 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �d Win32Registry|SYSTEM\CurrentControlSet\Services|Tcpip\Parameters\Interfaces , ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� = * D � � ������������� � __PARAMETERS abstract IPSecPermitTCPPorts string
� ? In
� ? f �� � Win32Registry|SYSTEM\CurrentControlSet\Services|Tcpip\Parameters\Interfaces|TCPAllowedPorts MappingStrings )
� ? f ��� � ID 6
� � f ��� � @ string IPSecPermitUDPPorts string
� � In
� � � �� Win32Registry|SYSTEM\CurrentControlSet\Services|Tcpip\Parameters\Interfaces|UDPAllowedPorts MappingStrings )
� � � ��q ID 6
� � ��q � string IPSecPermitIPProtocols string
� 2 In
� 2 Y �� � Win32Registry|SYSTEM\CurrentControlSet\Services|Tcpip\Parameters\Interfaces|RawIPAllowedProtocols MappingStrings )
� 2 Y ��� � ID 6
� � Y ��� � 9 string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableIPSec ) �m ���m �m o o Implemented ValueMap ' mn pn sn wn {n n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n �n o 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings o Win32Registry|SYSTEM\CurrentControlSet\Services|Tcpip\Parameters\Interfaces y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPXVirtualNetworkNumber ? Iq ��Uq ��bq ��jq tq �r �r DEPRECATED Implemented Static ValueMap ' r r r r "r &r *r .r 2r 6r :r >r Br Fr Jr Nr Rr Vr Zr ^r br fr jr nr rr vr zr ~r �r �r �r �r �r �r �r �r �r �r �r 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �r Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters D ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * A ����� � __PARAMETERS abstract IPXVirtualNetNumber string
� ? In
� ? f �� � Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters|VirtualNetworkNumber MappingStrings )
� ? f ��� � ID 6
� � f ��� � = string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPXFrameTypeNetworkPairs 4 "w ��.w ��;w Ew �x �x DEPRECATED Implemented ValueMap ' �w �w �w �w �w �w �w �w x x x x x x x x #x 'x +x /x 3x 7x ;x ?x Cx Gx Kx Ox Sx Wx [x _x cx gx kx ox sx wx |x 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �x Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters\Adapters ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � ! * @ ��������z � __PARAMETERS abstract IPXNetworkNumber string
� < In
� < c �� � Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters\Adapters|NetworkNumber MappingStrings )
� < c ��� � ID 6
� � c ��� � < string IPXFrameType uint32
� � In
� � � �� Win32Registry|SYSTEM\CurrentControlSet\Services\nwlnkipx\Parameters\Adapters|PktType MappingStrings )
� � � ��_ � � � � � 0 1 2 3 255 ValueMap 6
� � � ��_ � � ID C
� r � ��_ � � uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDatabasePath 4 �~ ���~ ���~ �~ � *� Implemented Static ValueMap ' � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � �
� � � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings 2� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters $ ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * / ����{ � __PARAMETERS abstract DatabasePath string
� 8 In
� 8 _ �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DatabasePath MappingStrings )
� 8 _ ��� � ID 6
� s _ ��� � + string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPUseZeroBroadcast 4 d� ��q� ��y� �� �� ΅ Implemented Static ValueMap ' #� &� )� -� 1� 5� 9� =� A� E� I� M� Q� U� Y� ]� a� e� i� m� q� u� y� }� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings օ Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters : ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * : ��� � __PARAMETERS abstract IPUseZeroBroadcast boolean
� > In
� > f �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|UseZeroBroadcast MappingStrings )
� > f ��� � ID 6
� ~ f ��� � 6 boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetArpAlwaysSourceRoute 4 � ��-� ��5� ?� z� �� Implemented Static ValueMap ' ߊ � � � � � �� �� �� � � �
� � � � � !� %� )� -� 1� 5� 9� =� A� E� I� M� Q� U� Y� ]� a� e� i� m� q� v� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters D ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * @ ��� � __PARAMETERS abstract ArpAlwaysSourceRoute boolean
� @ In
� @ h �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ArpAlwaysSourceRoute MappingStrings )
� @ h ��� � ID 6
� � h ��� � < boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetArpUseEtherSNAP 4 � ��� ���� � ;� K� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� Ɛ ʐ ΐ Ґ ڐ ސ � � � � � �� �� �� � �
� � � � � � "� &� *� .� 2� 7� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings S� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters 0 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 6 ��� � __PARAMETERS abstract ArpUseEtherSNAP boolean
� ; In
� ; c �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ArpUseEtherSNAP MappingStrings )
� ; c ��� � ID 6
� z c ��� � 2 boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDefaultTOS 4 �� ���� ���� �� � � Implemented Static ValueMap ' H� K� N� R� V� Z� ^� b� f� j� n� r� v� z� ~� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� Ɩ ʖ Ζ Җ ֖ ږ ߖ 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * * �u � __PARAMETERS abstract DefaultTOS uint8
� 6 In
� 6 \ �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DefaultTOS MappingStrings )
� 6 \ ��� � ID 6
� n \ ��� � & uint8 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDefaultTTL 4 � ��%� ��-� 7� r� �� Implemented Static ValueMap ' כ ڛ ݛ � � � � � �� �� �� � � �
� � � � � !� %� )� -� 1� 5� 9� =� A� E� I� M� Q� U� Y� ]� a� e� i� n� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * * �u � __PARAMETERS abstract DefaultTTL uint8
� 6 In
� 6 \ �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|DefaultTTL MappingStrings )
� 6 \ ��� � ID 6
� n \ ��� � & uint8 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDeadGWDetect 4 �� ���� ���� Ƞ � � Implemented Static ValueMap ' h� k� n� r� v� z� ~� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� ¡ ơ ʡ Ρ ҡ ֡ ڡ ޡ � � � � � �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters ? ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * = ��� � __PARAMETERS abstract DeadGWDetectEnabled boolean
� ? In
� ? g �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnableDeadGWDetect MappingStrings )
� ? g ��� � ID 6
� � g ��� � 9 boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetPMTUBHDetect 4 b� ��o� ��w� �� �� ̧ Implemented Static ValueMap ' !� $� '� +� /� 3� 7� ;� ?� C� G� K� O� S� W� [� _� c� g� k� o� s� w� {� � �� �� �� �� �� �� �� �� �� �� �� �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings ԧ Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters ? ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * = ��� � __PARAMETERS abstract PMTUBHDetectEnabled boolean
� ? In
� ? g �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnablePMTUBHDetect MappingStrings )
� ? g ��� � ID 6
� � g ��� � 9 boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetPMTUDiscovery 4 � ��)� ��1� ;� v� �� Implemented Static ValueMap ' ۬ ެ � � � � � �� �� �� � � �
� � � � � !� %� )� -� 1� 5� 9� =� A� E� I� M� Q� U� Y� ]� a� e� i� m� r� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters C ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * ? ��� � __PARAMETERS abstract PMTUDiscoveryEnabled boolean
� @ In
� @ h �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|EnablePMTUDiscovery MappingStrings )
� @ h ��� � ID 6
� � h ��� � ; boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetForwardBufferMemory 4 � ��� ���� �� :� J� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� �� Ų ɲ Ͳ Ѳ ղ ٲ ݲ � � � � � �� �� �� � � �
� � � � � !� %� )� -� 1� 6� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings R� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters @ ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * = ����� � __PARAMETERS abstract ForwardBufferMemory uint32
� ? In
� ? f �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|ForwardBufferMemory MappingStrings )
� ? f ��� � ID 6
� � f ��� � 9 uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIGMPLevel 4 �� ���� ���� �� � � Implemented Static ValueMap ' V� Y� \� `� d� h� l� p� t� x� |� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� ĸ ȸ ̸ и Ը ظ ܸ � � � � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * ( �s � __PARAMETERS abstract IGMPLevel uint8
� 5 In
� 5 [ �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|IGMPLevel MappingStrings )
� 5 [ ��� � ID 6
� l [ ��� � $ uint8 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeepAliveInterval 4 )� ��6� ��>� H� �� �� Implemented Static ValueMap ' � � � � �� �� �� � �
� � � � � � "� &� *� .� 2� 6� :� >� B� F� J� N� R� V� Z� ^� b� f� j� n� r� v� z� � 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters 8 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 9 ����� � __PARAMETERS abstract KeepAliveInterval uint32
� = In
� = d �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|KeepAliveInterval MappingStrings )
� = d ��� � ID 6
� } d ��� � 5 uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeepAliveTime 4 �� ���� ���� �� 6� F� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� � � �
� � � � � !� %� )� -� 2� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings N� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters , ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 5 ����� � __PARAMETERS abstract KeepAliveTime uint32
� 9 In
� 9 ` �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|KeepAliveInterval MappingStrings )
� 9 ` ��� � ID 6
� y ` ��� � 1 uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetMTU ? �� ���� ���� ���� �� �� �� DEPRECATED Implemented Static ValueMap ' O� R� U� Y� ]� a� e� i� m� q� u� y� }� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters 9 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * ����i � __PARAMETERS abstract MTU uint32
� / In
� / V �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|MTU MappingStrings )
� / V ��� � ID 6
� a V ��� � uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetNumForwardPackets 4 H� ��U� ��]� g� �� �� Implemented Static ValueMap ' �
�
� � � � � !� %� )� -� 1� 5� 9� =� A� E� I� M� Q� U� Y� ]� a� e� i� m� q� u� y� }� �� �� �� �� �� �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters 8 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 9 ����� � __PARAMETERS abstract NumForwardPackets uint32
� = In
� = d �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|NumForwardPackets MappingStrings )
� = d ��� � ID 6
� } d ��� � 5 uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpMaxConnectRetransmissions 4
� ��� �� � )� d� t� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� � � � � � � � � #� '� +� /� 3� 7� ;� ?� C� G� K� O� S� W� [� `� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings |� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpMaxConnectRetransmissions d ac6d1350600005Q ROOT\CIMV2 ���� � � �� * O ����� � __PARAMETERS abstract TcpMaxConnectRetransmissions uint32
� H In
� H o �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpMaxConnectRetransmissions MappingStrings )
� H o �� � ID 6
� � o �� � K uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpMaxDataRetransmissions 4 � �� � ��'� 1� l� |� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� �� �� �� �� � � � � � � � � #� '� +� /� 3� 7� ;� ?� C� G� K� O� S� W� [� _� c� h� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters X ac6d1350600005Q ROOT\CIMV2 ���� � � �� * I ����� � __PARAMETERS abstract TcpMaxDataRetransmissions uint32
� E In
� E l �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpMaxDataRetransmissions MappingStrings )
� E l ��� � ID 6
� � l ��� � E uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpNumConnections 4 �� ���� ���� � C� S� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� � �
� � � � � � "� &� *� .� 2� 6� :� ?� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings [� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters 8 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 9 ����� � __PARAMETERS abstract TcpNumConnections uint32
� = In
� = d �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpNumConnections MappingStrings )
� = d ��� � ID 6
� } d ��� � 5 uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpUseRFC1122UrgentPointer 4 �� ���� ���� �� � � Implemented Static ValueMap ' h� k� n� r� v� z� ~� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters \ ac6d1350600005Q ROOT\CIMV2 ���� � � �� * L ��� � __PARAMETERS abstract TcpUseRFC1122UrgentPointer boolean
� F In
� F n �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpUseRFC1122UrgentPointer MappingStrings )
� F n �� � ID 6
� � n �� � H boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpWindowSize 4 �� ���� ���� �� �� �� Implemented Static ValueMap ' ?� B� E� I� M� Q� U� Y� ]� a� e� i� m� q� u� y� }� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters & ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * 1 ��} � __PARAMETERS abstract TcpWindowSize uint16
� 9 In
� 9 ` �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|TcpWindowSize MappingStrings )
� 9 ` ��� � ID 6
� u ` ��� � - uint16 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableIPFilterSec 4 "� ��/� ��7� A� |� �� Implemented Static ValueMap ' �� �� �� �� �� �� �� �� �� � � � � � � � � #� '� +� /� 3� 7� ;� ?� C� G� K� O� S� W� [� _� c� g� k� o� s� x� 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. MappingStrings �� Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters P ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * F ��� � __PARAMETERS abstract IPFilterSecurityEnabled boolean
� C In
� C k �� � Win32Registry|SYSTEM\CurrentControlSet\Services\Tcpip\Parameters|IPFilterSecurityEnabled MappingStrings )
� C k ��� � ID 6
� � k ��� � B boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Q � � uint32 MappingStrings Y Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wMonth ValueMap � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 DaylightName ) 6
� T � ��\ d t string MaxLen MappingStrings | Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightName DaylightSecond - )
� � �� uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wSecond DaylightYear
1 )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|DaylightDate|wYear StandardBias 5 )
� R � ��Z j uint32 MappingStrings r Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardBias StandardDay 9 )
� � � ��� uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wDay StandardDayOfWeek = )
� � � ��� � uint8 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wDayOfWeek StandardHour > )
� K
� ��S
c
uint32 MappingStrings k
Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wHour StandardMillisecond B )
� �
� �� uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wMilliseconds StandardMinute F )
� � � ��� � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wMinute StandardMonth J 6
� d � ��l | � � uint32 MappingStrings � Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wMonth ValueMap
!
%
)
1 2 3 4 5 6 7 8 9 10 11 12 StandardName N A
� �
� �� � ���
�
�
string MaxLen MappingStrings �
Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardName StandardSecond R )
� 6 � ��> N uint32 MappingStrings V Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wSecond StandardYear V )
� � � ��� � uint32 MappingStrings Win32API|Time Structures|TIME_ZONE_INFORMATION|StandardDate|wYear � C I M _ E l e m e n t S e t t i n g 0\�%߬�- CIM_ElementSetting 6 � �� � % + S \
e��������� � Win32_UserDesktop CIMWin32 Locale UUID {8502C4FF-5FBB-11D2-AAC1-006008C78BC7} Element f@ A
� � � �� � ��� � � � ref:Win32_UserAccount Override Element MappingStrings � WMI|Win32_UserAccount Setting f@ A
� \ � �� � ��o y � � ref:Win32_Desktop Override Setting MappingStrings � WMI|Win32_Desktop { � C I M _ L o g i c a l E l e m e n t 1\�%߬�h / CIM_LogicalElement 6 � �� � % - 3 [ c ' � � � � , 9 � � �W��������������������������������������������� � Win32_QuickFixEngineering CIMWin32 Locale UUID {0827250D-BA3E-11d2-B361-00105A1F77A1} CSName N
� � � ��� ��� � � �
string CIM_Key MaxLen Propagated CIM_ComputerSystem.Name MappingStrings WMI FixComments )
� ^ � ��f v string MappingStrings ~ Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix HotFixID A
� � �� � ��" * : string MaxLen MappingStrings B Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix InstalledBy $ )
� � � ��� � string MappingStrings � Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix InstalledOn
( )
� p � ��x � string MappingStrings � Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix ServicePackInEffect A
� 7 � �� � ��? G W string MaxLen MappingStrings _ Win32Registry|SOFTWARE\Microsoft\Windows NT\CurrentVersion\Hotfix � C I M _ L o g i c a l E l e m e n t 2\�%߬� CIM_LogicalElement 6 � �� � ! ) / W ` � � $ }�������������������������v � Win32_OptionalFeature CIMWin32 Locale UUID {0827250D-BA3E-11d2-B361-00105A1F77A2} Caption @ )
� � � � �� string MaxLen InstallState )
� � � ��� � uint32 ValueMap 1 2 3 4 Name @ 4
� f � �� � ��n string MaxLen � C I M _ D e p e n d e n c y 3\�%߬�� CIM_Dependency C � �� � $ . : V ^ d � � S ^ U�������� � Win32_LogicalProgramGroupDirectory CIMWin32 Privileges B SeRestorePrivilege Locale UUID {F25FE467-783E-11d2-90BF-0060081A46FD} Antecedent f@ A
� � � �� � �� , ref:Win32_LogicalProgramGroup Override Antecedent MappingStrings 4 WMI|Win32_LogicalProgramGroup Dependent f@ A
� � � �� � ��� � � � ref:Win32_Directory Override Dependent MappingStrings � WMI|Win32_Directory � W i n 3 2 _ P n P D e v i c e P r o p e r t y y\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertyReal32Array Data
� T � �� real32 � � �� K �
�}� 8�[� � �0��q � q��M � �,�Y � .�r�� � qd�uz 4 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �\�%߬�uZ�%߬�� Y � � __EventProviderRegistration % select * from Win32_SystemConfigurationChangeEvent \\.\Root\CIMV2:__Win32Provider.Name="SystemConfigurationChangeEvents"
R O O T \ C I M V 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 1 D D 9 7 6 C 2 C 1 E C 4 1 A E 2 C 2 E 9 A E 4 3 7 7 9 8 C 8 3 5 C 9 5 C 6 8 3 6 5 1 B 2 D F F D 6 D E 0 0 E F 8 B D 3 7 B 9 B C I M _ C o n t r o l l e d B y �\�%߬�X CIM_ControlledBy 6 � �� � ' / 5 ] i ��������������������������������� � Win32_POTSModemToSerialPort CIMWin32 Locale UUID {8502C4B6-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_SerialPort Override Antecedent MappingStrings � WMI|Win32_SerialPort Dependent f@ A
� l � �� � ��� � � � ref:Win32_POTSModem Override Dependent MappingStrings � WMI|Win32_POTSModem � C I M _ N e t w o r k A d a p t e r �\�%߬�� � CIM_NetworkAdapter 6 � �� � ( . V c � � � � � � { � I Y � � * 8 � � � � � � � � � � ! . � � �
�
������UUUU��������������������������������������������������������������������������������������������������������������������������������������������������F � Win32_NetworkAdapter CIMWin32 Locale UUID {8502C4C0-5FBB-11D2-AAC1-006008C78BC7} AdapterType ` 6
� � � ��� � � � string MappingStrings � DeviceIoControl::OID_GEN_MEDIA_IN_USE ValueMap 4 D V � � � � � � � � Ethernet 802.3 Token Ring 802.5 Fiber Distributed Data Interface (FDDI) Wide Area Network (WAN) LocalTalk Ethernet using DIX header format ARCNET ARCNET (878.2) ATM Wireless Infrared Wireless Bpc CoWan 1394 AdapterTypeId d )
� W � ��_ o uint16 MappingStrings w DeviceIoControl::OID_GEN_MEDIA_IN_USE DeviceID @ A
� � � �� � ��� # string Override DeviceId MappingStrings + Win32Registry|System\CurrentControlSet\Control\Class\{4D36E972-E325-11CE-BFC1-08002BE10318} GUID & �
� � � �� string Index t )
� � � �� uint32 MappingStrings Win32Registry|System\CurrentControlSet\Control\Class\{4D36E972-E325-11CE-BFC1-08002BE10318} Installed r 4
� � � �� � ��� � boolean DEPRECATED MappingStrings � Win32Registry|Software\Microsoft\Windows NT\CurrentVersion\NetworkCards|DriverDate InterfaceIndex x
� � � �� uint32 MACAddress f )
� � � ��� � string MappingStrings � Win32API|Device Input and Output Functions|DeviceIoControl Manufacturer n )
� o � ��w � string MappingStrings � Win32Registry|Software\Microsoft\Windows NT\CurrentVersion\NetworkCards|Manufacturer MaxNumberControlled ! | )
� 1 � ��9 I uint32 MappingStrings Q MIF.DMTF|Bus Port|001.9|Maximum Number of Attachments NetConnectionID # � '
� � � �� � �� string NetConnectionStatus $ � )
� " � ��* 4 uint16 ValueMap p s v y | � � � � � � � � 0 1 2 3 4 5 6 7 8 9 10 11 12 .. NetEnabled % �
� � � �� boolean PhysicalAdapter ' �
� � �� boolean ProductName \ )
� e � ��m } string MappingStrings � Win32Registry|Software\Microsoft\Windows NT\CurrentVersion\NetworkCards|ServiceName ServiceName j )
�
� ��&
6
string MappingStrings >
Win32Registry|Software\Microsoft\Windows NT\CurrentVersion\NetworkCards|ProductName TimeOfLastReset e " � )
� �
� ���
�
datetime MappingStrings �
SOFTWARE\Microsoft\Windows NT\CurrentVersion\Perflib\009|System Up Time � N R � � " � � Enable $ ��1 A Implemented MappingStrings I WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Disable � �� Implemented MappingStrings WMI y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �\�%߬��
A � �� �� � $ . 6 < d p � � U������������ � Win32_ProtocolBinding Association CIMWin32 Locale UUID {8502C509-5FBB-11D2-AAC1-006008C78BC7} Antecedent f 4
� � � �� � ��� � ref:Win32_NetworkProtocol MappingStrings � WMI|Win32_NetworkProtocol Dependent f )
� B � ��Z j ref:Win32_SystemDriver MappingStrings r WMI|Win32_SystemDriver Device f 4
� � � �� � ��� � ref:Win32_NetworkAdapter MappingStrings WMI|Win32_NetworkAdapter A � W i n 3 2 _ D e v i c e S e t t i n g s �\�%߬�Q Win32_DeviceSettings 6 � �� � ' / 5 ] f e��������� � Win32_NetworkAdapterSetting CIMWin32 Locale UUID {8502C50A-5FBB-11D2-AAC1-006008C78BC7} Element f@ 6
� � � ��� � � � ref:Win32_NetworkAdapter Override Element MappingStrings � WMI|Win32_NetworkAdapter Setting f@ 6
� V � ��} � � � ref:Win32_NetworkAdapterConfiguration Override Setting MappingStrings � WMI|Win32_NetworkAdapterConfiguration � C I M _ U S B C o n t r o l l e r �\�%߬�� V CIM_USBController 6 � �� � ' - U _ ��������������������������������������������������������������������������������������� � Win32_USBController CIMWin32 Locale UUID {98C7E2C7-D592-11d2-B355-00105A0A323A} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � C I M _ C o n t r o l l e r �\�%߬� R CIM_Controller ) ��" * 0 ����������������������������������������������������������������������������������X � CIM_InfraredController Abstract Locale UUID {EDCE42F9-0991-11d3-910A-00105AA630BE} � #! W i n 3 2 _ C O M S e t t i n g �\�%߬� / Win32_COMSetting 6 � �� � ( 0 6 ^ e % ! 2 � � � � P b ! � � | � UU��������������������������������������������; � Win32_DCOMApplicationSetting CIMWin32 Locale UUID {E5D8A561-F6C0-11d2-B35E-00105A1F8569} AppID 4
� � � �� � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[Default] AuthenticationLevel A
� t � �� � ��| � � � uint32 MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[AuthenticationLevel] ValueMap 1 2 3 4 5 6 CustomSurrogate )
� i � ��q � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[DllSurrogate] EnableAtStorageActivation )
� ) � ��2 B boolean MappingStrings J Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[ActivateAtStorage] LocalService
$ )
� � � ��� � string MappingStrings Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[LocalService] RemoteServerName 4
� � � �� � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[RemoteServerName] RunAsUser )
� X � ��` p string MappingStrings x Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[RunAs] ServiceParameters ( )
� � �� ! string MappingStrings ) Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[ServiceParameters] UseSurrogate 4
� � � �� � ��� � boolean MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[DllSurrogate] � � � � � � � / � � �
� � $ H � � - � � D � GetLaunchSecurityDescriptor ) F ��S ] p | implemented ValueMap i l 0 .. Privileges � � SeSecurityPrivilege SeRestorePrivilege % ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetLaunchSecurityDescriptor ) $ ��1 ; N Z implemented ValueMap G J 0 .. Privileges f { SeSecurityPrivilege SeRestorePrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetAccessSecurityDescriptor ) X ��e o � � implemented ValueMap { ~ 0 .. Privileges � � SeSecurityPrivilege SeRestorePrivilege % ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetAccessSecurityDescriptor ) 6 ��C M ` l implemented ValueMap Y \ 0 .. Privileges x � SeSecurityPrivilege SeRestorePrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetConfigurationSecurityDescriptor ) q ��~ � � � implemented ValueMap � � 0 .. Privileges � � SeSecurityPrivilege SeRestorePrivilege % ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetConfigurationSecurityDescriptor ) V ��c m � � implemented ValueMap y | 0 .. Privileges � � SeSecurityPrivilege SeRestorePrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� ��,t * 1x�i* d \� � R �>|�� . G�t� ! [�]6/ * �h�Y F'�
_
� �˴@ � ��*�� p \�2A L ���ɍ $ ˂w� . �9 �� � � Qm � R O O T \ c i m v 2 \ T e r m i n a l S e r v i c e s _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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n;����nZ�%߬�� ���M 9 r � __Win32Provider {09F81337-D568-41d1-A177-D6779AF55847} NetworkServiceHost Win32_WIN32_TSVIRTUALIPSETTING_Prov E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C o;����rZ�%߬�� � ��������| � � __InstanceProviderRegistration \\.\Root\cimv2\TerminalServices:__Win32Provider.Name="Win32_WIN32_TSVIRTUALIPSETTING_Prov" � WQL:UnarySelect R O O T \ c i m v 2 \ T e r m i n a l S e r v i c e s _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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p;����tZ�%߬�� z � __MethodProviderRegistration \\.\Root\cimv2\TerminalServices:__Win32Provider.Name="Win32_WIN32_TSVIRTUALIPSETTING_Prov" R O O T \ c i m v 2 \ T e r m i n a l S e r v i c e s _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 4 0 C 7 2 9 0 2 9 0 9 8 7 2 C 8 C B 8 F 5 4 A 5 4 9 C 2 E 7 A 4 2 2 0 C 5 9 2 8 2 1 8 B 0 0 B A 6 3 8 8 8 9 9 7 9 E E 3 9 E 6 2 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ B C A 7 6 5 E 4 4 6 D 9 0 9 7 D B E A 6 C 9 E 4 D F D E 8 5 8 D C 6 4 A 1 7 3 7 F E E 0 9 A 9 5 A B 4 8 0 2 4 2 F E 4 5 E E 0 6 9 B 4 C I M _ E l e m e n t S e t t i n g q;����� CIM_ElementSetting ) � �� � ? M � � � �����������������������������B � Win32_TSVirtualIPSetting Win32_WIN32_TSVIRTUALIPSETTING_Prov ClassContext local|hkey_local_machine\SYSTEM\CurrentControlSet\Control\TerminalServer\TSAppSrv\VirtualIP Element f
� � � �� ref:Win32_TerminalService Setting f
� + � �� ref:Win32_TSVirtualIP �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 r;����kZ�%߬�.
� __NAMESPACE embedded F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 s;�����Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 u;����lZ�%߬�� � � __thisNAMESPACE � �� � � ? 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A v;����nZ�%߬�� �����J @ 9 Z � __Win32Provider {E565CAF2-2B8D-4499-9148-7EBAD978D4EF} LocalSystemHost AssignedAccess E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C w;����rZ�%߬�� � �������� g � __InstanceProviderRegistration \\.\root\standardcimv2\embedded:__Win32Provider.Name="AssignedAccess" R O O T \ s t a n d a r d c i m v 2 \ e m b e d d e d _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 7 0 5 1 0 9 2 8 A 1 7 E 0 A E 7 C 5 1 6 3 5 7 B F E 4 9 0 3 9 3 1 B 9 3 C D 5 6 6 B D 3 2 9 3 C 4 3 3 D 8 9 6 D 0 F D 7 A F C 0 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ B 8 4 D 4 A 8 F 3 0 9 A F 2 F 6 9 8 4 0 6 2 A B 0 8 B 3 B 3 3 6 3 8 1 4 7 0 8 4 9 C 9 D 0 0 D B E 6 4 5 D 4 5 8 5 7 1 0 1 8 B 8 c 9 ! x;����v
6 # ( � �� � 0 @ P � � � � U������������ � WEDL_AssignedAccess ClassVersion 1.0 locale AssignedAccess AppUserModelId '
� � � �� � �� string Status
� � � �� sint32 UserSID
� � � �� string L_ �
E v e n t T r a c e y;����_ EventTrace 6 � �� ' A G o w � � ������ � CtlGuidWpdShellExtension Description WPD ShellExtension Trace guid {A42C7BD1-5AF3-4b32-9BC6-B85EB31D3F4A} locale MS\0x409 Flags R
� � � � 1 ? � � � � uint32 Description Enable Flags ValueDescriptions r � � � � * H g v � � � � � � � � WPD_TRACE_LEVEL_CRITICAL Flag WPD_TRACE_LEVEL_ERROR Flag WPD_TRACE_LEVEL_WARNING Flag WPD_TRACE_LEVEL_ASSERT Flag WPD_TRACE_LEVEL_FUNCTRACE Flag WPD_TRACE_LEVEL_INFORMATION Flag WPD_TRACE_LEVEL_VERBOSE Flag WPD_TRACE_LEVEL_RESERVED Flag WPD_Perf Flag WPD_F2 Flag WPD_F3 Flag WPD_F4 Flag WPD_F5 Flag WPD_F6 Flag WPD_F7 Flag WPD_F8 Flag WPDNSE_REFCOUNT Flag WPDNSE_DLLREFCOUNT Flag WPDNSE_CHANGENOTIFY Flag WPDNSE_TRANSCODE Flag DefineValues � � � � � - F ` j r z � � � � � � � � WPD_TRACE_LEVEL_CRITICAL WPD_TRACE_LEVEL_ERROR WPD_TRACE_LEVEL_WARNING WPD_TRACE_LEVEL_ASSERT WPD_TRACE_LEVEL_FUNCTRACE WPD_TRACE_LEVEL_INFORMATION WPD_TRACE_LEVEL_VERBOSE WPD_TRACE_LEVEL_RESERVED WPD_Perf WPD_F2 WPD_F3 WPD_F4 WPD_F5 WPD_F6 WPD_F7 WPD_F8 WPDNSE_REFCOUNT WPDNSE_DLLREFCOUNT WPDNSE_CHANGENOTIFY WPDNSE_TRANSCODE Values J d { � � � � � ! ) 1 9 A I Q Y j ~ � WPD_TRACE_LEVEL_CRITICAL WPD_TRACE_LEVEL_ERROR WPD_TRACE_LEVEL_WARNING WPD_TRACE_LEVEL_ASSERT WPD_TRACE_LEVEL_FUNCTRACE WPD_TRACE_LEVEL_INFORMATION WPD_TRACE_LEVEL_VERBOSE WPD_TRACE_LEVEL_RESERVED WPD_Perf WPD_F2 WPD_F3 WPD_F4 WPD_F5 WPD_F6 WPD_F7 WPD_F8 WPDNSE_REFCOUNT WPDNSE_DLLREFCOUNT WPDNSE_CHANGENOTIFY WPDNSE_TRANSCODE ValueMap ' 3 ? K W c o { � � � � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 NO � �T�>� � 4}%v
* � MǠ 1�¡ � Hn�<- � �%J� � y��g � 5�V�� \9_3� � C I M _ S t o r a g e E x t e n t �\�%߬�� � CIM_StorageExtent ) �� & , T i # � � Z g < J � � { � � � R d � � D O � � 6 � � }
�
������UUU�����������������������������������������������������������������������������������������������������������������������������������������������������������' � Win32_SMBIOSMemory Abstract Locale UUID {FECB095B-F0FA-11d2-8617-0000F8102E5F} AdditionalErrorData % � 6
� � � ��� � @ uint8 MappingStrings � SMBIOS|Type 18|32-bit Memory Error Information|Vendor Syndrome MAX CorrectableError r )
� Z � ��c s boolean MappingStrings { SMBIOS|Type 18|32-bit Memory Error Information|Error Type EndingAddress d )
� � � �� uint64 MappingStrings SMBIOS|Type 19|Memory Device Mapped Addresses|Ending Address ErrorAccess x 6
� � � ��� � uint16 MappingStrings � SMBIOS|Type 18|32-bit Memory Error Information|Error Operation ValueMap - 0 3 6 9 1 2 3 4 5 ErrorAddress " � )
� � � ��� � uint64 MappingStrings � SMBIOS|Type 18|32-bit Memory Error Information|Error Address ErrorData ~ C
� ; � ��B M V f v @ uint8 ArrayType Indexed MappingStrings n SMBIOS MAX ErrorDataOrder ! � )
� � � ��� � uint16 MappingStrings � WMI ErrorInfo l C
� C � ��K ` � � � � uint16 ModelCorrespondence h CIM_Memory.OtherErrorDescription MappingStrings � SMBIOS|Type 18|32-bit Memory Error Information|Error Type ValueMap # & ) , / 2 5 8 ; > B F J N 1 2 3 4 5 6 7 8 9 10 11 12 13 14 ErrorMethodology @ L C
� � � ��� � � � / 9 string Override ErrorMethodology MappingStrings � SMBIOS|Type 16|Physical Memory Array|Memory Error Correction ValueMap Y ` i o w � � Other Unknown None Parity Single-bit ECC Multi-bit ECC CRC ErrorResolution $ � )
� � � ��� � uint64 MappingStrings SMBIOS|Type 18|32-bit Memory Error Information|Error Resolution ErrorTime e t )
� � � ��� � datetime MappingStrings � WMI ErrorTransferSize z )
� � � ��� uint32 MappingStrings SMBIOS OtherErrorDescription n 6
� z � ��� � � � string ModelCorrespondence � CIM_Memory.ErrorInfo MappingStrings � SMBIOS StartingAddress \ )
�
� ��%
5
uint64 MappingStrings =
SMBIOS|Type 19|Memory Device Mapped Addresses|Starting Address SystemLevelAddress # � )
� �
� ���
�
boolean MappingStrings �
SMBIOS|Type 18|32-bit Memory Error Information|Error Address � W i n 3 2 _ S M B I O S M e m o r y �\�%߬�� � Win32_SMBIOSMemory 6 � �� � % + S ] � � ���������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_MemoryArray CIMWin32 Locale UUID {FAF76B9A-798C-11D2-AAD1-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI ErrorGranularity & � 6
� ; � ��C S } � uint16 MappingStrings [ SMBIOS|Type 18|Error Granularity ValueMap � � � � Other Unknown Device level Memory partition level � W i n 3 2 _ S M B I O S M e m o r y �\�%߬�� � Win32_SMBIOSMemory 6 � �� � & , T ^ � � ���������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_MemoryDevice CIMWin32 Locale UUID {FAF76B9B-798C-11D2-AAD1-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI ErrorGranularity & � 6
� < � ��D T ~ � uint16 MappingStrings \ SMBIOS|Type 18|Error Granularity ValueMap � � � � 1 2 3 4 � C I M _ R e a l i z e s �\�%߬�\ CIM_Realizes 6 � �� � & . 4 \ h + 6 U��������� � Win32_MemoryDeviceLocation CIMWin32 Locale UUID {FAF76B9C-798C-11D2-AAD1-006008C78BC7} Antecedent f@ N
� � � �� � ��� � � � ref:Win32_PhysicalMemory Override Antecedent Max MappingStrings WMI|Win32_PhysicalMemory Dependent f@ A
� � � �� � ��� � � � ref:Win32_MemoryDevice Override Dependent MappingStrings � WMI|Win32_MemoryDevice � � C I M _ R e a l i z e s �\�%߬�Q CIM_Realizes 6 � �� � % - 3 [ g " - U��������� � Win32_MemoryArrayLocation CIMWin32 Locale UUID {B24EF561-BBBE-11d2-ABFB-00805F538618} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_PhysicalMemoryArray Override Antecedent MappingStrings WMI|Win32_PhysicalMemoryArray Dependent f@ A
� | � �� � ��� � � � ref:Win32_MemoryArray Override Dependent MappingStrings � WMI|Win32_MemoryArray UI � C I M _ P a c k a g e d C o m p o n e n t �\�%߬�w
CIM_PackagedComponent 6 � �� � ( 0 6 ^ n - < u������������� � Win32_PhysicalMemoryLocation CIMWin32 Locale UUID {B24EF562-BBBE-11d2-ABFB-00805F538618} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_PhysicalMemoryArray Override GroupComponent MappingStrings WMI|Win32_PhysicalMemoryArray PartComponent f@ A
� � � �� � ��� � � � ref:Win32_PhysicalMemory Override PartComponent MappingStrings � WMI|Win32_PhysicalMemory �
C I M _ C o m p o n e n t �\�%߬�R CIM_Component 6 � �� � # + 1 Y i ' e��������� � Win32_MemoryDeviceArray CIMWin32 Locale UUID {B24EF563-BBBE-11d2-ABFB-00805F538618} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_MemoryArray Override GroupComponent MappingStrings WMI|Win32_MemoryArray PartComponent f@ A
� v � �� � ��� � � � ref:Win32_MemoryDevice Override PartComponent MappingStrings � WMI|Win32_MemoryDevice � C I M _ L o g i c a l E l e m e n t �\�%߬�� CIM_LogicalElement ) �� ( . ����������������������V � Win32_COMApplication abstract Locale UUID {0F73ED4F-8ED9-11d2-B340-00105A1F8569} � C I M _ L o g i c a l E l e m e n t �\�%߬�� CIM_LogicalElement ) �� " ( ����������������������P � Win32_COMClass abstract Locale UUID {0F73ED50-8ED9-11d2-B340-00105A1F8569} � ��h~� C
�T�# @ �z?�c � ��� � � x-� � ]���o � *�!�J 2 �S��| � ĐS�2 > �Xp
JB} �գ� � _ؕ, � C I M _ L o g i c a l D e v i c e �[�%߬�� T CIM_LogicalDevice @ Z � � X i � � � � � ����U������������������������������������������������������������������������������* � CIM_USBDevice ClassCode D
� 9 uint8 CurrentAlternateSettings I
� � � � uint8 ModelCorrespondence � CIM_USBDevice.CurrentConfigValue CurrentConfigValue H
� ( uint8 ModelCorrespondence 0 CIM_USBDevice.CurrentAlternateSettings NumberOfConfigs G
� � uint8 ProtocolCode F
� � uint8 SubclassCode E
� � uint8 USBVersion B
� " uint16 +
�
� GetDescriptor � ac6d1350600005Q ROOT\CIMV2 ���� � �4 �� � � O � * � � F U�������� � __PARAMETERS abstract RequestType uint8
� 7 IN
� 7 ] �� ID )
� � ] ��� uint8 RequestValue uint16
� � IN
� � �� ID )
� } ��B uint16 RequestIndex uint16
� � IN
� � � �� ID )
� 5 � ��� uint16 RequestLength uint16
� ^ IN
� ^ � �� ID )
� � � ��� uint16 __ �e ac6d1350600005Q ROOT\CIMV2 ���� � � �� � E * � � � ���������� � __PARAMETERS abstract RequestLength uint16
� 9 OUT
� 9 ` �� ID )
� � ` ��� uint16 Buffer uint8
� � OUT
� � �� ID )
� | ��A uint8 ReturnValue uint32
� � uint32 out
� � � �� __ �
C I M _ U S B D e v i c e �[�%߬� W CIM_USBDevice B Q ������_��������������������������������������������������������������������������������w � CIM_USBHub GangSwitched M
� 9 boolean NumberOfPorts O
� p uint8 � C I M _ C o n t r o l l e d B y �[�%߬�s CIM_ControlledBy % � � �������������������������������� � CIM_USBControllerHasHub Antecedent f@ 8
� k � � � � ref:CIM_USBController Override Antecedent Min Max Dependent f@ +
� � � ref:CIM_USBHub Override Dependent Min � C I M _ S t a t i s t i c a l I n f o r m a t i o n �[�%߬�@ ? $ CIM_StatisticalInformation �� 0 W k � � � � A U U�������������������������������������������������������������| � Win32_Perf abstract Locale Frequency_Object ,
� O uint64 Frequency_PerfTime
� � uint64 Frequency_Sys100NS $
� � uint64 Timestamp_Object 4
� � uint64 Timestamp_PerfTime
� 9 uint64 Timestamp_Sys100NS
� t uint64 �
W i n 3 2 _ P e r f �[�%߬�� ? Win32_Perf �� ���������������������������������������������������������������% � Win32_PerfRawData abstract Locale �
W i n 3 2 _ P e r f �[�%߬�� ? Win32_Perf ��# ���������������������������������������������������������������+ � Win32_PerfFormattedData abstract Locale � _ _ E x t e n d e d S t a t u s �[�%߬�� __ExtendedStatus & N a � � ����������������������������� � Win32_PrivilegesStatus Locale UUID {BE46D060-7A7C-11d2-BC85-00104B2CF71C} PrivilegesNotHeld )
� � � ��� � string MappingStrings � Win32API|AccessControl|Windows NT Privileges PrivilegesRequired )
� 1 � ��9 I string MappingStrings Q Win32API|AccessControl|Windows NT Privileges � �[�%߬�� ) ��& . 4 \ � Win32_MethodParameterClass Abstract Locale UUID {8502C4DA-5FBB-11D2-AAC1-006008C78BC7} s �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �[�%߬�nZ�%߬�� �?����B 9 L � __Win32Provider {A83EF168-CA8D-11d2-B33D-00104BCC4B4A} WmiCore WBEMCORE E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �[�%߬�rZ�%߬�} �� ���� �� P � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="WBEMCORE"
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 5 8 F 8 9 7 3 3 7 2 F 3 5 0 1 A 9 E C 1 1 5 3 9 D 1 5 E 2 5 F C 4 F C F C 2 D 0 A B 8 D 6 4 B D 3 D 0 F D 5 B E 8 7 B 7 4 0 C 6 C I M _ E l e m e n t S e t t i n g �[�%߬�L CIM_ElementSetting 6 � �� � ( 0 6 ^ g e��������� � Win32_PageFileElementSetting CIMWin32 Locale UUID {8E7F70E8-C856-11D2-B364-00105A1F77A1} Element f@ A
� � � �� � ��� � � � ref:Win32_PageFileUsage Override Element MappingStrings � WMI|Win32_PageFileUsage Setting f@ A
� k � �� � ��� � � � ref:Win32_PageFileSetting Override Setting MappingStrings � WMI|Win32_PageFileSetting 6- � C I M _ S e t t i n g �\�%߬��
CIM_Setting
) �� $ * ������������R � Win32_COMSetting abstract Locale UUID {E5D8A560-F6C0-11d2-B35E-00105A1F8569} � � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ ��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������N � c l 9 � { i ] B � Z � � � ! T � � E � H � ` � � 6 < � x ? � Q 3 � ~ � o r 0 � f � * ' - � u � $ W K � � � � C C C C $ C C ; C ( C C 0 C 6 C C C < C 5 C 4 C 7 C / C ) C C C ! C % C
C C C > C C ' C C = C
C C C C 2 C C C - C . C 9 C # C C + C C , C C C C C ? B C C & C C : C C 3 C " C C ? A C ? @ C C C 1 C C 8 C * D �� UN N ���
� �
���N
�VD �� ���� ���FN�
��J�J�
HL�N I�JR�� � ��F� ���DH�P
G�G� ��L�� �NS_68577372C66A7B20658487FBD959AA154EF54B5F935DCC5663E9228B44322805 CD_E5893386A7B4C018092F4F8B136F60610FB13ED7B0A8A3475C8F55E3E9FBCB90.12.3814985754.2627 CD_DAA0835D90559AB1BED3F4706FE66DA711EF5A48A581A0339267CD41A8EB5EF9.15.3478891741.1086 CD_E66D2A11AD2317154A9C2C61CC140BA5F198CC545A25F24736AE23D74E16B49B.14.2746877542.840 CD_F10840352061CD18DB7516F60841E629D131C524C9F2F089E5D2B510560FC583.18.233466750.476 CD_E2929E24A4D3F33074BBFC9EB2E285BE087B76057F553B22FB5CA19B172B3C4A.18.3433884882.471 CD_FE8C3873BDAD1853EA9CE4F9A8CC51817A3AA40D4095EE7168936C23511B49CF.18.3075561145.479 CD_F2BEF717752C099CDF2C7677200AF2332E7D1E48B470B17CCD440B8D710B7A38.21.552539303.2773 CD_E6B31A90E686795D9E916C75179C5E297CC54460E452CC51EA148281AD5C6D23.22.1.22615 CD_F78D535F784AB5BF2A7DF53DE5ACAAF1C73DACC48189425DF45543879C147259.21.3889884863.562 CD_FBD11BA7DCC0C416362AC2A1F8EEFD82230A37B2505B7C99363ED198FE2F89CA.25.772787412.2139 CD_E4E3C277AFADB65E535A86CD5AAE23B1AEF585A2BE1A21A282B170B7F4278F9E.25.2531720024.4005 CD_E707FBA0E2CA2FF8FDB82241C8B012B9A1B221B3B69ACD6A3EDCF3E478558D31.29.3018176920.433 CD_FF89590C844CBA58D43564BFAF3A9C1E0ACA3DFA20CB42FA7E832F2021AD16C0.29.2732496118.692 CD_F9C9BF1D438816A18A92B3E8522F73D7F60F0DD6F678D67DAD4AE3DD5EBC727E.30.397307748.586 CD_F8E20627EC0277AD3D6139BDD1CFFCE8B83EB1D53C7352CA749209255434ABB0.30.3343781402.553 CD_FCB8F5186AFCE657559BD1E3B7945F03AFA3222D1F02A94B0C21BFF34C6501B2.31.1850576567.494 CD_F7113F6F79893405611B3E0C1184CFF87E4747F2432D2CE16AC2FA972D4FCE30.32.3032063208.491 CD_F2BF551D2C47E413C4BD58FCB0E48E0B3211C53383EC4051E655BB8319ADD47D.32.2244598954.441 CD_ECDF6473AEB5680FD494BFD070A3EC2B36A681EE68A62E383213B3D773EF9B61.32.1882114853.460 CD_DDEDD07282B8324F60B5A48A479C1B42607AE5EA149F90058D5C2368C1337E02.34.1813377521.523 CD_ED2E871CAA85DB91DA82D43856C298DADCDDAA2D7C9D06C8655F1779E6509A4E.34.2696675514.522 CD_F22CF0C74A9002156D476F4DBA031C7F3F706A1A94FD4FF91611BCB6BD8FBB7C.28.2534231134.415 CD_E0728E680677E2DC755DB0B32FACA9688F4B71D12279046ADFB604C5714997EF.35.4240126380.467 CD_EA2F4ED6B8AA0BEEE14A7235028BAD0C1DDD97703732E8317B8FE1581E43A3CF.36.4016821109.632 CD_EAB06445AE40CB0AB3321BBA04962C98586E49396B67AFD5B74F4985163D9EC2.37.168300490.464 CD_FFF2AE454B5EBA423321420C962DDADA7E00808CE9D4E5B4FF81481A2E9CA1B6.37.1248595431.465 CD_DA8AC0D78FD1B90698550FC0FF5C609171143A2B0FA32F0B779BC5DC2D3441C8.37.124095850.961 CD_F29100A757BDE75968386F1F8F50FAF18D4793B63DC12FB4378C18D9CD66C352.37.2335960961.445 CD_E7845F3041269988C5A1847DE98EF0D88E59CE50ED3A8AA1E310C1A1F393BB81.39.79970766.239 CD_FFBBEEB41878AC75CD38671CF9A4CECEB2F673622833FAA9EA04376FB4297330.39.3774916501.346 CD_E444CD7B23739F9E179DAD07B13CB31D8D111ED6AEEFD52B89FB204BF93A5A2C.40.925121659.580 CD_DFF237252232921ADE7987E5391E4968B2F362CE0BB4B63D377328B49C8CC5FA.40.4153110936.486 CD_EC31DBAC8296A2F597184183FC259C7595AD4BCCFF23FB0BD832DE414BDE578A.40.592058408.553 CD_DC39EB125CD5896A582C9CCFCFEF5267AF9611EEF285D00CC4FF5DF7F8AE6FFC.40.40615820.573 CD_F888AA6AC586756C18E219B06406D7BCD62E2EB0C94B51FB48F127652DA7E3EB.41.2959931563.278 CD_DF35CAA9032B2BC8E9E68BEFAD5091A66EF205D46DBC51F13F62EC987E8BBEAC.42.2198918788.652 CD_DD1327FC08EE6F810BD5622CD5EFD1804CFB8E69E3B82381F2E13055AC3B4DBB.42.2748646308.648 CD_F58FFC0FC8B956F0D972BCF0F695E0980C1562E6A9119DDB8C681A1382993AFE.51.1540842173.1004 CD_F61D3A37372046376CAFA47C2FBD5009ED63EA8C65A1E072429CA32FDA52CF26.61.588964556.629 CD_FD5A09758773146E01CAB43EAC38C6EEFB9A870C8F888B5F24F7E89AF0CC12B8.61.2048206993.668 CD_F08FCE87204BA565CC8D5019202DC93CAE2C1D89D6CA6369E7617C4B178BC16E.65.1327697793.656 CD_DED77797B1689BED6B94AFBF9C743E829865A2A20644965BAF07B0D354CDC951.65.3220177655.647 CD_F4663152AE3837F467703D43AFBBB6630C1BA3529FA8A88B46C0496F26CBAAD5.67.2097169677.705 CD_E837FA5B478BEDED44320E3A480DE1EA4A5820B99185EB351156356529FE5C28.66.2877317343.675 CD_F4AD89F24C5E59F704DEBE5DF4920F1D71930B871988589A8D9D698640C4E7BA.68.1122748136.4858 CD_DBC9D7448979766FC3AA5E546B9F7F37A6E0C06BC06D343F27EAFCD412F13D2A.69.2454709768.1673 CD_E2B2F2A9C4A7BE777C95CFBAC1ADF577ACC960E4E5C2F6E896E757D1BB542084.69.1503878399.450 CD_EB74DE80A4ECAF39B636937B76E6D45F7589467EC770ADEAD91605298392EEDE.71.6847208.2074 CD_E52BD2BB65ED90ABABACDFC8937D94C5808CFF6C3FD9A7BEE235CE9F6DF64BCB.74.1554351600.580 CI_0899307408A32040A6DA19C0B1EC2745A3D604BAA9DFFE8EE4B75C3D91E16109 IL_9BCEBFBD099FD1DBA49B8E7BCF49EE9762FC2EFF302F652F7F56BF3EDE25D1FA.74.3024936235.324 CD_EA78D27F46C798D1329821D7CEABFD06DD3833EE6512664694DD451E0D988F35.74.817017449.601 CD_F27728D32A3636F45280AD3F71C73821FAB17D765ED15BCD09B89B7007E5475A.74.4278201750.667 CD_EA2A17F7F9011AC9DF174FA64700FA87A332EAD70BB23C4338DE684F34E350D6.74.1457848783.600 CD_FDBDC2AD47D9111246F3C36A212EEF164FF61E31A8B334E0CB50FB22BA107100.75.2460139752.1017 CD_E6695722F42AFD2A38B87A3A03743A182D780F4AE622B7E7DF87DC65E7D101EB.75.1430516308.535 CD_F8DBCCC9EC3564253249A34557C34EC79D44268E23A36532F093DF4A918D7FBA.58.3344631149.248 CD_ED63447AC10EFFD570567110ECFD7E57B65338C366F9DC0975F468A0220F367B.71.1079732042.287 CD_EC97D00816B4530E92B0346A6B6B453699A71F2B879F99F794A6FF9189BD53FF.76.3986834222.502 IL_84C50CAE138BE8DBF0961918247F6BEE4A1E2653F7AB56ED2DAD85047B7399C8.76.2268304904.305 IL_1DD976C2C1EC41AE2C2E9AE437798C835C95C683651B2DFFD6DE00EF8BD37B9B.77.4005104059.331 CD_EC87315EA07FEB82B95B6ECC853900B53DFD9FAE520CF4C1FE8CD7F52B679C09.78.1.8441 CD_DDFBE2B8C9C0EB71960ADB33E49F91EDA6D2896A8A0783F02D140DCEC2F9FEC6.77.2322781230.485 CD_F7E10C2E2B48C52ACA99548FFAFB6BFFFF056CE9E9128CD48CB817FDF7995302.92.1610037842.637 CD_E69678D95075FB6BA6844B84FE0DE69C85BE49AC691754C5A6AA3AE728E45697.93.4250014313.1847 CD_FD01511EE67712BF18E22D5987177172AC0FC136DA3801B80EDFACBDC4A53CCF.93.4070397171.1404 CD_F3ED82F33431603D84B59AD5C9C4CA59DF4FDC6F04E98BD4826D692A26D5A5C0.94.3343714706.769 A
� � � �� � ��� string MaxLen MappingStrings WMI OverwriteExistingDebugFile " 4
� � � �� � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|Overwrite SendAdminAlert
$ 4
� : � �� � ��C S boolean MappingStrings [ Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|SendAlert WriteDebugInfo & ?
� � � �� � �� �� $ boolean DEPRECATED MappingStrings , Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|CrashDumpEnabled WriteToSystemLog
, 4
� � � �� � ��� � boolean MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|LogEvent � W i n 3 2 _ P n P D e v i c e P r o p e r t y t\�%߬�� ! Win32_PnPDeviceProperty # ) ����������������������Z � Win32_PnPDevicePropertySint8Array Data
� S � �� Sint8 � bject:MSFT_CliProperty �
� � MSFT_CliFormat BRIEF ' % � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & 4 � MSFT_CliProperty FriendlyName The FriendlyName string provides the name for the alias. The name will be unique in the context of the namespace in which the alias is defined. Note CLASS, QUERY, PATH and RESTORE cannot be used as alias names as they appear in the same location in the syntax. FriendlyName 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 8 @ � MSFT_CliProperty PWhere The PWhere property defines a from/where clause (i.e. a WQL query without the Select clause). The query string may contain substitution parameters (tokens preceded by a '#' mark) indicating where values may be substituted into the query string. The parameter values are taken from the tokens immediately after the alias if the token cannot be resolved to a switch or verb - this allows for example a command such as 'w KillProcess 154' where the PWhere value for the KillProcess alias would be 'From Win32_process Where ProcessId = #ProcId' PWhere � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Target The Target string defines the object to be operated on through the Alias. The string may be a simple class name or a WQL query. If the Target property is empty only verbs based on commandline utilities may be used by the alias Target � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � 1 � MSFT_CliFormat LIST SYSTEM
J � � [ � h
�
~ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �!ܴ@ g �"� � ��%"O C I M _ M a n a g e d E l e m e n t �d�%߬�+ % CIM_ManagedElement ) ' �� " / g t 9 ?
!
� � � � U�����������������������������������| � CIM_ManagedSystemElement Description CIM_ManagedSystemElement is the base class for the System Element hierarchy. Any distinguishable component of a System is a candidate for inclusion in this class. Examples of system components include:
- software components such as application servers, databases, and applications
- operating system components such as files, processes, and threads
- device components such as disk drives, controllers, processors, and printers
- physical components such as chips and cards. AMENDMENT LOCALE ms_409 HealthState +
� h p } � � uint16 Description Indicates the current health of the element. This attribute expresses the health of this element but not necessarily that of its subcomponents. The possible values are 0 to 30, where 5 means the element is entirely healthy and 30 means the element is completely non-functional. The following continuum is defined:
"Non-recoverable Error" (30) - The element has completed failed and recovery is not possible. All functionality provided by this element has been lost.
"Critical Failure" (25) - The element is non-functional and recovery MAY NOT be possible.
"Major Failure" (20) - The element is failing. It is possible the some or all of the functionality of this component is degraded or not working.
"Minor Failure" (15) - All functionality is available but some MAY be degraded.
"Degraded/Warning" (10) - The element is in working order and all functionality is provided. However, the element is not working to the best of its abilities. For example, the element may not be operating at optimal performance or it may be reporting recoverable errors.
"OK" (5) - The element is fully functional and is operating within normal operational parameters and without error.
"Unknown" (0) - The implementation can not report on HealthState at this time.
DMTF has reserved the unused portion of the continuum for additional HealthStates in the future. Values � � � / A X Unknown OK Degraded/Warning Minor failure Major failure Critical failure Non-recoverable error DMTF Reserved InstallDate e
� � � � datetime Description A datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. Name
� k s � string Description The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. OperationalStatus +
� Z
b
o
� � uint16 Description Indicates the current status(es) of the element. Various operational statuses are defined. Many of the enumeration's values are self- explanatory. However, a few are not and are described in more detail.
"Stressed" indicates that the element is functioning, but needs attention. Examples of "Stressed" states are overload, overheated, etc.
"Predictive Failure" indicates that an element is functioning nominally but predicting a failure in the near future.
"In Service" describes an element being configured, maintained, cleaned, or otherwise administered.
"No Contact" indicates that the monitoring system has knowledge of this element, but has never been able to establish communications with it.
"Lost Communication" indicates that the ManagedSystem Element is known to exist and has been contacted successfully in the past, but is currently unreachable.
"Stopped" and "Aborted" are similar, although the former implies a clean and orderly stop, while the latter implies an abrupt stop where the element's state and configuration may need to be updated.
"Dormant" indicates that the element is inactive or quiesced.
"Supporting Entity in Error" describes that this element may be "OK" but that another element, on which it is dependent, is in error. An example is a network service or endpoint that cannot function due to lower layer networking problems.
"Completed" indicates the element has completed its operation. This value should be combined with either OK, Error, or Degraded so that a client can till if the complete operation passed (Completed with OK), and failure (Completed with Error). Completed with Degraded would imply the operation finished, but did not complete OK or report an error.
"Power Mode" indicates the element has additional power model information contained in the Associated PowerManagementService association.
OperationalStatus replaces the Status property on ManagedSystemElement to provide a consistent approach to enumerations, to address implementation needs for an array property, and to provide a migration path from today's environment to the future. This change was not made earlier since it required the DEPRECATED qualifier. Due to the widespread use of the existing Status property in management applications, it is strongly RECOMMENDED that providers/instrumentation provide BOTH the Status and OperationalStatus properties. Further, the first value of OperationalStatus SHOULD contain the primary status for the element. When instrumented, Status (since it is single-valued) SHOULD also provide the primary status of the element. Values � � �
( / F P Z c o { � � � � � � � Unknown Other OK Degraded Stressed Predictive Failure Error Non-Recoverable Error Starting Stopping Stopped In Service No Contact Lost Communication Aborted Dormant Supporting Entity in Error Completed Power Mode DMTF Reserved Vendor Reserved Status
� ( 0 = string Description A string indicating the current status of the object. Various operational and non-operational statuses are defined. This property is deprecated in lieu of OperationalStatus, which includes the same semantics in its enumeration. This change is made for 3 reasons: 1) Status is more correctly defined as an array. This overcomes the limitation of describing status via a single value, when it is really a multi-valued property (for example, an element may be OK AND Stopped. 2) A MaxLen of 10 is too restrictive and leads to unclear enumerated values. And, 3) The change to a uint16 data type was discussed when CIM V2.0 was defined. However, existing V1.0 implementations used the string property and did not want to modify their code. Therefore, Status was grandfathered into the Schema. Use of the Deprecated qualifier allows the maintenance of the existing property, but also permits an improved definition using OperationalStatus. StatusDescriptions
� $ , 9 string Description Strings describing the various OperationalStatus array values. For example, if "Stopping" is the value assigned to OperationalStatus, then this property may contain an explanation as to why an object is being stopped. Note that entries in this array are correlated with those at the same array index in OperationalStatus. y � C I M _ M a n a g e d S y s t e m E l e m e n t �d�%߬�` % " CIM_ManagedSystemElement ) ! � ��� � �������������������������������������� � CIM_LogicalElement Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. AMENDMENT LOCALE ms_409 � C I M _ A u t h o r i z e d P r i v i l e g e �d�%߬�� ! CIM_AuthorizedPrivilege ) " @ ��K S ��������������������������������[ � AuthorizedPrivilege Description AuthorizedPrivilege for IPMI AMENDMENT LOCALE ms_409 � a��� � ^�NM� \ ��'% c o- %� � �K vd ) �h�� ~ ��71 ' WC�2 6 A3� h m ���� � �U�_d � nQe�� Dc�%߬�� # ' < c w � � � � , S [ � � � �
$ UU���������������������������������L � RSOP_IESecurityContentRatings Locale alwaysViewableSites
� [ string neverViewableSites
� � string passwordOverrideEnabled
� � boolean ratingSystemFileNames
� string ratingSystems
� K string rsopID
� � � �� string rsopPrecedence
� � � �� sint32 selectedRatingsBureau
� string viewUnknownRatedSites
� C boolean � Ec�%߬�D
# + 2 o ~ � � ������������� � RSOP_IEAdministrativeTemplateFile Locale GPOID '
� g � �� � �� string lastWriteTime e
� � � �� datetime name '
� � � �� � �� string Ad � R S O P _ P o l i c y S e t t i n g Fc�%߬�' 4 RSOP_PolicySetting & / a n � � � � ) 5 r � � � � & 1 ����������� � � ������e g ���� c i � RSOP_IERegistryPolicySetting Locale command ,
� Y � �� string currentUser '
� � � �� � �� boolean deleted *
� � � �� boolean id @ '
� ! � �� � �� string precedence @ '
� j � �� � �� uint32 registryKey
� � � �� string value
&
� � � �� uint8 valueName
� � �� string valueType "
� [ � �� uint32 � Gc�%߬�� ' ( 3 e u � � � � ? G y � � � � � UU�������������������������������������+ � RSOP_IEAuthenticodeCertificate Locale certIndex
� ] � �� sint32 expirationDate e
� � datetime friendlyName
� � string intendedPurposes
� string issuerName
� 7 string rsopID
� q � �� string rsopPrecedence
� � � �� sint32 subjectName
� � string tabIndex
� # � �� sint32 � Hc�%߬� H P � � ����������� � RSOP_IEESC Locale EscEnabled
� ? boolean rsopID
� z � �� string rsopPrecedence
� � � �� sint32 � Ic�%߬�f ��% - ; o v � � @ L � � ������� � � ����� � RSOP_PolicySettingBlocked abstract Locale creationTime e
� e � �� datetime GPOID
� � � �� string id 2
� � � ��� �� � �� string Required Not_Null name
� 8 � �� string precedence 2
� � � ��� �� � �� uint32 Required Not_Null SOMID
� � � �� string � R S O P _ P o l i c y S e t t i n g B l o c k e d Jc�%߬�� 1 # RSOP_PolicySettingBlocked # + 4 f o � � � � , 9 k r � � � � ���������� � � ���� ! ���� # � RSOP_RegistryPolicySettingBlocked Locale command *
� ^ � �� string deleted
(
� � � �� boolean id @ '
� � � �� � �� string precedence @ '
� $ � �� � �� uint32 registryKey
� c � �� string value $
� � � �� uint8 valueName
� � � �� string valueType
� � �� uint32 � Kc�%߬� )
$ X _ � � � � L V � � � � �
< E E����� y w �������� ����������{ � RSOP_Session Locale creationTime e
� N � �� datetime flags
� � � �� uint32 id '
� � � �� � �� string SecurityGroups
� � �� string Site
� D � �� string slowLink $
� � � �� boolean SOM
� � � �� string targetName
� � � �� string ttlMinutes
� 4 � �� uint32 version
� o � �� uint32 � Lc�%߬�U
N X � � � � : D v | Q�� �������� � � RSOP_SOM Locale blocked
� E � �� boolean blocking
� � � �� boolean id '
� � � �� � �� string reason 4
� � �� ( � �� uint32 ValueMap 4 7 1 2 SOMOrder
� n � �� uint32 type )
� � � � � �� uint32 ValueMap � � � � 1 2 3 4 � Mc�%߬�w )
S \ � � � � S ] � � � � D X � � ����� � ������� � ������� � RSOP_GPO Locale accessDenied
� J � �� boolean enabled
� � � �� boolean extensionIds
"
� � � �� string fileSystemPath
� � �� string filterAllowed
� J � �� boolean filterId
� � � �� string guidName
� � � �� string id '
� � �� � �� string name
� < � �� string securityDescriptor
� � � �� uint8 version
� � � �� uint32 � Nc�%߬�x
�� " 0 b k � � � � # / b g � � ��������� �� � � RSOP_GPLink Association Locale appliedOrder
� Z � �� uint32 enabled
� � � �� boolean GPO f '
� � � �� � �� ref:RSOP_GPO linkOrder
� � �� uint32 noOverride
� Y � �� boolean SOM f '
� � � �� � �� ref:RSOP_SOM somOrder '
� � � �� � �� uint32 �
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 3 B F 0 E D 8 8 A 4 A 3 B 5 0 8 4 9 F B 1 4 D 3 6 2 B 4 9 9 D 7 F 4 5 6 C 1 3 1 0 5 F 6 7 4 E 9 C F B 8 3 E 8 7 7 7 3 B 4 9 A 7 �~i�p ��?]� � �%��: � ��88� � ��ro � �� � W i n 3 2 _ C O M S e t t i n g �\�%߬�� i Win32_COMSetting 6 � �� � ( 0 6 ^ e � � � � ; D � � � � Z k ) � � � � D O � � w
�
6 > � � � � �
�
j x / � � � � UUUUU���������������������������������������������������������������������������������������������������[ � Win32_ClassicCOMClassSetting CIMWin32 Locale UUID {E5D8A562-F6C0-11d2-B35E-00105A1F8569} AppID )
� � � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}[AppID] AutoConvertToClsid F )
� N � ��V f string MappingStrings n Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\AutoConvertTo[Default] AutoTreatAsClsid J )
� � �� & string MappingStrings . Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\AutoTreatAs[Default] ComponentId 4
� � � �� � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}[Default] Control " )
� { � ��� � boolean MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\Control DefaultIcon N )
� ( � ��0 @ string MappingStrings H Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\DefaultIcon[Default] InprocHandler > )
� � � ��� � string MappingStrings Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\InprocHandler[Default] InprocHandler32 B )
� � � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\InprocHandler32[Default] InprocServer
. )
� ` � ��h x string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\InprocServer[Default] InprocServer32 2 )
� � ��% 5 string MappingStrings = Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\InprocServer32[Default] Insertable )
� � � ��� � boolean MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\Insertable JavaClass ( )
� � � ��� � boolean MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\InprocServer32[JavaClass] LocalServer 6 )
� E � ��M ] string MappingStrings e Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\LocalServer[Default] LocalServer32 : )
�
� ��
string MappingStrings
Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\LocalServer32[Default] LongDisplayName Z )
� �
� ���
�
string MappingStrings �
Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\AuxUserType\3[Default] ProgId )
� u � ��} � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\ProgID[Default] ShortDisplayName V )
� . � ��6 F string MappingStrings N Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\AuxUserType\2[Default] ThreadingModel 6
� � � ��
2
B
string ValueMap
&
,
Apartment Free Both MappingStrings J
Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\InprocServer32[ThreadingModel] ToolBoxBitmap32 ^ )
� �
� ���
string MappingStrings Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\ToolBoxBitmap32[Default] TreatAsClsid * )
� � � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\TreatAs[Default] TypeLibraryId
$ )
� f � ��n ~ string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\TypeLib[Default] Version )
� � �� / string MappingStrings 7 Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\Version[Default] VersionIndependentProgId R )
� � � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}\VersionIndependentProgId[Default] � W i n 3 2 _ C O M A p p l i c a t i o n C l a s s e s �\�%߬�c % Win32_COMApplicationClasses 6 � �� � $ . 6 < d t / e��������� � Win32_ClassicCOMApplicationClasses CIMWin32 Locale UUID {0F73ED54-8ED9-11d2-B340-00105A1F8569} GroupComponent f@ 6
� � � ��� � � � ref:Win32_DCOMApplication Override GroupComponent MappingStrings WMI|Win32_DCOMApplication PartComponent f@ 6
� s � ��� � � � ref:Win32_ClassicCOMClass Override PartComponent MappingStrings � WMI|Win32_ClassicCOMClass pp � C I M _ E l e m e n t S e t t i n g �\�%߬�^ CIM_ElementSetting 6 � �� � ( 0 6 ^ g e��������� � Win32_COMApplicationSettings CIMWin32 Locale UUID {E5D8A563-F6C0-11d2-B35E-00105A1F8569} Element f@ A
� � � �� � ��� � � � ref:Win32_DCOMApplication Override Element MappingStrings � WMI|Win32_DCOMApplication Setting f@ A
� o � �� � ��� � � � ref:Win32_DCOMApplicationSetting Override Setting MappingStrings � WMI|Win32_DCOMApplicationSetting nt � C I M _ E l e m e n t S e t t i n g �\�%߬�_ CIM_ElementSetting 6 � �� � ) 1 7 _ h ! e��������� � Win32_ClassicCOMClassSettings CIMWin32 Locale UUID {E5D8A564-F6C0-11d2-B35E-00105A1F8569} Element f@ A
� � � �� � ��� � � � ref:Win32_ClassicCOMClass Override Element MappingStrings � WMI|Win32_ClassicCOMClass Setting f@ A
� p � �� � ��� � � � ref:Win32_ClassicCOMClassSetting Override Setting MappingStrings � WMI|Win32_ClassicCOMClassSetting me � C I M _ L o g i c a l E l e m e n t �\�%߬�S CIM_LogicalElement 6 � �� � # + 1 Y e �������������������������� � Win32_ComponentCategory CIMWin32 Locale UUID {0F73ED5A-8ED9-11d2-B340-00105A1F8569} CategoryId A
� � � �� � ��� � � string MaxLen MappingStrings � Win32API|Component Categories|CATEGORYINFO|catid Name @ 6
� X � ��` j p � string Override Name MappingStrings � Win32API|Component Categories|CATEGORYINFO|szDescription � C I M _ D e p e n d e n c y �\�%߬�f CIM_Dependency 6 � �� � & , T ` � � U��������� � Win32_LoggedOnUser CIMWin32 Locale UUID {8BB5B3EC-E1F7-4b39-942A-605D5F55789A} Antecedent f@
� � � �� ref:Win32_Account Dependent f@
� � � �� ref:Win32_LogonSession � , C I M _ L o g i c a l E l e m e n t �c�%߬�� J CIM_LogicalElement ) � ��� � � � � � � � � � � � � U b q � � � �
�
Y c q � �
�
� � � � Z f ' - 2 > � � � � � / > � � UUUUU��������������������������������������������������������������������` � Win32_ShadowCopy Description The Win32_ShadowCopy class is a storage extent that represents a duplicate copy of the original volume at some previous time. AMENDMENT LOCALE ms_409 ClientAccessible . +
�
- : boolean DisplayName Client Accessible Description The ClientAccessible property is indicates whether the shadow copy was created by the Windows Previous Versions component. Count +
� � � uint32 DisplayName Count Description The Count property is the number of shadow copies in the shadow copy set to which this shadow copy belongs. DeviceObject +
� � � � � string DisplayName Device Object Description The DeviceObject property is the Windows object manager name of the underlying storage device that supports the original volume. Differential : +
� � � � � � boolean DisplayName Differential Description The Differential property indicates whether the shadow copy was created by a differential shadow copy provider. The provider can be implemented in hardware or software. ExposedLocally B +
� � � % boolean DisplayName Exposed Locally Description The ExposedLocally property indicates whether the shadow copy is exposed on the local machine with a drive letter or mount point. If this flag and the ExposedRemotely flag is not set, the shadow copy is hidden. ExposedName +
� ? G T b o string DisplayName Exposed Name Description The ExposedName property is the file system name of the shadow copy when it is exposed. This property might contain a drive letter or mount point. This property is NULL when the shadow copy is hidden or otherwise not exposed. ExposedPath $ +
� � � � � � string DisplayName Exposed Path Description The ExposedPath property is the file system path of the shadow copy when it is exposed. This property is NULL when the shadow copy is hidden or otherwise unexposed. ExposedRemotely @ +
� � � � � � boolean DisplayName Exposed Remotely Description The ExposedRemotely property indicates whether the shadow copy is exposed on a remote machine with a network share. If this flag and the ExposedLocally flag is not set, the shadow copy is hidden. HardwareAssisted 8 +
�
)
6
boolean DisplayName Hardware Assisted Description The HardwareAssisted property indicates whether the shadow copy was created by a hardware shadow copy provider. ID 6
� �
�
� �� string DisplayName ID Description The ID property uniquely identifies the shadow copy on the system. Imported > +
� � � � � � boolean DisplayName Imported Description The Imported property indicates whether the shadow copy was imported onto this machine using the Import method rather than created using the ShadowCopy create method. NoAutoRelease
0 +
� � � � � � boolean DisplayName No Auto Release Description The NoAutoRelease property indicates whether the shadow copy is automatically deleted when the shadow copy requestor process ends. If this property is TRUE, the shadow copy is retained after the requestor process ends. NotSurfaced 6 +
� & 4 A boolean DisplayName Not Surfaced Description The shadow copy is not currently in the device namespace of the local machine. NoWriters 2 +
� � � � � boolean DisplayName No Writers Description The NoWriters property indicates whether the shadow copy was created with the involvement of shadow copy writer components. OriginatingMachine +
� � � � � string DisplayName Originating Machine Description The OriginatingMachine property identifies the machine hosting the original volume. Persistent , +
� � � � � � boolean DisplayName Persistent Description The Persistent property indicates whether the shadow copy is persistent across reboots. Plex < +
� f o | � � boolean DisplayName Plex Description The Plex property indicates whether the shadow copy was created by a split mirror shadow copy provider. The provider can be implemented in hardware or software. ProviderID +
� w � � � string DisplayName Provider ID Description The ProviderID uniquely identifies the shadow provider that created the shadow. ServiceMachine +
� @ H U f s string DisplayName Service Machine Description The ServiceMachine property identifies the machine currently servicing the shadow copy. SetID +
� ! 0 = string DisplayName Shadow Set ID Description The SetID uniquely identifies the shadow copy set to which the shadow belongs. State
( 8
� � � � � F N uint32 DisplayName State Description The State property describes the current state of the shadow copy Values
� � � � � � � � �
( Unknown Preparing ProcessingPrepare Prepared ProcessingPrecommit Precommitted ProcessingCommit Committed ProcessingPostcommit Created Aborted Deleted Count Transportable 4 +
� w � � � � boolean DisplayName Transportable Description The Transportable property indicates whether the shadow copy can be surfaced on another machine. If this property is FALSE and the volumes are surfaced locally, it may not be possible to surface them later on a different machine. VolumeName +
� � � � � string DisplayName VolumeName Description The VolumeName property identifies the original volume for which the shadow copy was taken. 2 6
!
� r � � Create & 3 g o Description Creates a shadow copy using the specified context. Values � � � � � 2 H Z � � � ' Success Access denied Invalid argument Specified volume not found Specified volume not supported Unsupported shadow copy context Insufficient storage Volume is in use Maximum number of shadow copies reached Another shadow copy operation is already in progress Shadow copy provider vetoed the operation Shadow copy provider not registered Shadow copy provider failure Unknown error � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ��������N � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� This parameter is the volume that is used for the shadow copy. This volume is sometimes referred to as the 'original' volume. This parameter can be specified as a volume drive letter, mount point or volume GUID name. Description )
� 2 Y ��b � ID 6
� � Y ��b � � string Context string
� in
� 8 �� This parameter is the context that the provider will use when creating the shadow. Description )
� 8 �F�P � 01�g% ��; � !>�|� Q C I M _ L o g i c a l E l e m e n t �b�%߬�� CIM_LogicalElement ) � ��� � � � � � � � U��������������o � Win32_DfsNode Description The Win32_DfsNode class represents a root or a link of a domain based or a standalone distributed file system (DFS). AMENDMENT LOCALE ms_409 Name )
� � � � �� string Description The Name property is an identifier for the DFS node. It is same as the entry path of a node, based on the Universal Naming Convention.
It can take one of the following two forms: \\DfsServerName\ShareName\PathToLink where - DfsServerName is the name of a server that hosts the DFS root volume, ShareName is the name of the share published on the host server, PathToLink is the path to the physical share. The PathToLink is applicable only to nodes that are DFS links.\\DomainName\FtDfsName\PathToLink where - DomainName is the name of the domain that hosts the DFS root volume, FtDfsName is the name of the fault tolerant DFS root published in the domain directory service, PathToLink is the path to the physical share. The PathToLink is applicable only to nodes that are DFS links. Root
� C L Y boolean Description The Root property indicates whether the node is a DFS root or a link. A value of True indicates that the node is a root. State +
� ( ^ f uint32 Description The State property indicates the status of the node. Values z ~ � � Ok Inconsistent Online Offline Timeout
+
� � � � _ f uint32 Description The Timeout property indicates the time in seconds for which the client caches the referral of this node. Units seconds � ) F
� � Create & 3 " * Description The Create method is used to create a new instance of the Win32_DfsNode class.
The method can return the following values:
0 - Success.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values 6 ? Success Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �a �� c Q * s v U����������������� � __PARAMETERS abstract DfsEntryPath string
� 8 In
� 8 _ �� The DfsEntryPath parameter specifies the path of the DFS root. Description )
� 8 _ ��� � ID 6
� Y _ ��� � string ServerName string
� In
� � �� The ServerName parameter specifies the name of the server that hosts the share to which the link is associated. For example, in order to create a link associated to a share "\\myserver\myshare", the ServerName parameter should be set to "\\myserver". Description )
� � ��� � ID 6
� \ � ��� � string ShareName string
� � In
� � � �� The ShareName parameter specifies the name of the share to which the link is associated with. For example, in order to create a link associated to a share "\\myserver\myshare", the ShareName parameter should be set to "myshare". Description )
� � � ��� � ID 6
� I � ��� � string Description string
� p In
� p � �� The Description parameter specifies a comment describing the node. Description )
� p � �� � ID 6
� � � �� � M string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ L o g i c a l E l e m e n t �b�%߬�� CIM_LogicalElement ) V ��a i q { $ � � [ b U����������������O � Win32_DfsTarget Description The DfsTarget class represents a target of a DFS link. AMENDMENT LOCALE ms_409 LinkName )
� � � � � �� string Description The LinkName indicates the entry path of the link to which this target belongs. ServerName )
� [ c p � �� string Description The ServerName indicates the name of the server that the link references. ShareName )
� � � �� string Description The ShareName indicates the name of the share that the link references. State +
� � � � & uint32 Description The State property indicates the state of the target. The state is reported as a bit map, where each bit is interpretted as follows. Note that Offline and Online are mutually exclusive.
Offline - The specified computer is offline or unavailable.
Online - The specified computer is available.
Active - The specified computer is to be made the active machine. BitValues 6 ? G Offline Online Active t � C I M _ D e p e n d e n c y �b�%߬�� CIM_Dependency ) " n ��y � � � � � ��������� � Win32_DfsNodeTarget Description The Win32_DfsNodeTarget class associates a DFS node to one of its targets. AMENDMENT LOCALE ms_409 Antecedent f@ )
� � � � � �� ref:Win32_DfsTarget Description The Antecedent property references a target for a DFS node. A node that is a link has one or more targets. A node that is a root has one target. Dependent f@ )
� � � � � �� ref:Win32_DfsNode Description The Dependent property references a DFS node. er �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �b�%߬�nZ�%߬�� ���M 9 _ � __Win32Provider {4AF3F4A4-06C8-4b79-A523-633CC65CE297} NetworkServiceHost DskQuotaProvider kz_ � ̳~&� 7 y��
� � ���T� � ֚a� � �9R�$ � �ǹ� � �yD� � ��\�� A �E�"� � ⍚�� ��
� f5 �� H��1� G���� Yi�%߬�� ) ' � �� � M ^ g � � � � 0 8 u � � U������������������������ � MDM_VPNv2_RouteList02_01 InPartition 3 A local-system local-user DMWmiBridgeProv Address '
� � � �� � �� string ExclusionRoute '
� � � �� � �� boolean InstanceID
� ( � �� string Metric '
� m � �� � �� sint32 ParentID
� � � �� string PrefixSize '
� � � �� � �� sint32 � Zi�%߬� ) � �� � D U Z � � � � ( e o U�������������������� � MDM_VPNv2_Sso03 InPartition * 8 local-system local-user DMWmiBridgeProv Eku '
� � � �� � �� string Enabled '
� � � �� � �� boolean InstanceID
� � �� string IssuerHash
'
� ] � �� � �� string ParentID
� � � �� string � [i�%߬�� ' ) " / � �� � U f n � � � � : K � � � � ] o � � UU�������������������������������������� � MDM_VPNv2_TrafficFilterList02_01 InPartition ; I local-system local-user DMWmiBridgeProv Claims '
� � � �� � �� string InstanceID
� � � �� string LocalAddressRanges '
� 2 � �� � �� string LocalPortRanges '
� � � �� � �� string ParentID
� � � �� string Protocol '
� � �� � �� sint32 RemoteAddressRanges '
� U � �� � �� string RemotePortRanges '
� � � �� � �� string RoutingPolicyType '
� � � �� � �� string � \i�%߬�� ) % 2 � �� � X i m � � � � $ * U����������������g � MDM_VPNv2_TrafficFilterList02_App04 InPartition > L local-system local-user DMWmiBridgeProv Id '
� � � �� � �� string InstanceID
� � � �� string ParentID
� � �� string Type '
� _ � �� � string M � ]i�%߬�� ! ) � �� � 4 E O � � � � # . k w � � � � . C � � UU�������������������������������� � MDM_VPNv2_User_01 InPartition ( local-user DMWmiBridgeProv AlwaysOn '
� � � �� � �� boolean ByPassForLocal '
� � � �� � �� boolean DnsSuffix '
� � �� � �� string EdpModeId '
� c � �� � �� string InstanceID
� � � �� string ParentID
� � � �� string ProfileXML '
� & � �� � �� string RememberCredentials '
� x � �� � �� boolean TrustedNetworkDetection '
� � � �� � �� string � ei�%߬�� ) % � �� � ; M W � � � � U����������������U � MDM_ApplicationControl InPartition - local-system DMWmiBridgeProv1 DeviceID '
� � � �� � string InstanceID
� � � �� string ParentID
� � �� string TenantID '
� M � �� � string M � fi�%߬��
) & 3 � �� � I [ g � � � � U������������2 � MDM_ApplicationControl_Policies01_01 InPartition ; local-system DMWmiBridgeProv1 InstanceID
� � � �� string ParentID
� � � �� string Policy 2
� % �� � �� � �� string Octetstring � gi�%߬�� ) $ 1 � �� � G Y e � � � � U��������������O � MDM_ApplicationControl_PolicyIDs03 InPartition 9 local-system DMWmiBridgeProv1 InstanceID
� � � �� string IsVariableLeaf
� � boolean ParentID
� � �� string Value '
� G � �� � string � hi�%߬�) ) % 2 � �� � H Z h � � � � / ; y � � � E N UU��������������������������� � MDM_ApplicationControl_PolicyInfo03 InPartition : local-system DMWmiBridgeProv1 FriendlyName '
� � � �� � string InstanceID
� � � �� string IsAuthorized '
� & � �� � boolean IsDeployed '
� p � �� � boolean IsEffective '
� � � �� � boolean ParentID
� � � �� string Status '
� = � �� � sint32 Version '
� � � �� � string � ii�%߬�� ) - � �� � C U a � � � � U��������������K � MDM_ApplicationControl_Token03 InPartition 5 local-system DMWmiBridgeProv1 InstanceID
� � � �� string IsVariableLeaf
� � boolean ParentID
� � � �� string Value '
� C � �� � string � L|C_��� ��$
, = -����� � CIM_ElementCapabilities AMENDMENT LOCALE Characteristics
� i q { uint16 ValueMap � � � � 2 3 .. 32768..65535 � M S N T _ S y s t e m T r a c e ^��@[��� MSNT_SystemTrace 6 � 2 � ? G ��R Z S����b � Thread_V2 Description Thread Create/Exit Event DisplayName Thread AMENDMENT LOCALE ms_409 �E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C i�&@��rZ�%߬�� � �������� b � __InstanceProviderRegistration \\.\root\cimv2\mdm\dmmap:__Win32Provider.Name="DMWmiBridgeProv1" R O O T \ c i m v 2 \ m d m \ d m m a p _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 0 6 3 4 B E A A A 6 D 4 7 E 6 3 7 1 9 9 9 A D 4 0 5 E 0 D D A F D A 3 B D A B 3 6 5 9 C 4 8 5 8 F 5 6 5 9 3 6 A 4 9 0 9 9 8 1 F \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 0 2 E 3 B 8 C 8 2 4 F D 0 B 9 C 1 5 B 4 D 4 9 A B 8 4 C F 0 2 F A 3 8 E 0 2 C A F 6 9 9 D C 3 C B D C B B 2 D 7 9 F 3 0 2 5 D F aW^�B 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� ' v�襎� f � WDMClassesOfDriver MSWmi_PnPDeviceId C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] +�3� � �y�xi wcc� 6 5 0� 3 뛊0� : I�E�' * �'�Q p �6)� I �tD=
� > Iv �Y>? . ���M 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A %g�%߬�nZ�%߬� ����?[ @ 9 t � � __Win32Provider {0320F14D-D374-470E-B7B1-DAE86A4C0FF4} Decoupled:Com:FoldIdentity(true) SmbWitnessWmiv2provider O:BAG:BAD:(A;;0x1;;;BA)(A;;0x1;;;NS)(A;;0x1;;;AU) 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D &g�%߬�tZ�%߬�� t � __MethodProviderRegistration \\.\root\Microsoft\Windows\SmbWitness:__Win32Provider.Name="SmbWitnessWmiv2provider" ! R O O T \ M i c r o s o f t \ W i n d o w s \ S m b W i t n e s s _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 0 5 A F 7 1 3 7 D 7 1 0 B 4 D D 6 9 6 2 9 8 1 8 8 9 3 3 9 7 5 4 2 7 0 0 6 9 5 C D 7 5 9 3 9 6 B 4 4 A 7 0 8 A E 6 4 9 3 C 3 5 6 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ E A E F 1 6 6 D 0 7 8 2 3 D D 8 D A 7 D 2 5 7 6 A C 4 7 9 4 4 1 7 8 1 0 8 F F 5 F 1 1 E 6 F 9 2 8 2 9 2 6 1 B E A 2 6 1 2 4 0 8 _ � E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C 'g�%߬�rZ�%߬�� � �������� v � __InstanceProviderRegistration \\.\root\Microsoft\Windows\SmbWitness:__Win32Provider.Name="SmbWitnessWmiv2provider" ! R O O T \ M i c r o s o f t \ W i n d o w s \ S m b W i t n e s s _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 0 5 A F 7 1 3 7 D 7 1 0 B 4 D D 6 9 6 2 9 8 1 8 8 9 3 3 9 7 5 4 2 7 0 0 6 9 5 C D 7 5 9 3 9 6 B 4 4 A 7 0 8 A E 6 4 9 3 C 3 5 6 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ E A E F 1 6 6 D 0 7 8 2 3 D D 8 D A 7 D 2 5 7 6 A C 4 7 9 4 4 1 7 8 1 0 8 F F 5 F 1 1 E 6 F 9 2 8 2 9 2 6 1 B E A 2 6 1 2 4 0 8 (g�%߬�� 3 � �� � 0 < y � � � W b � � � � 0 b w � � � � , 3 � � UUU������������������������������������������������0 � MSFT_SmbWitnessClient SmbWitnessWmiv2provider ClientName '
� q � �� � �� string FileServerNodeName
� � � �� string Flags 6
�
3 > � �� uint32 BitMap * - 0 1 2 3 BitValues N Q T 7 8 9 IPAddress
� � � �� string NetworkName
� � � �� string NotificationsCancelled
(
� � �� uint32 NotificationsSent $
� Z � �� uint32 QueuedNotifications ,
� � � �� uint32 ResourcesMonitored
� � � �� uint32 ShareName
� $ � �� string State 6
� w � � � � �� uint32 ValueMap � � � � � � 0 1 2 3 4 5 Values � � � � � � 1 2 3 4 5 6 WitnessNodeName
� ( � �� string & ; n � MoveClient & ��3 �� implemented static / ac6d1350600005Q ROOT\Microsoft\Windows\SmbWitness ���� � ��
�� * � � J � ������������@ � __PARAMETERS abstract ClientName string
� 6 In
� 6 ] �� ID )
� � ] ��� string DestinationNode string
� � In
� � �� ID )
� � ��F string NetworkName string
� � In
� � � �� ID )
� 8 � ��� string __ �� ac6d1350600005Q ROOT\Microsoft\Windows\SmbWitness ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
E v e n t T r a c e )g�%߬�D EventTrace 6 � �� 9 ? g o y � y����� � WLanDiagCtlGuid Description WLAN HC Diagnostics Trace guid {6DA4DDCA-0901-4BAE-9AD4-7E6030BAB531} locale MS\0x409 Flags R
� � � � � � z � uint32 Description Enable Flags ValueDescriptions . F [ o � WLANHC_AUTOCONFIG Flag WLANHC_RNWFMSM Flag WLANHC_FATMSM Flag WLANHC_DLLMAIN Flag WLANHC_TEST Flag DefineValues � � � � � WLANHC_AUTOCONFIG WLANHC_RNWFMSM WLANHC_FATMSM WLANHC_DLLMAIN WLANHC_TEST Values + > N ] m WLANHC_AUTOCONFIG WLANHC_RNWFMSM WLANHC_FATMSM WLANHC_DLLMAIN WLANHC_TEST ValueMap � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 _R �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A *g�%߬�nZ�%߬�� �����M @ 9 W � __Win32Provider {43D7FDB4-B94D-4415-8792-54AF9FBEBB82} NetworkServiceHost NetTtCim 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D +g�%߬�tZ�%߬�m V � __MethodProviderRegistration \\.\root\StandardCimv2:__Win32Provider.Name="NetTtCim" R O O T \ S t a n d a r d C i m v 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ B 5 E C 8 A D F 9 6 E 5 E 6 0 6 4 A D 9 E B 0 B 1 3 7 0 F D B D 6 6 4 E 0 B 0 E 7 8 0 2 B 6 A 2 A 5 7 9 6 B 5 F A F 2 2 A F E E \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 5 3 A F 8 6 0 8 C 1 0 4 F 8 6 6 5 5 F 4 2 A 8 8 7 1 E 5 F 7 3 2 2 5 A 8 D 6 8 1 F 6 6 B 8 1 5 1 B 7 C 2 0 0 C 4 6 C 5 1 8 C 5 0 b 9 5 2 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C ,g�%߬�rZ�%߬�� � ��������X q � __InstanceProviderRegistration \\.\root\StandardCimv2:__Win32Provider.Name="NetTtCim" ` WQL:UnarySelect R O O T \ S t a n d a r d C i m v 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ B 5 E C 8 A D F 9 6 E 5 E 6 0 6 4 A D 9 E B 0 B 1 3 7 0 F D B D 6 6 4 E 0 B 0 E 7 8 0 2 B 6 A 2 A 5 7 9 6 B 5 F A F 2 2 A F E E \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 5 3 A F 8 6 0 8 C 1 0 4 F 8 6 6 5 5 F 4 2 A 8 8 7 1 E 5 F 7 3 2 2 5 A 8 D 6 8 1 F 6 6 B 8 1 5 1 B 7 C 2 0 0 C 4 6 C 5 1 8 C 5 0 5 2 0 0 �Aؠ � ײS�O R \3j$� Q �#�� T�� � 7n��� � DB��[ o ��*� � �*.o` [ C I M _ S e r v i c e �b�%߬�� CIM_Service
) ' � �� ������������������������ � Win32_ApplicationService Description The Win32_ApplicationService class represents any installed or advertised components or applications available on the system. Instances of this class include all properly installed and instrumented executables. AMENDMENT LOCALE ms_409 � C I M _ S e r v i c e A c c e s s P o i n t �b�%߬� CIM_ServiceAccessPoint ) & � ��� � � � ��������������������������� � Win32_CommandLineAccess Description The Win32_CommandLineAccess class represents the command line interface to a service or application. The name of the access point is always the full command line text. AMENDMENT LOCALE ms_409 CommandLine
� # + 8 string Description The value of the Commandline property provides the string used to start the service. � C I M _ C h e c k �b�%߬�' ! CIM_Check ) - � ��� � � � ���������������������������������� � Win32_SoftwareElementCondition Description Instances of this class represent conditional checks that must be evaluated to TRUE before their associated Win32_SoftwareElement can be installed. AMENDMENT LOCALE ms_409 Condition
� ) string Description A conditional statement which evaluates to TRUE or FALSE to determine whether the associated software element should is installed. � C I M _ C h e c k �b�%߬�� ! CIM_Check ) $ � ��� � � � ���������������������������������m � Win32_LaunchCondition Description The LaunchCondition class is used by the LaunchConditions action. It contains a list of conditions, all of which must be satisfied for the action to succeed. AMENDMENT LOCALE ms_409 Condition
� * string Description A condition that must evaluate to TRUE for installation to begin. � C I M _ C h e c k �b�%߬�� ' CIM_Check ) � ��� � � � � � S Z ��������������������������������������� � Win32_Condition Description The Condition class can be used to modify the selection state of any entry in the Feature class, based on a conditional expression. If Condition evaluates to True, the corresponding Level value in the Feature class will be set to the value specified in the Condition class's Level column. Using this mechanism, any feature can be permanently disabled (by setting the Level to 0), set to be always installed (by setting the Level to 1), or set to a different install priority (by setting Level to an intermediate value). The Level may be set based upon any conditional statement, such as a test for platform, operating system, a particular property setting, etc. AMENDMENT LOCALE ms_409 Condition
� string Description A conditional statement which evaluates to TRUE or FALSE to determine whether the Level value should be applied to the associated software feature. Feature
� � � � string Description The name of the feature within the associated product to which this condition applies. Level
� � � � uint16 Description The install level for the associated software feature if condition evaluates to TRUE. � C I M _ F i l e S p e c i f i c a t i o n �b�%߬�j G CIM_FileSpecification ) & � ��� � � � � � � � ���_�������������������������������������������������������������������� � Win32_FileSpecification Description Each instance of this class represents a source file with it's various attributes, ordered by a unique, non-localized identifier. For uncompressed files, the File property is ignored, and the FileName column is used for both the source and destination file name. You must set the 'Uncompressed' bit of the Attributes column for any file that is not compressed in a cabinet. AMENDMENT LOCALE ms_409 Attributes :
� � � uint16 Description Integer containing bit flags representing file attributes (with the decimal value of each bit position in parentheses). See the remarks below for more information: Bit 0: Read Only (1) Bit 1: Hidden (2) Bit 2: System (4) Bit 8: Split (256) - the file is split between two or more compression cabinets Bit 9: Vital (512) - this file is vital for the proper operation of the component to which it belongs Bit 12: Permanent (4096) - the file will not be removed on uninstall Bit 13: Uncompressed (8192) - the file is uncompressed on the source media Bit 14: Patch (16384) (reserved for future use) Bit 15: PatchSourceIgnore (32768) - the file can be ignored during a patch upgrade if it is run-from-source FileID >
� ) 1 > string Description A unique key which identifies a file within the scope of a product. Language 6
� � � � string Description List of decimal language Ids, comma-separated if more than one. Sequence <
� E M Z uint16 Description Sequence with respect to the media images; order must track cabinet order. � C I M _ F i l e S p e c i f i c a t i o n �b�%߬�- M CIM_FileSpecification ) ) ��! ) 1 9 � � �/ � � � ���_������������������������������������������������������������������������[ � Win32_IniFileSpecification Description This class contains the .INI information that the application needs to set in an .INI file. The .INI file information is written out when the corresponding component has been selected to be installed, either locally or run from source. AMENDMENT LOCALE ms_409 Action B
� e m z uint16 Description The type of modification made.
Hexadecimal
Decimal
Modification
0x000
0
Creates or updates a .ini entry.
0x001
1
Creates a .ini entry only if the entry does not already exist.
0x003
3
Creates a new entry or appends a new comma-separated value to an existing entry. IniFile D
� � � � string Description A unique key identifying this ini file specification within its product. :
� [ c p string Description The .ini file key within the section. Section 6
� � � � string Description The .ini file section. Value >
� , 4 A string Description The value to be written. � C I M _ C o p y F i l e A c t i o n �b�%߬�Z + CIM_CopyFileAction ) ( ��* 2 : C ������������������������������������������� � Win32_DuplicateFileAction Description The DuplicateFileAction allows the author to make one or more duplicate copies of files installed by the InstallFiles executable action, either to a different directory than the original file, or to the same directory, but with a different name. AMENDMENT LOCALE ms_409 FileKey $
� o w � string Description A unique key identifying this duplicate file action within its product. �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A c�%߬�nZ�%߬�� ���M �� 9 i � __Win32Provider {B3FF88A4-96EC-4cc1-983F-72BE0EBB368B} NetworkServiceHost Rsop Logging Mode Provider eKb� u �?"G� & ��)B :� !
g ݬ[ψ >
��� v <1�< � C I M _ C o o l i n g D e v i c e �Z�%߬�� T CIM_CoolingDevice ) ? �� I W � � ������������������������������������������������������������������������������������� � CIM_Fan Locale UUID {0A59C856-E3D4-11d2-8601-0000F8102E5F} Abstract DesiredSpeed F
� � � �� uint64 VariableSpeed D
� � � �� boolean �
� � SetSpeed ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��������� � __PARAMETERS abstract DesiredSpeed uint64
� 8 IN
� 8 _ �� ID )
� � _ ��� uint64 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ L o g i c a l D e v i c e �Z�%߬�� G CIM_LogicalDevice ) �� $ �����������������������������������������������������������������������L � CIM_Sensor Abstract Locale UUID {9565979B-7D80-11D2-AAD3-006008C78BC7} �
C I M _ S e n s o r �Z�%߬�� � CIM_Sensor ) �� % + S ] � � � � & X m � � � � + 8 j z � � � � & 2 d o � � � 2 M ����UUU�������������������������������������������������������������������������������������������������������������������������������� � CIM_NumericSensor Abstract Locale UUID {9565979C-7D80-11D2-AAD3-006008C78BC7} Accuracy b
� � � �� sint32 CurrentReading B
� � � �� sint32 IsLinear f
� � �� boolean LowerThresholdCritical p
� P � �� sint32 LowerThresholdFatal ! x
� � � �� sint32 LowerThresholdNonCritical h
� � � �� sint32 MaxReadable R
� # � �� sint32 MinReadable V
� b � �� sint32 NominalReading F
� � � �� sint32 NormalMax J
� � � �� sint32 NormalMin N
� � �� sint32 Resolution Z
� \ � �� uint32 Tolerance ^
� � � �� sint32 UpperThresholdCritical t
� � � �� sint32 UpperThresholdFatal " |
� * � �� sint32 UpperThresholdNonCritical l
� w � �� sint32 � C I M _ N u m e r i c S e n s o r �Z�%߬�- � CIM_NumericSensor ) ��! ) / W a � � � m � ( C � � � � D T � � � � @ L � � � � Q f
'
����UUW���������������������������������������������������������������������������������������������������������������������������������
� CIM_TemperatureSensor Abstract Locale UUID {9565979D-7D80-11D2-AAD3-006008C78BC7} Accuracy @ b 6
� � � ��� � � � sint32 Override Accuracy MappingStrings � MIF.DMTF|Temperature Probe|001.19 CurrentReading @ B 6
� P � ��X b r � sint32 Override CurrentReading MappingStrings � MIF.DMTF|Temperature Probe|001.5 LowerThresholdCritical @ p 6
� � �� 2 B sint32 Override LowerThresholdCritical MappingStrings J MIF.DMTF|Temperature Probe|001.13 LowerThresholdFatal @ ! x 6
� � � ��� � � � sint32 Override LowerThresholdFatal MappingStrings MIF.DMTF|Temperature Probe|001.15 LowerThresholdNonCritical @ h 6
� � � ��� � � � sint32 Override LowerThresholdNonCritical MappingStrings � MIF.DMTF|Temperature Probe|001.11 MaxReadable @ R 6
� @ � ��H R _ o sint32 Override MaxReadable MappingStrings w MIF.DMTF|Temperature Probe|001.9 MinReadable @ V 6
� � � ��� � sint32 Override MinReadable MappingStrings ! MIF.DMTF|Temperature Probe|001.10 NominalReading @ F 6
� � � ��� � � � sint32 Override NominalReading MappingStrings � MIF.DMTF|Temperature Probe|001.6 NormalMax @ J 6
� C � ��K U ` p sint32 Override NormalMax MappingStrings x MIF.DMTF|Temperature Probe|001.7 NormalMin @ N 6
� � � ��� � sint32 Override NormalMin MappingStrings MIF.DMTF|Temperature Probe|001.8 Resolution @ Z 6
� � � ��� � � � uint32 Override Resolution MappingStrings � MIF.DMTF|Temperature Probe|001.17 Tolerance @ ^ 6
� 8 � ��@ J U e sint32 Override Tolerance MappingStrings m MIF.DMTF|Temperature Probe|001.18 UpperThresholdCritical @ t 6
� � � ��� � & sint32 Override UpperThresholdCritical MappingStrings . MIF.DMTF|Temperature Probe|001.14 UpperThresholdFatal @ " | 6
� � � ��� � � � sint32 Override UpperThresholdFatal MappingStrings � MIF.DMTF|Temperature Probe|001.16 UpperThresholdNonCritical @ l 6
� k
� ��s
}
�
�
sint32 Override UpperThresholdNonCritical MappingStrings �
MIF.DMTF|Temperature Probe|001.12 an � C I M _ L o g i c a l D e v i c e �Z�%߬� R CIM_LogicalDevice ) �� " ( P e � � �
���������������������������������������������������������������������������������A � CIM_Controller Abstract Locale UUID {8502C531-5FBB-11D2-AAC1-006008C78BC7} MaxNumberControlled B )
� � � � � �� uint32 MappingStrings � MIF.DMTF|Bus Port|001.9 ProtocolSupported F 6
� , � ��4 > � � uint16 ValueMap / �
! % ) - 1 5 9 = A E I M Q U Y ] a e i m q u y } � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 MappingStrings � � MIF.DMTF|Bus Port|001.2 MIF.DMTF|Disks|003.3 TimeOfLastReset e H
� 7 � �� datetime � C I M _ P h y s i c a l C o m p o n e n t P[�%߬�4 G CIM_PhysicalComponent )
�� " J V ����������������������������������������������������������������������� � CIM_Chip abstract Locale UUID {FAF76B7A-798C-11D2-AAD1-006008C78BC7} FormFactor @
� � � �� uint16 �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 c�%߬��Z�%߬�$ � __SystemSecurity ��ܝ� �w�3� � ���o R :;G�� oи�� ��~� � ��k] � &u�k� w ���d � ��� � R O O T \ R S O P _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ B 9 F 1 5 E 9 C 0 9 5 5 B 8 4 B 8 B 7 E 8 4 0 A 8 7 8 C 2 9 2 A 9 4 8 3 B 5 5 C 2 B C 3 7 0 0 6 5 6 2 D C 7 6 2 D 4 6 6 1 0 2 F \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 5 3 A 1 D C 0 D D A 2 E 3 9 C 5 2 3 B 6 2 6 F E 8 E C D 0 5 C 3 7 B E C 4 2 0 D 5 9 2 C 1 B C 7 0 8 D 9 4 8 9 C 2 8 C 3 5 D E 9 c�%߬�j � �� � 5 � RsopLoggingModeProvider Rsop Logging Mode Provider C so ing B � � ggi � - \ ` �
� RsopCreateSession - ��5 �� static implemented � ac6d1350600005Q ROOT\RSOP ���� � �1 �� * � � = ��������| � __PARAMETERS abstract flags uint32
� 1 in
� 1 X �� ID )
� � X ��� uint32 userSid string
� � in
� � �� ID )
� t ��9 string __ � ac6d1350600005Q ROOT\RSOP ���� � ��
�� � � � C * � ������������; � __PARAMETERS abstract nameSpace string
� 5 out
� 5 \ �� ID )
� � \ ��� string hResult uint32
� � out
� � �� ID )
� z ��? uint32 ExtendedInfo uint32
� � out
� � � �� ID )
� 3 � ��� uint32 __ � RsopDeleteSession ��
�� static implemented � ac6d1350600005Q ROOT\RSOP ���� � �� �� * � ����� � __PARAMETERS abstract nameSpace string
� 5 in
� 5 \ �� ID )
� � \ ��� string __ �� ac6d1350600005Q ROOT\RSOP ���� � �� �� * � ����� � __PARAMETERS abstract hResult uint32
� 3 out
� 3 Z �� ID )
� � Z ��� uint32 __ � RsopEnumerateUsers G ��O �� static implemented � ac6d1350600005Q ROOT\RSOP ���� � �9 �� � B * � ��������� � __PARAMETERS abstract userSids string
� 4 out
� 4 [ �� ID )
� � [ ��� string hResult uint32
� � out
� � �� ID )
� y ��> uint32 __ �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A c�%߬�nZ�%߬�� ���C �� 9 ` � __Win32Provider {F0FF8EBB-F14D-4369-bd2e-d84fbf6122d6} SelfHost Rsop Planning Mode Provider 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D c�%߬�tZ�%߬�w ` � __MethodProviderRegistration \\.\root\RSOP:__Win32Provider.Name="Rsop Planning Mode Provider" R O O T \ R S O P _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ B 9 F 1 5 E 9 C 0 9 5 5 B 8 4 B 8 B 7 E 8 4 0 A 8 7 8 C 2 9 2 A 9 4 8 3 B 5 5 C 2 B C 3 7 0 0 6 5 6 2 D C 7 6 2 D 4 6 6 1 0 2 F \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ F 7 2 5 5 4 2 B C C 5 E E 8 1 8 B B 3 2 6 8 E 2 A 3 9 F 3 A 5 3 C 7 8 7 2 F 2 7 4 E F A D 1 F D 9 3 5 D 8 C 2 E D 4 2 D 5 A 8 0 � c�%߬�w )
S \ � � � � S ] � � � � D X � � ����� � ������� � ������� � RSOP_GPO Locale accessDenied
� J � �� boolean enabled
� � � �� boolean extensionIds
"
� � � �� string fileSystemPath
� � �� string filterAllowed
� J � �� boolean filterId
� � � �� string guidName
� � � �� string id '
� � �� � �� string name
� < � �� string securityDescriptor
� � � �� uint8 version
� � � �� uint32 � c�%߬�x
�� " 0 b k � � � � # / b g � � ��������� �� � � RSOP_GPLink Association Locale appliedOrder
� Z � �� uint32 enabled
� � � �� boolean GPO f '
� � � �� � �� ref:RSOP_GPO linkOrder
� � �� uint32 noOverride
� Y � �� boolean SOM f '
� � � �� � �� ref:RSOP_SOM somOrder '
� � � �� � �� uint32 � c�%߬�_ �� & 4 h o � � 9 E � � ������� � � ����� � RSOP_PolicySetting abstract Locale creationTime e
� ^ � �� datetime GPOID
� � � �� string id 2
� � � ��� �� � �� string Required Not_Null name
� 1 � �� string precedence 2
� � � ��� �� � �� uint32 Required Not_Null SOMID
� � � �� string �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �c�%߬�kZ�%߬�+
� __NAMESPACE power F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �c�%߬��Z�%߬�$ � __SystemSecurity ( � __thisNAMESPACE � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � ! " � MSFT_CliFormat TABLE INSTANCE ) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & 4 � MSFT_CliProperty FriendlyName The FriendlyName string provides the name for the alias. The name will be unique in the context of the namespace in which the alias is defined. Note CLASS, QUERY, PATH and RESTORE cannot be used as alias names as they appear in the same location in the syntax. FriendlyName Alias Where FriendlyName = '#' Select * from Msft_CliAlias lJ � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � �3 ( C L � MSFT_CliVerb wmic Alias #__PATH assoc Shows any related aliases SeeAlso 08DC881413B47D24732FDCE6DA8A0FBB80C.310.3386896044.285 CD_D5472BB4000403F6D6CDB0F595804CE62C0D292549796526CA9E7773798E5F24.133.2231630649.318 CD_DE2F09E5209C548EB2CA373A925D80847E176AA4A3A4ACC0CB143A779C8154B2.311.1435931471.190 CD_E6165A2C7DA53547A217F4B5D9149125910FEBA09B8BB9B320094C6ECF81FDC5.311.2130075939.535 CI_311B24D471FA470BE235FB95E85291DE8C56EB6FA6CF9B1EEB6871E43BBD912C IL_1E59813E7045B8656EFFCBCD5C1862D995CA0F602D3213FEC6EFBA0ED3F2AD29.311.697620915.249 IL_227FDB4BBC644BF919A882A6D6A822A0CF6177C421C416CC297E11CDAC01770C.311.1001239533.249 IL_33E04994CA4A70429FE677E9D3FD3A84A89CF8D3D2921E1207010996980144D0.311.4076504440.249 IL_3C259524726051D7603A4BD17307563E6BEB326182791CA695BB2B6FEF3A682F.311.293400504.249 IL_59C0D279AC4D00AA33C5DAB5CDF28150F681AA6C3210CD3E34E5D560A87ADB96.311.1142537083.249 IL_A0645C5482C6C0990FF3D834DE810EE73DD1C560AC29409CF0FE88CEBDDB1D73.311.2804001211.249 IL_B5845F4417EB0A7AD195B60C8C70005F48FB5E07E5853923BF9CEC00A11B4FA0.311.2565700494.249 IL_BA2B64DEBCEAD4B5E79E8DFCDA9F0F1222A0566FE820AF52659088247BFF8F7C.311.1988916545.249 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.305.307563796.372 IL_66796251E5D0B06708BBA28B2F0C8A38E56DC5083BFF260568BAD57F3AAC7FBA.311.2942916013.249 NS_42E4E0D295908E5E61369FD892A1F8D55E4601E6F286F3D44587BC7BAFF4CF40 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.314.1165541664.180 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.314.1165541664.180 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.314.2772854538.368 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.314.2772854538.368 CD_AC7BB2CE72891CEE5B24D1161F798647F6D5827CC518A0A64C2F1BC7D1BEC738.314.610731876.1246 CR_E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_AC7BB2CE72891CEE5B24D1161F798647F6D5827CC518A0A64C2F1BC7D1BEC738 CD_6C29EF4ACC836F85EF7659E17930E4D493CC19A2D7E63C6C1051EF8AB7CAEFC7.315.1833908819.1422 C_6C29EF4ACC836F85EF7659E17930E4D493CC19A2D7E63C6C1051EF8AB7CAEFC7 CD_8753AFFD6FF7988B6BD5723778343D3CBE2068B8054CFA332AC07BDAA246DC64.315.2232152022.2407 C_8753AFFD6FF7988B6BD5723778343D3CBE2068B8054CFA332AC07BDAA246DC64 CD_C3440650E548BFF63B5539FA293CA94632CF3A6097074784DC3E6A84D3E44079.315.530971725.1286 C_C3440650E548BFF63B5539FA293CA94632CF3A6097074784DC3E6A84D3E44079 CD_C69F291BE89C7DCF47D514EEA88ABF7BDEC9B45B40FE7D549762134D0ED90168.315.70871812.1043 C_C69F291BE89C7DCF47D514EEA88ABF7BDEC9B45B40FE7D549762134D0ED90168 CD_69F693B09761D259F9E36F2E07509E240E77C62CCA21F57F463D23C41F558900.316.842997153.3436 C_69F693B09761D259F9E36F2E07509E240E77C62CCA21F57F463D23C41F558900 CD_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4.316.3636309488.3428 C_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 CD_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E.316.1978341804.470 C_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E � �]`
��ٝm � N�!�( w �mT� � oX�H C I M _ D e p e n d e n c y ]�%߬�� CIM_Dependency ) $ � ��
& � � o z � � � � � � U�����������������������������5 � CIM_ProcessExecutable Description A link between a process and a data file indicating that the file participates in the execution of the process.
Note: In order to receive all possible instances of this class, the SE_DEBUG_PRIVILEGE should be enabled. AMENDMENT LOCALE ms_409 Antecedent f@ )
� ] o | � �� ref:CIM_DataFile Description The data file participating in the execution of the process. BaseAddress
� � � uint64 Description BaseAddress represents the base address of the module in the address space of the associated process. Dependent f@ )
� � � � � �� ref:CIM_Process Description The process. GlobalProcessCount
� % 2 uint32 Description GlobalProcessCount is the current number of processes that have the file loaded in memory. ModuleInstance
� � � � uint32 Description ModuleInstance represents the Win32 instance handle.The ModuleInstance property has been deprecated. There is no replacement value and this property is now considered obsolete. ProcessCount
� � � � uint32 Description ProcessCount represents the reference count of the file in the associated process. � C I M _ L o g i c a l D e v i c e b�%߬�� W CIM_LogicalDevice ) Z ��e m u � � � ' / �
�
� 5 2
8
�
�
� � \ k ���_UU���������������������������������������������������������������������������������y � CIM_Processor Description Capabilities and management of the processor logical device. AMENDMENT LOCALE ms_409 AddressWidth . +
� � � � � � uint16 Description Processor address width in bits. Units bits CurrentClockSpeed 0 +
� L T a � � uint32 Description The current speed (in MHz) of this processor. Units megahertz DataWidth 4 +
� � � � ! uint16 Description Processor data width in bits. Units bits Family 6 +
� h p } � uint16 Description The processor family type. For example, values include "Pentium(R) processor with MMX(TM) technology" (14) and "68040" (96). Values l � � � � � � � � � � � . \ i � � � � � � � � � / = K Z h v � � � � � � � � � � $ 0 < I W c r � � � � � � � � � � � ) C _ g ~ � � � � � � " . G � � � � � �
;
?
N
R
V
Z
o
u
{
�
�
�
�
�
�
�
�
�
Other Unknown 8086 80286 80386 80486 8087 80287 80387 80487 Pentium(R) brand Pentium(R) Pro Pentium(R) II Pentium(R) processor with MMX(TM) technology Celeron(TM) Pentium(R) II Xeon(TM) Pentium(R) III M1 Family M2 Family K5 Family K6 Family K6-2 K6-3 AMD Athlon(TM) Processor Family AMD(R) Duron(TM) Processor AMD29000 Family K6-2+ Power PC Family Power PC 601 Power PC 603 Power PC 603+ Power PC 604 Power PC 620 Power PC X704 Power PC 750 Alpha Family Alpha 21064 Alpha 21066 Alpha 21164 Alpha 21164PC Alpha 21164a Alpha 21264 Alpha 21364 MIPS Family MIPS R4000 MIPS R4200 MIPS R4400 MIPS R4600 MIPS R10000 SPARC Family SuperSPARC microSPARC II microSPARC IIep UltraSPARC UltraSPARC II UltraSPARC IIi UltraSPARC III UltraSPARC IIIi 68040 68xxx Family 68000 68010 68020 68030 Hobbit Family Crusoe(TM) TM5000 Family Crusoe(TM) TM3000 Family Efficeon(TM) TM8000 Family Weitek Itanium(TM) Processor AMD Athlon(TM) 64 Processor Family AMD Opteron(TM) Family PA-RISC Family PA-RISC 8500 PA-RISC 8000 PA-RISC 7300LC PA-RISC 7200 PA-RISC 7100LC PA-RISC 7100 V30 Family Pentium(R) III Xeon(TM) Pentium(R) III Processor with Intel(R) SpeedStep(TM) Technology Pentium(R) 4 Intel(R) Xeon(TM) AS400 Family Intel(R) Xeon(TM) processor MP AMD AthlonXP(TM) Family AMD AthlonMP(TM) Family Intel(R) Itanium(R) 2 Intel Pentium M Processor K7 IBM390 Family G4 G5 G6 z/Architecture base i860 i960 SH-3 SH-4 ARM StrongARM 6x86 MediaGX MII WinChip DSP Video Processor LoadPercentage 8 +
� ( o v uint16 Description Loading of this processor, averaged over the last minute, in percent. Units percent MaxClockSpeed : +
� � � � uint32 Description The maximum speed (in MHz) of this processor. Units megahertz OtherFamilyDescription >
� a i v string Description A string describing the processor family type - used when the family property is set to 1 ("Other"). This string should be set to NULL when the family property is any value other than 1. Role B
� d
l
y
string Description A free form string describing the role of the processor - for example, "Central Processor"' or "Math Processor" Stepping F
� ( 5 string Description Stepping is a free-form string indicating the revision level of the processor within the processor family. UniqueId J
� � � � string Description A globally unique identifier for the processor. This identifier may only be unique within a processor family. UpgradeMethod N +
� � � � L T uint16 Description CPU socket information including data on how this Processor can be upgraded (if upgrades are supported). This property is an integer enumeration. Values � � � � � � � � � & 2 I U a m Other Unknown Daughter Board ZIF Socket Replacement/Piggy Back None LIF Socket Slot 1 Slot 2 370 Pin Socket Slot A Slot M Socket 423 Socket A (Socket 462) Socket 478 Socket 754 Socket 940 Socket 939 � C I M _ L o g i c a l F i l e Yb�%߬�A CIM_LogicalFile 6 �� ' � � � � � � CIM_Directory AMENDMENT Description Directory is a type of file that logically groups data files 'contained' in it, and provides path information for the grouped files. DisplayName Directories (CIM) LOCALE ms_409 � C I M _ L o g i c a l F i l e cb�%߬�s CIM_LogicalFile �� ! ) � CIM_DataFile AMENDMENT LOCALE ms_409 � C I M _ C h e c k }b�%߬�� G CIM_Check C $ * � R � ��[ k
� � � � A E w � � � � � - : l w � � ��WU�������������������������������������������������������������������� � Win32_ServiceSpecification Locale UUID {DBAD0F60-DB34-11d2-85FC-0000F8102E5F} MSIProv MappingStrings s Microsoft.MSI Dependencies 6
� � � �� string DisplayName
"
� � � �� string ErrorControl
.
� 9 � �� sint32 ID
� o � �� string LoadOrderGroup 2
� � � �� string Name @
� � � �� string Password >
� % � �� string ServiceType &
� d � �� sint32 StartName :
� � � �� string StartType *
� � � �� sint32 �s_409 �error recorded in LastErrorCode property, and information on any corrective actions that may be taken. LastErrorCode 8
� � ݈�p � zɯ3% � |scf� o b�U�% + Z��P U kXvܥ L C I M _ S e t t i n g �]�%߬�� 4 CIM_Setting
) , � ��� � # � � l � F V � � � � S
o
� � �
� � UU������������������������������������������������� � Win32_OSRecoveryConfiguration Description The Win32_OSRecoveryConfiguration class represents the types of information that will be gathered from memory when the operating system fails. This includes boot failures and system crashes. AMENDMENT LOCALE ms_409 AutoReboot
� ? H U boolean Description The AutoReboot property determines whether the system will automatically reboot during a recovery operation.
Values: TRUE or FALSE. If TRUE, the system will automatically rebooted. DebugFilePath
� F N [ string Description The DebugFilePath property indicates the path to the debug file. A debug file is created with the memory state of the machine after a machine failure.
Example: %systemRoot%\Memory.dmp DebugInfoType ( +
� \ d q = E uint32 Description The DebugInfoType property indicates what type of debugging information is to be written to the log file.
Values: 0 = None
1 = Complete memory dump
2 = Kernel memory dump
3 = Small memory dump (64KB) Values Y _ u � None Complete memory dump Kernel memory dump Small memory dump ExpandedDebugFilePath
� � � � string Description The ExpandedDebugFilePath property is an expanded version of the DebugFilePath property.
Example: C:\WinNT\Memory.dmp ExpandedMiniDumpDirectory
� � � � string Description The ExpandedMiniDumpDirectory property is an expanded version of the MiniDumpDirectory property.
Example: C:\WinNT\MiniDump KernelDumpOnly .
� � � � boolean Description The KernelDumpOnly property has been deprecated in favor of the DebugInfoType property in the same class. All future work should use this new property.
The KernelDumpOnly property indicates whether only kernel debug information will be written to the debug log file.
Values TRUE or FALSE. If TRUE, then only the state of kernel is written to a file in the event of a system failure. If FALSE, the system will try to log the state of the memory and any devices that can provide information about the system when it failed. MiniDumpDirectory
� � � � string Description The MiniDumpDirectory property indicates the directory where small memory dump files will be recorded and accumulated.
Example: %systemRoot%\MiniDump Name )
� � � ��� � string Description The Name property contains an identifying name for this instance of the Win32_OSRecoveryConfiguration class. OverwriteExistingDebugFile "
� �
�
�
boolean Description The OverwriteExistingDebugFile property indicates whether a new log file will overwrite an existing one.
Values: TRUE or FALSE. If TRUE, the existing debug file will be overwritten. If FALSE, a log file is not written if the filename already exists. SendAdminAlert
$
� � � � boolean Description The SendAdminAlert property indicates whether or not an alert message will be sent to the system administrator in the event of an operating system failure.
Values: TRUE or FALSE. If TRUE, the system will send an alert to the system administrator. WriteDebugInfo &
� 3
<
I
boolean Description The WriteDebugInfo property has been deprecated in favor of the DebugInfoType property in the same class. All future work should use this new property.
The WriteDebugInfo property indicates whether or not debugging information is to be written to a log file.
Values: TRUE or FALSE. If TRUE, debug information is written to a file. WriteToSystemLog
,
� � � � boolean Description The WriteToSystemLog property indicates whether or not events will be written to a system log.
Values: TRUE or FALSE. If TRUE, information will be written to a system log file. � C I M _ S y s t e m C o m p o n e n t ^�%߬�S CIM_SystemComponent ) ��+ 3 ; K " ���������� � Win32_SystemBIOS Description The Win32_SystemBIOS class represents an association between a computer system (including data such as startup properties, time zones, boot configurations, or administrative passwords) and a system BIOS (services, languages, system management properties). AMENDMENT LOCALE ms_409 GroupComponent f@ )
� � � � � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the Win32_ComputerSystem containing the BIOS of the association. PartComponent f@ )
� Y i v � �� ref:Win32_BIOS Description The PartComponent reference represents Win32_BIOS contained in the computer system of this association. rd � W i n 3 2 _ S y s t e m M e m o r y R e s o u r c e 'b�%߬�# $ Win32_SystemMemoryResource ) ! r ��} � � � r � ��������������������������������� � Win32_PortResource Description The Win32_PortResource class represents an I/O port on a Win32 computer system. AMENDMENT LOCALE ms_409 Alias
� � � � boolean Description The Alias property indicates whether this instance represents the base port address or one of the ranges with an alias. A base port address is a predetermined port address dedicated to a specific service or device. A port alias address is one that a device responds to as if it were the actual address of an I/O port.
Values: TRUE or FALSE. A value of TRUE indicates this instance represents an address alias. StartingAddress @ )
� � � � � �� uint64 Description The StartingAddress property contains the starting address of memory mapped I/O. The hardware resource identifier property should be set to this value to construct the mapped I/O resource key. � W i n 3 2 _ S y s t e m M e m o r y R e s o u r c e (b�%߬�� " $ Win32_SystemMemoryResource ) ( � ��� � � � , = ����������������������������������K � Win32_DeviceMemoryAddress Description The Win32_DeviceMemoryAddress class represents a device memory address on a Win32 system.
Example: ScsiPort0 device memory address. AMENDMENT LOCALE ms_409 MemoryType +
�
" � � string Description The MemoryType property indicates the characteristics of the memory resource on the Win32 system.
Example: ReadWrite. Values � � � � � ' ReadWrite ReadOnly WriteOnly Prefetchable CombinedWrite Type24 Cacheable WindowDecode Bar StartingAddress @ )
� t | � � �� uint64 Description The StartingAddress property contains the starting address of memory mapped I/O. The hardware resource identifier property should be set to this value to construct the mapped I/O resource key. � C I M _ M e m o r y M a p p e d I O )b�%߬� CIM_MemoryMappedIO ) ) � ��� � ������������������������������� � Win32_SystemMemoryResource Description The Win32_SystemMemoryResource class represents a system memory resource on a Win32 system. AMENDMENT LOCALE ms_409 �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 c�%߬�lZ�%߬�� � � __thisNAMESPACE � �p � \ ? ? ? ? jg@�� � m�"� R ZQq , )��= F� VW
V �0c� 4 �a�� �|� M %���H 2
ޙ�z ��� � ���( � .�ܼ _ _ E v e n t C o n s u m e r �_�%߬�� 6 __EventConsumer
# j s � � � � ( . ` w � � � S _ � � oA���������� ������������ �� � ��������� � NTEventLogEventConsumer Category '
� X ` �� � �� uint16 NOT_NULL EventID '
� � � �� � �� uint32 NOT_NULL EventType A
� �� � ��& 0 _ g uint32 NOT_NULL ValueMap L O R U X [ 0 1 2 4 8 16 Values � � � � � � Success Error Warning Information Audit Success Audit Failure InsertionStringTemplates
& '
� �� � �� string Template Name
� X � �� string NameOfRawDataProperty *
� � � �� string NameOfUserSIDProperty .
� � � �� string NumberOfInsertionStrings " '
� A I �� � �� uint32 NOT_NULL SourceName '
� � � �� � �� string NOT_NULL UNCServerName
� � � �� string � �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���J 9 ` � __Win32Provider {266c72d4-62e8-11d1-ad89-00c04fd8fdff} LocalSystemHost LogFileEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� C % � � __EventConsumerProviderRegistration - LogFileEventConsumer \\.\root\default:__Win32Provider.Name="LogFileEventConsumer" R O O T \ d e f a u l t # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�_�%߬�nZ�%߬�� ���J 9 d � __Win32Provider {266c72e5-62e8-11d1-ad89-00c04fd8fdff} LocalSystemHost CommandLineEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� G % � � __EventConsumerProviderRegistration - CommandLineEventConsumer \\.\root\default:__Win32Provider.Name="CommandLineEventConsumer" R O O T \ d e f a u l t # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�_�%߬�nZ�%߬�� ���B 9 [ � __Win32Provider {266c72e6-62e8-11d1-ad89-00c04fd8fdff} WmiCore NTEventLogEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� F % � � __EventConsumerProviderRegistration - NTEventLogEventConsumer \\.\root\default:__Win32Provider.Name="NTEventLogEventConsumer" R O O T \ d e f a u l t # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 8 9 2 F 8 D B 6 9 C 4 E D F B C 6 8 1 6 5 C 9 1 0 8 7 B 7 A 0 8 3 2 3 F 6 C E 5 B 5 E F 3 4 2 C 0 F 9 3 E 0 2 A 0 5 9 0 B F C 4 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ A 7 E 8 4 B B 1 D 3 7 3 9 B 5 4 3 6 9 D F F E 4 4 B A D D 2 2 0 0 8 3 D D 3 5 6 D 5 C 5 A B 4 6 B F 5 7 0 D 9 C 7 7 D 7 D C 1 9 8 1 a 2 _ _ E v e n t C o n s u m e r �_�%߬�^ $ __EventConsumer ) # ? ��J R \ - 8 � � � � J P oU��������� ����������������������� � LogFileEventConsumer Description Logs events to a text file AMENDMENT LOCALE Filename
� � � � string Description Fully qualified path name for the log file. If file does not exist, it will be created. If directory does not exist, file will not be created. IsUnicode
� d m z boolean Description If FALSE or NULL, file will not be Unicode. MaximumFileSize
� � � � uint64 Description Maximum size to which file is allowed to grow. It will be archived when it exceeds this size. Archived files have an extension of .001 through .999. A value of zero will be interpreted to mean 'do not archive.' Name )
� � �� # string Description A unique identifier for this instance Text
� | � � string Description Message to be inserted into the log file � _ _ E v e n t C o n s u m e r �_�%߬�^ $ __EventConsumer ) # ? ��J R \ - 8 � � � � J P oU��������� ����������������������� � LogFileEventConsumer Description Logs events to a text file AMENDMENT LOCALE Filename
� � � � string Description Fully qualified path name for the log file. If file does not exist, it will be created. If directory does not exist, file will not be created. IsUnicode
� d m z boolean Description If FALSE or NULL, file will not be Unicode. MaximumFileSize
� � � � uint64 Description Maximum size to which file is allowed to grow. It will be archived when it exceeds this size. Archived files have an extension of .001 through .999. A value of zero will be interpreted to mean 'do not archive.' Name )
� � �� # string Description A unique identifier for this instance Text
� | � � string Description Message to be inserted into the log file �
E v e n t T r a c e �_�%߬�� EventTrace 6 � �� / 5 ] e o v m����~ � TSPkgDebugTrace Description Security: TSPkg Guid {6165f3e2-ae38-45d4-9b23-6b4818758bd9} locale MS\0x409 Flags E
� � � � � � � � � � uint32 Description Enable Flags ValueDescriptions # / = I Z e q | Error Flag Warning Flag Trace Flag Credential Flag CTXT Flag CALLS Flag AUTH Flag SESS Flag Values � � � � � � � � Error Warning Trace Creds Context Calls Auth Session ValueMap * 6 B N Z f r 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 � � W=�p` � kOO? � \ 6 4 �� fF 7 �U�6} C I M _ C h e c k �b�%߬�� C CIM_Check ) ) � ��� � � � � � ( 6 \ ` � � � � * \ g � � ��UU���������������������������������������������������������������� � Win32_ServiceSpecification Description Instances of this class represent the services that are to be installed along with an associated package. AMENDMENT LOCALE ms_409 Dependencies 2
� � � � string Description This column is a list of names of services or load ordering groups that the system must start before this service. Names in the list are separated by Nulls. If the service has no dependencies, then Null or an empty string is returned. Dependency on a group means that this service can run if at least one member of the group is running after an attempt to start all members of the group. DisplayName
� � � � string Description This property is the string that user interface programs use to identify the service. ErrorControl *
� b j w sint32 Description This column specifies the action taken by the startup program if the service fails to start during startup. One of the following error control flags must be specified in this column.
Adding the value 0x08000 to the flags in the following table specifies that the overall install will fail if the service cannot be installed into the system.
Value
Startup program's action
0x00000000
Logs the error and continues with the startup operation.
0x00000001
Logs the error, displays a message box and continues the startup operation.
0x00000003
Logs the error if it is possible and the system is restarted with the last configuration known to be good. If the last-known-good configuration is being started, the startup operation fails. ID
� � � � string Description A unique key identifying this service specification item within its product. LoadOrderGroup
.
� + 3 @ string Description This property contains the string that names the load ordering group of which this service is a member. Password :
� � � � string Description The password associated with StratName. ServiceType
"
� V ^ k sint32 Description This property is a set of bit flags that specify the type of service.
One of the following service types must be specified in this column.
Type of service
Value
Description
SERVICE_WIN32_OWN_PROCESS
0x00000010
A Microsoft Win32� service that runs its own process.
SERVICE_WIN32_SHARE_PROCESS
0x00000020
A Win32 service that shares a process.
SERVICE_INTERACTIVE_PROCESS
0x00000100A
Win32 service that interacts with the desktop. This value cannot be used alone and must be added to one of the two previous types.
The following types of service are unsupported.
Type of service
Value
Description
SERVICE_KERNEL_DRIVER
0x00000001
A driver service.
SERVICE_FILE_SYSTEM_DRIVER
0x00000002
A file system driver service. StartName 6
� � � � string Description The account name used to start this service. StartType &
�
" sint32 Description This property is a set of bit flags that specify when to start the service.
One of the following types of service start must be specified in this column.
Type of service start
Value
Description
SERVICE_AUTO_START
0x00000002
A service start during startup of the system.
SERVICE_DEMAND_START
0x00000003
A service start when the service control manager calls the StartService function.
SERVICE_DISABLED
0x00000004
Specifies a service that can no longer be started.
The following types of service starts are valid only for driver services.
Type of driver service start
ValueDescription
SERVICE_BOOT_START
0x00000000
A device driver started by the operating system loader.
SERVICE_SYSTEM_START
0x00000001
A device driver started by calling the IoInitSystem function. Use this in the ServiceControl Table, with the StartServices action put after the InstallServices action, to start a driver service during an install. � C I M _ C h e c k �b�%߬�� ! CIM_Check ) ( � ��� � � � ���������������������������������/ � Win32_ProgIDSpecification Description Instances of this class represent and ProgIDs that need to be registered durring a given installation. AMENDMENT LOCALE ms_409 Parent
� � � � string Description Contains the ProgID for any version independent programs. �
C I M _ A c t i o n �b�%߬� 0 CIM_Action ) # a ��l t | � a m �� 6 @ � � ��U���������������������������������������������^ � Win32_RegistryAction Description The WriteRegistryValues action sets up registry information that the application desires in the system Registry. The registry information is gated by the Component class. A registry value is written to the system registry if the corresponding component has been set to be installed either locally or run from source. AMENDMENT LOCALE ms_409 EntryName
� � � � string Description This property contains the registry value name. If this is Null, then the data entered into the Value proeprty are written to the default registry key. EntryValue
"
� � � � string Description This property is the registry value. (
� string Description The key for the registry value. Registry
� l t � string Description The registry value name. If the Value column is null, then the following strings in the Name column have special significance. + The key is to be created, if absent upon the installation of the component. - The key is to be deleted, if present, with all its values and subkeys upon the uninstallation of the component. * The key is to be created, if absent upon the installation of the component AND the key is to be deleted, if present, with all its values and subkeys upon the uninstallation of the component. Root &
� � � � sint16 Values � + > R HKEY_CURRENT_USER HKEY_LOCAL_MACHINE HKEY_CLASSES_ROOT HKEY_CURRENT_USER HKEY_LOCAL_MACHINE HKEY_USERS �
C I M _ A c t i o n �b�%߬� + CIM_Action ) $ N ��Y a i q �C � � ��U����������������������������������������n � Win32_RemoveIniAction Description The RemoveIniValues action deletes .INI file information that the application desires to delete from .INI files. The deletion of the information is gated by the Component class. A .INI value is deleted if the corresponding component has been set to be installed either locally or run from source. AMENDMENT LOCALE ms_409 Action &
� � � � uint16 Description The type of modification made.
Hexadecimal
Decimal
Meaning
0x002
2
Deletes .ini entry.
0x004
4
Deletes a tag from a .ini entry.
� o w � string Description The .ini file key below the section. Section
� � � � string Description The .ini file section. Value
"
� ? G T string Description The value to be deleted. �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D c�%߬�tZ�%߬�v _ � __MethodProviderRegistration \\.\root\RSOP:__Win32Provider.Name="Rsop Logging Mode Provider" ��` � ?�N@ } ̅h1� E I�B� � e��~� � C I M _ S t a t i s t i c a l I n f o r m a t i o n ]�%߬� G $ CIM_StatisticalInformation ) $ � ��� �
� i � � k � � � Y j � � � � K W � � }UU�������������������������������������������������������������������� � CIM_DeviceErrorCounts Description CIM_DeviceErrorCounts is a statistical class containing error-related counters for a logical device. The types of errors are as defined by CCITT (Rec X.733) and ISO (IEC 10164-4). AMENDMENT LOCALE ms_409 CriticalErrorCount $
� 4 < I uint64 Description Count of the critical errors. DeviceCreationClassName )
� � � ��� � string Description The scoping device's creation class name. DeviceID )
� ; � ��C P string Description The scoping device's ID. IndeterminateErrorCount
� � � � uint64 Description Count of the indeterminate errors. MajorErrorCount ,
� ' / < uint64 Description Count of the major errors. MinorErrorCount
4
� � � � uint64 Description Count of the minor errors. Name @ )
�
� �� string Description The inherited Name property serves as part of the key for the CIM_DeviceErrorCounts instance. The object is scoped by the logical device to which the statistics apply. SystemCreationClassName
�
string Description The scoping system's creation class name. SystemName
� � � � string Description The scoping system's name. WarningCount <
� � � uint64 Description Count of the warnings. � u � f � ResetCounter , Description Method to reset the error and warning counters. The method takes one parameter as input an integer indicating which counter to reset. For this input parameter, 0 indicates all, 1 indicates a reset of the indeterminate error counter, 2 the critical error counter, 3 the major error counter, 4 the minor error counter and 5 the warning counter. The method returns 0 if successful, 1 if not supported, and any other value if an error occurred. A method is specified so that the logical device's instrumentation, which tabulates the errors and warnings, can also reset its internal processing and counters.
In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. i ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * d ��� � __PARAMETERS abstract SelectedCounter uint16
� ; IN
� ; b �� � � � � � All Indeterminate Error Counter Critical Error Counter Major Error Counter Minor Error Counter Warning Counter Values )
� ; b ��! � ID 6
� � b ��! � ` uint16 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ S t a t i s t i c s ]�%߬�I CIM_Statistics ) ) � ��� � � � = D ���������� � CIM_ErrorCountersForDevice Description CIM_ErrorCountersForDevice relates the CIM_DeviceErrorCounts class to the logical device to which it applies. AMENDMENT LOCALE ms_409 Element f@
� �
ref:CIM_LogicalDevice Description The device to which the error counters apply. Stats f@
� p � � ref:CIM_DeviceErrorCounts Description The statistical object - in this case, the error counter class. � ]�%߬�- ) $ � ��� � � � O V ��������� � CIM_RelatedStatistics Description CIM_RelatedStatistics is an association that defines hierarchies and/or dependencies of related CIM_StatisticalInformation classes. AMENDMENT LOCALE ms_409 RelatedStats f
� � + ref:CIM_StatisticalInformation Description The related statistics or metrics. Stats f
� � � � ref:CIM_StatisticalInformation Description The statistic information/object. CA � C I M _ P h y s i c a l C a p a c i t y ,]�%߬�U CIM_PhysicalCapacity ) ! > ��I Q Y p 1 = , C }�������������������������������� � CIM_MemoryCapacity Description CIM_MemoryCapacity describes the type of memory that can be installed on a physical element and its minimum/maximum configurations. Information on what memory is currently 'installed', versus an element's min/max requirements, is located in instances of the CIM_PhysicalMemory class. AMENDMENT LOCALE ms_409 MaximumMemoryCapacity +
� � � � & uint64 Description Maximum amount of memory, in Kbytes, that can be supported by the associated physical element. Units kilobytes MemoryType 6
� � � ��� � % - uint16 Description The type of memory. This is a part of the object key. Values correspond to the list of possible memory types in the CIM_PhysicalMemory class. Values � � � � � � � � � � � � � � � � % Unknown Other DRAM Synchronous DRAM Cache DRAM EDO EDRAM VRAM SRAM RAM ROM Flash EEPROM FEPROM EPROM CDRAM 3DRAM SDRAM SGRAM RDRAM DDR DDR-2 MinimumMemoryCapacity +
� | � � uint64 Description Minimum amount of memory, in Kbytes, that is needed for the associated physical element to operate correctly. Units kilobytes Name @ )
� P X e � �� string Description The inherited Name property serves as a part of the CIM_MemoryCapacity object key. � -]�%߬�� ) ! ] ��h p x � � � u��������I � CIM_ReplacementSet Description The CIM_ReplacementSet class aggregates physical elements that must be 'replaced' or 'FRUed' together. For example, when replacing a memory card, the component memory chips could be removed and replaced as well. Or, a set of memory chips may be specified to be replaced or upgraded together using this association. AMENDMENT LOCALE ms_409 Description
� � � � string Description A free-form string specifying information related to the CIM_ReplacementSet. The purpose of the set or information related to how the component elements are replaced may be included in this property. Name )
� � � ��� � string Description Name is a free-form string defining a label for the CIM_ReplacementSet. It is the key for the object. � %�� � $ n�X<� � U^��Y � 3��. W �:��� R �)�(� 0 �b� � �;����� ) * m ��x
� � PS_UpdateAndCompareCIPolicy Description Contiene herramientas para actualizar y confirmar la directiva CI AMENDMENT LOCALE V ~ � � Com � 8 N �
tio �
�
�
� Compare ' Description Comprueba si la directiva de CI actual coincide con la directiva indicada en FilePath a0ca30792000011 ROOT\Microsoft\Windows\CI\MS_c0a ���� � �� �� * � ����� � __PARAMETERS abstract FilePath string
� 4 In
� 4 [ �� ID )
� � [ ��� string __ �3 a0ca30792000011 ROOT\Microsoft\Windows\CI\MS_c0a ���� � ��
�� * t � ������������� � __PARAMETERS abstract cmdletOutput uint64
� 8 Out
� 8 _ �� DWORD 1 = verdadero, 2 = falso, 3 = no se encuentra el archivo Description )
� 8 _ ��� � ID 6
� Z _ ��� � uint64 ReturnValue uint32
� � uint32 out
� � � �� __ � Update � � Description Reemplaza la directiva de CI actual por la directiva dada en FilePath a0ca30792000011 ROOT\Microsoft\Windows\CI\MS_c0a ���� � �� �� * � ����� � __PARAMETERS abstract FilePath string
� 4 In
� 4 [ �� ID )
� � [ ��� string __ �3 a0ca30792000011 ROOT\Microsoft\Windows\CI\MS_c0a ���� � ��
�� * t � ������������� � __PARAMETERS abstract cmdletOutput uint64
� 8 Out
� 8 _ �� DWORD 1 = verdadero, 2 = falso, 3 = no se encuentra el archivo Description )
� 8 _ ��� � ID 6
� Z _ ��� � uint64 ReturnValue uint32
� � uint32 out
� � � �� __ � Delete �
�
Description Elimina la CIPolicy actual 3 a0ca30792000011 ROOT\Microsoft\Windows\CI\MS_c0a ���� � ��
�� * t � ������������� � __PARAMETERS abstract cmdletOutput uint64
� 8 Out
� 8 _ �� DWORD 1 = verdadero, 2 = falso, 3 = no se encuentra el archivo Description )
� 8 _ ��� � ID 6
� Z _ ��� � uint64 ReturnValue uint32
� � uint32 out
� � � �� __ �
E v e n t T r a c e �;����� EventTrace � �� D � DedupTracingProvider Guid {5ebb59d1-4739-4e45-872d-b8703956d84b} d � D e d u p T r a c i n g P r o v i d e r �;����� DedupTracingProvider � �� F � DedupTracingEventClass Guid {7cb1dab9-fff7-40fe-a916-6b2f04cb5e1c} � D e d u p T r a c i n g E v e n t C l a s s �;���� " DedupTracingEventClass � ��3 > L � � 0 < � � , 9 � � & 6 � � UU��������������������������������` � DedupTracingEventClass_DedupTracingEventTypeClass EventType FunctionName C
� � � � ��� � � � string WmiDataId StringTermination NullTerminated Format w Indent )
� % � �� uint32 WmiDataId LineNumber )
� s { � �� uint32 WmiDataId MessageDescription C
� � � � ��� ! ) string WmiDataId StringTermination NullTerminated Format w ModuleIndex )
� p x � �� uint32 WmiDataId SourceFileAlias C
� � � � ��� # string WmiDataId StringTermination NullTerminated Format w SourceFileName C
� � � � ��� � � � string WmiDataId StringTermination NullTerminated Format w Text C
� ' � ��2 E U ] string WmiDataId StringTermination NullTerminated Format w �- R O O T \ C I M V 2 \ S e c u r i t y \ M i c r o s o f t V o l u m e E n c r y p t i o n _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�;����tZ�%߬�� � � __MethodProviderRegistration \\.\root\CIMV2\Security\MicrosoftVolumeEncryption:Win32_ProviderEx.Name="Win32_EncryptableVolumeProvider" M S F T _ N e t B r a n c h C a c h e S e t t i n g D a t a �;����c ( MSFT_NetBranchCacheSettingData C - = R ` g � �� � o | � ��������������������� � MSFT_NetBranchCacheContentServerSettingData UMLPackagePath CIM::Core::Settings ClassVersion 1.0.0 locale NetPeerDist ContentServerIsEnabled
� � � �� boolean � ���P U k�Nȥ r 4�p $^Nv# m
C I M _ S y s t e m �d�%߬�* a CIM_System ) ! P ��[ c k v � C O h
�
5 K 6
S
^ o ���U�������������������������������������������������������������������������������������������? � CIM_ComputerSystem Description A class derived from System that is a special collection of ManagedSystemElements. This collection provides compute capabilities and serves as aggregation point to associate one or more of the following elements: FileSystem, OperatingSystem, Processor and Memory (Volatile and/or NonVolatile Storage). AMENDMENT LOCALE ms_409 Dedicated L +
� � � � uint16 Description Enumeration indicating whether the ComputerSystem is a special-purpose System (ie, dedicated to a particular use), versus being 'general purpose'. For example, one could specify that the System is dedicated to "Print" (value=11) or acts as a "Hub" (value=8).
A clarification is needed with respect to the value 17 ("Mobile User Device"). An example of a dedicated user device is a mobile phone or a barcode scanner in a store that communicates via radio frequency. These systems are quite limited in functionality and programmability, and are not considered 'general purpose' computing platforms. Alternately, an example of a mobile system that is 'general purpose' (i.e., is NOT dedicated) is a hand-held computer. Although limited in its programmability, new software can be downloaded and its functionality expanded by the user. Values � � � � � � � � � � � , : G [ e v � � � � � � � � Not Dedicated Unknown Other Storage Router Switch Layer 3 Switch Central Office Switch Hub Access Server Firewall Print I/O Web Caching Management Block Server File Server Mobile User Device Repeater Bridge/Extender Gateway Storage Virtualizer Media Library ExtenderNode NAS Head Self-contained NAS UPS IP Phone DMTF Reserved Vendor Reserved IdentifyingDescriptions H
� C K X string Description An array of free-form strings providing explanations and details behind the entries in the OtherIdentifying Info array. Note, each entry of this array is related to the entry in OtherIdentifyingInfo that is located at the same index. NameFormat @ 4
� { � � string Description The ComputerSystem object and its derivatives are Top Level Objects of CIM. They provide the scope for numerous components. Having unique System keys is required. The NameFormat property identifies how the ComputerSystem Name is generated. The NameFormat ValueMap qualifier defines the various mechanisms for assigning the name. Note that another name can be assigned and used for the ComputerSystem that better suit a business, using the inherited ElementName property. OtherDedicatedDescriptions P
� �
�
�
string Description A string describing how or why the system is dedicated when the Dedicated array includes the value 2, "Other". OtherIdentifyingInfo D
� w � string Description OtherIdentifyingInfo captures additional data, beyond System Name information, that could be used to identify a ComputerSystem. One example would be to hold the Fibre Channel World-Wide Name (WWN) of a node. Note that if only the Fibre Channel name is available and is unique (able to be used as the System key), then this property would be NULL and the WWN would become the System key, its data placed in the Name property. PowerManagementCapabilities V +
� �
�
�
� � uint16 Description An enumerated array describing the power management capabilities of the ComputerSystem. The use of this property has been deprecated. Instead, the Power Capabilites property in an associated PowerManagement Capabilities class should be used. Values � � � � � + D Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported ResetCapability T +
� � � � � � uint16 Description If enabled (value = 4), the ComputerSystem can be reset via hardware (e.g. the power and reset buttons). If disabled (value = 3), hardware reset is not allowed. In addition to Enabled and Disabled, other Values for the property are also defined - "Not Implemented" (5), "Other" (1) and "Unknown" (2). Values % . Other Unknown Disabled Enabled Not Implemented � ` � � SetPowerState - Description Sets the power state of the computer. The use of this method has been deprecated. Instead, use the SetPowerState method in the associated PowerManagementService class. � ac6d1350600005Q ROOT\Hardware\ms_409 ���� � �) �� * � Y � ��������� � __PARAMETERS abstract PowerState uint32
� 6 IN
� 6 ] �� The Desired state for the COmputerSystem. Description )
� 6 ] ��� � * G ] q ~ � � Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Other Power Cycle Power Off Hibernate Soft Off Values 6
� 6 ] ��� � � � ID C
� ? ] ��� � � � � uint32 e Time datetime e
� _ IN e
� _ � �� Time indicates when the power state should be set, either as a regular date-time value or as an interval value (where the interval begins when the method invocation is received. Description e )
� _ � ��i � ID e 6
� � � ��i � � datetime __ �� ac6d1350600005Q ROOT\Hardware\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ M a n a g e d E l e m e n t �d�%߬�6
CIM_ManagedElement ) � ��� � �������������� � CIM_Collection Description Collection is an abstract class that provides a common superclass for data elements that represent collections of ManagedElements and its subclasses. AMENDMENT LOCALE ms_409 � C I M _ C o n c r e t e C o l l e c t i o n �d�%߬�� CIM_ConcreteCollection ) ! > ��I Q �����������������Y � ConcreteCollection Description ConcreteCollection for IPMI AMENDMENT LOCALE ms_409 �
E v e n t T r a c e �d�%߬�A EventTrace 6 � �� , 2 Z b l s m����� � IPMIDRIVER Description IPMI Driver Trace guid {D5C6A3E9-FA9C-434e-9653-165B4FC869E4} locale MS\0x409 Flags R
� � � � � = K u } � � uint32 Description Enable Flags ValueDescriptions ) TRACELEVELONE Flag TRACELEVELTWO Flag DefineValues W f TRACELEVELONE TRACELEVELTWO Values � � TRACELEVELONE TRACELEVELTWO ValueMap � � 0x00000001 0x00000002 � �I�q� = sB��
E �u�R H �C� �3#� &�v�
Q ��z� _�E�2 � ��J�0 �K�8 ��_@ �ΦD @ S a m P r o c e s s M a p p e d A t t r i b u t e s tm�%߬�� $ SamProcessMappedAttributes C � ��" / N Y h o w � � M R � � U����������������D � SamProcessMappedAttributes_Start Description SAM Process Mapped Attributes EventType EventTypeName Start locale MS\0x409 Client P
� � � � 2 B J � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� l t � � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� & 3 � �� uint32 WmiDataId Description SamTraceVersion � S a m P r o c e s s M a p p e d A t t r i b u t e s um�%߬�� $ SamProcessMappedAttributes C � �� - L W f k s } � SamProcessMappedAttributes_End Description SAM Process Mapped Attributes EventType EventTypeName End locale MS\0x409 �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A vm�%߬�nZ�%߬�� �����K @ 9 V � __Win32Provider {124E2045-8D63-4C23-B420-BBCD6A0ED61A} LocalServiceHost NetQosCim E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C wm�%߬�rZ�%߬�� � �������� Y � __InstanceProviderRegistration \\.\root\standardcimv2:__Win32Provider.Name="NetQosCim" R O O T \ s t a n d a r d c i m v 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ B 5 E C 8 A D F 9 6 E 5 E 6 0 6 4 A D 9 E B 0 B 1 3 7 0 F D B D 6 6 4 E 0 B 0 E 7 8 0 2 B 6 A 2 A 5 7 9 6 B 5 F A F 2 2 A F E E \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 2 A E D 3 5 6 4 6 2 B 2 7 8 6 C 0 E 1 F A 1 9 9 3 C F 9 8 1 A E 9 1 7 D 3 0 0 D 3 F 4 6 7 D 5 8 3 F B 4 D 8 1 E C C F D F F A 0 1 a 2 a M S F T _ N e t S e t t i n g D a t a xm�%߬� d MSFT_NetSettingData C . C Q X � �� � ` k � � � A ] � � � M c � � . J � � � � : S � � � � / L � � = I � � F ^ � � O b � � �
? H �UUUUUU���������������������������������������������������������������������������������������������z � MSFT_NetQosPolicySettingData UMLPackagePath CIM::Core::Settings ClassVersion 1.1.0 locale NetQosCim AppPathNameMatchCondition , '
� � � �� � �� string DSCPAction S A
� � �� � ��% / 3 = sint8 MinValue -1 MaxValue 63 IPDstPortEndMatchCondition D '
� � � �� � �� uint16 IPDstPortStartMatchCondition B '
� � � �� � �� uint16 IPDstPrefixMatchCondition > '
� E � �� � �� string IPPortMatchCondition
4 '
� � � �� � �� uint16 IPProtocolMatchCondition 0 4
� � � �� � �� uint32 ValueMap " % ( + 0 1 2 3 IPSrcPortEndMatchCondition < '
� � �� � �� uint16 IPSrcPortStartMatchCondition : '
� � � �� � �� uint16 IPSrcPrefixMatchCondition 6 '
� 2 � �� � �� string JobObjectMatchCondition N
� } � �� string MinBandwidthWeightAction T 4
� � � �� � ��� � uint8 MaxValue 100 Name
� ' � �� string NetDirectPortMatchCondition L '
� � � �� � �� uint16 NetworkProfile 4
� � � �� � ��� � uint32 BitMap � � 0 1 2 Owner
� 5 � �� string Precedence A
� � � �� � ��� � � � uint32 MinValue 0 MaxValue 255 PriorityValue8021Action R A
� $ � �� � ��+ 5 9 C sint8 MinValue -1 MaxValue 7 TemplateMatchCondition $ )
� � � ��� � uint32 ValueMap � � � � � � � 0 1 2 3 4 5 6 ThrottleRateAction U 4
� 2 � �� � ��: A uint64 PUnit bit / second URIMatchCondition F '
� � � �� � �� string URIRecursiveMatchCondition J '
� � � �� � �� boolean UserMatchCondition
(
� 7 � �� string Version
� r � �� string �
E v e n t T r a c e ym�%߬�� EventTrace 6 � �� ; A i q { � � � u��������q � qoswmiQOSWMI Description Microsoft-Windows-QoS-WMI-Diag guid {725BA9B3-C1F3-4518-AF1B-C8D669191E15} locale MS\0x409 Flags 8
� � � � > L � � uint32 ValueDescriptions � % QOSWMI_TRACE_CALL Flag QOSWMI_TRACE_POLICY Flag QOSWMI_TRACE_UTILS Flag DefineValues \ o � QOSWMI_TRACE_CALL QOSWMI_TRACE_POLICY QOSWMI_TRACE_UTILS Values � � � QOSWMI_TRACE_CALL QOSWMI_TRACE_POLICY QOSWMI_TRACE_UTILS Level E
� F N \ � � $ . _ j uint32 DefineValues p � � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � Fatal Error Warning Information Verbose ValueMap F K P U Z 0x1 0x2 0x3 0x4 0x5 ValueType index l �
E v e n t T r a c e zm�%߬�� EventTrace 6 � �� 3 9 a i s � BfeTraceProvider description BFE Trace Provider guid {106b464a-8043-46b1-8cb8-e92a0cd7a560} locale MS\0x409 B �
E v e n t T r a c e {m�%߬�� EventTrace 6 � �� $ = C k s } � FwpkclntTraceProvider description FWPKCLNT Trace Provider guid {ad33fa19-f2d2-46d1-8f4c-e3c3087e45ad} locale MS\0x409 F �
E v e n t T r a c e |m�%߬�� EventTrace 6 � �� $ = C k s } � FwpuclntTraceProvider description FWPUCLNT Trace Provider guid {5a1600d2-68e5-4de7-bcf4-1c2d215fe0fe} locale MS\0x409 F �
E v e n t T r a c e }m�%߬�� EventTrace 6 � �� " 9 ? g o y � IkeextTraceProvider description IKEEXT Trace Provider guid {106b464d-8043-46b1-8cb8-e92a0cd7a560} locale MS\0x409 I �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A ~m�%߬�nZ�%߬�� �?����9 �� N � __Win32Provider {20E25881-F081-448e-85C9-4707A9400593} UserProfileProvider tartWhenAvailable>
<StopIfGoingOnBatteries>false</StopIfGoingOnBatteries>
<UseUnifiedSchedulingEngine>true��!` � g �- + r��X �
�� � ؏ۿ� G _ _ E x t r i n s i c E v e n t 5^�%߬�� __ExtrinsicEvent ) ) = ��H P X c z � _���������������� � Win32_PowerManagementEvent Description The Win32_PowerManagementEvent class represents power management events resulting from power state changes. These state changes are associated with either the Advanced Power Management(APM) or the Advanced Configuration and Power Interface(ACPI) system management protocols. AMENDMENT LOCALE ms_409 EventType +
� � � � uint16 Description The EventType property indicates the type of change in the system power state. Values ! 3 H ] h Entering Suspend Resume from Suspend Power Status Change OEM Event Resume Automatic OEMEventCode
� � � � uint16 Description The OEMEventCode property indicates the system power state defined by the original equipment manufacturer (OEM) when the EventType property of this class is set to "OEM Event", otherwise, this property is set to NULL. OEM events are generated when an APM BIOS signals an APM OEM event. OEM event codes are in the range 0x0200h - 0x02FFh. t � C I M _ K e y b o a r d �a�%߬�� = CIM_Keyboard ) � ��� � � � �������������������������������������������������������������b � Win32_Keyboard Description The Win32_Keyboard class represents a keyboard installed on a Win32 system.
Example: A Microsoft Natural(R) keyboard AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � �� string Description DeviceID is an address or other identifying information to uniquely name the logical device. � C I M _ P o i n t i n g D e v i c e �a�%߬��
b CIM_PointingDevice ) # T ��_ g
o y 9 J � � ! � � � � o } % 9 � � �
�
����UU�������������������������������������������������������������������������������������������~ � Win32_PointingDevice Description The Win32_PointingDevice class represents an input device used to point to and select regions on the display of a Win32 computer system. Any device used to manipulate a pointer, or point to the display on a Win32 computer system is a member of this class.
Example: A mouse, touch pad, or stylus/tablet. AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � � �� string Description The DeviceID property contains a string uniquely identifying the pointing device with other devices on the system. DeviceInterface 9 +
� � � � � � uint16 Description The DeviceInterface property indicates the type of interface used for the pointing device. Values , 3 < D J T \ g � � � Other Unknown Serial PS/2 Infrared HP-HIL Bus mouse ADB (Apple Desktop Bus) Bus mouse DB-9 Bus mouse micro-DIN USB DoubleSpeedThreshold ; +
� �
uint32 Description The DoubleSpeedThreshold property contains one of two acceleration values. The sensitivity of the pointing device doubles (toggles from the first to the second value) when the pointing device moves a distance greater than this threshold value. Units mickeys HardwareType ?
� M U b string Description The HardwareType property indicates the type of hardware type used for the Win32 pointing device.
Example: MICROSOFT PS2 MOUSE InfFileName C
� $ 1 string Description The InfFileName property indicates the name of the .inf file for the Win32 pointing device.
Example: ab.inf InfSection G
� � � � string Description The InfSection property indicates the section of the .inf file that holds configuration information for the Win32 pointing device. Manufacturer K
� � � � string Description The Manufacturer property specifies the name of the processor's manufacturer.
Example: GenuineSilicon QuadSpeedThreshold O +
� r z � � � uint32 Description The QuadSpeedThreshold property contains the one of two acceleration threshold values. The system doubles the speed of the pointer movement when the pointer device moves a distance greater than this value. Since this speed increase occurs after the DoubleSpeedThreshold has been met, pointer effectively moves at four times it original speed Units mickeys SampleRate S +
� 5
=
J
�
�
uint32 Description The SampleRate property indicates the rate at which the pointing device is polled for input information. Units hertz Synch W +
�
f m uint32 Description The Synch property specifies the length of time after which the next interrupt is assumed to indicate the start of a new device packet (partial packets are discarded). In the event that an interrupt is lost, this allows the pointing device driver to synchronize its internalrepresentation of the packet state with the hardware state. Units 100 nanoseconds � C I M _ B a t t e r y �a�%߬�Z t CIM_Battery
) $ ��" * 2 F _ i $ � � J [ ������_������������������������������������������������������������������������������������������������������������c � Win32_PortableBattery Description T h e W i n 3 2 _ P o r t a b l e B a t t e r y c l a s s c o n t a i n s t h e t h e p o p u l a t i o n o f t h e D M T F | P o r t a b l e B a t t e r y g r o u p , a s d e f i n e d i n t h e D M T F M o b i l e S u p p l e m e n t t o S t a n d a r d G r o u p s , v 1 . 0 ( s e c t i o n 3 . 3 . 2 3 o f t h e S M B I O S s p e c ) a n d d e s c r i b e s t h e a t t r i b u t e s o f t h e p o r t a b l e b a t t e r y ( s ) f o r t h e s y s t e m . T h e c l a s s c o n t a i n s t h e s t a t i c a t t r i b u t e s f o r t h e g r o u p a n d d e s c r i b e s a s i n g l e b a t t e r y p a c k s a t t r i b u t e s . AMENDMENT LOCALE ms_409 CapacityMultiplier \
� r z � uint16 Description The CapacityMultiplier property contains the multiplication factor of the Design Capacity value to ensure that the milliwatt hour value does not overflow for Smart Battery Data Specification (SBDS) implementations. DeviceID @ )
� � � � � �� string Description The DeviceID property contains a string identifying the portable battery.
Example: Portable Battery Location ^
� P X e string Description The Location property indicates the physical location of the battery. This property is filled by the computer manufacturer.
Example: In the back, on the left-hand side ManufactureDate b
� K S ` string Description The ManufactureDate property identifies the date when the battery was manufactured. Manufacturer f
� � � string Description The Manufacturer property indicates the manufacturer of the battery. MaxBatteryError j +
� � � � S Z uint16 Description The MaxBatteryError property indicates the difference between the highest estimated amount of energy left in the battery and the current amount reported by the battery. Units percent � 9c�%߬�/ ( �� 5 D � � 5��������� � RSOP_IEImportedProgramSettings Locale Association policySetting f
� n � �� ref:RSOP_IEAKPolicySetting programSettings f
� � � �� ref:RSOP_IEProgramSettings � K�/y� � tJ�L6 � ���|� �y[F � ��zB � .w�
: �m"7: } �m^u� . C I M _ M e d i a A c c e s s D e v i c e �a�%߬�d j CIM_MediaAccessDevice ) & � ��� � ����������������������������������������������������������������������������������������������������������� � CIM_MagnetoOpticalDrive Description Capabilities and management of a magneto-optical drive, a subtype of media access device. AMENDMENT LOCALE ms_409 � C I M _ M e d i a A c c e s s D e v i c e �a�%߬�O j CIM_MediaAccessDevice ) m ��x � ����������������������������������������������������������������������������������������������������������� � CIM_WORMDrive Description Capabilities and management of a WORM drive, a subtype of media access device. AMENDMENT LOCALE ms_409 � C I M _ C o n t r o l l e r �a�%߬�K = CIM_Controller ) ' � ��� � �������������������������������������������������������������� � CIM_ManagementController Description Capabilities and management of a management controller. An I2C microcontroller is a type of management controller. AMENDMENT LOCALE ms_409 � C I M _ C o n t r o l l e r �a�%߬�� = CIM_Controller ) ��% - �������������������������������������������������������������5 � CIM_PCIController Description PCIController is a superclass for the PCIBridge and PCIDevice classes. These classes model adapters and bridges on a PCI bus. The properties in PCIController and its subclasses are defined in the various PCI Specifications published by the PCI SIG. AMENDMENT LOCALE ms_409 � C I M _ F i l e S y s t e m 5b�%߬�� B CIM_FileSystem ) " � ��� � ������������������������������������������������������������������� � CIM_LocalFileSystem Description A class derived from FileSystem that represents the file store controlled by a ComputerSystem through local means (e.g., direct device driver access). In this case, the file store is managed directly by the ComputerSystem without the need for another computer to act as a file server. This definition does not breakdown in the case of a Clustered File System. In this scenario, the FileSystem is a LocalFileSystem, weak to the Cluster. AMENDMENT LOCALE ms_409 � C I M _ L o g i c a l E l e m e n t 6b�%߬�� B CIM_LogicalElement ) z ��� � � � n y � � . � � , v � � � h p � � 2 B
�
�
e k UUU���������������������������������������������������������������� � CIM_FileSystem Description A file or data set store local to a computer system or remotely mounted from a file server. AMENDMENT LOCALE ms_409 AvailableSpace +
� � � � ` g UINT64 Description AvailableSpace indicates the total amount of free space for the file system, in bytes. If unknown, enter 0. Units bytes BlockSize +
� � � � � � UINT64 Description File systems can read/write data in blocks which are defined independently of the underlying storage extents. This property captures the file system's block size for data storage and retrieval. Units bytes CasePreserved
� � � � BOOLEAN Description Indicates that the case of file names are preserved. CaseSensitive
� Z c p BOOLEAN Description Indicates that case sensitive file names are supported. CodeSet +
� � � � � UINT16 Description Array defining the character sets or encoding supported by the FileSystem. For example, the values, "ASCII" (2) or "ISO2022" (4), may be specified. Values � � � � � � � Unknown Other ASCII Unicode ISO2022 ISO8859 Extended UNIX Code UTF-8 UCS-2 CompressionMethod
� X ` m STRING Description A free form string indicating the algorithm or tool used to compress the file system. If it is not possible or not desired to describe the compression scheme (perhaps because it is not known), recommend using the following words: "Unknown" to represent that it is not known whether the file system is compressed or not, "Compressed" to represent that the file system is compressed but either its compression scheme is not known or not disclosed, and "Not Compressed" to represent that the file system is not compressed. CreationClassName )
� � � � � �� STRING Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. CSCreationClassName )
� ' 4 � �� STRING Description The scoping computer system's creation class name. CSName $ )
� � � � � �� STRING Description The scoping computer system's name. EncryptionMethod (
�
'
4
STRING Description A free form string indicating the algorithm or tool used to encrypt the file system. If it is not possible or not desired to describe the encryption scheme (perhaps for security reasons), recommend using the following words: "Unknown" to represent that it is not known whether the file system is encrypted or not, "Encrypted" to represent that the file system is encrypted but either its encryption scheme is not known or not disclosed, and "Not Encrypted" to represent that the file system is not encrypted. FileSystemSize
, +
� { � � � � UINT64 Description The FileSystemSize property stores the total size of the file system in bytes. If unknown, enter 0. Units bytes MaxFileNameLength 4
� B
J
W
UINT32 Description Integer indicating the maximum length of a file name within the file system. 0 indicates that there is no limit on file name length. ReadOnly 8
� ) BOOLEAN Description Indicates that the file system is designated as read only. Root
:
� � � � STRING Description Path name or other information defining the root of the file system. � C I M _ L o g i c a l E l e m e n t Cb�%߬�A
CIM_LogicalElement ) ! F ��Q Y a t � � N Z ������������� � CIM_JobDestination Description CIM_JobDestination is a logical element representing where a job is submitted for processing. It can refer to a queue that contains zero or more jobs, such as a print queue containing print jobs. job destinations are hosted on systems, similar to the way that services are hosted on systems. AMENDMENT LOCALE ms_409 CreationClassName )
� � � � � �� STRING Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. SystemCreationClassName )
� # � �� STRING Description The scoping system's creation class name. SystemName )
� � � � � �� STRING Description The scoping system's name. � 7c�%߬� �� * 4 s � %��������� � RSOP_IELinkItemLink Locale Association linkItem f
� ^ � �� ref:RSOP_IELinkItem policySetting f
� � � �� ref:RSOP_IEAKPolicySetting � �
EK` \ʗ�~ y �H� l ��lc [ #&��
E v e n t T r a c e <����� EventTrace ) E ��P
X _ � � U��������� � WMPNetwkGuid Description Servicio de uso compartido de red de WMP AMENDMENT LOCALE Flags 8
� � � � � � t | uint32 Description Habilitar marcas ValueDescriptions � " 6 L _ Marca de EntryExit Marca de servicio Marca de seguridad Marca de QueryParser Marca de b�squeda Marca de HttpServer Values � � � � � � EntryExit Servicio Seguridad QueryParser B�squeda HttpServer Level 8
� ( 0 = F Y , 4 uint32 Description Niveles ValueDescriptions q � � � Salida o finalizaci�n anormal Errores graves que necesitan registrarse Advertencias tales como errores de asignaci�n Incluye casos sin errores Trazas detalladas de pasos intermedios Values L [ b o | Irrecuperable Error Advertencia Informaci�n Detallado T �
E v e n t T r a c e
<����M EventTrace ) L ��W
_ f 6 = U��������� � WMPNsCfgGuid Description Barra de tareas de uso compartido de red de WMP AMENDMENT LOCALE Flags 8
� � � � � � uint32 Description Habilitar marcas ValueDescriptions � Marca de EntryExit Marca de Ux Values ' 2 EntryExit Ux Level 8
� � � � � � � � uint32 Description Niveles ValueDescriptions � � D _ Salida o finalizaci�n anormal Errores graves que necesitan registrarse Advertencias tales como errores de asignaci�n Incluye casos sin errores Trazas detalladas de pasos intermedios Values � � � � � Irrecuperable Error Advertencia Informaci�n Detallado �
E v e n t T r a c e <����@ EventTrace ) @ ��K
S Z ) 0 U��������� � WMPNsSciGuid Description API de uso compartido de red de WMP AMENDMENT LOCALE Flags 8
� � � � � �
uint32 Description Habilitar marcas ValueDescriptions � � Marca de EntryExit Marca API Values $ EntryExit API Level 8
� v ~ � � � z � uint32 Description Niveles ValueDescriptions � � 7 R Salida o finalizaci�n anormal Errores graves que necesitan registrarse Advertencias tales como errores de asignaci�n Incluye casos sin errores Trazas detalladas de pasos intermedios Values � � � � � Irrecuperable Error Advertencia Informaci�n Detallado �
E v e n t T r a c e <����/ EventTrace 6 � �� ' 6 < d l v } u�����
� CtlGuidPortableDeviceAPI Description WPD API Trace guid {C3C5D8AF-2FD5-4500-A8E7-379C2D0BBE2E} locale MS\0x409 Flags R
� � � � # � � % / uint32 Description Enable Flags ValueDescriptions { � � � � 3 Q p } � � � � � � � � ) J m � � � � WPD_TRACE_LEVEL_CRITICAL Flag WPD_TRACE_LEVEL_ERROR Flag WPD_TRACE_LEVEL_WARNING Flag WPD_TRACE_LEVEL_ASSERT Flag WPD_TRACE_LEVEL_FUNCTRACE Flag WPD_TRACE_LEVEL_INFORMATION Flag WPD_TRACE_LEVEL_VERBOSE Flag WPD_TRACE_LEVEL_RESERVED Flag WPD_F1 Flag WPD Event Flag WPD_F3 Flag WPD Perf Flag WPD_F5 Flag WPD_F6 Flag WPD_F7 Flag WPD_F8 Flag PortableDeviceAPI_General Flag PortableDeviceAPI_DriverCommunication Flag PortableDeviceAPI_Internal Flag PortableDeviceAPI_Properties Flag PortableDeviceAPI_Resources Flag PortableDeviceAPI_Enumeration Flag PortableDeviceAPI_Events Flag PortableDeviceAPI_Service Flag PortableDeviceAPI_Automation Flag DefineValues � � � � � % > X ` g o u } � � � � � � . M g � WPD_TRACE_LEVEL_CRITICAL WPD_TRACE_LEVEL_ERROR WPD_TRACE_LEVEL_WARNING WPD_TRACE_LEVEL_ASSERT WPD_TRACE_LEVEL_FUNCTRACE WPD_TRACE_LEVEL_INFORMATION WPD_TRACE_LEVEL_VERBOSE WPD_TRACE_LEVEL_RESERVED WPD_F1 Event WPD_F3 Perf WPD_F5 WPD_F6 WPD_F7 WPD_F8 PortableDeviceAPI_General PortableDeviceAPI_DriverCommunication PortableDeviceAPI_Internal PortableDeviceAPI_Properties PortableDeviceAPI_Resources PortableDeviceAPI_Enumeration PortableDeviceAPI_Events PortableDeviceAPI_Service PortableDeviceAPI_Automation Values * A Z r � � � � � � � �
5 \ x � � � � WPD_TRACE_LEVEL_CRITICAL WPD_TRACE_LEVEL_ERROR WPD_TRACE_LEVEL_WARNING WPD_TRACE_LEVEL_ASSERT WPD_TRACE_LEVEL_FUNCTRACE WPD_TRACE_LEVEL_INFORMATION WPD_TRACE_LEVEL_VERBOSE WPD_TRACE_LEVEL_RESERVED WPD_F1 Event WPD_F3 Perf WPD_F5 WPD_F6 WPD_F7 WPD_F8 PortableDeviceAPI_General PortableDeviceAPI_DriverCommunication PortableDeviceAPI_Internal PortableDeviceAPI_Properties PortableDeviceAPI_Resources PortableDeviceAPI_Enumeration PortableDeviceAPI_Events PortableDeviceAPI_Service PortableDeviceAPI_Automation ValueMap � � � � � � � � �
'
3
?
K
W
c
o
{
�
�
�
�
�
0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 0x00100000 0x00200000 0x00400000 0x00800000 0x01000000 PD �
E v e n t T r a c e
<����� EventTrace 6 � �� ) : @ h p z � y���� � CtlGuidPortableDeviceTypes Description WPD Types Trace guid {58E8F67D-29E9-456C-B23D-C6489E341BB0} locale MS\0x409 Flags R
� � � � [ i I Q 1 ; uint32 Description Enable Flags ValueDescriptions k � � � � # A ` o | � � � � � � � : WPD_TRACE_LEVEL_CRITICAL Flag WPD_TRACE_LEVEL_ERROR Flag WPD_TRACE_LEVEL_WARNING Flag WPD_TRACE_LEVEL_ASSERT Flag WPD_TRACE_LEVEL_FUNCTRACE Flag WPD_TRACE_LEVEL_INFORMATION Flag WPD_TRACE_LEVEL_VERBOSE Flag WPD_TRACE_LEVEL_RESERVED Flag WPD_Perf Flag WPD_F2 Flag WPD_F3 Flag WPD_F4 Flag WPD_F5 Flag WPD_F6 Flag WPD_F7 Flag WPD_F8 Flag PortableDeviceTypes_General Flag PortableDeviceTypes_Serialization Flag PortableDeviceTypes_Collections Flag PortableDeviceTypes_Values Flag DefineValues � � � : W p � � � � � � � � � � - WPD_TRACE_LEVEL_CRITICAL WPD_TRACE_LEVEL_ERROR WPD_TRACE_LEVEL_WARNING WPD_TRACE_LEVEL_ASSERT WPD_TRACE_LEVEL_FUNCTRACE WPD_TRACE_LEVEL_INFORMATION WPD_TRACE_LEVEL_VERBOSE WPD_TRACE_LEVEL_RESERVED WPD_Perf WPD_F2 WPD_F3 WPD_F4 WPD_F5 WPD_F6 WPD_F7 WPD_F8 PortableDeviceTypes_General PortableDeviceTypes_Serialization PortableDeviceTypes_Collections PortableDeviceTypes_Values Values � � � � " ? X r | � � � � � � � � � WPD_TRACE_LEVEL_CRITICAL WPD_TRACE_LEVEL_ERROR WPD_TRACE_LEVEL_WARNING WPD_TRACE_LEVEL_ASSERT WPD_TRACE_LEVEL_FUNCTRACE WPD_TRACE_LEVEL_INFORMATION WPD_TRACE_LEVEL_VERBOSE WPD_TRACE_LEVEL_RESERVED WPD_Perf WPD_F2 WPD_F3 WPD_F4 WPD_F5 WPD_F6 WPD_F7 WPD_F8 PortableDeviceTypes_General PortableDeviceTypes_Serialization PortableDeviceTypes_Collections PortableDeviceTypes_Values ValueMap � � � � � � � � � � + 7 C O [ g s 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 20 � �!��� Q ��Z� � x ص� = �n* ���: � �#�E L ��ȫ\ � oD�L T �U�!\ � �x�!� : R S O P _ P o l i c y S e t t i n g -c�%߬� � RSOP_PolicySetting % , S ] � � � � � < I p � � � � : X � � � � F J | � � �
D [ � � � � G b � � � � H T � � � � � 3 L s � � � � 2 @ g � � � � � �NUUUUUUUU���������� � � ���� �������������������������������������������������������������������������������������������������������������� � RSOP_IEAKPolicySetting Locale categories j
� K sint32 channels f
� | sint32 customFavorites Z
� � sint32 customizeAnimatedBitmaps *
� � boolean customizeLogoBitmaps <
� 3 boolean customLinks ^
� h sint32 deleteAdminCreatedFavoritesOnly X
� � boolean deleteExistingChannels b
� � boolean deleteExistingFavorites V
� 1 boolean deleteExistingToolbarButtons N
� w boolean enableDesktopChannelBarByDefault d
� � boolean enableTrustedPublisherLockdown ' �
� boolean homePageURL n
� > string id @
� t � �� string importAuthenticodeSecurityInfo & �
� � boolean importContentRatingsSettings % �
� boolean importedZoneCount $ |
� < uint32 importProgramSettings ( �
� z boolean importSecurityZoneSettings # z
� � boolean largeAnimatedBitmapName ,
� � string largeAnimatedBitmapPath
0
� ? string largeCustomLogoBitmapName >
� � string largeCustomLogoBitmapPath B
� � string onlineHelpPageURL " v
� � string placeFavoritesAtTopOfList T
� ? boolean precedence @
� ~ � �� uint32 preferenceMode
� � boolean searchBarURL ! r
� � string smallAnimatedBitmapName 4
� + string smallAnimatedBitmapPath 8
� k string smallCustomLogoBitmapName F
� � string smallCustomLogoBitmapPath J
� � string titleBarCustomText
� * string titleBarText
� _ string toolbarBackgroundBitmapPath
&
� � string toolbarButtons P
� � sint32 userAgentText "
� string � .c�%߬�� * f s � � � H R � � � �
" UU������������������������������J � RSOP_IEToolbarButton Locale actionPath
� T \ �� string required buttonOrder '
� � � ��� �� sint32 required caption
� � � �� string required hotIconPath
� 6 > �� string required iconPath
� | � �� string required rsopID
� � � �� string rsopPrecedence
� � �� uint32 showOnToolbarByDefault
� A boolean � /c�%߬�% " �� / > � � %��������� � RSOP_IEToolbarButtonLink Locale Association policySetting f
� h � �� ref:RSOP_IEAKPolicySetting toolbarButton f
� � � �� ref:RSOP_IEToolbarButton � 0c�%߬�� '
+ S c � � � � � 2 : l | � � � � ! / UU�������������������������������������W � RSOP_IEProxySettings Locale enableProxy
� J boolean ftpProxyServer
� � string gopherProxyServer
� � string httpProxyServer
� � string proxyOverride
� * string rsopID
� d � �� string rsopPrecedence
� � � �� uint32 secureProxyServer
� � string socksProxyServer
� string useSameProxy
� N boolean � R S O P _ I E P r o x y S e t t i n g s 1c�%߬�� I RSOP_IEProxySettings # 5 ] m � � � � H V } � � � ; H n � ��_UU��������������������������������������������������������������������� � RSOP_IEConnectionSettings Locale autoConfigEnable 4
� T boolean autoConfigTime
.
� � sint32 autoConfigURL
$
� � string autoConfigUseLocal (
� � boolean autoDetectConfigSettings 2
� ? boolean autoProxyURL *
� u string defaultDialUpConnection :
� � string deleteExistingConnSettings 8
� � boolean dialUpConnections ?
� 3 string dialUpState >
� g uint8 importCurrentConnSettings 6
� � boolean � 2c�%߬�4 ' �� 4 H � � 5��������� � RSOP_IEConnectionSettingsLink Locale Association connectionSettings f
� r � �� ref:RSOP_IEConnectionSettings policySetting f
� � � �� ref:RSOP_IEAKPolicySetting � 3c�%߬�� ��% - 7 ^ t � � � � � � U�������������������# � RSOP_IEFavoriteOrLinkItem abstract Locale iconPath
� V string makeAvailableOffline
� � boolean name
� � string order
� � sint32 url
� string � R S O P _ I E F a v o r i t e O r L i n k I t e m 4c�%߬�
' # RSOP_IEFavoriteOrLinkItem ) Q W � � � � � 8 C �W�������������������������������������j � RSOP_IEFavoriteItem Locale folderItem
� H boolean name @
� � � �� string parentPath
� � string rsopID
� � � �� string rsopPrecedence
� 0 � �� uint32 shortName
� b string � R S O P _ I E F a v o r i t e O r L i n k I t e m 5c�%߬�J # RSOP_IEFavoriteOrLinkItem Q Y � � ���������������������������� � RSOP_IELinkItem Locale name @
� I � �� string rsopID
� � � �� string rsopPrecedence
� � � �� uint32 � 6c�%߬�" ! �� . < � %��������� � RSOP_IEFavoriteItemLink Locale Association favoriteItem f
� f � �� ref:RSOP_IEFavoriteItem policySetting f
� � � �� ref:RSOP_IEAKPolicySetting �_7DB1E30FC06BBCD83555FCA1DA86A907938086DE88B466575ED4B935DD61EAE7 CD_A17354395E79A088E63A18457CAA51A441A886387058324A6BE95873BE2C4E38.1078.3254713780.313 c�%߬�lZ�%߬�( � __thisNAMESPACE Y0 M S F T _ F i l e S e r v e r Ol�%߬�� : MSFT_FileServer ) � �� � c ����������������������������������������������������������k � WSP_FileServer Description A file server object models the subsystems concept of a file server. wsp_fs 3/ - � � � � � 9 s! �! �! ( �. � CreateFileShare �� implemented ` ac6d1350600005Q ROOT\Microsoft\Windows\Storage\Providers_v2 ���� � �� �� � $ � � ? � � * � � � W � U����������������������> � __PARAMETERS abstract Name string
� 0 In
� 0 W �� Required '
� 0 W ��� �� ID 4
�
W ��� ��� string Description string
� 1 In
� 1 X �� ID )
� � X ��� string
SourceVolume object
� � In
� � �� Required
'
� � ��> �� MSFT_Volume EmbeddedInstance
4
� � ��> ��� } ID
A
� 1 ��> ��� } � object:MSFT_Volume VolumeRelativePath string
� k In
� k � �� ID )
� � � ��� string ContinuouslyAvailable boolean
� , In
� , T �� ID )
� � T ��� boolean EncryptData boolean
� � In
� �
�� ID )
� v
��; boolean FileSharingProtocol uint16
� � In
� � � �� ID )
� 6 � ��� uint16 __ �B ac6d1350600005Q ROOT\Microsoft\Windows\Storage\Providers_v2 ���� � �� �� * � \ � $ � l � U����������������� � __PARAMETERS abstract
CreatedFileShare object
� < Out
� < c �� MSFT_FileShare EmbeddedInstance
)
� < c ��� � ID
6
� 3 c ��� � � object:MSFT_FileShare f CreatedStorageJob ref f
� o Out f
� o � �� ID f )
� � � ��� ref:MSFT_StorageJob
ExtendedStatus object
� 4 Out
� 4 [ �� MSFT_StorageExtendedStatus EmbeddedInstance
)
� 4 [ ��� � ID
6
� 7 [ ��� � � object:MSFT_StorageExtendedStatus ReturnValue uint32
� � uint32 out
� � � �� __ � DeleteObject � �� implemented � ac6d1350600005Q ROOT\Microsoft\Windows\Storage\Providers_v2 ���� � �^
�� * � � � : { ������������� � __PARAMETERS abstract f CreatedStorageJob ref f
� = Out f
� = a �� ID f )
� � a ��� ref:MSFT_StorageJob
ExtendedStatus object
� Out
� ) �� MSFT_StorageExtendedStatus EmbeddedInstance
)
� ) ��t X ID
6
� ) ��t X � object:MSFT_StorageExtendedStatus ReturnValue uint32
� n uint32 out
� n v �� __ � SetFriendlyName � �� implemented - ac6d1350600005Q ROOT\Microsoft\Windows\Storage\Providers_v2 ���� � �� �� * � ���� � __PARAMETERS abstract FriendlyName string
� 8 In
� 8 _ �� Required '
� 8 _ ��� �� ID 4
� _ ��� ��� string __ �6 ac6d1350600005Q ROOT\Microsoft\Windows\Storage\Providers_v2 ���� � �� �� * � r � ��������� � __PARAMETERS abstract
ExtendedStatus object
� : Out
P�c� � �p��
T �!�1� %>J � ] ��X�Q � VI��H W {�� � ���U� 5 �J�� o :c�%߬�� � ! 0 ) : a x � � � � = G n ~ � � � � / V e � � � � � + C j t � � � � < D k � � � � % 0 W e � � � � ? Q x � � � � � ? M s � � � � � J Z � � � � � � , S c � � � � � � &
3
UUUUUUUUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������Z
� RSOP_IEConnectionDialUpSettings Locale alternateOffset
� Y uint32 alternatePhoneNumbers
� � string areaCode
� � string autoDialDll
� � string autoDialFunction
� 5 string channels
� f uint32 connectionName
� � � �� string countryCode $
� � uint32 countryID
(
� uint32 customAuthenticationKey ,
� N uint32 customDialDll 0
� � string deviceName
4
� � string deviceType 8
� � string dialExtraPercent <
� # uint32 dialExtraSampleSeconds @
� b uint32 dialMode D
� � uint32 encryptionType H
� � uint32 frameSize L
� � uint32 framingProtocol P
� 4 uint32 guidID T
� c string hangUpExtraPercent X
� � uint32 hangUpExtraSampleSeconds \
� � uint32 idleDisconnectSeconds `
� uint32 ipAddress d
� O string ipDNSAddress h
� � string ipDNSAddressAlternate l
� � string ipWINSAddress p
� � string ipWINSAddressAlternate t
� 7 string localPhoneNumber x
� p string netProtocols |
� � uint32 options �
� � uint32 options2 ! �
� uint32 options3 " �
� 7 uint32 rasEntryData # �
� l uint8 rasEntryDataSize $ �
� � uint32 reserved1 % �
� � uint32 reserved2 & �
� uint32 rsopID
� B � �� string rsopPrecedence
� � � �� uint32 scriptFile ' �
� � string subEntries ( �
� � uint32 type ) �
� uint32 vpnStrategy * �
� K sint32 windowsVersion + �
� � uint32 x25Address , �
� � string x25Facilities - �
� � string x25PadType . �
�
string x25UserData / �
� R
string � ;c�%߬�< % - �� : J � � 5��������� � RSOP_IEConnectionDialUpSettingsLink Locale Association dialUpSettings f
� t � �� ref:RSOP_IEConnectionDialUpSettings policySetting f
� � � �� ref:RSOP_IEAKPolicySetting
� <c�%߬� < $ , 8 _ o � � � � 9 C j w � � � � O _ � � � � � UUU���������������������������������������������������������* � RSOP_IEConnectionDialUpCredentials Locale callbackID
� W uint32 callbackNumber
� � string connectionName
� � � �� string domain
� � string entryName
� 1 string password
� b string phoneNumber
� � string rasDialParamsData $
� � uint8 rasDialParamsDataSize
(
�
uint32 rsopID
� G � �� string rsopPrecedence
� � � �� sint32 subEntry ,
� � uint32 userName 0
� � string windowsVersion
4
� " uint32 � =c�%߬�E ( 0 �� = P � � 5��������� � RSOP_IEConnectionDialUpCredentialsLink Locale Association dialUpCredentials f
� z � �� ref:RSOP_IEConnectionDialUpCredentials policySetting f
� � � �� ref:RSOP_IEAKPolicySetting
� >c�%߬�� " * : l � � � � 5 E U���������������������w � RSOP_IEConnectionWinINetSettings Locale connectionName
� d � �� string internetPerConnOptionListData
� � uint8 internetPerConnOptionListDataSize
� � uint32 rsopID
� - � �� string rsopPrecedence
� o � �� sint32 � ?c�%߬�? & . �� ; J � � 5��������� � RSOP_IEConnectionWinINetSettingsLink Locale Association policySetting f
� t � �� ref:RSOP_IEAKPolicySetting winINetSettings f
� � � �� ref:RSOP_IEConnectionWinINetSettings � @c�%߬�� 6
% 3 Z p � � � � � - 7 ^ t � � � � & X a � � � � UUU��������������������������������������������������� � RSOP_IESecurityZoneSettings Locale actionValues .
� R string currentTemplateLevel "
� � uint32 description
� � string displayName
� � string flags
&
� % uint32 iconPath
� V string minimumTemplateLevel
� � uint32 recommendedTemplateLevel
� � uint32 rsopID
� � �� string rsopPrecedence
� P � �� sint32 useHKLM
� � � �� boolean zoneIndex
� � � �� uint32 zoneMappings *
� � string � R S O P _ I E S e c u r i t y Z o n e S e t t i n g s Ac�%߬�� 8 % RSOP_IESecurityZoneSettings ( 4 ��������������������������������������������������������\ � RSOP_IEESCSecurityZoneSettings Locale EscEnabled
2
� S boolean � Bc�%߬�W 7 ^ y � � � � 3 Z u � � U��������������������������� � RSOP_IEPrivacySettings Locale firstPartyPrivacyType
� V uint32 firstPartyPrivacyTypeText
� � string rsopID
� � � �� string rsopPrecedence
� � �� sint32 thirdPartyPrivacyType
� R uint32 thirdPartyPrivacyTypeText
� � string useAdvancedSettings
� � boolean �C_7DB1E30FC06BBCD83555FCA1DA86A907938086DE88B466575ED4B935DD61EAE7 CD_A17354395E79A088E63A18457CAA51A441A886387058324A6BE95873BE2C4E38.1078.3254713780.313 c�%߬�lZ�%߬�( � __thisNAMESPACE `�� ? �>0ǿ U�PK�
4 "��$
�
=�i� 3 �NH0�
=�� �\�%߬�' ) k ��v ~ � � , 7 ���������� � CIM_Dependency Description A generic association to establish dependency relationships between objects. AMENDMENT LOCALE ms_409 Antecedent f
� � � � ref:CIM_ManagedSystemElement Description Antecedent represents the independent object in this association. Dependent f
� c � � ref:CIM_ManagedSystemElement Description Dependent represents the object dependent on the Antecedent. n � C I M _ N u m e r i c S e n s o r �a�%߬�� t CIM_NumericSensor ) � ��� � � � - t � � � 2 ? � � � � 1 < � � � � 2 = � � � � ? Z ���WUU�������������������������������������������������������������������������������������������������������������� � CIM_VoltageSensor Description This class exists for backward compatibility to earlier CIM Schema definitions. With additions to Sensor and NumericSensor in V2.2, it is no longer necessary. A VoltageSensor can be defined by setting the SensorType property, inherited from Sensor, to 3 ("Voltage"). Other properties of this class are hard-coded to constant values to correspond to definitions in the sensor hierarchy. AMENDMENT LOCALE ms_409 CurrentReading @ 2
� � sint32 Units millivolts LowerThresholdCritical @ 8
� Y a h sint32 Units millivolts LowerThresholdFatal @ <
� � � � sint32 Units millivolts LowerThresholdNonCritical @ @
� & sint32 Units millivolts MaxReadable @ D
� k s z sint32 Units millivolts MinReadable @ H
� � � � sint32 Units millivolts NominalReading @ L
� % sint32 Units millivolts NormalMax @ P
� h p w sint32 Units millivolts NormalMin @ T
� � � � sint32 Units millivolts Resolution @ X
�
uint32 Units tenths of millivolts Tolerance @ \
� i q x sint32 Units millivolts UpperThresholdCritical @ `
� � � � sint32 Units millivolts UpperThresholdFatal @ d
� $ , 3 sint32 Units millivolts UpperThresholdNonCritical @ h
� � � � sint32 Units millivolts � C I M _ M e d i a A c c e s s D e v i c e �a�%߬�� j CIM_MediaAccessDevice ) �� # ����������������������������������������������������������������������������������������������������������+ � CIM_CDROMDrive Description The CIM_CDROMDrive class represents a CD-ROM drive on the system.
<B>Note:</B> The name of the drive does not correspond to the logical drive letter assigned to device, which is the name of the logical storage device dependent on this drive. AMENDMENT LOCALE ms_409 � C I M _ S e r v i c e "b�%߬�V CIM_Service
) $ � ��� � ������������������������� � CIM_ClusteringService Description The CIM_ClusteringService class represents the functionality provided by a cluster. For example, failover functionality may be modeled as a service of a failover cluster. AMENDMENT LOCALE ms_409 ! 4 � p { � a � � AddNode ' Description AddNode brings a new computer system into a cluster. The node to be added is specified as a parameter to the method. The return value should be 0 if the computer system is successfully added, 1 if the method is not supported and any other number if an error occurred. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �Z �� * � ����� � __PARAMETERS abstract f CS ref f
� . IN f
� . R �� ID f )
� � R ��� ref:CIM_ComputerSystem __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EvictNode � � Description EvictNode removes a computer system from a cluster. The node to be evicted is specified as a parameter to the method. The return value should be 0 if the computer system is successfully evicted, 1 if the method is not supported and any other number if an error occurred. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �Z �� * � ����� � __PARAMETERS abstract f CS ref f
� . IN f
� . R �� ID f )
� � R ��� ref:CIM_ComputerSystem __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ S e r v i c e A c c e s s P o i n t $b�%߬�� CIM_ServiceAccessPoint ) ` ��k s ����������������������{ � CIM_ClusteringSAP Description A representation of the access points of a clustering service. AMENDMENT LOCALE ms_409 � C I M _ L o g i c a l E l e m e n t &b�%߬�� CIM_LogicalElement ) % � ��� � � � 6 < _ x � � M S U���������������������E � CIM_ServiceAccessPoint Description CIM_ServiceAccessPoint represents the ability to utilize or invoke a service. Access points represent that a service is made available to other entities for use. AMENDMENT LOCALE ms_409 CreationClassName
� # + 8 string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. Name )
� s { � � �� string Description The Name property uniquely identifies the service access point and provides an indication of the functionality that is managed. This functionality is described in more detail in the object's Description property. SystemCreationClassName
� � � � string Description The scoping system's creation class name. SystemName
� $ 1 string Description The scoping system's name. Type +
� � � � � � uint32 BitValues � � � � � Write Read Redirected Net_Attached unknown Description The Type property indicates the type of SAP such as 'attached' or 'Redirected'. rv � R S O P _ I E P r i v a c y S e t t i n g s Cc�%߬�� RSOP_IEPrivacySettings # / �����������������������������W � RSOP_IEESCPrivacySettings Locale EscEnabled
� N boolean � �f�P ] �)5�� � 7K��i O ��ym� � C I M _ C o l l e c t i o n �d�%߬�) CIM_Collection ) + 5 ��@ H P \ ����������������� � CIM_SystemSpecificCollection Description SystemSpecificCollection represents the general concept of a collection which is scoped (or contained) by a System. It represents a Collection that only has meaning in the context of a System, and/or whose elements are restricted by the definition of the System. This is explicitly described by the (required) association, HostedCollection.
An example of a SystemSpecificCollection is a Fibre Channel zone that collects network ports, port groupings and aliases (as required by a customer) in the context of an AdminDomain. The Collection is not a part of the domain, but merely an arbitrary grouping of the devices and other Collections in the domain. In other words, the context of the Collection is restricted to the domain, and its members are also limited by the domain. AMENDMENT LOCALE ms_409 InstanceID )
� � � ��� � string Description Within the scope of the instantiating Namespace, InstanceID opaquely and uniquely identifies an instance of this class. In order to ensure uniqueness within the NameSpace, the value of InstanceID SHOULD be constructed using the following 'preferred' algorithm:
<OrgID>:<LocalID>
Where <OrgID> and <LocalID> are separated by a colon ':', and where <OrgID> MUST include a copyrighted, trademarked or otherwise unique name that is owned by the business entity creating/defining the InstanceID, or is a registered ID that is assigned to the business entity by a recognized global authority (This is similar to the <Schema Name>_<Class Name> structure of Schema class names.) In addition, to ensure uniqueness <OrgID> MUST NOT contain a colon (':'). When using this algorithm, the first colon to appear in InstanceID MUST appear between <OrgID> and <LocalID>.
<LocalID> is chosen by the business entity and SHOULD not be re-used to identify different underlying (real-world) elements. If the above 'preferred' algorithm is not used, the defining entity MUST assure that the resultant InstanceID is not re-used across any InstanceIDs produced by this or other providers for this instance's NameSpace.
For DMTF defined instances, the 'preferred' algorithm MUST be used with the <OrgID> set to 'CIM'. s � C I M _ L o g i c a l D e v i c e �d�%߬�� � CIM_LogicalDevice ) � ��� � � � � � M ^ ( M Y �������U����������������������������������������������������������������������������������������������������������������������������������������������j
� CIM_Sensor Description A Sensor is a hardware device capable of measuring the characteristics of some physical property - for example, the temperature or voltage characteristics of a UnitaryComputer System. AMENDMENT LOCALE ms_409 CurrentState " �
� ' / < string Description The current state indicated by the Sensor. This is always one of the "PossibleStates". OtherSensorTypeDescription z
� � � � string Description A string describing the Sensor type - used when the SensorType property is set to "Other". PollingInterval # �
� � � � uint64 Description The polling interval that the Sensor hardware or the instrumentation uses to determine the current state of the Sensor. PossibleStates ! ~
� T \ i string Description PossibleStates enumerates the string outputs of the Sensor. For example, a "Switch" Sensor may output the states "On", or "Off". Another implementation of the Switch may output the states "Open", and "Close". Another example is a NumericSensor supporting thresholds. This Sensor can report the states like "Normal", "Upper Fatal", "Lower Non-Critical", etc. A NumericSensor that does not publish readings and thresholds, but stores this data internally, can still report its states. SensorType x +
� � � � � � uint16 Description The Type of the Sensor, e.g. Voltage or Temperature Sensor. If the type is set to "Other", then the OtherSensorType Description can be used to further identify the type, or if the Sensor has numeric readings, then the type of the Sensor can be implicitly determined by the Units. A description of the different Sensor types is as follows: A Temperature Sensor measures the environmental temperature. Voltage and Current Sensors measure electrical voltage and current readings. A Tachometer measures speed/revolutions of a Device. For example, a Fan Device can have an associated Tachometer which measures its speed. A Counter is a general purpose Sensor that measures some numerical property of a Device. A Counter value can be cleared, but it never decreases. A Switch Sensor has states like Open/Close, On/Off, or Up/Down. A Lock has states of Locked/Unlocked. Humidity, Smoke Detection and Air Flow Sensors measure the equivalent environmental characteristics. A Presence Sensor detects the presence of a PhysicalElement. Values
� � �
$
-
5
;
E
V
`
Unknown Other Temperature Voltage Current Tachometer Counter Switch Lock Humidity Smoke Detection Presence Air Flow � C I M _ E n a b l e d L o g i c a l E l e m e n t �d�%߬�t D # CIM_EnabledLogicalElement ) ` ��k s { � � ���_����������������������������������������������������������������� � CIM_Log Description Log represents any type of event, error or informational register or chronicle. The object describes the existence of the log and its characteristics. Log does not dictate the form of the data represented or how records/messages are stored in the log and/or accessed. Subclasses will define the appropriate methods and behavior. AMENDMENT LOCALE ms_409 CurrentNumberOfRecords 8
� � � � uint64 Description Current number of records in the Log. MaxNumberOfRecords 0
� ; C P uint64 Description Maximum number of records that can be captured in the Log. If undefined, a value of zero should be specified. �
� � y � ClearLog ( 5 . 6 Description Requests that the Log be cleared of all entries.
The return value should be 0 if the request was successfully executed, 1 if the request is not supported, and some other value, as indicated by the ValueMap/Values qualifiers, if an error occurred. Values ^ w � � � � � � � Completed with no error Not Supported Unspecified Error Timeout Failed Invalid Parameter DMTF_Reserved Method_Reserved Vendor_Reserved � ac6d1350600005Q ROOT\Hardware\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
E v e n t T r a c e �d�%߬�� EventTrace 6 � �� + 1 Y a k r i����" � IPMIPrv Description IPMI Provider Trace guid {651d672b-e11f-41b7-add3-c2f6a4023672} locale MS\0x409 Flags R
� � � � � T b � � � � uint32 Description Enable Flags ValueDescriptions ' ? Function Flag FunctionParameter Flag FunctionDetail Flag DefineValues r | � Function FunctionParameter FunctionDetail Values � � � Function FunctionParameter FunctionDetail ValueMap �
0x00000001 0x00000002 0x00000004 ac � cL� � /ƈ� � �O8� � p)´ � Q�7� � �ZWO�
| !��
� �ҡ�� � .k� " � 7�y�� ~ 9��A � �T� � � T^�� � �N7�s / 3�rϢ K ��� : Ѩ'�' � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d
e�%߬�� + & RSOP_SecuritySettingsBlocked # U ^ � � � � ������ � � � �������������������� � RSOP_AuditPolicyBlocked Category
� M � �� string Failure
&
� � � �� boolean NotNull precedence @
� � � �� uint32 Success $
� �� boolean NotNull � R S O P _ S e c u r i t y S e t t i n g s e�%߬�� / RSOP_SecuritySettings % . ` l � � � � ������ � � � ������������������������ � RSOP_SecurityEventLogSettingNumeric KeyName
� X � �� string precedence @
� � � �� uint32 Setting
(
� � uint32 Type $
� � � �� string � R S O P _ S e c u r i t y S e t t i n g s e�%߬�� - RSOP_SecuritySettings % . ` l � � � � ������ � � � ���������������������� � RSOP_SecurityEventLogSettingBoolean KeyName
� X � �� string precedence @
� � � �� uint32 Setting
(
� � boolean Type $
� � � �� string � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�� / & RSOP_SecuritySettingsBlocked , 5 g s � � � � ������ � � � ������������������������
� RSOP_SecurityEventLogSettingNumericBlocked KeyName
� _ � �� string precedence @
� � � �� uint32 Setting
(
� � uint32 Type $
� � �� string � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�� - & RSOP_SecuritySettingsBlocked , 5 g s � � � � ������ � � � ���������������������� � RSOP_SecurityEventLogSettingBooleanBlocked KeyName
� _ � �� string precedence @
� � � �� uint32 Setting
(
� � boolean Type $
� � �� string � R S O P _ S e c u r i t y S e t t i n g s e�%߬�: / RSOP_SecuritySettings U [ � � � � ������ � � � ������������������������� � RSOP_RegistryValue Data
(
� D L �� string NotNull Path
� � � �� string precedence @
� � � �� uint32 Type $ 6
� ' N V � �� uint32 ValueMap ? B E H K 1 2 3 4 7 Values n v � � � REG_SZ REG_EXPAND_SZ REG_BINARY REG_DWORD REG_MULTI_SZ NotNull � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�H / & RSOP_SecuritySettingsBlocked ! \ b � � � � ������ � � � ������������������������� � RSOP_RegistryValueBlocked Data
(
� K S �� string NotNull Path
� � � �� string precedence @
� � � �� uint32 Type $ 6
� $ . U ] � �� uint32 ValueMap F I L O R 1 2 3 4 7 Values u } � � � REG_SZ REG_EXPAND_SZ REG_BINARY REG_DWORD REG_MULTI_SZ NotNull � R S O P _ S e c u r i t y S e t t i n g s e�%߬�C + RSOP_SecuritySettings & M Y � � ������� � � � ��������������������� � RSOP_UserPrivilegeRight AccountList $
� E string precedence @
� � � �� uint32 UserRight
� � � �� string � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�Q + & RSOP_SecuritySettingsBlocked - T ` � � ������� � � � ��������������������� � RSOP_UserPrivilegeRightBlocked AccountList $
� L string precedence @
� � � �� uint32 UserRight
� � � �� string � R S O P _ S e c u r i t y S e t t i n g s e�%߬�< + RSOP_SecuritySettings ! S \ � � ������� � � � ��������������������� � RSOP_RestrictedGroup GroupName
� K � �� string Members $
� { string precedence @
� � � �� uint32 � R S O P _ S e c u r i t y S e t t i n g s e�%߬�| / RSOP_SecuritySettings # U ^ � � � � ������ � � � ������������������������� � RSOP_RestrictedGroupEx GroupName
� M � �� string Members $
� } string MembersOf
(
� � string precedence @
� � � �� uint32 � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�J + & RSOP_SecuritySettingsBlocked ( Z c � � ������� � � � ��������������������� � RSOP_RestrictedGroupBlocked GroupName
� R � �� string Members $
� � string precedence @
� � � �� uint32 � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�� / & RSOP_SecuritySettingsBlocked * \ e � � � � ������ � � � ������������������������� � RSOP_RestrictedGroupExBlocked GroupName
� T � �� string Members $
� � string MembersOf
(
� � string precedence @
� � � �� uint32 � R S O P _ S e c u r i t y S e t t i n g s e�%߬�� / RSOP_SecuritySettings R ^ � � � � ������ � � � ������������������������f � RSOP_SystemService precedence @
� J � �� uint32 SDDLString
(
� } string Service
� � � �� string StartupMode $ +
� 1 9 uint32 ValueMap ( + . 2 3 4 Values I T \ Automatic Manual Disabled � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�� / & RSOP_SecuritySettingsBlocked ' Y e � � � � ������ � � � ������������������������m � RSOP_SystemServiceBlocked precedence @
� Q � �� uint32 SDDLString
(
� � string Service
� � � �� string StartupMode $ +
�
8 @ uint32 ValueMap / 2 5 2 3 4 Values P [ c Automatic Manual Disabled � B i d 2 E t w _ D B N E T L I B _ 1 ,e�%߬�� Bid2Etw_DBNETLIB_1 C � �� ' 3 9 a n x � � � Bid2Etw_DBNETLIB_1_Trace Description DBNETLIB.1 Guid {BD568F21-FCCD-B948-054E-DB3421115D61} DisplayName DBNETLIB locale MS\0x409 �0 4 5 4 D D D A 9 A B 9 9 9 B 5 E 0 5 A 2 F 4 6 8 B A 8 8 8 F 0 D 0 7 9 4 E 6 B A 1 E B D C C F 2 A 4 4 6 3 E C 0 3 2 5 8 C C 6 8��[��Lc�%߬�9
� RSOP_SOM Local bh� � �y�^
A :��K� �nL� ��ם� 5Ɣ0� [ %S�s< h y���� �A�� V C I M _ D a t a F i l e �a�%߬�� � CIM_DataFile A � �� � / ��? G M u � � � ! S f � � W ` ��������W������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_NTEventlogFile MS_NT_EVENTLOG_PROVIDER SupportsUpdate Locale UUID {8502C57B-5FBB-11D2-AAC1-006008C78BC7} LogfileName ! ~ '
� � � �� � �� string Fixed MaxFileSize " � '
� � �� � �� uint32 NumberOfRecords # �
� K � �� uint32 OverwriteOutDated % � 4
� � � �� � ��� � uint32 Range 0-365 | 4294967295 OverWritePolicy $ � 4
� � �� � ��& 0 string ValueMap @ C K 0 1..365 4294967295 Sources & �
� � � �� string � � � C S � � � ClearEventlog ) 8 B d ��q } ValueMap V Y \ ` 0 8 21 .. implemented Privileges � � SeSecurityPrivilege SeBackupPrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ArchiveFileName string
� ; in
� ; b �� ID )
� � b ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � BackupEventlog ) | � � ��� � ValueMap � � � � � 0 8 21 183 .. implemented Privileges � � SeSecurityPrivilege SeBackupPrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ArchiveFileName string
� ; in
� ; b �� ID )
� � b ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �a�%߬�) = P � �� � ; T d � � � � � � � - f l � � � � � � � �
: H z � � � Q W � � UUUU��������������������������������������������������������� � Win32_NTLogEvent Privileges & SeSecurityPrivilege MS_NT_EVENTLOG_PROVIDER EnumPrivileges l SeSecurityPrivilege Locale UUID {8502C57C-5FBB-11D2-AAC1-006008C78BC7} Category
� � uint16 CategoryString
� string ComputerName
$
� W _ �� string Fixed Data 4
� � Uint8 EventCode
� � uint16 EventIdentifier
� � �� uint32 Fixed EventType 8 )
� P W ��^ h uint8 Fixed ValueMap � � � � � � 0 1 2 3 4 5 InsertionStrings
0
� � string Logfile
� � �� string Message ,
� 2 string RecordNumber
� r � �� uint32 SourceName
� � � �� string Fixed TimeGenerated e
� � �� datetime Fixed TimeWritten e
� @ J �� datetime Fixed Type )
� � � ��� � string Fixed ValueMap � � � � � � 0 1 2 4 8 16 User (
� � string � �a�%߬�� [ � �� � . > [ g � � � � �� � � # ��������n � Win32_NTLogEventLog MS_NT_EVENTLOG_PROVIDER EnumPrivileges F SeSecurityPrivilege Privileges o SeSecurityPrivilege Locale UUID {8502C57D-5FBB-11D2-AAC1-006008C78BC7} Association Log f '
� � �� � �� ref:Win32_NTEventlogFile Record f '
� X � �� � �� ref:Win32_NTLogEvent iv � �a�%߬�� [ � �� � / ? \ h � � � � �� � � ! ��������m � Win32_NTLogEventUser MS_NT_EVENTLOG_PROVIDER EnumPrivileges G SeSecurityPrivilege Privileges p SeSecurityPrivilege Locale UUID {8502C57E-5FBB-11D2-AAC1-006008C78BC7} Association Record f '
� � �� � �� ref:Win32_NTLogEvent User f '
� V � �� � �� ref:Win32_UserAccount ri � �a�%߬� [ � �� � 3 C ` l � � � � �� � � % - ��������x � Win32_NTLogEventComputer MS_NT_EVENTLOG_PROVIDER EnumPrivileges K SeSecurityPrivilege Privileges t SeSecurityPrivilege Locale UUID {8502C57F-5FBB-11D2-AAC1-006008C78BC7} Association Computer f '
� � �� � �� ref:Win32_ComputerSystem Record f '
� b � �� � �� ref:Win32_NTLogEvent it �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �a�%߬�nZ�%߬�� ���J 9 i � __Win32Provider {F55C5B4C-517D-11d1-AB57-00C04FD9159E} LocalSystemHost MS_NT_EVENTLOG_EVENT_PROVIDER 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �a�%߬�uZ�%߬�� x � � __EventProviderRegistration % select * from __InstanceCreationEvent where TargetInstance isa "Win32_NTLogEvent" \\.\Root\CIMV2:__Win32Provider.Name="MS_NT_EVENTLOG_EVENT_PROVIDER"
R O O T \ C I M V 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 4 8 1 C 5 6 4 1 F C 3 1 E C D F E D B 9 C C 2 7 B 9 B 4 A C 9 E 3 E D A 5 4 7 9 D 7 2 A B C 3 6 7 6 D E 7 8 0 2 7 6 2 0 D 0 6 4 � Zc�%߬�>
$ , 8 u � � � ������������� � RSOP_ApplicationManagementCategory Locale CategoryId '
� m � �� � �� string CreationTime e
� � � �� datetime Name
� � � �� string pl �l�9@ } T��� � hu.� G C I M _ S e t t i n g va�%߬�O D CIM_Setting
) " / � �� , z � ) � � � � � � u � : S �
� � � }UU�����������������������������������������������������������������X � Win32_NamedJobObjectLimitSetting Description The Win32_NamedJobObjectLimitSetting class represents the limit settings for a job object. The limit settings specify the resources available to the job in accord with how the limit setting flags are set. AMENDMENT LOCALE ms_409 ActiveProcessLimit
0
� X ` m uint32 Description Specifies the active process limit for the job. If you try to associate a process with a job, and this causes the active process count to exceed this limit, the process is terminated and the association fails. Ignored unless LimitFlags specifies Active Process Limit. Affinity 4
� � � � uint32 Description Specifies the processor affinity for all processes associated with the job. The affinity of each thread is set to this value, but threads are free to subsequently set their affinity, as long as it is a subset of the specified affinity mask. Processes cannot set their own affinity mask. Ignored unless LimitFlags specifies Limit Affinity. JobMemoryLimit
� U ] j uint32 Description Specifies the per-job memory limit in kilobytes. It is ignored unless the LimitFlags specifies the Limit Job Memory value. LimitFlags $ +
� , 4 A Y d uint32 Description The LimitFlags property indicates the limits that are in effect. One or more of the following limits can be in effect:
Limit Working Set - Causes all processes associated with the job to use the same minimum and maximum working set sizes.
Limit Process Time - Establishes a user-mode execution time limit for each currently active process and for all future processes associated with the job.
Limit Job Time - Establishes a user-mode execution time limit for the job. This flag cannot be used with Limit Preserve Job Time.
Active Process Limit - Establishes a maximum number of simultaneously active processes associated with the job.
Limit Affinity - Causes all processes associated with the job to use the same processor affinity.
Limit Priority Class - Causes all processes associated with the job to use the same priority class.
Limit Preserve Job Time - Preserves any job time limits you previously set. As long as this flag is set, you can establish a per-job time limit once, then alter other limits in subsequent calls. This flag cannot be used with Limit Job Time.
Limit Scheduling Class - Causes all processes in the job to use the same scheduling class.
Limit Process Memory - Causes all processes associated with the job to limit their committed memory. When a process attempts to commit memory that would exceed the per-process limit, it fails. If the job object is associated with a completion port, a JOB_OBJECT_MSG_PROCESS_MEMORY_LIMIT message is sent to the completion port.
Limit Job Memory - Causes all processes associated with the job to limit the job-wide sum of their committed memory. When a process attempts to commit memory that would exceed the job-wide limit, it fails. If the job object is associated with a completion port, a JOB_OBJECT_MSG_JOB_MEMORY_LIMIT message is sent to the completion port.
Limit Die On Unhandled Exception - Forces a call to the SetErrorMode function with the SEM_NOGPFAULTERRORBOX flag for each process associated with the job.
Limit Breakaway OK - If any process associated with the job creates a child process using the CREATE_BREAKAWAY_FROM_JOB flag while this limit is in effect, the child process is not associated with the job.
Silent Breakaway OK - Allows any process associated with the job to create child processes that are not associated with the job. BitValues
� � � � � � ( @ V h � � Limit Working Set Limit Process Time Limit Job Time Active Process Limit Limit Affinity Limit Priority Class Limit Preserve Job Time Limit Scheduling Class Limit Process Memory Limit Job Memory Limit Die On Unhandled Exception Limit Breakaway OK Silent Breakaway OK MaximumWorkingSetSize ,
� � � uint32 Description Specifies the maximum working set size for all processes associated with the job. Ignored unless LimitFlags specifies Limit Working Set MinimumWorkingSetSize (
� � � � uint32 Description Specifies the minimum working set size for all processes associated with the job. Ignored unless LimitFlags specifies Limit Working Set PerJobUserTimeLimit +
� � � � " ) uint64 Description Specifies the per-job user-mode execution time limit, in 100 nanoseconds. The system adds the current time of the processes associated with the job to this limit. For example, if you set this limit to 1 minute, and the job has a process that has accumulated 5 minutes of user-mode time, the limit actually enforced is 6 minutes. Units 100 nanoseconds PerProcessUserTimeLimit +
� � � � � � uint64 Description Specifies the per-process user-mode execution time limit, in 100 nanoseconds. It is ignored unless LimitFlags specifies Limit Process Time.The system periodically checks to determine whether each process associated with the job has accumulated more user-mode time than the set limit. If it has, the process is terminated. Units 100 nanoseconds PriorityClass 8
� 9 A N uint32 Description Specifies the priority class for all processes associated with the job. Processes and threads cannot modify their priority class. Ignored unless LimitFlags specifies Limit Priority. ProcessMemoryLimit +
� R Z g � � uint32 Description Specifies the per-process memory limit in kilobytes. It is ignored unless the LimitFlags specifies the Limit Process Memory. Units kilobytes SchedulingClass
<
� 5 = J uint32 Description Specifies the scheduling class for all processes associated with the job. The valid values are 0 to 9. Use 0 for the least favorable scheduling class relative to other threads, and 9 for the most favorable scheduling class relative to other threads. Ignored unless LimitFlags specifies Limit Scheduling Class. SettingID @ )
� � � � � �� string Description The identifier by which the job object limit setting instance is known.
As a Kernel object job object names are case sensitive. Because WMI keys are case insensitive, the name of the named job object must be decorated as follows: a capital letter should be preceded by a backslash. As a consequence of this convention, 'A' and 'a' are lower case and '\A' and '\a' are upper case. � C I M _ C o l l e c t i o n S e t t i n g wa�%߬�� CIM_CollectionSetting ) + � ��� � � � d m ���������B � Win32_NamedJobObjectSecLimit Description The Win32_NamedJobObjectSecLimit association class relates a job object and the job object security limit settings. AMENDMENT LOCALE ms_409 Collection f@ )
� � % � �� ref:Win32_NamedJobObject Description This property is a reference to the instance of a job object. Setting f@ )
� � � � � �� ref:Win32_NamedJobObjectSecLimitSetting Description This property is a reference to the instance that contains security limit settings for the job object. t � lc�%߬�/ ( �� 5 D � � 5��������� � RSOP_IEImportedProgramSettings Locale Association policySetting f
� n � �� ref:RSOP_IEAKPolicySetting programSettings f
� � � �� ref:RSOP_IEProgramSettings � ��V� M 1L�� \ !�u9 � ƉW
� � U�|Ԅ � ٱ,X9 e �r�q� . �u�� . �^�%߬�5 ' ��) �� 6 B � � 5��������� � CIM_CollectionSetting Locale Abstract Association Collection f
� l � �� ref:CIM_CollectionOfMSEs CIM_Key Setting f
� � � �� ref:CIM_Setting CIM_Key �
C I M _ S e n s o r �a�%߬�0 2 CIM_Sensor ) # � ��� � ��������������������������������������������������� � CIM_MultiStateSensor Description A multi-state sensor is a multi-member set of binary sensors, each binary sensor reporting a boolean result. AMENDMENT LOCALE ms_409 �
C I M _ S e n s o r �a�%߬�b ? CIM_Sensor ) ! � ��� � � � � � ���_������������������������������������������������������������ � CIM_DiscreteSensor Description A DiscreteSensor has a set of legal string values, that it can report. These values are enumerated in the Sensor's PossibleValues property. A DiscreteSensor will always have a 'current reading' that corresponds to one of the enumerated values.
Given the addition of the CurrentState and PossibleStates properties to Sensor, the DiscreteSensor subclass is no longer necessary, but is retained for backward compatibility. Information in the CurrentReading and PossibleValues properties will typically have the same values and semantics as for the CurrentState and PossibleStates properties, inherited from Sensor. AMENDMENT LOCALE ms_409 AcceptableValues .
� � � � STRING Description The AcceptableValues property details which of the strings in the PossibleValues property are considered 'acceptable' (i.e., 'not an error'). CurrentReading 2
� � � � STRING Description The current value indicated by the sensor. PossibleValues 6
� > F S STRING Description The PossibleValues property enumerates the string outputs that can be output by the discrete sensor. � C I M _ N u m e r i c S e n s o r �a�%߬�� t CIM_NumericSensor ) � ��� � � � 6 � � � _ l � � / � � � � > J � � p � � � ���WUU�������������������������������������������������������������������������������������������������������������F � CIM_Tachometer Description This class exists for backward compatibility to earlier CIM Schema definitions. With additions to Sensor and NumericSensor in V2.2, it is no longer necessary. A Tachometer can be defined by setting the SensorType property. inherited from Sensor, to 5 ("Tachometer"). Other properties of this class are hard-coded to constant values to correspond to definitions in the Sensor hierarchy. AMENDMENT LOCALE ms_409 CurrentReading @ 2
� � � sint32 Units revolutions per minute LowerThresholdCritical @ 8
� b j q sint32 Units revolutions per minute LowerThresholdFatal @ <
� � � � sint32 Units revolutions per minute LowerThresholdNonCritical @ @
� 8 @ G sint32 Units revolutions per minute MaxReadable @ D
� � � � sint32 Units revolutions per minute MinReadable @ H
� � sint32 Units revolutions per minute NominalReading @ L
� [ c j sint32 Units revolutions per minute NormalMax @ P
� � � � sint32 Units revolutions per minute NormalMin @ T
� & sint32 Units revolutions per minute Resolution @ X
� v ~ � uint32 Units tenths of revolutions per minute Tolerance @ \
� � � � sint32 Units revolutions per minute UpperThresholdCritical @ `
� I Q X sint32 Units revolutions per minute UpperThresholdFatal @ d
� � � � sint32 Units revolutions per minute UpperThresholdNonCritical @ h
� ' . sint32 Units revolutions per minute � C I M _ S t o r a g e E x t e n t b�%߬�{ U CIM_StorageExtent ) ' � ��� � � � ������������������������������������������������������������������������������������� � CIM_ProtectedSpaceExtent Description CIM_ProtectedSpaceExtent define addressable logical block addresses, treated as a single storage extent, located on a single physical extent. Protected space extents exclude any logical blocks mapped as check data and contain user data stripe depth mapping information. An alternate possibility, if automatic configuration is used, is to instantiate or extend the CIM_AggregatePSExtent class. AMENDMENT LOCALE ms_409 UserDataStripeDepth H +
� # 0 � � UINT64 Description For a ProtectedSpaceExtent that is allocated to a VolumeSet, (i.e. is named in a CIM_VolumeSetBasedOnPSExtent association), this property is the number of user data bytes placed on this ProtectedSpaceExtent before moving on to the next ProtectedSpaceExtent in the VolumeSet. Otherwise, this ProtectedSpaceExtent is considered to be unallocated and this property shall be set to zero (0h.) Units bytes � C I M _ S t o r a g e E x t e n t b�%߬�+ M CIM_StorageExtent ) $ j ��u } ������������������������������������������������������������������������������ � CIM_AggregatePSExtent Description CIM_AggregatePSExtent defines the number of addressable logical blocks on a single storage device, excluding any logical blocks mapped as check data. These logical blocks are contained within a single volume set (if volume sets are defined). This is an alternative grouping for CIM_ProtectedSpaceExtent, when only summary information is needed or when automatic configuration is used. Automatic configuration can result in thousands of CIM_ProtectedSpaceExtent being defined. There is no value in modeling the individual extents. So, the CIM_AggregatePSExtent object was defined. AMENDMENT LOCALE ms_409 � C I M _ S t o r a g e E x t e n t b�%߬�� ^ CIM_StorageExtent ) � ��� � � � 1 ���������������������������������������������������������������������������������������������- � CIM_VolumeSet Description CIM_VolumeSet represents a contiguous range of logical blocks presented to the operating environment for reading and writing user data. Volume sets shall not overlap one another. They are based on one or more physical extents, protected space extents, or aggregate extents (all of the same type). These based on associations should be instantiated or subclassed as needed. AMENDMENT LOCALE ms_409 PSExtentInterleaveDepth H
� � � UINT64 Description VolumeSets in SCC have additional status information beyond that captured in the Availability and StatusInfo properties, inherited from ManagedSystemElement. This additional information (for example, "Protection Disabled", value=9) is captured in the VolumeStatus property. PSExtentStripeLength P
� ] e r UINT64 Description Number of contiguous ProtectedSpaceExtents counted before looping back to the first ProtectedSpaceExtent of the current stripe. It is the number of Extents forming the user data stripe. � jc�%߬� �� * 4 s � %��������� � RSOP_IELinkItemLink Locale Association linkItem f
� ^ � �� ref:RSOP_IELinkItem policySetting f
� � � �� ref:RSOP_IEAKPolicySetting � ��� �-T� � a�E] � ~R�C� w lS` ? yع�� z ��[ � C I M _ D e p e n d e n c y �\�%߬�� CIM_Dependency ) + � ��� � � � ( � � �����������h � CIM_ServiceServiceDependency Description CIM_ServiceServiceDependency is an association between a service and another service, indicating that the latter is required to be present, required to have completed, or must be absent for the former service to provide its functionality. For example, boot services may be dependent upon underlying BIOS Disk and initialization services. In the case of the initialization services, the boot service is simply dependent on the init services completing. For the disk services, boot services may actually utilize the SAPs of this service. This usage dependency is modeled via the CIM_ServiceSAPDependency association. AMENDMENT LOCALE ms_409 Antecedent f@
� � � ref:CIM_Service Description The required service. Dependent f@
� T e r ref:CIM_Service Description The service that is dependent on an underlying service. TypeOfDependency +
� � � � � uint16 Description The nature of the service to service dependency. This property describes that the associated service must have completed (value=2), must be started (3) or must not be started (4) in order for the service to function. Values 2 K Unknown Other Service Must Have Completed Service Must Be Started Service Must Not Be Started t � C I M _ D e p e n d e n c y �\�%߬�� CIM_Dependency ) # � ��� � � � � � N _ U�������������������� � CIM_DeviceConnection Description The CIM_DeviceConnection relationship indicates that two or more device are connected together. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_LogicalDevice Description A logical device. Dependent f@
� E \ i ref:CIM_LogicalDevice Description A second logical device connected to the Antecedent device. NegotiatedDataWidth +
� � � A H uint32 Description When several bus and/or connection data widths are possible, the NegotiatedDataWidth property defines the one in use between the devices. Data width is specified in bits. If data width is not negotiated, or if this information is not available/important to device management, the property should be set to 0. Units bits NegotiatedSpeed +
� � � � � � uint64 Description When several bus and/or connection speeds are possible, the NegotiatedSpeed property defines the one in use between the devices. Speed is specified in bits per second. If connection or bus speeds are not negotiated, or if this information is not available/important to device management, the property should be set to 0. Units bits per second � � C I M _ D e p e n d e n c y �\�%߬�X CIM_Dependency ) # � ��� � � � I T ���������� � CIM_AssociatedSensor Description Many devices include sensors or have sensors installed nearby, in order to measure critical input and output properties. This association indicates that relationship. AMENDMENT LOCALE ms_409 Antecedent f@
� / < ref:CIM_Sensor Description The sensor. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device for which information is measured by the sensor. � C I M _ D e v i c e C o n n e c t i o n �\�%߬�7 CIM_DeviceConnection ) � ��� � � � r ~ � � O c X l �������������������������������� � CIM_ControlledBy Description The CIM_ControlledBy relationship indicates which devices are commanded by or accessed through the controller logical device. AMENDMENT LOCALE ms_409 AccessState +
� � ? G uint16 Description The AccessState property indicates whether the controller is actively commanding or accessing the device (value=1) or not (value=2). Also, the value, "Unknown" (0), can be defined. This information is necessary when a logical device can be commanded by, or accessed through, multiple controllers. Values W ` h Unknown Active Inactive Antecedent f@
� � � � ref:CIM_Controller Description The controller. Dependent f@
� * 7 ref:CIM_LogicalDevice Description The controlled device. NumberOfHardResets
� � � � uint32 Description Number of hard resets issued by the controller. A hard reset returns the device to its initialization or 'boot-up' state. All internal device state information and data are lost. NumberOfSoftResets
� � � � uint32 Description Number of soft resets issued by the controller. A soft reset does not completely clear current device state and/or data. Exact semantics are dependent on the device, and on the protocols and mechanisms used to communicate to it. � C I M _ D e p e n d e n c y �\�%߬� CIM_Dependency )
� ��� � � � U ` � � � � U������������������������| � CIM_BasedOn Description CIM_BasedOn is an association describing how storage extents can be assembled from lower level extents. For example, protected space extents are parts of physical extents, while volume sets are assembled from one or more physical or protected space extents. As another example, cache memory can be defined independently and realized in a physical element or can be 'based on' volatile or non-volatile storage extents. AMENDMENT LOCALE ms_409 Antecedent f@
� ' 4 ref:CIM_StorageExtent Description The lower level storage extent. Dependent f@
� � � � ref:CIM_StorageExtent Description The higher level storage extent. EndingAddress
�
" uint64 Description EndingAddress indicates where in lower level storage, the higher level extent ends. This property is useful when mapping non-contiguous extents into a higher level grouping. StartingAddress
� # uint64 Description StartingAddress indicates where in lower level storage, the higher level extent begins. p � C I M _ D e p e n d e n c y �\�%߬�F CIM_Dependency ) � ��� � � � @ K ���������� � CIM_MediaPresent Description Where a storage extent must be accessed through a media access device, this relationship is described by the CIM_MediaPresent association. AMENDMENT LOCALE ms_409 Antecedent f@
� � & ref:CIM_MediaAccessDevice Description The media access device. Dependent f@
� w � � ref:CIM_StorageExtent Description The storage extent accessed using the media access device. � C I M _ E l e m e n t S e t t i n g ]�%߬�i CIM_ElementSetting ) � ��� � � � - 6 ���������� � CIM_VideoSetting Description The CIM_VideoSetting class associates the CIM_VideoControllerResolution setting object with the controller to which it applies. AMENDMENT LOCALE ms_409 Element f@
� � ref:CIM_VideoController Description The video controller. Setting f@
� b � � ref:CIM_VideoControllerResolution Description The resolutions, refresh rates, scan mode and number of colors that can be set for the Controller. � ��� } �0�} j ��~� �̟n� � 0 ��� B ?5� � 5�`J� �?
=� � <�n�� 3�,� XJ�� � �TLo < �T~� � X*�Tv ��ȑ| P C I M _ R e m o v e F i l e A c t i o n �b�%߬�= 4 CIM_RemoveFileAction C & � �� � N W g ~ � � � � 4 A ��_�������������������������������������������������s � Win32_RemoveFileAction Locale UUID {AE565838-DB33-11d2-85FC-0000F8102E5F} MSIProv MappingStrings o Microsoft.MSI DirProperty &
� � � �� string FileKey *
� � � �� string FileName
"
� , � �� string InstallMode
.
� k � �� uint16 � C I M _ C r e a t e D i r e c t o r y A c t i o n �b�%߬� % # CIM_CreateDirectoryAction C " ( � �� � P Y i �������������������������������������� � Win32_CreateFolderAction Locale UUID {55A2DC30-DB32-11d2-85FC-0000F8102E5F} MSIProv MappingStrings q Microsoft.MSI � C I M _ S e t t i n g �b�%߬��
CIM_Setting
6 ! I ��S c ������������z � Win32_MSIResource Locale UUID {CD7CA121-E3D2-11d2-8601-0000F8102E5F} Abstract MappingStrings k Microsoft.MSI � W i n 3 2 _ M S I R e s o u r c e �b�%߬�� Win32_MSIResource C $ ; C I � q � �� z � � � ���������������������
� Win32_PatchPackage MappingStrings , Microsoft.MSI Locale UUID {14575942-E3E1-11d2-8601-0000F8102E5F} MSIProv PatchID '
� � � �� � �� string ProductCode '
� � �� � �� string � W i n 3 2 _ M S I R e s o u r c e �b�%߬�� Win32_MSIResource C 7 ? E � �� � m v � � � �������������������������@ � Win32_Property MappingStrings ( Microsoft.MSI Locale UUID {CD7CA120-E3D2-11d2-8601-0000F8102E5F} MSIProv ProductCode '
� � � �� � �� string Property '
� � � �� � �� string Value
� 8 � �� string � W i n 3 2 _ M S I R e s o u r c e �b�%߬�{ Win32_MSIResource C
4 < B � �� � j s � � � � 1 > { � U����������������������������� � Win32_Patch MappingStrings % Microsoft.MSI Locale UUID {7A9E24ED-E3D2-11d2-8601-0000F8102E5F} MSIProv Attributes
� � � �� uint16 File '
� � � �� � �� string PatchSize
� ) � �� uint32 ProductCode '
� s � �� � �� string Sequence '
� � � �� � �� sint16 � W i n 3 2 _ M S I R e s o u r c e �b�%߬�� Win32_MSIResource C 5 = C � �� � k t z � � � � �������������������������9 � Win32_Binary MappingStrings & Microsoft.MSI Locale UUID {DB150AA8-E3D1-11d2-8601-0000F8102E5F} MSIProv Data
� � � �� string Name '
� � � �� � �� string ProductCode '
� 1 � �� � �� string � W i n 3 2 _ M S I R e s o u r c e �b�%߬�� % Win32_MSIResource C & = E K � s � �� | � � � � � 3 9 k x � � U������������������������������������ � Win32_ServiceControl MappingStrings . Microsoft.MSI Locale UUID {E7D29B98-E3D1-11d2-8601-0000F8102E5F} MSIProv Arguments
� � � �� string Event
� � � �� string ID '
� + � �� � �� string Name
� c � �� string ProductCode '
� � � �� � �� string Wait
� � � �� uint16 � C I M _ S e t t i n g �b�%߬�� CIM_Setting
C # � K � ��T d { � � � �������������������������A � Win32_ODBCAttribute Locale UUID {023763EC-E3D2-11d2-8601-0000F8102E5F} MSIProv MappingStrings l Microsoft.MSI Attribute '
� � � �� � �� string Driver '
� � �� � �� string Value
� 9 � �� string � C I M _ S e t t i n g �b�%߬�� CIM_Setting
C # ) � Q � ��Z j � � � � �������������������������K � Win32_ODBCSourceAttribute Locale UUID {100985A4-E3D2-11d2-8601-0000F8102E5F} MSIProv MappingStrings r Microsoft.MSI Attribute '
� � � �� � �� string DataSource '
�
� �� � �� string Value
� C � �� string �# C I M _ S o f t w a r e F e a t u r e S o f t w a r e E l e m e n t s �b�%߬�7 - CIM_SoftwareFeatureSoftwareElements % C ' / 5 � �� � ] f v � � # e��������� � Win32_SoftwareFeatureSoftwareElements Locale UUID {F3B44268-DB34-11d2-85FC-0000F8102E5F} MSIProv MappingStrings ~ Microsoft.MSI GroupComponent f@ 4
� � � �� � ��� ref:Win32_SoftwareFeature Override GroupComponent PartComponent f@ 4
� e � �� � ��� � ref:Win32_SoftwareElement Override PartComponent � C I M _ D e p e n d e n c y �b�%߬� CIM_Dependency C % + � S � ��\ l � �
U�������� � Win32_SoftwareFeatureParent Locale UUID {E7CD451C-DB34-11d2-85FC-0000F8102E5F} MSIProv MappingStrings t Microsoft.MSI Antecedent f@ 4
� � � �� � ��� � ref:Win32_SoftwareFeature Override Antecedent Dependent f@ 4
� O � �� � ��j t ref:Win32_SoftwareFeature Override Dependent � �b�%߬�� N $ * R �� � _ � ��h x � � � � ���������3 � Win32_SoftwareFeatureCheck Locale UUID {5016E228-DB34-11d2-85FC-0000F8102E5F} Association MSIProv MappingStrings � Microsoft.MSI Check f '
� � � �� � �� ref:CIM_Check Element f '
� � �� � �� ref:Win32_SoftwareFeature 00 � C I M _ S o f t w a r e E l e m e n t C h e c k s �b�%߬�� # CIM_SoftwareElementChecks C $ * � R � ��[ k � � � � u����������& � Win32_SoftwareElementCheck Locale UUID {1E45DFA6-DB34-11d2-85FC-0000F8102E5F} MSIProv MappingStrings s Microsoft.MSI Check f@ '
� � � �� � �� ref:CIM_Check Element f@ '
� � �� � �� ref:Win32_SoftwareElement �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �b�%߬�nZ�%߬�� ���M 9 ^ � __Win32Provider {734AC5AE-68E1-4fb5-B8DA-1D92F7FC6661} NetworkServiceHost WMIPingProvider X]�Ő V UR�� � 1+��
� k��:X p ���_� � ����| y ����� U�� } ]�%߬�>
)
" ��- 5 = F � � Q \ ������������� � CIM_Setting Description The Setting class represents configuration-related and operational parameters for one or more ManagedSystemElement(s). A ManagedSystemElement may have multiple Setting objects associated with it. The current operational values for an Element's parameters are reflected by properties in the Element itself or by properties in its associations. These properties do not have to be the same values present in the Setting object. For example, a modem may have a Setting baud rate of 56Kb/sec but be operating at 19.2Kb/sec. AMENDMENT LOCALE ms_409 Caption
� r z � string Description A short textual description (one-line string) of the CIM_Setting object. Description
�
string Description A textual description of the CIM_Setting object. SettingID
� � � � string Description The identifier by which the CIM_Setting object is known. s � C I M _ S e t t i n g
]�%߬�� - CIM_Setting
) , � ��� � � � X h % 5 � { � ~ � � � e y }U������������������������������������������� � CIM_VideoControllerResolution Description CIM_VideoControllerResolution describes the various video modes that a video controller can support. Video modes are defined by the possible horizontal and vertical resolutions, refresh rate, scan mode and number of colors settings supported by a controller. The actual resolutions, etc. that are in use, are the values specified in the CIM_VideoController object. AMENDMENT LOCALE ms_409 HorizontalResolution +
�
I P uint32 Description Controller's horizontal resolution in pixels. Units pixels MaxRefreshRate +
� � � � uint32 Description Maximum refresh rate in hertz, when a range of rates is supported at the specified resolutions. Units hertz MinRefreshRate +
� n v � � � uint32 Description Minimum refresh rate in hertz, when a range of rates is supported at the specified resolutions. Units hertz NumberOfColors "
� . 6 C uint64 Description Number of colors supported at the current resolutions. RefreshRate +
� � � � p w uint32 Description Refresh rate in hertz. If a range of rates is supported, use the MinRefreshRate and MaxRefreshRate properties, and set RefreshRate (this property) to 0. Units hertz ScanMode +
� � � � > F uint16 Description Integer indicating whether the controller operates in interlaced (value=5) or non-interlaced (4) mode. Values ^ e n } � Other Unknown Not Supported Non-Interlaced Operation Interlaced Operation SettingID @ )
� � � � �� string Description The inherited SettingID serves as part of the key for a CIM_VideoControllerResolution instance. VerticalResolution +
� � � � � � uint32 Description Controller's vertical resolution in pixels. Units pixels � ]�%߬�i ) � ��� � � � � ��������� � CIM_Component Description CIM_Component is a generic association used to establish 'part of' relationships between Managed System Elements. For example, the SystemComponent association defines parts of a System. AMENDMENT LOCALE ms_409 GroupComponent f
� . L Y ref:CIM_ManagedSystemElement Description The parent element in the association. PartComponent f
� � � � ref:CIM_ManagedSystemElement Description The child element in the association. on �
C I M _ C o m p o n e n t ]�%߬�> CIM_Component ) ( � ��� � � � 8 G ���������� � CIM_DirectoryContainsFile Description The CIM_DirectoryContainsFile class represents an association between a directory and files contained within that directory. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� ( � �� ref:CIM_Directory Description The directory. PartComponent f@ )
� ~ � � � �� ref:CIM_DataFile Description The LogicalFile 'contained within' the Directory. �
C I M _ C o m p o n e n t ]�%߬�� CIM_Component ) " � ��� � �
z � ��������� � CIM_SystemComponent Description CIM_SystemComponent is a specialization of the CIM_Component association that establishes 'part of' relationships between a System and the Managed System Elements of which it is composed. AMENDMENT LOCALE ms_409 GroupComponent f@
� 6 F S ref:CIM_System Description The parent system in the association. PartComponent f@
� � � � ref:CIM_ManagedSystemElement Description The child element that is a component of a system. � C I M _ S y s t e m C o m p o n e n t ]�%߬�; CIM_SystemComponent ) � ��� � � � 3 B ���������� � CIM_SystemDevice Description Logical devices may be aggregated by a system. This relationship is made explicit by the CIM_SystemDevice association. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � ref:CIM_System Description The parent system in the association. PartComponent f@
� n � � ref:CIM_LogicalDevice Description The logical device that is a component of a system. � C I M _ S y s t e m C o m p o n e n t ]�%߬�� CIM_SystemComponent ) � ��� � � � " � � ����������R � CIM_InstalledOS Description A link between the computer system and the operating system(s) installed or loaded on it. An operating system is 'installed' on a computer system, when placed on one of its storage extents - for example, copied to a disk drive or downloaded to memory. Using this definition, an operating system is 'installed' on a NetPC when downloaded via the network. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_ComputerSystem Description The computer system. PartComponent f@
� N g t ref:CIM_OperatingSystem Description The operating system installed on the computer system. PrimaryOS
� � � � boolean Description Boolean indicating that the operating system is the default OS for the computer system. � ]�%߬�e ) ! � ��� � � � � � ���������
� CIM_ElementSetting Description ElementSetting represents the association between ManagedSystemElements and the Setting class(es) defined for them. AMENDMENT LOCALE ms_409 Element f
� � ref:CIM_ManagedSystemElement Description The Element reference represents the role of the CIM_ManagedSystemElement object of the CIM_ElementSetting association. Role: The associated managed system element provides the element that implements the element setting. Setting f
� % 6 C ref:CIM_Setting Description The CIM_Setting reference represents the role of the CIM_Setting object of the CIM_ElementSetting association. Role: The associated setting provides the setting that implements the element setting. el � Y� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 @`�%߬�-`�%߬��� � + q i� t� v� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Base board (also known as a motherboard or system board) management. � & � �� � �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" d � MSFT_CliFormat TABLE STATUS / � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn �'ܠ � �� � o x ���
� Ϻ+��
V ���v W OÑ^e V ��� �(��� /
l��� � C I M _ S e t t i n g ]�%߬�� % CIM_Setting
) $ ��' / 7 M � � � � � � � � � � m � }U����������������������������������� � CIM_MonitorResolution Description CIM_MonitorResolution describes the relationship between horizontal and vertical resolutions, refresh rate and scan mode for a desktop monitor. The actual resolutions, etc. that are in use, are the values specified in the video controller object. AMENDMENT LOCALE ms_409 HorizontalResolution +
� � � � � � uint32 Description Monitor's horizontal resolution in pixels. Units pixels MaxRefreshRate +
� ' 4 � � uint32 Description Monitor's maximum refresh rate in hertz, when a range of rates is supported at the specified resolutions. Units hertz MinRefreshRate +
� � � v } uint32 Description Monitor's minimum refresh rate in hertz, when a range of rates is supported at the specified resolutions. Units hertz RefreshRate +
� � � � � � uint32 Description Monitor's refresh rate in hertz. If a range of rates is supported, use the MinRefreshRate and MaxRefreshRate properties, and set RefreshRate (this property) to 0. Units hertz ScanMode +
� � � � N V uint16 Description Integer indicating whether the monitor operates in interlaced (value=5) or non-interlaced (4) mode. Values n u ~ � � Other Unknown Not Supported Non-Interlaced Operation Interlaced Operation SettingID @ )
� � � �� string Description The inherited SettingID serves as part of the key for a CIM_MonitorResolution instance. VerticalResolution +
� � � � � uint32 Description Monitor's vertical resolution in pixels. Units pixels � C I M _ E l e m e n t S e t t i n g ]�%߬�3 CIM_ElementSetting ) ! � ��� � � � $ ���������� � CIM_MonitorSetting Description CIM_MonitorSetting associates the monitor resolution with the desktop monitor to which it applies. AMENDMENT LOCALE ms_409 Element f@ )
� � � � �� ref:CIM_DesktopMonitor Description The desktop monitor. Setting f@ )
� [ v � � �� ref:CIM_MonitorResolution Description The monitor resolution associated with the desktop monitor. � C I M _ D e p e n d e n c y ]�%߬�� CIM_Dependency ) $ �� & 2 � � ��������� � CIM_AssociatedBattery Description A logical device may use or require one or more batteries. This relationship is described by the CIM_AssociatedBattery dependency. It is also possible to model the individual batteries that comprise a UPS, using this association. AMENDMENT LOCALE ms_409 Antecedent f@
� ^ o | ref:CIM_Battery Description The battery. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device needing or associated with the battery � C I M _ D e p e n d e n c y ]�%߬�" CIM_Dependency ) $ � ��� � � � ! , ���������� � CIM_AllocatedResource Description An association between logical devices and system resources, indicating that the resource is assigned to the device. AMENDMENT LOCALE ms_409 Antecedent f@
� � ref:CIM_SystemResource Description The resource. Dependent f@
� X o | ref:CIM_LogicalDevice Description The logical device to which the resource is assigned. � ]�%߬�?
) ) � ��� � � � y � � ������������� � CIM_StatisticalInformation Description CIM_StatisticalInformation is a root class for any arbitrary collection of statistical data and/or metrics applicable to one or more managed system elements. AMENDMENT LOCALE ms_409 Caption
� - string Description A short textual description (one-line string) for the statistic or metric. Description
� � � � string Description A textual description of the statistic or metric. Name
� , 4 A string Description The Name property defines the label by which the statistic or metric is known. When subclassed, the property can be overridden to be a Key property. ab � ]�%߬�> ) � ��� � � � ^ e ���������� � CIM_Statistics Description CIM_Statistics is an association that relates managed system elements to the statistical group(s) that apply to them. AMENDMENT LOCALE ms_409 Element f
� � ref:CIM_ManagedSystemElement Description The CIM_ManagedSystemElement for which statistical or metric data is defined. Stats f
� � � � ref:CIM_StatisticalInformation Description The statistical information/object. pt � *]�%߬��
) # * ��5 = E N � � � � U������������� � CIM_PhysicalCapacity Description CIM_PhysicalCapacity is an abstract class describing a physical element's minimum/maximum requirements and ability to support different types of hardware. For example, minimum and maximum memory requirements can be modeled as a subclass of CIM_PhysicalCapacity. AMENDMENT LOCALE ms_409 Caption
� z � � string Description Caption is a short textual description (one-line string) of the CIM_PhysicalCapacity object. Description
� & . ; string Description The Description property provides a textual description of the CIM_PhysicalCapacity object. Name
� � � � string Description The Name property defines the label by which the CIM_PhysicalCapacity object is known. When subclassed, the Name property can be overridden to be a Key property. . � +]�%߬� ) " 2 ��= E M W : C E��������� � CIM_ElementCapacity Description CIM_ElementCapacity associates a CIM_PhysicalCapacity object with one or more physical elements. It serves to associate a description of min/max hardware requirements or capabilities (stored as a kind of CIM_PhysicalCapacity), with the physical elements being described. AMENDMENT LOCALE ms_409 Capacity f
� � � � ref:CIM_PhysicalCapacity Description CIM_PhysicalCapacity describes the minimum and maximum requirements and ability to support different types of hardware for a physical element. Element f
� o � � ref:CIM_PhysicalElement Description The physical element being described. /m �
C I M _ C o n t a i n e r 5]�%߬�g
CIM_Container ) # � ��� � � � [ j �������������� � CIM_PackageInChassis Description A chassis can contain other packages, such as other chassis and cards. The CIM_PackageInChassis association makes explicit this relationship. AMENDMENT LOCALE ms_409 GroupComponent f@
� ' ref:CIM_Chassis Description The chassis that contains other physical packages. PartComponent f@
� � � � ref:CIM_PhysicalPackage Description The physical package which is contained in the chassis. � �d휀 ] |;� k �?��H ~ �,��� � � bT � �e�� ` M�?� - eb�%߬�E = 6 . ; | ��� � � � T d # 1 � � D U j u � � V _ M V = K q } �
�
� � A G X ^ UUUU���������������������������������������������������������9 � Win32_NTLogEvent DisplayName NT Log Events Description This class is used to translate instances from the NT Eventlog. AMENDMENT LOCALE ms_409 Category +
� � � � � uint16 DisplayName Category Description Specifies a subcategory for this event. This subcategory is source specific. CategoryString +
� � � � � � string DisplayName Category String Description Specifies the translation of the subcategory. The translation is source specific. ComputerName
$ +
� j r � � string DisplayName Computer Name Description The variable-length null-terminated string specifying the name of the computer that generated this event. Data 4 +
� E L Y f s Uint8 DisplayName Binary Data Description The binary data that accompanied the report of the NT event. EventCode +
� � �
# uint16 DisplayName Event Code Description This property has the value of the lower 16-bits of the EventIdentifier property. It is present to match the value displayed in the NT Event Viewer. NOTE: Two events from the same source may have the same value for this property but may have different severity and EventIdentifier values EventIdentifier +
� � � � � � uint32 DisplayName Event Identifier Description Identifies the event. This is specific to the source that generated the event log entry, and is used, together with SourceName, to uniquely identify an NT event type. EventType 8 8
� � � � � uint8 Description The Type property specifies the type of event. DisplayName Type Event Values < E L U b z Success Error Warning Information Security Audit Success Security Audit Failure InsertionStrings
0 +
� � � � string DisplayName Insertion Strings Description The insertion strings that accompanied the report of the NT event. Logfile 6
� � � � � ��� � string DisplayName Log File Description The name of NT Eventlog logfile. This is used together with the RecordNumber to uniquely identify an instance of this class. Message , +
� � � � � � string DisplayName Message Description The event message as it appears in the NT Eventlog. This is a standard message with zero or more insertion strings supplied by the source of the NT event. The insertion strings are inserted into the standard message in a predefined format. If there are no insertion strings or there is a problem inserting the insertion strings, only the standard message will be present in this field. RecordNumber 6
� � � � � ��� � uint32 DisplayName Record Number Description Identifies the event within the NT Eventlog logfile. This is specific to the logfile and is used together with the logfile name to uniquely identify an instance of this class. SourceName +
� � � � � � string DisplayName Source Name Description The variable-length null-terminated string specifying the name of the source (application, service, driver, subsystem) that generated the entry. It is used, together with the EventIdentifier, to uniquely identify an NT event type. TimeGenerated e +
� , < I datetime DisplayName Time Generated Description Specifies the time at which the source generated the event. TimeWritten e +
� � � � � � datetime DisplayName Time Written Description Specifies the time at which the event was written to the logfile. Type 8
� � � � � � � � string DisplayName Type Description Specifies the type of event. This is an enumerated string Values $ - : I Success Error Warning Information Audit Success Audit Failure User ( +
� � � � � � string DisplayName User Name Description The user name of the logged on user when the event ocurred. If the user name cannot be determined this will be NULL � fb�%߬�S ) " � ��� � � � e m ���������� � Win32_NTLogEventLog Description The Win32_NTLogEventLog class represents an association between an NT log event and the log file that contains the event. AMENDMENT LOCALE ms_409 Log f )
� � � �� ref:Win32_NTEventlogFile Description The Log property references the log file that contains the NT log event. Record f )
� � � � � �� ref:Win32_NTLogEvent Description The Record property references an NT log event. � gb�%߬�f ) # � ��� � � � Z ` �������� � Win32_NTLogEventUser Description The Win32_NTLogEventUser class represents an association between an NT log event and the active user at the time the event was logged. AMENDMENT LOCALE ms_409 Record f )
� ) � �� ref:Win32_NTLogEvent Description The Record property references an NT log event. User f )
� � � � � �� ref:Win32_UserAccount Description The User property references the active user at the time the event was logged. � hb�%߬�v ) ' � ��� � � � � � �������� � Win32_NTLogEventComputer Description The Win32_NTLogEventComputer class represents an association between an NT log event and the computer from which the event was generated. AMENDMENT LOCALE ms_409 Computer f )
� ( 5 � �� ref:Win32_ComputerSystem Description The Computer property references the computer from which the event was generated. Record f )
� � � � � �� ref:Win32_NTLogEvent Description The Record property references an NT log event. te � C I M _ C h e c k xb�%߬�� ) CIM_Check C ( . � �� � V _ o � � � � ����������������������������������������� � Win32_EnvironmentSpecification Locale UUID {8518ABC0-DB32-11d2-85FC-0000F8102E5F} MSIProv MappingStrings w Microsoft.MSI Environment
� � � �� string Value
"
� � � �� string � C I M _ C h e c k yb�%߬�6 2 CIM_Check C ! � �� � I R b y � � � � 8 G ��W�����������������������������������������������y � Win32_ReserveCost Locale UUID {C744CF5A-DB33-11d2-85FC-0000F8102E5F} MSIProv MappingStrings j Microsoft.MSI ReserveFolder
"
� � � �� string ReserveKey
� � � �� string ReserveLocal &
� 0 � �� uint32 ReserveSource *
� q � �� uint32 �E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �b�%߬�rZ�%߬�� � �� ��W p � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="WMIPingProvider" _ WQL:UnarySelect Xmj$@ �Ma�Z �
R�]D � C I M _ L o g i c a l D e v i c e �a�%߬�� c CIM_LogicalDevice )
� ��� � � � 4 ? Z j 4 C � � g { / @ � � �
�
� ���_UU���������������������������������������������������������������������������������������������� � CIM_Battery Description Capabilities and management of the battery logical device. This class applies to both batteries in laptop systems and other internal/external batteries, such as used in, or as UPSs. AMENDMENT LOCALE ms_409 BatteryStatus . +
� 4 < I j r uint16 Description Description of the battery's charge status. Values such as "Fully Charged" (value=3) or "Partially Charged" (11) can be specified. The value, 10, is not valid in the CIM Schema since in DMI it represents that no battery is installed. In this case, this object should not be instantiated. Values � � � � � � � � � ! Other Unknown Fully Charged Low Critical Charging Charging and High Charging and Low Charging and Critical Undefined Partially Charged Chemistry 0 +
� x � � � � uint16 Description An enumeration that describes the battery's chemistry. Values � � 2 ? I Other Unknown Lead Acid Nickel Cadmium Nickel Metal Hydride Lithium-ion Zinc air Lithium Polymer DesignCapacity 2 +
� � � � # uint32 Description The design capacity of the battery in milliwatt-hours. If this property is not supported, enter 0. Units milliwatt-hours DesignVoltage 6 +
� | � � � � uint64 Description The design voltage of the battery in millivolts. If this attribute is not supported, enter 0. Units millivolts EstimatedChargeRemaining > +
� V ^ k � � uint16 Description An estimate of the percentage of full charge remaining. Units percent EstimatedRunTime @ +
� � � � uint32 Description EstimatedRunTime is an estimate in minutes of the time to battery charge depletion under the present load conditions if the utility power is off, or lost and remains off, or a Laptop is disconnected from a power source. Units minutes ExpectedLife D +
� H P ] W ^ uint32 Description Indicates the battery's expected lifetime in minutes, assuming that the battery is fully charged. This property represents the total expected life of the battery, not its current remaining life, which is indicated by the EstimatedRunTime property. Units minutes FullChargeCapacity H +
� � � � uint32 Description The full charge capacity of the battery in milliwatt-hours. Comparison of this value to the DesignCapacity property determines when the battery requires replacement. A battery's end of life is typically when the FullChargeCapacity property falls below 80% of the DesignCapacity property. If this property is not supported, enter 0. Units milliwatt-hours MaxRechargeTime L +
� y � � � � uint32 Description MaxRechargeTime indicates the maximum time, in minutes, to fully charge the battery. This property represents the time to recharge a fully depleted battery, not the current remaining charging time, which is indicated in the TimeToFullCharge property. Units minutes SmartBatteryVersion P
� � � � string Description The Smart Battery Data Specification version number supported by this battery. If the battery does not support this function, the value should be left blank. TimeOnBattery T +
� �
�
�
� � uint32 Description TimeOnBattery indicates the elapsed time in seconds since the computer system's UPS last switched to battery power, or the time since the system or UPS was last restarted, whichever is less. Zero shall be returned if the battery is 'on line'. Units seconds TimeToFullCharge X +
� < D Q � � uint32 Description The remaining time to charge the battery fully in minutes at the current charging rate and usage. Units minutes � C I M _ L o g i c a l D e v i c e �a�%߬��
_ CIM_LogicalDevice ) _ ��j r z � s � 0 � � � � � � � � � z � b
t
0 F ���_UU������������������������������������������������������������������������������������������ � CIM_PowerSupply Description Capabilities and management of the power supply logical device. AMENDMENT LOCALE ms_409 ActiveInputVoltage . +
� � � � & uint16 Description ActiveInputVoltage indicates which input voltage range is currently in use. Range 1, 2 or both can be specified using the values 3, 4 or 5, respectively. If the Supply is not currently drawing power, the value 6 ("Neither") can be specified. This information is necessary in the case of a UPS, a subclass of PowerSupply. Values B I R [ d j Other Unknown Range 1 Range 2 Both Neither IsSwitchingSupply 0
� � � � boolean Description Boolean indicating that the power supply is a switching (vs. linear) supply. Range1InputFrequencyHigh 2 +
� i q ~ � � uint32 Description The frequency (in hertz) at the high end of this powersupply's input frequency range 1. A value of zero implies DC. Units hertz Range1InputFrequencyLow 6 +
� S [ h � � uint32 Description The frequency (in hertz) at the low end of this powersupply's input frequency range 1. A value of zero implies DC. Units hertz Range1InputVoltageHigh : +
� ; C P � � uint32 Description The high voltage of input voltage range 1 for this power supply, in millivolts. A value of 0 denotes 'unknown'. Units millivolts Range1InputVoltageLow > +
� $ , 9 � � uint32 Description The low voltage of input voltage range 1 for this power supply, in millivolts. A value of 0 denotes 'unknown'. Units millivolts Range2InputFrequencyHigh B +
� $ � � uint32 Description The frequency (in hertz) at the high end of this powersupply's input frequency range 2. A value of zero implies DC. Units hertz Range2InputFrequencyLow F +
� � � � uint32 Description The frequency (in hertz) at the low end of this powersupply's input frequency range 2. A value of zero implies DC. Units hertz Range2InputVoltageHigh J +
� � � � g n uint32 Description The high voltage of input voltage range 2 for this power supply, in millivolts. A value of 0 denotes 'unknown'. Units millivolts Range2InputVoltageLow N +
� � � � O
V
uint32 Description The low voltage of input voltage range 2 for this power supply, in millivolts. A value of 0 denotes 'unknown'. Units millivolts TotalOutputPower R +
� �
�
�
$ uint32 Description Represents the total output power of the power supply in milliwatts. 0 denotes 'unknown'. Units milliwatts TypeOfRangeSwitching V +
� � � 4 < uint16 Description TypeOfRangeSwitching describes the kind of input voltage range switching implemented in this power supply. For example, Autoswitch can be specified (value=4). Values X _ h p | � Other Unknown Manual Autoswitch Wide Range Not Applicable �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �xC_���Z�%߬�$ � __SystemSecurity ~h�@ }��V % �]{]{ �8��� 'q~�� q �� �u+�� ! X�=� �s�%-
% �:�wR A�+m o ��� � ���� �}�E� = 8�W�+ ^ e�s� \k|7� ( ����
U���� Y 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���@[��t_�%߬�� ! �~r��� c � WDMClassesOfDriver __namespace C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ˝�@[��t_�%߬�� 0 �~r��� r � WDMClassesOfDriver ProcessorAcpiCsdDependency C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ̝�@[��t_�%߬�� & �~r��� h � WDMClassesOfDriver ProcessorAcpiCsd C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ͝�@[��t_�%߬�� + �~r��� m � WDMClassesOfDriver ProcessorAcpiTssState C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 Ν�@[��t_�%߬�� & �~r��� h � WDMClassesOfDriver ProcessorAcpiTss C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ϝ�@[��t_�%߬�� * �~r��� l � WDMClassesOfDriver ProcessorBiosTStates C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 Н�@[��t_�%߬�� , �~r��� n � WDMClassesOfDriver ProcessorAcpiXpssState C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ѝ�@[��t_�%߬�� ' �~r��� i � WDMClassesOfDriver ProcessorAcpiXpss C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ҝ�@[��t_�%߬�� 0 �~r��� r � WDMClassesOfDriver ProcessorAcpiTsdDependency C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ӝ�@[��t_�%߬�� & �~r��� h � WDMClassesOfDriver ProcessorAcpiTsd C:\Windows\System32\drivers\es-ES\processr.sys.mui[PROCESSORWMI] ԝ�@[��W ; A �� � �� � $ * R Z b � � � R d � � d u � � " l � � � . < y � � � / B � � � � UUUU�������������������������������������������������������: � MS_SystemInformation WMI WMIProv Guid {98A2B9D7-94DD-496a-847E-67A5557A59F2} Locale Active
� � � �� boolean BaseBoardManufacturer )
� � � ��� string WMIDataID BaseBoardProduct
)
� ? � ��G string WMIDataID BaseBoardVersion )
� � � ��� string WMIDataID BiosMajorRelease
2 )
� � � ��� uint8 WMIDataID BiosMinorRelease 3 )
� R � ��Y
uint8 WMIDataID BIOSReleaseDate )
� � � ��� string WMIDataID BIOSVendor )
� � ��
string WMIDataID BIOSVersion )
� Y � ��a string WMIDataID ECFirmwareMajorRelease 4 )
� � � ��� uint8 WMIDataID ECFirmwareMinorRelease 5 )
� � ��# uint8 WMIDataID InstanceName '
� q � �� � �� string SystemFamily )
� � � ��� string WMIDataID SystemManufacturer " )
� � ��$ string WMIDataID SystemProductName
& )
� y � ��� string WMIDataID SystemSKU * )
� � � ���
string WMIDataID SystemVersion . )
� ' � ��/ string WMIDataID �9 A B 5 3 8 0 6 E 8 8 6 6 5 C 0 4 7 8 2 4 D 5 3 6 9 B 2 7 1 C 5 3 B 2 3 3 B B E A C 7 C 1 5 B E 3 B A 9 B D 2 1 4 E 5 2 7 5 0 0 ՝�@[��s_�%߬�n o�H����� M � WMIBinaryMofResource C:\Windows\System32\drivers\mssmbios.sys[MofResource] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ֝�@[��t_�%߬�� * o�H��� a � WDMClassesOfDriver MS_SystemInformation C:\Windows\System32\drivers\mssmbios.sys[MofResource] 0 B 7 1 4 A 2 3 0 7 5 6 0 2 7 C B 9 D 9 4 4 F 3 C 1 0 1 E 5 4 8 5 E 8 2 B 4 6 9 3 6 1 8 4 6 E 7 4 3 5 8 E 5 E E B A 5 C 0 5 B 7 8��[��]c�%߬�� � Y 1 � � RSOP_ExtensionStatus 20240401173952.000000+000 Infraestructura de directivas de grupo {00000000-0000-0000-0000-000000000000} 2 7 2 E 5 7 5 3 D C 3 E E C D D 6 0 5 7 0 3 8 D B 6 F 2 6 1 7 0 E 7 D 1 C D 5 6 5 B 9 5 4 C 6 C 4 A 4 0 6 C B 1 B C 2 D 0 2 3 E
8��[��_c�%߬�� f � � RSOP_ExtensionEventSourceLink RSOP_ExtensionEventSource.id="{A3D43624-6263-40F4-85BB-E6755E3E34E8}" RSOP_ExtensionStatus.extensionGuid="{00000000-0000-0000-0000-000000000000}" R O O T \ R s o p \ C o m p u t e r R S O P _ E x t e n s i o n E v e n t S o u r c e L i n k e v e n t S o u r c e � N S _ C C A 0 3 7 7 0 E 5 6 2 E 2 A 1 7 0 E D E D 2 0 A 5 8 9 C 0 6 9 A 2 0 4 5 A 9 B C D 7 4 1 2 B 7 7 D 0 6 8 8 4 6 D 9 0 5 4 E C 4 \ K I _ 2 7 2 E 5 7 5 3 D C 3 E E C D D 6 0 5 7 0 3 8 D B 6 F 2 6 1 7 0 E 7 D 1 C D 5 6 5 B 9 5 4 C 6 C 4 A 4 0 6 C B 1 B C 2 D 0 2 3 E \ I _ 8 A A 9 F 3 D 3 9 3 0 8 C 1 4 1 4 1 4 C F 7 1 5 3 F 5 C A 6 5 A 3 4 8 5 7 1 A E C 5 F 1 3 B C D D E 1 A A 7 3 1 D F E 9 B 7 D 3 *@ R O O T \ R s o p \ C o m p u t e r R S O P _ E x t e n s i o n E v e n t S o u r c e L i n k e x t e n s i o n S t a t u s �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��[��^c�%߬�} 6 ( ^ � RSOP_ExtensionEventSource Application Group Policy {A3D43624-6263-40F4-85BB-E6755E3E34E8} C 2 0 D 4 B 0 2 1 E 0 A F F B 6 1 E 5 D 9 0 A 8 A D 1 A 9 4 9 C B A 9 4 8 B 6 E D 6 C 5 0 6 F D 3 F 6 2 3 4 7 7 D E 2 D D F 5 D 8��[��Kc�%߬�� ) " } v 3 � � RSOP_Session 20240401173952.000000+000 Session1 G U ^ h S-1-5-32-544 S-1-1-0 S-1-5-11 S-1-16-16384 Local DESKTOP-E5T4RUN sOfDriver MSNdis_FddiAttachmentType C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] �I�g � �!�� ��Z� Q $P,�9 w �T�ɰ i$�C� � I�k�
� r�� x , ��ͤ $ ��:� g ��L�/ ( �W ��gxg
0S�8t VĀ�� @ �R _� y u�n�F e C I M _ S e t t i n g D a t a Bd�%߬�� CIM_SettingData 6 + 8 W d � ��� � � � � � � � w � - : U�������������������������� � Win32_PowerSettingDefinitionPossibleValue DisplayName Power Setting Definition Data Description This class represents the setting definition data for a power setting in the system. AMENDMENT LOCALE ms_409 BinaryValue +
� " / C P uint8 DisplayName Binary Array Value Description A value used to define an array of binary values. This value is readable. SettingIndex +
� � � � $ uint32 DisplayName Setting Definition Value Index Description A value used to define a power setting. This value is readable. The SettingIndex is only used if the power setting is defined as a list of possible values. StringValue +
� * 7 string DisplayName String Value Description A value used to define a UINT64 value. This value is readable. UInt32Value +
� � � � � � uint32 DisplayName UINT32 Value Description A value used to define a UINT32 value. This value is readable. UInt64Value +
� s { � � � uint64 DisplayName UINT64 Value Description A value used to define a UINT64 value. This value is readable. � Cd�%߬�� ��$ , 4 E 5����� � CIM_ElementCapabilities AMENDMENT LOCALE ms_409 Characteristics
� q y � uint16 ValueMap � � � � 2 3 .. 32768..65535 � C I M _ E l e m e n t C a p a b i l i t i e s Dd�%߬� ! CIM_ElementCapabilities 6 - < I ��� � 7����� � Win32_PowerSettingCapabilities DisplayName Power Setting Description This class represents a power setting in the system. AMENDMENT LOCALE ms_409 � Ed�%߬�_ �� " * � CIM_Component AMENDMENT LOCALE ms_409 � �
C I M _ C o m p o n e n t Fd�%߬�� CIM_Component ��+ 3 ; K � � ������� � CIM_SettingsDefineCapabilities AMENDMENT LOCALE ms_409 PropertyPolicy
� w � uint16 ValueMap � � � 0 1 .. ValueRange
� � � � uint16 ValueMap 0 1 2 3 .. ValueRole
� L T ^ uint16 ValueMap v y | � 0 1 2 3 .. � C I M _ S e t t i n g s D e f i n e C a p a b i l i t i e s Gd�%߬�� ( CIM_SettingsDefineCapabilities ) & 3 � ��� � � � ����������0 � Win32_PowerSettingDefineCapabilities Description This class associates a power setting definition data with the power setting definition. AMENDMENT LOCALE ms_409 GroupComponent f
� � ref:Win32_PowerSettingDefinition Description A power setting definition. �
C I M _ C o m p o n e n t Hd�%߬�z CIM_Component ��" * 2 � CIM_ConcreteComponent AMENDMENT LOCALE ms_409 � � C I M _ C o n c r e t e C o m p o n e n t Id�%߬�� CIM_ConcreteComponent ) + c ��n v ~ � u��������t � Win32_PowerSettingInSubgroup Description This class associates a power setting with a subgroup. AMENDMENT LOCALE ms_409 GroupComponent f
� � � � ref:Win32_PowerSettingSubgroup Description A power setting subgroup. PartComponent f
� = U b ref:Win32_PowerSetting Description A power setting. OC � C I M _ C o n c r e t e C o m p o n e n t Jd�%߬�� CIM_ConcreteComponent ) # 0 d ��o w � � � u��������l � Win32_PowerSettingDataIndexInPlan Description This class associates a power setting with a plan. AMENDMENT LOCALE ms_409 GroupComponent f
� � � � ref:Win32_PowerPlan Description A power plan. PartComponent f
� ' H U ref:Win32_PowerSettingDataIndex Description A power setting data. nt �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A Kd�%߬�nZ�%߬�� �?����R 9 u � __Win32Provider {4B314A47-12E0-4d52-95FE-084B9224DD4F} LocalSystemHost:UmpoWmi ProfileAssociationProviderInterop E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C Ld�%߬�rZ�%߬�� � �� k � __InstanceProviderRegistration \\.\root\interop:__Win32Provider.Name="ProfileAssociationProviderInterop" R O O T \ i n t e r o p _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ D 8 D 2 9 5 E D F 6 4 C 7 F 3 A 5 E 9 4 E 3 7 7 F 9 D 3 5 A A 7 B 0 8 D 0 D F 6 C 5 6 C 2 3 2 3 D 3 1 A 8 E E 4 A E E 5 1 E 6 D \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 6 C C A 9 1 0 E D 6 9 2 A 2 0 F C 0 5 D 2 E 2 F 3 F 0 3 8 9 9 6 4 4 6 C B 8 6 C E 2 D B A 1 9 0 B 7 9 D 0 2 1 0 4 8 C 8 8 8 0 C C I M _ R e g i s t e r e d P r o f i l e Md�%߬�� ) CIM_RegisteredProfile " ( �����������������������������������������P � Win32_PowerSupplyProfile Locale UUID {8116a35d-671e-47b2-bcf6-1a43b7ec8b4a} �5 F 3 A 7 D 4 7 C F F 7 0 1 7 7 2 7 2 C A 0 9 6 0 C 1 9 7 5 D 2 8 A 9 9 D 9 A 7 1 A 8 2 E 0 7 B 0 F C 4 3 A 0 6 0 E 8 6 C D 9 3 Nd�%߬�Md�%߬�� � ( 3 I N � Win32_PowerSupplyProfile Power Supply Microsoft Power Supply Profile 1.0 C I M _ E l e m e n t C o n f o r m s T o P r o f i l e Od�%߬�� & CIM_ElementConformsToProfile $ , 2 Z n � � d9 ����~ � Win32_PowerSupplyConformsToProfile Locale UUID {ac1de07e-50bd-49ec-a849-c1b7e089e3c0} ConformantStandard f@
� � � �� ref:CIM_RegisteredProfile ManagedElement f@ )
� � � �� ' ref:Win32_PowerSupply MSFT_TargetNamespace root\cimv2\power \\.\root\interop:Win32_PowerSupplyProfile.InstanceID="Power Supply" � C I M _ E l e m e n t C o n f o r m s T o P r o f i l e Pd�%߬�) & CIM_ElementConformsToProfile 6 � �� � # F N T | � � � dZ ����� � Win32_PowerMeterConformsToProfile ProfileAssociationProviderInterop Locale UUID {fa20a145-baea-4d8a-bacd-a952e926fe8f} ConformantStandard f@
� � � �� ref:CIM_RegisteredProfile ManagedElement f@ )
� � ��2 H ref:Win32_PowerMeter MSFT_TargetNamespace root\cimv2\power \\.\root\interop:Win32_PowerSupplyProfile.InstanceID="Power Supply" "P �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A Qd�%߬�nZ�%߬�� �?����R 9 s � __Win32Provider {8F22970F-2910-4baf-9B34-396F18318C17} LocalSystemHost:UmpoWmi ProfileAssociationProviderCimV2 � �c�%߬�M % ' �� � �� �
) C � � ) � � � ^ s � � D ] � � 0 = UU������������������������������������ � Win32_Tpm Singleton Win32_TpmProvider IsActivated_InitialValue )
� z � � � �� boolean Description Implemented IsEnabled_InitialValue )
� � � �� boolean Description Implemented IsOwned_InitialValue )
� ` i v x �� boolean Description Implemented ManufacturerId )
� � � � � �� uint32 Description Implemented ManufacturerIdTxt )
� : B O Q �� string Description Implemented ManufacturerVersion )
� � � � � �� string Description Implemented ManufacturerVersionFull20 )
� ( 5 7 �� string Description Implemented ManufacturerVersionInfo )
� � � � � �� string Description Implemented PhysicalPresenceVersionInfo )
� ! # �� string Description Implemented SpecVersion )
� t | � � �� string Description Implemented �� / C G T ] � � � � � � �
M
Q
z
�
�
�
� J N � � � � � D l � � � � B! K! �! k# �$ % S% W% �( �( �( �( q* �* �* �, 3. :. r. Z0 �1 2 :2 >2 _5 m5 �5 �7 9 19 i9 �< F> P> �> �> �A �A �A D G ;G sG 'J �K �K L L O 8O pO tO �R �R �R �R WW jW �W �Y ][ s[ �[ �] f_ x_ �_ �a �d e ;e #g �h �h �h �h l l Pl Tl �p 32_ �p ,q 0q ]t _Tp ut �t �t Dv d_I ]v �v �x Wz ez �z �z �} �} �} � ool �� 0� I� ܇ mpl � ;� T� q� iti �� �� ō � ) � ,� a� t� � �� �� �� an ՙ
� � � men 5� m� q� � alu � K� d� �� � � C� G� ^� x f� �� �� �� scr Ȭ � � � M "� Z� ^� � �� .� 2� C� � IsEnabled ' 4 6 �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � # ������M � __PARAMETERS abstract IsEnabled boolean
� 5 OUT
� 5 ] �� ID )
� � ] ��� boolean ReturnValue uint32
� uint32 out
� �� __ � IsOwned y � � �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ! ������K � __PARAMETERS abstract IsOwned boolean
� 3 OUT
� 3 [ �� ID )
� � [ ��� boolean ReturnValue uint32
� uint32 out
� �� __ � IsActivated � � � �� Description Implemented
ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � % ������O � __PARAMETERS abstract IsActivated boolean
� 7 OUT
� 7 _ �� ID )
� � _ ��� boolean ReturnValue uint32
� uint32 out
� �� __ � IsPhysicalClearDisabled 1
>
@
�� Description Implemented % ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � 1 ������[ � __PARAMETERS abstract IsPhysicalClearDisabled boolean
� C OUT
� C k �� ID )
� � k ��� boolean ReturnValue uint32
� $ uint32 out
� $ , �� __ � IsOwnerClearDisabled �
�
�
�� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � . ������X � __PARAMETERS abstract IsOwnerClearDisabled boolean
� @ OUT
� @ h �� ID )
� � h ��� boolean ReturnValue uint32
� ! uint32 out
� ! ) �� __ � IsPhysicalPresenceHardwareEnabled . ; = �� Description Implemented 9 ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ; ������e � __PARAMETERS abstract IsPhysicalPresenceHardwareEnabled boolean
� M OUT
� M u �� ID )
� � u ��� boolean ReturnValue uint32
� . uint32 out
� . 6 �� __ � IsOwnershipAllowed � � � �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � , ������V � __PARAMETERS abstract IsOwnershipAllowed boolean
� > OUT
� > f �� ID�� D OJ�d ��I� 4 �E{�� % ��A� ��ܜ� ! �2)� � � �� ����
% �m' � dR�.& �x�- �(� M � �d
�E �$�^E ' T��l � � �k M S F T _ S t o r a g e P o o l T o V o l u m e �l�%߬�� " MSFT_StoragePoolToVolume ) & � �� � � ���������� � WSP_StoragePoolToVolume Description Association between StoragePool and Volume. This association should only exist for concrete pools. mispace � M S F T _ S t o r a g e S u b S y s t e m T o D i s k �l�%߬�� % MSFT_StorageSubSystemToDisk ) ) � �� � X ���������a � WSP_StorageSubsystemToDisk Description Association between StorageSubSystem and Disk mispace � M S F T _ S t o r a g e S u b S y s t e m T o P a r t i t i o n �l�%߬�� * MSFT_StorageSubSystemToPartition " ) ! . � �� � b ���������k � WSP_StorageSubsystemToPartition Description Association between StorageSubSystem and Partition mispace � M S F T _ S t o r a g e S u b S y s t e m T o V o l u m e �l�%߬�� ' MSFT_StorageSubSystemToVolume ) + � �� � \ ���������e � WSP_StorageSubsystemToVolume Description Association between StorageSubSystem and Volume mispace �
E v e n t T r a c e �l�%߬�� EventTrace 6 � �� @ F n v � � MSSAMTrace Description Active Directory Domain Services: SAM Guid {8e598056-8993-11d2-819e-0000f875a064} locale MS\0x409 M �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� - 3 [ h w � � SamUserCreate Description SAM User Create Guid {39511dbe-899b-11d2-819e-0000f875a064} DisplayName SamUserCreate locale MS\0x409 �
S a m U s e r C r e a t e �l�%߬�� SamUserCreate C � �� " 3 > M T \ f n 2 7 � � � � U����������������) � SamUserCreate_Start Description SAM User Create EventType EventTypeName Start locale MS\0x409 Client P
� � � � � ' / � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� Q Y d q } � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion �
S a m U s e r C r e a t e �l�%߬�� SamUserCreate C � �� 1 < K P X b � SamUserCreate_End Description SAM User Create EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� 1 7 _ l { � � � SamCompCreate Description SAM Computer Create Guid {abb14b68-899b-11d2-819e-0000f875a064} DisplayName SamCompCreate locale MS\0x409 �
S a m C o m p C r e a t e �l�%߬�� SamCompCreate C � �� " 7 B Q X ` j r 6 ; � � � � U����������������- � SamCompCreate_Start Description SAM Computer Create EventType EventTypeName Start locale MS\0x409 Client P
� � � � � + 3 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� U ] h u � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion �
S a m C o m p C r e a t e �l�%߬�� SamCompCreate C � �� 5 @ O T \ f � SamCompCreate_End Description SAM Computer Create EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� - 3 [ h v ~ � � SamGrpCreate Description SAM Group Create Guid {c8eb5e5c-899c-11d2-819e-0000f875a064} DisplayName SamGrpCreate locale MS\0x409 � S a m G r p C r e a t e �l�%߬�� SamGrpCreate C � �� ! 3 > M T \ f n 2 7 � � � � U����������������) � SamGrpCreate_Start Description SAM Group Create EventType EventTypeName Start locale MS\0x409 Client P
� � � � � ' / � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� Q Y d q } � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion � S a m G r p C r e a t e �l�%߬�� SamGrpCreate C � �� 1 < K P X b � SamGrpCreate_End Description SAM Group Create EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� 4 : b o } � � � SamAddMemGrp Description SAM Add Member to Group Guid {f9d2ba6a-899c-11d2-819e-0000f875a064} DisplayName SamAddMemGrp locale MS\0x409 � S a m A d d M e m G r p �l�%߬�� SamAddMemGrp C � �� ! : E T [ c m u 9 > � � � � U����������������0 � SamAddMemGrp_Start Description SAM Add Member to Group EventType EventTypeName Start locale MS\0x409 Client P
� � � � � . 6 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� X ` k x � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion � S a m A d d M e m G r p �l�%߬�� SamAddMemGrp C � �� 8 C R W _ i � SamAddMemGrp_End Description SAM Add Member to Group EventType EventTypeName End locale MS\0x409 � ExtendedStatus object
� Out
� ) �� MSFT_StorageExtendedStatus EmbeddDOA�� � ���
T �@�"� �rX�� ] 2]��Q � �NXuH W ��T� � ���Y� 5 7û� o mc�%߬�� � ! 0 ) : a x � � � � = G n ~ � � � � / V e � � � � � + C j t � � � � < D k � � � � % 0 W e � � � � ? Q x � � � � � ? M s � � � � � J Z � � � � � � , S c � � � � � � &
3
UUUUUUUUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������Z
� RSOP_IEConnectionDialUpSettings Locale alternateOffset
� Y uint32 alternatePhoneNumbers
� � string areaCode
� � string autoDialDll
� � string autoDialFunction
� 5 string channels
� f uint32 connectionName
� � � �� string countryCode $
� � uint32 countryID
(
� uint32 customAuthenticationKey ,
� N uint32 customDialDll 0
� � string deviceName
4
� � string deviceType 8
� � string dialExtraPercent <
� # uint32 dialExtraSampleSeconds @
� b uint32 dialMode D
� � uint32 encryptionType H
� � uint32 frameSize L
� � uint32 framingProtocol P
� 4 uint32 guidID T
� c string hangUpExtraPercent X
� � uint32 hangUpExtraSampleSeconds \
� � uint32 idleDisconnectSeconds `
� uint32 ipAddress d
� O string ipDNSAddress h
� � string ipDNSAddressAlternate l
� � string ipWINSAddress p
� � string ipWINSAddressAlternate t
� 7 string localPhoneNumber x
� p string netProtocols |
� � uint32 options �
� � uint32 options2 ! �
� uint32 options3 " �
� 7 uint32 rasEntryData # �
� l uint8 rasEntryDataSize $ �
� � uint32 reserved1 % �
� � uint32 reserved2 & �
� uint32 rsopID
� B � �� string rsopPrecedence
� � � �� uint32 scriptFile ' �
� � string subEntries ( �
� � uint32 type ) �
� uint32 vpnStrategy * �
� K sint32 windowsVersion + �
� � uint32 x25Address , �
� � string x25Facilities - �
� � string x25PadType . �
�
string x25UserData / �
� R
string � nc�%߬�< % - �� : J � � 5��������� � RSOP_IEConnectionDialUpSettingsLink Locale Association dialUpSettings f
� t � �� ref:RSOP_IEConnectionDialUpSettings policySetting f
� � � �� ref:RSOP_IEAKPolicySetting
� oc�%߬� < $ , 8 _ o � � � � 9 C j w � � � � O _ � � � � � UUU���������������������������������������������������������* � RSOP_IEConnectionDialUpCredentials Locale callbackID
� W uint32 callbackNumber
� � string connectionName
� � � �� string domain
� � string entryName
� 1 string password
� b string phoneNumber
� � string rasDialParamsData $
� � uint8 rasDialParamsDataSize
(
�
uint32 rsopID
� G � �� string rsopPrecedence
� � � �� sint32 subEntry ,
� � uint32 userName 0
� � string windowsVersion
4
� " uint32 � pc�%߬�E ( 0 �� = P � � 5��������� � RSOP_IEConnectionDialUpCredentialsLink Locale Association dialUpCredentials f
� z � �� ref:RSOP_IEConnectionDialUpCredentials policySetting f
� � � �� ref:RSOP_IEAKPolicySetting
� qc�%߬�� " * : l � � � � 5 E U���������������������w � RSOP_IEConnectionWinINetSettings Locale connectionName
� d � �� string internetPerConnOptionListData
� � uint8 internetPerConnOptionListDataSize
� � uint32 rsopID
� - � �� string rsopPrecedence
� o � �� sint32 � rc�%߬�? & . �� ; J � � 5��������� � RSOP_IEConnectionWinINetSettingsLink Locale Association policySetting f
� t � �� ref:RSOP_IEAKPolicySetting winINetSettings f
� � � �� ref:RSOP_IEConnectionWinINetSettings � sc�%߬�� 6
% 3 Z p � � � � � - 7 ^ t � � � � & X a � � � � UUU��������������������������������������������������� � RSOP_IESecurityZoneSettings Locale actionValues .
� R string currentTemplateLevel "
� � uint32 description
� � string displayName
� � string flags
&
� % uint32 iconPath
� V string minimumTemplateLevel
� � uint32 recommendedTemplateLevel
� � uint32 rsopID
� � �� string rsopPrecedence
� P � �� sint32 useHKLM
� � � �� boolean zoneIndex
� � � �� uint32 zoneMappings *
� � string � R S O P _ I E S e c u r i t y Z o n e S e t t i n g s tc�%߬�� 8 % RSOP_IESecurityZoneSettings ( 4 ��������������������������������������������������������\ � RSOP_IEESCSecurityZoneSettings Locale EscEnabled
2
� S boolean � uc�%߬�W 7 ^ y � � � � 3 Z u � � U��������������������������� � RSOP_IEPrivacySettings Locale firstPartyPrivacyType
� V uint32 firstPartyPrivacyTypeText
� � string rsopID
� � � �� string rsopPrecedence
� � �� sint32 thirdPartyPrivacyType
� R uint32 thirdPartyPrivacyTypeText
� � string useAdvancedSettings
� � boolean � ��)� K ���; /�F = EL B !���� . (�t� � u���� D 9���� c \1�) ~ ���`� 1�Q� � ���� � ��QW � �/� � C I M _ C o n t r o l l e d B y �]�%߬� CIM_ControlledBy ) & x ��� � � � ��������������������������������� � CIM_USBControllerHasHub Description USBControllerHasHub defines the Hub(s) that are downstream of the USBController. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_USBController Description The USBController. Dependent f@
� : J W ref:CIM_USBHub Description The USBHub that is associated with the Controller. � _ _ E x t e n d e d S t a t u s �]�%߬�� __ExtendedStatus ) % � ��
% > R �����������������������������D � Win32_PrivilegesStatus Description The Win32_PrivilegesStatus class reports information about privileges required to complete an operation. It may be returned when an operation failed, or when a partially populated instance has been returned. AMENDMENT LOCALE ms_409 PrivilegesNotHeld
� Q Y f string Description The PrivilegesNotHeld property indicates required access privileges missing in order to complete an operation. The types ofaccess privileges can be found under the Windows NT Privileges. Example: SE_SHUTDOWN_NAME PrivilegesRequired
� ~ � � string Description The PrivilegesRequired property indicates all privileges required to perform an operation. This includes values from the PrivilegesNotHeld property.
Example: SE_SHUTDOWN_NAME po � �]�%߬�� ) ) � ��� � � � Win32_MethodParameterClass Description The Win32_MethodParameter class is a base class forimplementation of method parameters derived from this class. AMENDMENT LOCALE ms_409 � � C I M _ E l e m e n t S e t t i n g �]�%߬� CIM_ElementSetting ) & � ��� � � � � � ���������� � Win32_WMIElementSetting Description The Win32_WMIElementSetting class represents an association between a service running in the Win32 system, and the WMI settings it can use. AMENDMENT LOCALE ms_409 Element f@ )
� ! . � �� ref:Win32_Service Description The Element reference in the Win32_WMIElementSetting association, represents the Win32 service using or surfacing WMI properties. Setting f@ )
� � � �� ref:Win32_WMISetting Description The Setting reference in the Win32_WMIElementSetting association, represents the WMI settings available to the Win32 service. in � _ _ E x t r i n s i c E v e n t �^�%߬�� __ExtrinsicEvent # ) Q ^ ����������������� � Win32_ComputerSystemEvent Locale UUID {999A286E-CF9C-4f0c-8F0F-827C4C0D9CC6} MachineName
� � � �� string � C I M _ S o f t w a r e F e a t u r e �a�%߬�� CIM_SoftwareFeature ) # � ��� � � K \ ������������������������������ � CIM_VideoBIOSFeature Description CIM_VideoBIOSFeature represents the capabilities of the low-level software that is used to bring up, configure and use a computer system's video controller and display. AMENDMENT LOCALE ms_409 CharacteristicDescriptions
� 0 8 E STRING Description An array of free-form strings providing more detailed explanations for any of the video BIOS features indicated in the Characteristics array. Note, each entry of this array is related to the entry in the Characteristics array that is located at the same index. Characteristics +
� � � � UINT16 Description An array of integers that specify the features supported by the video BIOS. For example, one could indicate support for VESA power management (value=6) or video BIOS shadowing (8). The value, 3, is not valid in the CIM schema since in DMI it represents that no BIOS features are supported. In this case, the object should not be instantiated. Values 3 : C N c � � � � Other Unknown Undefined Standard Video BIOS VESA BIOS Extensions Supported VESA Power Management Supported VESA Display Data Channel Supported Video BIOS Shadowing Allowed Video BIOS Upgradeable �
C I M _ U S B D e v i c e �a�%߬� B CIM_USBDevice ) * ��5 = E S q � �����������������������������������������������������������������k � CIM_USBHub Description USB Hub Device. AMENDMENT LOCALE ms_409 GangSwitched 9
� � � boolean Description Indicates whether power to the Hub Ports is individually or gang-switched. If this value is FALSE, power is switched individually for each Port. If this value is TRUE, power is switched to all Ports on the Hub at once. NumberOfPorts ;
� � � � uint8 Description Number of downstream Ports on the Hub, including those embedded in the Hub's silicon. Individual USBPorts are associated with the Hub using the USBPortOnHub association. � W i n 3 2 _ P r o g r a m G r o u p O r I t e m b�%߬�
" Win32_ProgramGroupOrItem ) ( � ��� � � � � � � � U������������� � Win32_LogicalProgramGroup Description The Win32_LogicalProgramGroup class represents a program group in a Win32 system.
Example: Accessories or Startup. AMENDMENT LOCALE ms_409 GroupName
� � � string Description The GroupName property indicates the name of the Win32 program group. Program groups are implemented as file folders in Win32.
Example: Accessories\System Tools Name )
� � � � � �� string Description The Name property indicates the user assigned name followed by the group name. Program groups are implemented as file folders in Win32.
Example: All Users:Accessories\System Tools UserName
� � � � string Description The UserName property indicates the users who can access the Win32 program group. Program groups are implemented as file folders in Win32.
Example: All Users up � C I M _ L o g i c a l E l e m e n t b�%߬�B CIM_LogicalElement ) ' � ��� � � � Win32_ProgramGroupOrItem Description The Win32_ProgramGroupOrItem class represents a logical grouping of programs on the user's Start|Programs menu. It contains program groups and program group items. AMENDMENT LOCALE ms_409 � R S O P _ I E P r i v a c y S e t t i n g s vc�%߬�� RSOP_IEPrivacySettings # / �����������������������������W � RSOP_IEESCPrivacySettings Locale EscEnabled
� N boolean � C I M _ S t a t i s t i c a l I n f o r m a t i o n �]�%߬��
$ CIM_StatisticalInformation ) � ��&
�������������. � Win32_Perf Description AMENDMENT Locale �
W i n 3 2 _ P e r f �]�%߬��
Win32_Perf ) � " ��-
�������������5 � Win32_PerfRawData Description AMENDMENT Locale �
W i n 3 2 _ P e r f �]�%߬��
Win32_Perf ) � & ( ��3
�������������; � Win32_PerfFormattedData Description AMENDMENT Locale �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 7L��\��kZ�%߬�S
< � __NAMESPACE S_1_5_21_1825241470_2215339666_977129024_1001 *e�P � ��C� 6 �u�K m ��&� c�%߬�l � �� � 7 � RsopPlanningModeProvider Rsop Planning Mode Provider M op ing B � � ann � � RsopCreateSession - ��5 �� static implemented { ac6d1350600005Q ROOT\RSOP ���� � �) + ��
y � B J � � � * � � � X � - 1 � ~ � UU�����������������������������������������G � __PARAMETERS abstract flags uint32
� 1 in
� 1 X �� ID )
� � X ��� uint32 computerName string
� � in
� � �� ID )
� y ��> string computerSOM string
� � in
� � � �� ID )
� 0 � ��� string computerSecurityGroups string
� b in
� b � �� ID )
� � � ��� string computerGPOFilters string
� in
� G �� ID )
� � G ��u string userName string
� � in
� � � �� ID )
� d � ��) string userSOM string
� � in
� � � �� ID )
� � ��� string userSecurityGroups string
� E in
� E l �� ID )
� � l ��� string userGPOFilters string
� � in
� � & �� ID )
� � & ��T string $ site string $
� � in $
� � � �� ID $ )
� ? � �� string __ � ac6d1350600005Q ROOT\RSOP ���� � ��
�� � � � C * � ������������; � __PARAMETERS abstract nameSpace string
� 5 out
� 5 \ �� ID )
� � \ ���
string hResult uint32
� � out
� � �� ID )
� z ��? uint32 ExtendedInfo uint32
� � out
� � � �� ID )
� 3 � ��� uint32 __ � RsopDeleteSession � �� �� static implemented � ac6d1350600005Q ROOT\RSOP ���� � �� �� * � ����� � __PARAMETERS abstract namespace string
� 5 in
� 5 \ �� ID )
� � \ ��� string __ �� ac6d1350600005Q ROOT\RSOP ���� � �� �� * � ����� � __PARAMETERS abstract hResult uint32
� 3 out
� 3 Z �� ID )
� � Z ��� uint32 __ � c�%߬� )
$ X _ � � � � L V � � � � �
< E E����� y w �������� ����������{ � RSOP_Session Locale creationTime e
� N � �� datetime flags
� � � �� uint32 id '
� � � �� � �� string SecurityGroups
� � �� string Site
� D � �� string slowLink $
� � � �� boolean SOM
� � � �� string targetName
� � � �� string ttlMinutes
� 4 � �� uint32 version
� o � �� uint32 � c�%߬�U
N X � � � � : D v | Q�� �������� � � RSOP_SOM Locale blocked
� E � �� boolean blocking
� � � �� boolean id '
� � � �� � �� string reason 4
� � �� ( � �� uint32 ValueMap 4 7 1 2 SOMOrder
� n � �� uint32 type )
� � � � � �� uint32 ValueMap � � � � 1 2 3 4 � C I M _ D e p e n d e n c y �c�%߬�� CIM_Dependency ) � �� � ! ) 5 � � U��������_ � Win32_ShadowOn MSVSS__PROVIDER Locale Antecedent f@ N
� � � �� � ��� � � � ref:Win32_Volume min max override Antecedent Dependent f@ N
� * � �� � ��@ E J T ref:Win32_ShadowCopy min max override Dependent f: �C 8 C E 7 c�%߬�lZ�%߬�( � __thisNAMESPACE [чg� � ���� � � ޡ) w �o�m� L ��&��
� M�� � ��3�q � �KMta M v��Ү { G��") � }��� � ]ƭ�c K
C I M _ C o m p o n e n t Y]�%߬�� CIM_Component ) & 3 ��> F N ^ ���������A � CIM_RedundancyComponent Description The CIM_RedundancyComponent class associates a redundancy group composed of managed system elements and indicates that these elements, taken together, provide redundancy. All elements aggregated in a redundancy group should be instantiations of the same object class. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_RedundancyGroup Description The CIM_RedundancyComponent association indicates that 'this set of fans' or 'these physical extents' participate in a single redundancy group. � C I M _ R e d u n d a n c y C o m p o n e n t Z]�%߬�: ! CIM_RedundancyComponent ) " / w ��� � � � ) ���������� � CIM_AggregateRedundancyComponent Description Describes the aggregate physical extent in a storage redundancy group. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_StorageRedundancyGroup Description The storage redundancy group. PartComponent f@
� U o | ref:CIM_AggregatePExtent Description The aggregate physical extent participating in the redundancy group. � C I M _ R e d u n d a n c y C o m p o n e n t []�%߬�1 ! CIM_RedundancyComponent ) - z ��� � � � , ���������� � CIM_PExtentRedundancyComponent Description Describes the physical extents participating in a storage redundancy group. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_StorageRedundancyGroup Description The storage redundancy group. PartComponent f@
� X p } ref:CIM_PhysicalExtent Description The physical extent participating in the redundancy group. � C I M _ S y s t e m C o m p o n e n t \]�%߬� CIM_SystemComponent ) ) } ��� � � � ���������� � CIM_ComputerSystemResource Description An association between a computer system and the system resources available on it. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_ComputerSystem Description The computer system. PartComponent f@
� J b o ref:CIM_SystemResource Description A system resource of the computer system. � C I M _ C o m p u t e r S y s t e m R e s o u r c e ]]�%߬�~ $ CIM_ComputerSystemResource ) $ t �� � � � ��������� � CIM_ComputerSystemDMA Description An association between a computer system and the DMA channels available on it. AMENDMENT LOCALE ms_409 PartComponent f@
� � � � ref:CIM_DMA Description A DMA channel of the computer system. � C I M _ C o m p u t e r S y s t e m R e s o u r c e ^]�%߬�o $ CIM_ComputerSystemResource ) $ l ��w � � ���������� � CIM_ComputerSystemIRQ Description An association between a computer system and the IRQs available on it. AMENDMENT LOCALE ms_409 PartComponent f@
� � � � ref:CIM_IRQ Description An IRQ of the computer system. � C I M _ C o m p u t e r S y s t e m R e s o u r c e _]�%߬�� $ CIM_ComputerSystemResource ) ) � ��� � � � ���������1 � CIM_ComputerSystemMappedIO Description An association between a computer system and the memory mapped I/O ports available on it. AMENDMENT LOCALE ms_409 PartComponent f@
� � � � ref:CIM_MemoryMappedIO Description A memory mapped I/O port of the computer system. � C I M _ S y s t e m C o m p o n e n t `]�%߬� CIM_SystemComponent ) # ~ ��� � � � ���������� � CIM_HostedFileSystem Description A link between the computer system and the file system(s) hosted on this computer system. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_ComputerSystem Description The computer system. PartComponent f@
� K _ l ref:CIM_FileSystem Description The file system owned by the computer system. � a]�%߬�c
) 4 ��? G O X � � o u U������������� � CIM_Configuration Description The Configuration object allows the grouping of sets of parameters (defined in CIM_Setting objects) and dependencies for one or more managed system elements. The Configuration object represents a certain behavior, or a desired functional state for the managed system elements. The desired functional state is typically driven by external requirements such as time or location. For example, to connect to a mail system from 'home', a dependency on a modem exists, but a dependency on a network adapter exists at 'work'. Settings for the pertinent logical devices (in this example, POTS modem and network adapter) can be defined and aggregated by CIM_Configuration. Therefore, two 'Connect to Mail' configurations may be defined grouping the relevant dependencies and CIM_Setting objects. AMENDMENT LOCALE ms_409 Caption
� � � � STRING Description A short textual description (one-line string) of the CIM_Configuration object. Description
� " * 7 STRING Description A textual description of the CIM_Configuration object. Name )
� � � � � �� STRING Description The label by which the CIM_Configuration object is known. en � C I M _ D e p e n d e n c y b]�%߬�U CIM_Dependency ) " � ��� � � e p ���������� � CIM_AssociatedAlarm Description Logical devices may have one or more alarm devices associated with them, in order to indicate problem situations. This relationship is indicated by the CIM_AssociatedAlarm dependency. AMENDMENT LOCALE ms_409 Antecedent f@
� / D Q ref:CIM_AlarmDevice Description The alarm device. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device that is alarmed. � C I M _ D e p e n d e n c y c]�%߬�} CIM_Dependency ) $ �� , � � ��������� � CIM_AssociatedCooling Description Many devices, such as processors or power supplies, require their own cooling devices. This association indicates where fans or other cooling devices are specific to a device, versus providing enclosure or cabinet cooling. AMENDMENT LOCALE ms_409 Antecedent f@
� X o | ref:CIM_CoolingDevice Description The cooling device. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device being cooled. � C I M _ D e p e n d e n c y t]�%߬� CIM_Dependency ) % � ��� � � � ( 3 ���������� � CIM_JobDestinationJobs Description An association describing where a job is submitted for processing, i.e. to which job destination. AMENDMENT LOCALE ms_409 Antecedent f@
� � � ref:CIM_JobDestination Description The job destination, possibly a queue. Dependent f@
� _ l y ref:CIM_Job Description The job that is in the job queue/Destination. � L=VG� � �K��� � �L�m � MTW g �A#p ( ���� � S\'1 ��e5 � M S F T _ N e t F i r e w a l l R u l e F i l t e r s �{C_��� % MSFT_NetFirewallRuleFilters ) & 3 �� + � � ��������, � MSFT_NetFirewallRuleFilterBySecurity Description Associates a firewall rule with its filters. Instances of this class can be traversed and the values in the associated filters can be modified, but instances of this class may not be created or deleted. AMENDMENT LOCALE MS_c0a GroupComponent f@
� W q ~ ref:MSFT_NetFirewallRule Description The firewall rule. PartComponent f@
� � � ref:MSFT_NetNetworkLayerSecurityFilter Description The security filter applied to the rule. � M S F T _ N e t F i r e w a l l R u l e F i l t e r s �{C_��� % MSFT_NetFirewallRuleFilters ) % 2 � ��
* � � �������� � MSFT_NetFirewallRuleFilterByService Description Associates a firewall rule with its filters. Instances of this class can be traversed and the values in the associated filters can be modified, but instances of this class may not be created or deleted. AMENDMENT LOCALE MS_c0a GroupComponent f@
� V p } ref:MSFT_NetFirewallRule Description The firewall rule. PartComponent f@
� � � � ref:MSFT_NetServiceFilter Description The service filter applied to the rule. � M S F T _ N e t R u l e I n P r o f i l e �{C_��Z MSFT_NetRuleInProfile ) , f ��q y � � �
w � ����������� � MSFT_NetFirewallRuleInProfile Description Associates a firewall rule with a profile that it is in. AMENDMENT LOCALE MS_c0a GroupComponent f@
� � � � ref:MSFT_NetFirewallProfile Description The firewall profile. PartComponent f@
� 9 S ` ref:MSFT_NetFirewallRule Description The firewall profile. Priority @
� � � � uint16 Description This field is ignored. � C I M _ S e t t i n g D a t a �{C_��* CIM_SettingData )
~ ��� � � � @ M � � U����������������� � MSFT_NetGPO Description This class does not have any instances. It is used to manage locally-cached Group Policy Objects. AMENDMENT LOCALE MS_c0a Caption @
� � � � string Description Used in CimInstance.ToString(). A short string for describing this instance when debugging. Description @
� y � � string Description This field is ignored. ElementName @
� � � � string Description This field is ignored. InstanceID @
� D L Y string Description A string that uniquely identifies this instance within the PolicyStore. K � � 6 K �
� Open $ Description Read a GPO, and cache results locally � a0ca30792000011 ROOT\standardcimv2\MS_c0a ���� � �O �� � L * � ��������� � __PARAMETERS abstract PolicyStore string
� 7 In
� 7 ^ �� ID )
� � ^ ��� string DomainController string
� � In
� � �� ID )
� � ��H string __ �� a0ca30792000011 ROOT\standardcimv2\MS_c0a ���� � �� �� * � Q � ��������� � __PARAMETERS abstract GPOSession string
� 6 Out
� 6 ] �� Output GPO Session identifier Description )
� 6 ] ��� � ID 6
� 7 ] ��� � � string ReturnValue uint32
� � uint32 out
� � � �� __ � Save �
Description Write the local cached GPO info back to AD a0ca30792000011 ROOT\standardcimv2\MS_c0a ���� � �� �� * � ����� � __PARAMETERS abstract GPOSession string
� 6 In
� 6 ] �� ID )
� � ] ��� string __ �� a0ca30792000011 ROOT\standardcimv2\MS_c0a ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ I K E P r o p o s a l �{C_��� < CIM_IKEProposal ) & D ��O W ������������������������������������������������������������_ � MSFT_NetIKEAuthProposal Description Represents an auth proposal. AMENDMENT LOCALE MS_c0a � C I M _ L o g i c a l E l e m e n t �{C_��] P CIM_LogicalElement ) ( x ��� � � � ) 0 � � 8 I � � ) 6 � ���_U���������������������������������������������������������������������������{ � MSFT_NetEventProviderBase Description Esta clase encapsula un proveedor ETW en un equipo para la captura de eventos. AMENDMENT LOCALE MS_c0a Guid . )
� � � ��� � string Description GUID, el identificador �nico del proveedor instalado en el equipo. Level :
� \ c p uint8 Description Nivel de evento m�ximo para la captura de eventos. MatchAllKeyword C
� � � � uint64 Description M�scara MatchAllKeyword especificada para la captura de eventos. MatchAnyKeyword ;
� u } � uint64 Description M�scara MatchAnyKeyword especificada para la captura de eventos. Name @
� � string Description Nombre del proveedor SessionGuid 2 )
� m � ��u � string Description GUID, el identificador �nico de la sesi�n, cuando forma parte de una sesi�n. En caso contrario, es un GUID NULL. SessionName 6
� - 5 B string Description La sesi�n del proveedor, cuando es parte de una sesi�n. � �|C_��� 6 ( 6 ; H � ��� � � � MSFT_StorageProviderToStorageSubSystem ClassVersion 1.0 Description Association between StorageProvider and StorageSubSystem AMENDMENT LOCALE MS_c0a � �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 ,���L�kZ�%߬�,
� __NAMESPACE MS_409 �i�` � �>�% w5S�6
c �w�� Q ���� R S O P _ P o l i c y S e t t i n g �L��\��� I RSOP_PolicySetting % - C � � � � / � � � � s � � @ Q � � � � L \ �^UU���������� � � ������������������������������������������������� � RSOP_FolderRedirectionPolicySetting Locale configurationControl @ )
� z � ��� � uint32 ValueMap � � 0 1 grantType ,
� � � �� boolean id @ '
� � �� � �� string installationType )
� f n x � �� uint32 ValueMap � � 1 2 moveType .
� � � �� boolean parentFolderId 8
� � �� string policyRemoval
0 )
� O W a � �� uint32 ValueMap m p 1 2 precedence @ '
� � � �� � �� uint32 primaryComputerEvaluation < )
� � �� uint32 ValueMap 4 7 : = 1 2 3 4 redirectedPaths
(
� { � �� string redirectingGroup
� � � �� string redirectionFlags 4
� � �� uint32 resultantPath
� D � �� string securityGroups $
� � � �� string � R S O P _ P o l i c y S e t t i n g �L��\��� 1 RSOP_PolicySetting * 2 ? V f � � T X � � � � , 8 � � � �@��������' % - ���� ���� � RSOP_PushPrinterConnectionsPolicySetting Locale Description Policy object for PPc ConnectionType $ P
� � � � � � ! . � ��� � uint32 ValueMap � � 1 2 Values �
User connection Machine connection Description Whether the the connection is applied per machine, per user1 = User, 2 = Machine. DisplayName Connection Type deleted
( 6
� � � � ��; H boolean Description Indicates whether the print connectionhas been deleted. DisplayName Is deleted id @ A
� � � �� � ��� � � � string Description Inherited from RSOP_PolicySetting DisplayName ID precedence @ A
� K � �� � ��S ` � � uint32 Description Inherited from RSOP_PolicySetting DisplayName Precedence printerName 6
� � � � �� string Description Printer name, DisplayName Printer name PushResult * 6
� | � � � ��� � uint32 Description The final result of pushed printer connection. 0 indicate success DisplayName PushResult serverName 6
� = E R � ��e r string Description Short server name DisplayName Server name uncName 6
� � � � � ��� string Description Short server name DisplayName Network name yN � R S O P _ P o l i c y S e t t i n g �L��\��' 4 RSOP_PolicySetting & / a n � � � � ) 5 r � � � � & 1 ����������} { � ������e g ���� c i � RSOP_IERegistryPolicySetting Locale command ,
� Y � �� string currentUser '
� � � �� � �� boolean deleted *
� � � �� boolean id @ '
� ! � �� � �� string precedence @ '
� j � �� � �� uint32 registryKey
� � � �� string value
&
� � � �� uint8 valueName
� � �� string valueType "
� [ � �� uint32 � R S O P _ P o l i c y S e t t i n g �L��\�� � RSOP_PolicySetting % , S ] � � � � � < I p � � � � : X � � � � F J | � � �
D [ � � � � G b � � � � H T � � � � � 3 L s � � � � 2 @ g � � � � � �NUUUUUUUU���������F
D
H
���� �������������������������������������������������������������������������������������������������������������� � RSOP_IEAKPolicySetting Locale categories j
� K sint32 channels f
� | sint32 customFavorites Z
� � sint32 customizeAnimatedBitmaps *
� � boolean customizeLogoBitmaps <
� 3 boolean customLinks ^
� h sint32 deleteAdminCreatedFavoritesOnly X
� � boolean deleteExistingChannels b
� � boolean deleteExistingFavorites V
� 1 boolean deleteExistingToolbarButtons N
� w boolean enableDesktopChannelBarByDefault d
� � boolean enableTrustedPublisherLockdown ' �
� boolean homePageURL n
� > string id @
� t � �� string importAuthenticodeSecurityInfo & �
� � boolean importContentRatingsSettings % �
� boolean importedZoneCount $ |
� < uint32 importProgramSettings ( �
� z boolean importSecurityZoneSettings # z
� � boolean largeAnimatedBitmapName ,
� � string largeAnimatedBitmapPath
0
� ? string largeCustomLogoBitmapName >
� � string largeCustomLogoBitmapPath B
� � string onlineHelpPageURL " v
� � string placeFavoritesAtTopOfList T
� ? boolean precedence @
� ~ � �� uint32 preferenceMode
� � boolean searchBarURL ! r
� � string smallAnimatedBitmapName 4
� + string smallAnimatedBitmapPath 8
� k string smallCustomLogoBitmapName F
� � string smallCustomLogoBitmapPath J
� � string titleBarCustomText
� * string titleBarText
� _ string toolbarBackgroundBitmapPath
&
� � string toolbarButtons P
� � sint32 userAgentText "
� string � R S O P _ P o l i c y S e t t i n g �L��\��� 1 RSOP_PolicySetting $ - _ h � � � � % 2 d k � � � � ���������0 . 4 ���� ���� � RSOP_RegistryPolicySetting Locale command *
� W � �� string deleted
(
� � � �� boolean id @ '
� � � �� � �� string precedence @ '
� � �� � �� uint32 registryKey
� \ � �� string value $
� � � �� uint8 valueName
� � � �� string valueType
� � �� uint32 � �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 ��=�Î�kZ�%߬�.
� __NAMESPACE Intel_ME � � � ��� �
�� / d漪� k �ѵa
z �ڸH� _ d���� = ARg96 } ±㓳 U ��:u " �4O* S C I M _ D e p e n d e n c y O]�%߬�� CIM_Dependency ) ! �� & 2 � � ���������7 � CIM_PackageCooling Description Often, a cooling device is installed in a package such as a chassis or a rack, not for a specific device, but to assist in the cooling of the package in general. This relationship is described by the CIM_PackageCooling association. AMENDMENT LOCALE ms_409 Antecedent f@
� ^ u � ref:CIM_CoolingDevice Description The cooling device for the package. Dependent f@
� � � ref:CIM_PhysicalPackage Description The physical package whose environment is cooled. � C I M _ D e p e n d e n c y P]�%߬�� CIM_Dependency ) $ �� % - 9 � � ���������I � CIM_PackageTempSensor Description Often, a temperature sensor is installed in a package such as a chassis or a rack, not to measure any particular device, but the package's environment in general. This relationship is described by the CIM_PackageTempSensor association. AMENDMENT LOCALE ms_409 Antecedent f@
� e � � ref:CIM_TemperatureSensor Description The temperature sensor for the package. Dependent f@
� � ref:CIM_PhysicalPackage Description The physical package whose environment is monitored. � C I M _ D e p e n d e n c y Q]�%߬�� CIM_Dependency ) I ��T \ d p � � ���������� � CIM_PackageAlarm Description Often, an alarm device is installed as part of a package, not to indicate issues with any particular logical device or physical component, but with the package's environment in general, its security state or its overall health. This relationship is described by the CIM_PackageAlarm association. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_AlarmDevice Description The alarm device for the package. Dependent f@
� 2 ? ref:CIM_PhysicalPackage Description The physical package whose health, security, environment, etc. is alarmed. � R]�%߬�S ) � ���
� � > E ����������� � CIM_ActsAsSpare Description The CIM_ActsAsSpare association indicates which elements can spare or replace the other aggregated elements. The fact that a spare can operate in "hot standby" mode is specified on an element by element basis. AMENDMENT LOCALE ms_409 Group f
� @ T a ref:CIM_SpareGroup Description The Group reference represents the CIM_SpareGroup. HotStandby
� � � � BOOLEAN Description HotStandby property is a boolean indicating that the spare is operating as a hot standby. Spare f
� q � � ref:CIM_ManagedSystemElement Description A managed system element acting as a spare and participating in the spare group. an � S]�%߬�b
) $ � ��� � � � o x ������������� � CIM_CompatibleProduct Description CIM_CompatibleProduct is an association between products that can indicate a wide variety of information. For example, it can indicate that the two referenced products interoperate, that they can be installed together, that one can be the physical container for the other, etc. The string property, CompatibilityDescription, defines how the products interoperate or are compatible, any limitations regarding interoperability or installation, ... AMENDMENT LOCALE ms_409 CompatibilityDescription
� D L Y STRING Description CompatibilityDescription is a free-form string defining how the two referenced products interoperate or are compatible, any limitations to compatibility, etc. CompatibleProduct f
� 8 I V ref:CIM_Product Description The compatible product. Product f
� � � � ref:CIM_Product Description The product for which compatible offerings are defined. io �
C I M _ C o m p o n e n t T]�%߬�- CIM_Component ) & � ��� � � � ( 7 ���������� � CIM_CollectionOfSensors Description The CIM_CollectionOfSensors association indicates the binary sensors that make up the multi-state sensor. AMENDMENT LOCALE ms_409 GroupComponent f@
� � ref:CIM_MultiStateSensor Description The multi-state sensor. PartComponent f@
� c y � ref:CIM_BinarySensor Description A binary sensor that is part of the multi-state sensor. �
C I M _ C o m p o n e n t U]�%߬� CIM_Component ) z ��� � � � ���������� � CIM_FileStorage Description A link between the file system and the logical file(s) addressed through this file system. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_FileSystem Description The file system. PartComponent f@
� ? T a ref:CIM_LogicalFile Description The logical file stored in the context of the file system. �
C I M _ C o m p o n e n t V]�%߬�K CIM_Component ) $ 1 � ��� � � � B Q ���������� � CIM_OperatingSystemSoftwareFeature Description Indicates the software features that make up the operating system. The software features can be part of different products. AMENDMENT LOCALE ms_409 GroupComponent f@
� + ref:CIM_OperatingSystem Description The operating system. PartComponent f@
� } � � ref:CIM_SoftwareFeature Description The software features that make up the operating system. �
C I M _ C o m p o n e n t W]�%߬�# CIM_Component ) � ��� � � � / ���������� � CIM_OSProcess Description A link between the operating system and one or more processes running in the context of this operating system. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � ref:CIM_OperatingSystem Description The operating system. PartComponent f@
� [ l y ref:CIM_Process Description The process running in the context of the operating system �
C I M _ C o m p o n e n t X]�%߬�� CIM_Component ) t �� � � � � ���������� � CIM_ProcessThread Description A link between a process and the thread(s) running in the context of this process. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_Process Description The process. PartComponent f@
� 2 B O ref:CIM_Thread Description The thread running in the context of the process. � C I M _ H o s t e d S e r v i c e s]�%߬� CIM_HostedService ) $ �� & . 9 ���������� � CIM_HostedBootService Description CIM_HostedBootService defines the hosting system for a boot service. Since this relationship is subclassed from CIM_HostedService, it inherits the scoping/naming scheme defined for service - where a service is weak to its hosting system. AMENDMENT LOCALE ms_409 Dependent f@
� e z � ref:CIM_BootService Description The boot service hosted on the system. � �cVp � {n67^ p qG\�� Q Mx� � ��&"� ���� �
E v e n t T r a c e ,f�%߬�� EventTrace 6 � �� & ? E m u � � � u��������J � MsftDiscFormat2RawImage Description IMAPI2 Raw Image Writer guid {07e397ec-c240-4ed7-8a2a-b9ff0fe5d581} locale MS\0x409 Flags R
� � � � : H H P P Z uint32 Description Enable Flags ValueDescriptions 8 g � � � MsftDiscFormat2RawImage_DebugConstructor Flag MsftDiscFormat2RawImage_DebugDestructor Flag MsftDiscFormat2RawImage_DebugAddRef Flag MsftDiscFormat2RawImage_DebugRelease Flag MsftDiscFormat2RawImage_DebugGeneral Flag MsftDiscFormat2RawImage_DebugX Flag DefineValues d � � � ( MsftDiscFormat2RawImage_DebugConstructor MsftDiscFormat2RawImage_DebugDestructor MsftDiscFormat2RawImage_DebugAddRef MsftDiscFormat2RawImage_DebugRelease MsftDiscFormat2RawImage_DebugGeneral MsftDiscFormat2RawImage_DebugX Values l � � �
0 MsftDiscFormat2RawImage_DebugConstructor MsftDiscFormat2RawImage_DebugDestructor MsftDiscFormat2RawImage_DebugAddRef MsftDiscFormat2RawImage_DebugRelease MsftDiscFormat2RawImage_DebugGeneral MsftDiscFormat2RawImage_DebugX ValueMap v � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 Level _
� 2 : G O b ! / � � � 8 C uint32 Description Levels ValueDescriptions z � � � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues G Z m � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNING TRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � � Fatal Error Warning Information Verbose ValueMap $ ) . 3 0x1 0x2 0x3 0x4 0x5 ValueType index 8 �
E v e n t T r a c e -f�%߬�D EventTrace 6 � �� * J P x � � � @ G ���������� � CMsftMultisessionSequential Description IMAPI2 Multisession Sequential guid {0e85a5a5-4d5c-44b7-8bda-5b7ab54f7ea0} locale MS\0x409 Flags R
� � � ' � � h p uint32 Description Enable Flags ValueDescriptions 7 i � MsftMultisessionSequential_DebugConstructor Flag MsftMultisessionSequential_DebugDestructor Flag MsftMultisessionSequential_DebugGeneral Flag DefineValues � ? MsftMultisessionSequential_DebugConstructor MsftMultisessionSequential_DebugDestructor MsftMultisessionSequential_DebugGeneral Values � � � MsftMultisessionSequential_DebugConstructor MsftMultisessionSequential_DebugDestructor MsftMultisessionSequential_DebugGeneral ValueMap ( 4 0x00000001 0x00000002 0x00000004 Level _
� � � � � � � � 2 : � � � uint32 Description Levels ValueDescriptions � ; ` z Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues � � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNING TRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values R Y ` i v Fatal Error Warning Information Verbose ValueMap � � � � � 0x1 0x2 0x3 0x4 0x5 ValueType index LE �
E v e n t T r a c e .f�%߬�% EventTrace 6 � �� ( 4 : b j t { ! ( u��������� � MsftDiscFormat2MsfAddress Description IMAPI2 MSF guid {0e85a5a5-4d5c-44b7-8bda-5b7ab54f7e9f} locale MS\0x409 Flags R
� � � � � � � L T � � uint32 Description Enable Flags ValueDescriptions ! R � MsftDiscFormat2MsfAddress_DebugConstructor Flag MsftDiscFormat2MsfAddress_DebugDestructor Flag MsftDiscFormat2MsfAddress_DebugGeneral Flag DefineValues � � $ MsftDiscFormat2MsfAddress_DebugConstructor MsftDiscFormat2MsfAddress_DebugDestructor MsftDiscFormat2MsfAddress_DebugGeneral Values d � � MsftDiscFormat2MsfAddress_DebugConstructor MsftDiscFormat2MsfAddress_DebugDestructor MsftDiscFormat2MsfAddress_DebugGeneral ValueMap � 0x00000001 0x00000002 0x00000004 Level _
� � � � � � � � ` j � � uint32 Description Levels ValueDescriptions � � A [ Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues � � � � � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNING TRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values 3 : A J W Fatal Error Warning Information Verbose ValueMap � � � � � 0x1 0x2 0x3 0x4 0x5 ValueType index �
E v e n t T r a c e /f�%߬�o EventTrace 6 � ��! . H N v ~ � � k r ���������� � MsftDiscFormat2StreamInterleave Description IMAPI2 Interleave Stream guid {0e85a5a5-4d5c-44b7-8bda-5b7ab54f7e9e} locale MS\0x409 Flags R
� � � % � � � � - 7 uint32 Description Enable Flags ValueDescriptions 5 l � MsftDiscFormat2StreamInterleave_DebugConstructor Flag MsftDiscFormat2StreamInterleave_DebugDestructor Flag MsftDiscFormat2StreamInterleave_DebugGeneral Flag DefineValues � % V MsftDiscFormat2StreamInterleave_DebugConstructor MsftDiscFormat2StreamInterleave_DebugDestructor MsftDiscFormat2StreamInterleave_DebugGeneral Values � � � MsftDiscFormat2StreamInterleave_DebugConstructor MsftDiscFormat2StreamInterleave_DebugDestructor MsftDiscFormat2StreamInterleave_DebugGeneral ValueMap G S _ 0x00000001 0x00000002 0x00000004 Level _
� � � � � � � ] e � � � � uint32 Description Levels ValueDescriptions ' E f � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues � / H TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNING TRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values } � � � � Fatal Error Warning Information Verbose ValueMap � � � � � 0x1 0x2 0x3 0x4 0x5 ValueType index EL � Zf�%߬�� N � �� � ( ��- : ] c � � � � � � ! - � � U��������������d � MSStorageDriver_ClassErrorLog WMIProv WMI Description MS Storage Class Driver Error Log guid D5A9A51E-03F9-404d-9722-15F90EB07038 locale MS\0x409 Active
� � � �� boolean InstanceName '
� � �� � �� string logEntries
C
� ~ � ��� � � � object:MSStorageDriver_ClassErrorLogEntry WmiDataId Description Error Log Array MAX numEntries 6
� ' � ��/ : G uint32 WmiDataId Description Number of Error Log Entries in �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 [f�%߬�kZ�%߬�G
# � __NAMESPACE ServiceModel Locale ��wS� � Qhj.
���E R �#Ɨ
�7w� �rj� � ~�R�[ � �kӀ � 5l � L C I M _ R e m o v e F i l e A c t i o n �b�%߬�N 0 CIM_RemoveFileAction ) % � ��� � � � � � � � ��W���������������������������������������������� � Win32_RemoveFileAction Description The RemoveFiles action uninstalls files previously installed by the InstallFiles action. Each of these files is 'gated' by a link to an entry in the Component class; only those files whose components are resolved to the iisAbsent Action state, or the iisSource Action state IF the component is currently installed locally, will be removed. The RemoveFiles action can also remove specific author-specified files that weren't installed by the InstallFiles action. Each of these files is 'gated' by a link to an entry in the Component class; those files whose components are resolved to any 'active' Action state (i.e. not in the 'off', or NULL, state) will be removed (if the file exists in the specified directory, of course). This implies that removal of files will be attempted when the gating component is first installed, during a reinstall, and again when the gating component is removed. AMENDMENT LOCALE ms_409 DirProperty
"
� � � string Description The name of a Win32_Property whose value is assumed to resolve to the full path to the folder of the file to be removed. The property can be the name of a directory iproperty for a Win32_DirectorySpecification or any other property that represents a full path. FileKey &
� G O \ string Description A unique key identifying this remove file action within its product. FileName
� � � � string Description The property contains the name of the file to be removed. If this column is null, then the specified folder will be removed if it is empty. All of the files that match the wildcard will be removed from the specified directory. InstallMode *
�
uint16 Description A bit map that tells when this action will be preformed based on the following
Hexadecimal
Decimal
Description
0x001
1
Remove only when the associated component is being installed (msiInstallStateLocalor msiInstallStateSource).
0x002
2
Remove only when the associated component is being removed (msiInstallStateAbsent).
0x003
3
Remove in either of the above cases. � C I M _ C r e a t e D i r e c t o r y A c t i o n �b�%߬�� ! # CIM_CreateDirectoryAction ) ' 0 ��; C ���������������������������������K � Win32_CreateFolderAction Description The CreateFolder action creates empty folders for components set to be installed locally. The removal of these folders is handled by the RemoveFolders action. When a folder is created (and didn't already exist), it is registered with the appropriate component id. AMENDMENT LOCALE ms_409 � C I M _ S e t t i n g �b�%߬�$
CIM_Setting
) � ��� � ?������������� � Win32_MSIResource Description This abstract class represents any resources that are used by the MSI installer durring the course of an installation, patch or upgrade AMENDMENT LOCALE ms_409 � W i n 3 2 _ M S I R e s o u r c e �b�%߬�� Win32_MSIResource ) ! ��! ) 1 : � � ���������������������U � Win32_PatchPackage Description The PatchPackage class describes all patch packages that have been applied to this product. For each patch package, the unique identifier for the patch is provided along with information about the media image the on which the patch is located. AMENDMENT LOCALE ms_409 PatchID )
� q � ��y � string Description The unique identifier for a patch package. ProductCode )
� � � ��� string Description The product code for the product to which this patch package is applied. � W i n 3 2 _ M S I R e s o u r c e �b�%߬�� Win32_MSIResource ) � ��� � � � r | � � �������������������������G � Win32_Property Description This table contains the property names and values for all defined properties in the installation. Properties with Null values are not present in the table. AMENDMENT LOCALE ms_409 ProductCode )
� � ��! . string Description The product code for the product of which this property is a part. Property )
� � � ��� � string Description The name of the property. Value
� + string Description The value of the property. � W i n 3 2 _ M S I R e s o u r c e �b�%߬�p Win32_MSIResource )
� ��� � � � � � ' 2 � � / 9 U����������������������������� � Win32_Patch Description Instances of this class represent individual patches that are to be applied to a particular file and whose source reside at a specified location. AMENDMENT LOCALE ms_409 Attributes
� uint16 Description A bit flag representing patch attributes. A value of 1 indicates that the failure to apply this patch is not a fatal error. File )
� � � ��� � string Description The FileID of the Win32_FileSpecification this patch applies to. PatchSize
� ^ f s uint32 Description The size of the patch in bytes. ProductCode )
� � � ��� � string Description The product code for the product to which this patch is applied. Sequence )
� p � ��x � sint16 Description The position of this patch in the sequence of patches on the source media. � W i n 3 2 _ M S I R e s o u r c e �b�%߬�l Win32_MSIResource ) � ��� � � � R _ ���������������������� � Win32_Binary Description Instances ofthis class represent binary information (such as bitmapps, icons, executables, etc...) that are used by an installation. AMENDMENT LOCALE ms_409 Data
� � � string Description This property represents the binary data that is associated with this object. ProductCode )
� � � ��� � string Description The product code for the product of which this binary is a part. � �b�%߬�� & | �� � �� � 0 8 > d ��t ~ � ��� � � �� � �
J W � �
[ i U�������������������������������������� � Win32_DiskQuota Association DskQuotaProvider Locale UUID B94560CA-41CC-4FB5-BD56-282329DA41DA SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate DiskSpaceUsed
� � � �� uint64 Limit '
� B � �� � �� uint64 QuotaVolume f '
� � � �� � �� ref:Win32_LogicalDisk Status )
� � � ��� � uint32 ValueMap
0 1 2 User f '
� H � �� � �� ref:Win32_Account WarningLimit '
� � � �� � �� uint64 � K e r b I n i t S e c u r i t y C o n t e x t vd�%߬� ! KerbInitSecurityContext C � �� , Z e t { � � � KerbInitSecurityContext_Start Description Kerberos Initialize Security Context Handler EventType EventTypeName Start locale MS\0x409 � �}�W` � ��� � � 8�H� p �,> � a�� � C I M _ S e r v i c e �_�%߬�m Z CIM_Service
s � �� � , w � � ��� � � ��� �
� � � � � � � � � � � " /
> F � � �
�
�_UU������������������������������������������������������������������������������������� � Win32_PrinterDriver CIMWin32 Description The Win32_PrinterDriver class represents the drivers for a Win32_Printer. Locale UUID 522E1798-D74F-4516-94F5-C121B0F4A8CB SupportsCreate CreateBy AddPrinterDriver SupportsDelete DeleteBy DeleteInstance ConfigFile 4 6
� Q � ��Y f � � string Description The ConfigFile property contains the configuration file for this printer driver, (example: pscrptui.dll). MappingStrings � DataFile
0 C
� F � ��N [ � � � � string Description The DataFile property contains the data file for this printer driver, (example: qms810.ppd). ModelCorrespondence � CIM_DataFile.FileName MappingStrings DefaultDataType D 6
� \ � ��d q � � string Description The DefaultDataType property indicates the default data type for this printer driver, (example: EMF). MappingStrings � DependentFiles < 6
� F � ��N [ � � string Description The DependentFiles property contains a list of dependent files for this printer driver. MappingStrings � DriverPath , C
� + � ��3 @ � � � � string Description The DriverPath property contains the path for this printer driver, (example: C:\drivers\pscript.dll). ModelCorrespondence � CIM_DataFile.Path MappingStrings � FilePath L A
� J � �� � ��R _ � � string Description The FilePath property contains the path to the INF file being used, (Example: c:\temp\driver). MappingStrings � HelpFile 8 6
� ' � ��/ < � � string Description The HelpFile property contains the help file for this printer driver, (example: pscrptui.hlp). MappingStrings � InfName H A
� � �� � �� # string Description The InfName property contains the name of the INF file being used. The default is 'ntprint.INF'. This will only be different if the drivers are provided directly by the manufacturer of the printer and not the operating system. MappingStrings MonitorName @ 6
� s � ��{ � �
string Description The MonitorName property contains the name of the of the monitor for this printer driver, (example: PJL monitor). MappingStrings
Name @ C
� l
� ��t
~
�
�
$ 4 string Override Name Description The Name property indicates the driver name for this printer. This is a compound key composed of the Name, Version and SupportedPlatform values. MappingStrings < OEMUrl P )
� } � ��� � string Description The OEMUrl property provides a world wide web link to the printer manufacturer's web site. Note that this property is not populated when the Win32.INF file is used and is only applicable for drivers provided directly from the manufacturer. SupportedPlatform ( A
� � � �� � ��� � �
�
string Description The SupportedPlatform property indicates the operating environments that the driver is intended for. Examples are 'Windows NT x86' or 'Windows IA64'. MappingStrings �
Version
& [
� � �� � ��' 4 � � � � � � uint16 Description The Version property indicates the operating system version that the driver is intended for. MappingStrings � ValueMap � � � � 0 1 2 3 Values � � Win9x Win351 NT40 Win2k . j � � AddPrinterDriver L ^ ��f ��s ��� � � � � � Static Implemented Constructor Description The AddPrinterDriver method installs a printer driver. The method can return the following values:
0 - Success.
5 - Access denied.
1797 - The printer driver is unknown.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � � � 0 5 1797 .. Values � � ' Success Access denied The printer driver is unknown Other 8 ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����
� __PARAMETERS abstract
DriverInfo object
� 6 In
� 6 ] �� The DriverInfo parameter specifies the neccessary inforation needed in order to create the printer driver. Description
)
� 6 ] ��� � C MappingStrings
6
� 6 ] ��� � E ; ID
C
� � ] ��� � E ; � object:Win32_PrinterDriver __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ D e p e n d e n c y �_�%߬�� CIM_Dependency C � �� � ! . � � � �
U�������� � Win32_DriverForDevice CIMWin32 Description The Win32_DriverForDevice class represents an association between a printing device on a Win32 computer system and the driver that supports this device. Locale UUID {C2225311-00A1-47FC-B163-49006EDFD693} Antecedent f@ N
� f � �� � ��y � � � � � ref:Win32_Printer Override Antecedent Description The Antecedent reference represents the printing device controlled by the driver. MappingStrings Dependent f@ N
� p � �� � ��� � � � �
ref:Win32_PrinterDriver Override Dependent Description The Dependent reference represents the driver that supports the printing device. MappingStrings is �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �_�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �_�%߬�kZ�%߬�-
� __NAMESPACE HomeNet F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �_�%߬��Z�%߬�$ � __SystemSecurity Mu�*� z 3��j N a���� + �ф�� =��� S ���}B
� N���� <@�� Z ϓ��U � �J�y6 2 t6��h ��yIn � A�#U
~�� � S La�%߬�b ) $ | ��� � � � # < ��������� � DSClass_To_DNInstance Description Use an instance of this class to allow the client to give a hint to the DS Instance Provider to scope enumerations and queries to a particular sub-tree or a naming context. The client should create instances of this class if it wants the DS Provider to do enumerations and queries of a specific DS class from a specific DS Object as the root AMENDMENT LOCALE ms_409 DSClass )
� � � ��� � string Description The Name of the class for which scoping is to be used RootDNForSearchAndQuery f )
� s � ��� � ref:DN_Class Description The reference to an instance of DN_Class that gives the ADSI path of the object below which the search should be scoped cl �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A Ma�%߬�nZ�%߬�� ���M 9 \ � __Win32Provider {23b77e99-5c2d-482d-a795-62ca3ae5b673} NetworkServiceHost RouteProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C Na�%߬�rZ�%߬�� � ��������U n � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="RouteProvider" ] WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 8 3 0 6 F 1 3 5 4 8 6 4 A E 1 F 5 B 3 2 8 7 2 4 7 4 B 7 6 E B 9 7 8 2 0 F B B 1 C 9 E E F 8 B 0 3 6 9 4 6 C B 0 E D 5 E 5 3 1 E 1 1 d 7 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A Oa�%߬�nZ�%߬�� ���M 9 a � __Win32Provider {6D7A4B0E-66D5-4ac3-A7ED-0189E8CF5E77} NetworkServiceHost RouteEventProvider C I M _ L o g i c a l E l e m e n t Pa�%߬�j M CIM_LogicalElement q � �� � $ ��4 > K ��[ e u ��� � �
� � � � G T � � � � , 5 r { � � � D M � � � � � � �WUU������������������������������������������������������������������������� � Win32_IP4RouteTable RouteProvider SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate Locale UUID {ABEE8C61-A43F-4088-0081-9D00B3FF6545} Age ,
� � � �� uint32 Destination 2
� ? � �� � �� � �� string Information D
� ~ � �� string InterfaceIndex 2
� � � �� � �� � �� sint32 Mask 2
� $ � �� � �� � �� string Metric1 0 '
� j � �� � �� sint32 Metric2
4 '
� � � �� � �� sint32 Metric3 8 '
� � � �� � �� sint32 Metric4 < '
� < � �� � �� sint32 Metric5 @ '
� � � �� � �� sint32 NextHop 2
� � � �� � �� � �� string Protocol
( )
� � ��$ . uint32 ValueMap j m p s v y | � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Type $ 4
� � � �� � ��� � uint32 ValueMap
1 2 3 4 � C I M _ L o g i c a l E l e m e n t Qa�%߬�� ' CIM_LogicalElement f � �� � - 5 ; c ��s } � ��� � � � W ` � � �W�������������������������������������� � Win32_IP4PersistedRouteTable RouteProvider Locale UUID {2CAF4666-AC9B-45AB-00A6-AF8C537794C2} SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance Destination 2
� � �� � �� � �� string Mask 2
� O � �� � �� � �� string Metric1 2
� � � �� � �� � �� sint32 NextHop 2
� � � �� � �� � �� string � C I M _ L o g i c a l I d e n t i t y Ra�%߬� CIM_LogicalIdentity 6 � �� � " * 0 X e � 5��������� � Win32_ActiveRoute RouteProvider Locale UUID {7BA1437A-C51C-421B-A359-2906AF2BDD9F} SameElement f@ 6
� � � ��� � � � ref:Win32_IP4PersistedRouteTable Override SameElement MappingStrings � SystemElement f@ 6
� O � ��h r � � ref:Win32_IP4RouteTable Override SystemElement MappingStrings � � _ _ E x t r i n s i c E v e n t Sa�%߬��
__ExtrinsicEvent " ( ������������O � Win32_IP4RouteTableEvent Locale UUID {1C385E29-A5B4-40F0-96CF-929FC00958B} �0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 Ta�%߬�uZ�%߬�� M � � __EventProviderRegistration % select * from Win32_IP4RouteTableEvent \\.\Root\CIMV2:__Win32Provider.Name="RouteEventProvider"
R O O T \ C I M V 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ C 2 E E B A 8 5 1 C 3 4 6 D F 3 4 F 8 6 1 C 4 2 E 7 F A 8 E C B D D B 6 2 8 8 8 3 2 5 1 D E 3 7 9 8 4 D 2 F 4 D A 2 9 D 2 6 0 F � C I M _ L o g i c a l I d e n t i t y Xa�%߬�a CIM_LogicalIdentity ) � ��� � � � O ^ ���������� � Win32_ActiveRoute Description The ActiveRoute class assoctiates the current IP4 Route being used with the persisted IP route table. AMENDMENT LOCALE ms_409 SameElement f@
� � �
ref:Win32_IP4PersistedRouteTable Description The SameElement represents persistent IP route in thisrelationship. SystemElement f@
� � � � ref:Win32_IP4RouteTable Description The SystemElement represents the active IP route beingused. � _ _ E x t r i n s i c E v e n t Ya�%߬�G
__ExtrinsicEvent ) ' � ��� � ������������� � Win32_IP4RouteTableEvent Description The Win32_IP4RouteTableEvent class represents IP route change events resulting from the addition, removal or modification of IP routes on the computer system. AMENDMENT LOCALE ms_409 �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A Za�%߬�nZ�%߬�� �?����M 9 a � __Win32Provider {7FB1D98A-F895-4761-8DC2-774969C84D10} NetworkServiceHost NamedJobObjectProv ڨA"� / ���Y� � �)z � ��D � ��O7� � �|k*� � ���� ��m�� � �]�%߬� ) + ��" * 2 D � � 3 E ����������� � CIM_ProductProductDependency Description CIM_ProductProductDependency is an association between two products, indicating that one must be installed, or must be absent, for the other to function. This is conceptually equivalent to the CIM_ServiceServiceDependency association. AMENDMENT LOCALE ms_409 DependentProduct f
� p � � ref:CIM_Product Description The product that is dependent on another product. RequiredProduct f
� � ref:CIM_Product Description The required product. TypeOfDependency +
� ~ � � L T UINT16 Description The nature of the product dependency. This property describes that the associated product must be installed (value=2) or must be absent (value=3) in order for the product to function. Values h q x � Unknown Other Product Must Be Installed Product Must Not Be Installed pt � �]�%߬�� ) ! Y ��d l t } � � u��������H � CIM_ProductSupport Description CIM_ProductSupport is an association between product and support Access that conveys how support is obtained for the product. This is a many-to-many relationship, implying that various types of support are available for a product, and that the same support object can provide assistance for multiple products. AMENDMENT LOCALE ms_409 Product f
� � � � ref:CIM_Product Description The product. Support f
�
! . ref:CIM_SupportAccess Description Support for the product. r � �]�%߬�� ) ! A ��L T \ e � � U��������W � CIM_SettingContext Description This relationship associates Configuration objects with Setting objects. For example, a NetworkAdapter's Settings could change based on the site/network to which its hosting ComputerSystem is attached. In this case, the ComputerSystem would have two different Configuration objects, corresponding to the differences in network configuration for the two network segments. Configuration A would aggregate a Setting object for the NetworkAdapter when operating on segment "ANet", whereas Configuration B would aggregate a different NetworkAdapter Setting object, specific to segment "BNet". Note that many Settings of the computer are independent of the network Configuration. For example, both Configurations A and B would aggregate the same Setting object for the ComputerSystem's MonitorResolution. AMENDMENT LOCALE ms_409 Context f
� � � � ref:CIM_Configuration Description The configuration object that aggregates the setting. Setting f
� ! 2 ? ref:CIM_Setting Description An aggregated setting. Ad � �]�%߬�o ) u ��� � � � m u ��������� � CIM_StorageDefect Description The CIM_StorageDefect aggregation collects the storage errors for a storage extent. AMENDMENT LOCALE ms_409 Error f
� � � � ref:CIM_StorageError Description CIM_StorageError references the Error object, defining the starting and ending addresses that are 'mapped out' of the storage extent. Extent f
� � � � ref:CIM_StorageExtent Description The Extent reference defines the storage extent on which the errors occurred. er � �]�%߬�� " ) � ��� � � � � } � � � U��������������������������������� � CIM_StorageError Description CIM_StorageError defines blocks of media or memory space that are mapped 'out of use' due to errors. The Key of the class is the StartingAddress property of the bytes in error. AMENDMENT LOCALE ms_409 DeviceCreationClassName )
� < D Q � �� STRING Description The scoping storage extent's creation class name. DeviceID )
� � � � � �� STRING Description The scoping storage extent's DeviceID. EndingAddress
� = E R UINT64 Description The ending address of the bytes in error. StartingAddress )
� � � � � �� UINT64 Description The starting address of the bytes in error. SystemCreationClassName )
� W _ l � �� STRING Description The scoping system's creation class name. SystemName )
� � � � � �� STRING Description The scoping system's name. � �]�%߬�� ) s ��~ � � � � � � � : K U�������������������h � CIM_SupportAccess Description The CIM_SupportAccess association defines how to obtain assistance for a Product. AMENDMENT LOCALE ms_409 CommunicationInfo
� � � � STRING Description CommunicationInfo provides the details of the communication mode. For example, if the communication mode is 'Phone', CommunicationInfo specifies the phone number to be called. CommunicationMode +
� � � � � � UINT16 Description communication mode defines the form of communication in order to obtain support. For example, phone communication (value=2), fax (3) or email (8) can be specified. Values � � � � � � � � Other Phone Fax BBS Online Service Web Page FTP E-mail Description
� = E R STRING Description A textual description of the type of support provided. Locale
� � � � STRING Description Locale defines the geographic region and/or language dialect to which this Support resource pertains. SupportAccessId )
� � � � � �� STRING Description SupportAccessID is an arbitrary, free form string defined by the product vendor or by the organization that deploys the product. This property, since it is a key, should be unique throughout the enterprise. n � �]�%߬�� ) $ � ��� � � � ! + ���������� � CIM_ToDirectoryAction Description The CIM_ToDirectoryAction association identifies the target directory for the file action. When this association is used, the assumption is that the target directory was created by a previous action. This association cannot exist with a CIM_ToDirectorySpecification association since a file action can only involve a single target directory. AMENDMENT LOCALE ms_409 DestinationDirectory f
� � � ref:CIM_DirectoryAction Description The destination directory. FileName f
� W o | ref:CIM_CopyFileAction Description The name of the file. so � �]�%߬�� ) + v ��� � � � & ���������� � CIM_ToDirectorySpecification Description The CIM_ToDirectorySpecification association identifies the target directory for the file action. When this association is used, the assumption is that the target directory already existed. This association cannot exist with a CIM_ToDirectoryAction association since a file action can only involve a single target directory. AMENDMENT LOCALE ms_409 DestinationDirectory f
� � � ref:CIM_DirectorySpecification Description The destination directory. FileName f
� R j w ref:CIM_CopyFileAction Description The file name. he � ~���� � ��?�?
�m�DC
\ �7]� 3�ɤ� ή3�� � p`�O T
C I M _ A c t i o n �b�%߬�� 6 CIM_Action ) # � ��� � � � c k 9 D � � $ 7 ? . 5 ��U��������������������������������������������������� � Win32_ShortcutAction Description The CreateShortcuts action manages the creation of shortcuts. In the Advertise mode, the action creates shortcuts to the key files of components of features that are enabled. Advertised shortcuts are those for which the Target property is the feature of the component and the directory of the shortcut is one of the Shell folders or below one. Advertised shortcuts are created with a Microsoft installer technology Descriptor as the target. Non-advertised shortcuts are those for which the Target column in the Shortcut class is a property or the directory of the shortcut is not one of the Shell folders or below one. Advertised shortcuts are created with a Microsoft installer technology Descriptor as the target. In the non-advertise mode (normal install) the action creates shortcuts to the key files of components of features that are selected for install as well as non-advertised shortcuts whose component is selected for install. AMENDMENT LOCALE ms_409 Arguments
� ( 5 string Description The command-line arguments for the shortcut. HotKey
� � � � uint16 Description The hotkey for the shortcut. It has the virtual-key code for the key in the low-order byte, and the modifier flags in the high-order byte. IconIndex
� p x � string Description The icon index for the shortcut. Shortcut &
� � � � string Description The name of the shortcut to be created. ShowCmd $ +
� ] e r � � uint16 Description The Show Command specifies the view state of the application window and is similar to the ShowWindow Windows function. Values # SW_SHOWNORMAL SW_SHOWMAXIMIZED SW_SHOWMINNOACTIVE Target
*
� k s � string Description The Shortcut target specifies the action to be taken when a shortcut is launched. This can reference a software feature or a file specification of directory specification. WkDir .
� a i v string Description The name of the Win32_Property that has the path of the working directory for the shortcut. �
C I M _ A c t i o n �b�%߬�� ' CIM_Action ) & � ��� � � � j t � � ��������������������������������������G � Win32_TypeLibraryAction Description The RegisterTypeLibraries action registers type libraries with the system. The action works on each file referenced which is triggered to be installed. AMENDMENT LOCALE ms_409 Cost
� ! uint32 Description The cost associated with the registration of the type library in bytes. Language
� � � � uint16 Description The language of the type library. LibID
� string Description The GUID that identifies the library. �
C I M _ A c t i o n �b�%߬�0 # CIM_Action ) ( � ��� � � � ������������������������������������ � Win32_SelfRegModuleAction Description The SelfRegModules action processes all the modules in the SelfReg to register the modules, if installed. AMENDMENT LOCALE ms_409 Cost
� � � � uint16 Description The value to be deleted. File
� A I V string Description The FileID of a Win32_FileSpecification associated with this selfreg module action. �
C I M _ A c t i o n �b�%߬�� ) CIM_Action ) + � ��� � � � � � ( . ����������������������������������������J � Win32_PublishComponentAction Description The PublishComponents action manages the advertisement of the components that may be faulted in by other products with the system. In the Advertise mode the action publishes the all components for which the corresponding feature is enabled. Else the action publishes components for which the corresponding feature is currently selected to be installed. AMENDMENT LOCALE ms_409 AppData
"
� � � � string Description A localizable text describing the qualified component of this instance. The string is commonly parsed by the application and can be displayed to the user. ComponentID
� � � � string Description The SoftwareElementID of the software element associated with this action. Qual
� Z b o string Description A text string that qualifies the value in the ComponentId property. A qualifier is used to distinguish multiple forms of the same software element, such as a software element that is implemented in multiple languages. �
C I M _ A c t i o n �b�%߬�� % CIM_Action ) $ e ��p x � � - 3 �������������������������������������X � Win32_BindImageAction Description The BindImage action binds each executable that needs to be bound to the DLLs imported by it by computing the virtual address of each function that is imported from all DLLs. The computed virtual address is then saved in the importing image's Import Address Table (IAT). The action works on each file installed locally. AMENDMENT LOCALE ms_409 File
� � � � string Description The FileID of a Win32_FileSpecification for which this action applies (must be a valid binary file.) Path
� _ g t string Description A list of paths, separated by semicolons, that represent the paths to be searched to find the imported DLLs. The list is usually a list of Win32_Properties, with each Win32_Property.Name enclosed inside square brackets ([ ]). �
C I M _ A c t i o n �b�%߬�p > CIM_Action ) ( �� ) � � �
w } � � f p � � > D ��UU����������������������������������������������������������� � Win32_ExtensionInfoAction Description The ExtensionInfoAction manages the registration of extension related information with the system. The action registers the extension servers for which the corresponding feature is currently selected to be uninstalled. AMENDMENT LOCALE ms_409 Argument 2
� U ] j string Description Value for the command arguments. Command
.
� � � � string Description The text displayed on the context menu. Extension &
� 6 > K string Description The extension associated with an instance. MIME 6
� � � � string Description The MIME type associated with this extension. ProgID
� ! ) 6 string Description The Program ID associated with this extension. ShellNew
� � � � string Description Parameters for shell execution. ShellNewValue
"
�
" string Description Value for shell execution. Verb *
� p x � string Description The verb for the command. �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �c�%߬�lZ�%߬�� � � __thisNAMESPACE � �x � 0 � H ? ���J� f i�bF $ ��j ]�z\q � ��+
4 #���@ K��] � e��-0 � ҿ��� 6�� 0
��L x�9�, *�6�. U N t l m C l i e n t I n i t i a l i z e id�%߬�& NtlmClientInitialize C � �� ' ? J Y ^ f p { � � � U���������������� � NtlmClientInitialize_End Description NTLM Client Initialize EventType EventTypeName End locale MS\0x409 InContext A
� � � � � � �� � �� uint32 WmiDataId Description In-Context pointer OutContext A
� Z b m z � �� � �� uint32 WmiDataId Description Out-Context pointer StageHint 6
� � � � � � �� uint32 WmiDataId Description Stage Hint Status 6
� W _ j w � �� uint32 WmiDataId Description Status � M S V 1 _ 0 T r a c e jd�%߬�� MSV1_0Trace
C � �� - 3 [ h w � � NtlmLogonUser Description NTLM Logon User Guid {19196b33-a302-4c12-9d5a-eac149e93c46} DisplayName NtlmLogonUser locale MS\0x409 �
N t l m L o g o n U s e r kd�%߬�� NtlmLogonUser C � �� " 3 > M T \ f � NtlmLogonUser_Start Description NTLM Logon User EventType EventTypeName Start locale MS\0x409 �
N t l m L o g o n U s e r ld�%߬�i NtlmLogonUser C � �� 1 < K P X b n + � � U����������������� � NtlmLogonUser_End Description NTLM Logon User EventType EventTypeName End locale MS\0x409 DomainName P
� � � � � � � �� string WmiDataId Description Domain Name StringTermination Counted format w LogonType 6
� o w � � � �� uint32 WmiDataId Description Logon Type Status 6
� � � � � �� uint32 WmiDataId Description Status UserName P
� w � � � � � � � �� string WmiDataId Description User Name StringTermination Counted format w ve � M S V 1 _ 0 T r a c e md�%߬� MSV1_0Trace
C � �� : @ h u � � � � NtlmValidateUser Description NTLM Validate Credentials Guid {34d84181-c28a-41d8-bb9e-995190df83df} DisplayName NtlmValidateUser locale MS\0x409 � N t l m V a l i d a t e U s e r nd�%߬�� NtlmValidateUser C � �� % @ K Z a i s � NtlmValidateUser_Start Description NTLM Validate Credentials EventType EventTypeName Start locale MS\0x409 � N t l m V a l i d a t e U s e r od�%߬�� NtlmValidateUser C � �� # > I X ] e o | . ; � � l v & 3 U���������������������� � NtlmValidateUser_End Description NTLM Validate Credentials EventType EventTypeName End locale MS\0x409 LogonDomain P
� � � � � # + � �� string WmiDataId Description Domain Name StringTermination Counted format w LogonServer P
� � � � � � � � � � �� string WmiDataId Description Logon Server StringTermination Counted format w Success 6
� ; C N [ � �� uint32 WmiDataId Description Success Bitmask UserName P
� � � � � � # � �� string WmiDataId Description User Name StringTermination Counted format w Workstation P
� � � � � � � � � � �� string WmiDataId Description Logon Workstation StringTermination Counted format w �
E v e n t T r a c e pd�%߬�� EventTrace 6 � �� ! D J r z � � ����� � KerberosDebugTrace Description Security: Kerberos Authentication Guid {6B510852-3583-4e2d-AFFE-A67F9F223438} locale MS\0x409 Flags E
� � � � � � � � uint32 Description Enable Flags ValueDescriptions p | � � � � � � � � � " . ; K [ k � � Error Flag Warning Flag Trace Flag API Flag Credentials Flag Context Flag Logon Session Flag Referral Flag Logon Flag KDC Flag Context More Flag Time Flag User Flag Leaks Flag Socket Flag SPN cache Flag S4U Error Flag S4U Trace Flag Binding Cache Flag Loopback Flag Ticket Renewal Flag U2U Flag Values ! ( - 3 < C M T Y c i o v ~ � � � � � � Error Warning Trace API Cred Context LSess Referral Logon KDC Context2 Time User Leaks Socket Spn S4uErr S4U Bnd Loopback Renew U2U ValueMap ) 5 A M Y e q } � � � � � � � � � �
0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 0x00100000 0x00200000 �
E v e n t T r a c e qd�%߬�� EventTrace 6 � ��
= C k s } � MSKerbTrace Description Active Directory: Kerberos Client Guid {bba3add2-c229-4cdb-ae2b-57eb6966b0c4} locale MS\0x409 M � M S K e r b T r a c e rd�%߬� MSKerbTrace
C � �� 9 ? g t � � � � KerbLogonUser Description Kerberos Logon User Handler Guid {8a3b8d86-db1e-47a9-9264-146e097b3c64} DisplayName KerbLogonUser locale MS\0x409 �
K e r b L o g o n U s e r sd�%߬�� KerbLogonUser C � �� " ? J Y ` h r � KerbLogonUser_Start Description Kerberos Logon User Handler EventType EventTypeName Start locale MS\0x409 �
K e r b L o g o n U s e r td�%߬�� KerbLogonUser C � �� = H W \ d n { . 9 � � v � U����������������0 � KerbLogonUser_End Description Kerberos Logon User Handler EventType EventTypeName End locale MS\0x409 LogonDomain P
� � � � � # + � �� string WmiDataId Description Logon Domain StringTermination Counted format w LogonType P
� � � � � � � � � � �� string WmiDataId Description Logon Type StringTermination Counted format w Status C
� C K V c k s � �� uint32 WmiDataId Description Status format x UserName P
� � � � � % - � �� string WmiDataId Description User Name StringTermination Counted format w � M S K e r b T r a c e ud�%߬�' MSKerbTrace
C � �� & T Z � � � � � � KerbInitSecurityContext Description Kerberos Initialize Security Context Handler Guid {52e82f1a-7cd4-47ed-b5e5-fde7bf64cea6} DisplayName KerbInitSecurityContext locale MS\0x409 � ��� f ID 6
� F 8 ��� f � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� � * � ��������J � __PARAMETERS abstract ShadowID string
� 4 out
� 4 [ �� ID )
� � [ ��� string ReturnValue uint32
� uint32 out
� �� __ � Revert ?
L
� � Description Reverts the original storage volume to this shadow copy. After Revert is done, the original volume will be identical to this shadow copy and every newer shadow copy will be deleted. You cannot cancel or undo the revert operation - any data written to the original volume after the shadow copy was created will be lost! Values
� � � �
R } � � Success Access denied Invalid argument Specified volume not supported Volume is in use Another shadow copy operation is already in progress Shadow copy provider vetoed the operation Shadow copy provider not registered Shadow copy provider failure Unknown error � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �E �� * � ��� � __PARAMETERS abstract ForceDismount boolean
� 9 in
� 9 a �� This parameter is used to force the original volume to dismount before starting the revert operation. Forcing a volume to dismount forces all open handles to files on the volume to be closed. Applications holding open handles will likely be returned an error code on subsequent operations performed on the handles. If the flag is set to false and some application has an open handle to a file on the volume, then revert will fail with 'Volume is in use'. Description )
� 9 a ��W � ID 6
� � a ��W � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �5.1607568600.249 CD_8415A398133EAE0716C73F02F5C279072A12B0ED56A7172F6985A7EBD9376FCE.65.856353979.250 CD_847B47B3B9DFABC8A17BC79B345074758B8A3E5B2BEBFAC49A4BE58E4D1CE00A.91.2348668385.1395 CD_88D44DAE596A9A7ABF169CD599EFF3D9F693DFEA80491C3B4C3E21A1F5B46218.263.2875735698.325 CD_82B5DE0B52236FBA718C6012FF3A7FD447F711EA1896FB5FD863DEC9F4CC1877.265.1235184888.403 CD_821FCC238F627B3C78AF6F9EAC85DA5F86FE1B2A0EA8142CAF6057765FD44631.267.2583937229.546 CD_841D3DD3F3A7F09379A97AB7745347C579CB951819312FE93085B68F6AB63E24.277.3739799560.312 CD_8388B68C4DB97845C3C1C2649AA6C6E0CAC0BF4C68420F762A0E16A42522910B.278.2382771809.584 CD_863BE16984A9E1F3B73E396EDF2C42F981406DB8DAA1557BAA5A173376882392.312.376861700.345 CD_8698DDE120477B743B835F81DD007E72825FE6E7CB8483AC9D930CC8206DC723.312.1903898467.413 CD_8125E110531A89ED8BE4900320A962FACBC3DD4F09BA92855250F1BACABA704B.1054.3801559201.739 CD_84081326AD6BC57C195B24744D43542EA433B161A3A16E81DF0799C4F41F5311.1057.1424235771.251 CD_8526133117576DD793C5FBE12D825D346FCC6B0DCB7DCB25789FC2082421D4B2.1059.3496139836.464 CD_87356D5B7F373B899416425A260CE11B49850CB8F9A3DCA801C9778F10A8C924.1071.3970396747.2528 CD_84A63FB7A3FB9450516F5A71E160284AF2F9D586FAEECFC8F7755F2A2FBD437B.1087.2967616596.697 C95EC411D258E0A9CAA2EE0311B34E2874304803008.1080.1166877692.332 CD_D6F23AC5CCBEB47ECCF7BF129523258879FDED9D282F558043FF80249A7ED596.1079.1176155200.333 CD_1388B74AC4B1A1248035D019490B1CAAA479C4415233A9E50223DD0802BA383C.1081.123980368.3304 CD_5243094142BFF50E230A225F471ECAE0DCF0FC00D9021F08F10118DC4E9AD84C.1081.837755269.1048 CD_33CF99EE359367737EBFC91E6221019D46F7219044317527292271867795E5F8.1081.474627621.349 CD_901AC56EC8F00C00FBAC686F0B7E1614E207CC1998593D930358F2BBE88093FF.1081.4183350443.503 CD_231C34EACA6E9E68FABB7AA3DADD079A379826158D2123254977F7CD79559E18.1081.3364768086.343 CD_52FA3652DE48FD253CE895AA1E0F7F7869B94D77DBBF33883D1DBCF38C65343A.1081.3769047163.998 CD_A042D558C8D8C5910DD5298BC5D29889BA5CEA0D1A22A1BD4A1EF145F3C99D41.1081.1439227569.309 CD_115C2C7C875DAA2D80858EAB217D4BA6077F4CCDF9EB9B75A301CD68389427E6.104.3208448542.263 CD_1C06FA152DAF97258D99D731FF917040529592936586FC456CA74403EF6A2F73.1082.4209177697.761 CD_B4744AE091F96C1897CB0086813E1AABE89C9AB276818B172EDE2A19A9884429.1082.1297009758.348 CD_BE8F1260CC7D3D8D65E679E452849F43342AC07EE5E67F79C0602AEF0D925B48.1082.664007808.867 CD_0CFEE70EA76040BBCF59E006C673746B621403E235671233CF5C1C2B3513102A.1082.620768623.732 CD_7D26F1E16BC9CE86FDDDA09E425A859A3BF87CD94B9004A4B2B575CD1EF41374.1082.3936774337.638 CD_C446284C531AD33722FED92B5707E137291BA408988B095293D49122D6D19961.1082.825741007.807 �! C I M _ S e t t i n g �]�%߬��! k CIM_Setting
) 4 ��? G O j 0 B f w t � y � W g � � b s # ? *
8
6 m � x � d � \ n . . K 0 � � � � � � � � UUUUU���������������������������������������������������������������������������������������������������� � Win32_WMISetting Description The Win32_WMISetting class is a Singleton class that contains the operational parameters for the WMI service. Win32_WMISetting can only have one instance. This single instance always exists for each Win32 system, and cannot be deleted. Additional instances cannot be created. AMENDMENT LOCALE ms_409 ASPScriptDefaultNamespace @
� � � � string Description The ASPScriptDefaultNamespace property contains the namespace used by calls from the script API if none is specified by the caller. ASPScriptEnabled >
� n w � boolean Description The ASPScriptEnabled property indicates whether WMI scripting can be used on Active Server Pages (ASP). This property is valid on Windows NT 4.0 systems only. For Windows 2000 systems, WMI scripting is always allowed on ASP. AutorecoverMofs
� � � � string Description The AutoRecoverMofs property contains a list of fully qualified MOF file names used to initialize or recover the WMI repository. The list determines the order in which MOFs are compiled. AutoStartWin9X +
� � � � 8 @ uint32 Description The AutoStartWin9X property indicates the circumstances under which WMI will start on Win9X systems. Values P ] h Don't start Autostart Start on reboot BackupInterval 6 +
� � � � � � uint32 Units minutes Description The BackupInterval property specifies the length of time that will elapse between backups of the WMI database. BackupLastTime e :
� � � � datetime Description The BackupLastTime property specifies the date and time the last backup was performed. BuildVersion
� < D Q string Description The BuildVersion property contains version information for the currently installed WMI service. DatabaseDirectory .
� � � string Description The DatabaseDirectory property specifies the directory path containing the WMI repository. DatabaseMaxSize
2 +
� � � � � � uint32 Units kilobytes Description The DatabaseMaxSize property specifies the maximum size of the WMI repository. EnableAnonWin9xConnections
� k t � boolean Description The EnableAnonWin9xConnections indicates whether remote access without security checking is permitted. This property only applies to Windows 95 and Windows 98 systems. EnableEvents D
� d
m
z
boolean Description The EnableEvents property indicates whether the WMI event subsystem should be enabled.
Values: TRUE or FALSE, If TRUE,then the event subsystem is enabled. EnableStartupHeapPreallocation ^
� b k x boolean Description The EnableStartupHeapPreallocation property indicates whether WMI will start with a pre-allocated heap.
Values: TRUE or FALSE. If TRUE, then a pre-allocated heap with the size of LastStartupHeapPreallocation is created when WMI is initialized. HighThresholdOnClientObjects F +
� � � � � � uint32 Units objects per second Description The HighThresholdOnClientObjects property specifies the maximum rate provider created objects can be delivered to clients. To accommodate speed differentials between providers and clients, WMI holds objects in queues before delivering them to consumers.. WMI slows down the addition of new objects into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more objects from providers and return WBEM_E_OUT_OF_MEMORY to the clients. HighThresholdOnEvents R +
� S [ b u � uint32 Units events per second Description The HighThresholdOnEvents property specifies the maximum rate at which events are to be delivered to clients. To accommodate speed differentials between providers and clients, WMI queues events before delivering them to consumers.. WMI slows down the addition of new events into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more events from providers and return WBEM_E_OUT_OF_MEMORY to the clients. InstallationDirectory
� � � � string Description The InstallationDirectory property contains the directory path where the WMI software has been installed. The default location is: \system32\wbem. LastStartupHeapPreallocation ` +
� � � � � � uint32 Units bytes Description The LastStartupHeapPreallocation property specifies the size of the pre-allocated heap created by WMI during initialization. LoggingDirectory *
� � � � string Description The LoggingDirectory property specifies the directory path containing the location of the WMI system log files. LoggingLevel
& +
� g o | � � uint32 Description The LoggingLevel property indicates whether event logging is enabled and the verbosity level of logging used. Values Off Error logging Verbose Error logging LowThresholdOnClientObjects J +
� � � � � � uint32 Units objects per second Description The LowThresholdOnClientObjects property specifies the rate at which WMI will start to slow the creation of new objects created for clients. To accommodate speed differentials between providers and clients, WMI holds objects in queues before delivering them to consumers.. If the rate of requests for objects grows out of control, WMI gradually slows down the creation of new objects to match the client's rate of use. This slowdown starts when the rate at which objects are being created exceeds the value of this property. The slowdown continues until equilibrium is achieved, or the high threshold is reached. LowThresholdOnEvents V +
� i q x � � uint32 Units events per second Description The LowThresholdOnEvents property specifies the rate at which WMI will start to slow the delivery of new events. to accommodate speed differentials between providers and clients, WMI queues events before delivering them to consumers. If the queue grows out of control, WMI slows down the delivery of events gradually to get them in line with the client's rate . This slowdown starts when the rate at which events are generated exceeds the value of the this property. The slowdown continues until either the equilibrium is achieved, or the high threshold is reached. MaxLogFileSize " +
� ! ( / < uint32 Units bytes Description The MaxLogFileSize property indicates the maximum size of the log files produced by the WMI service. MaxWaitOnClientObjects N +
� � � uint32 Units milliseconds Description The MaxWaitOnClientObjects property specifies the amount of time a newly created object waits to be used by the client before it is discarded and an error value is returned. MaxWaitOnEvents Z +
� % 3 @ uint32 Units milliseconds Description The MaxWaitOnEvents property specifies the amount of time an event sent to a client is queued before being discarded. MofSelfInstallDirectory
� � string Description The MofSelfInstallDirectory property contains ���p C �DGƳ e a�:U � K:W � u � ��m � ��CZ � �]�%߬�+ ) ! � ��� m t ��������� � CIM_ActionSequence Description The CIM_ActionSequence association is used to define a series of operations that either transitions the software element, referenced by the CIM_SoftwareElementActions association, to its next state or removes the software element from its current environment. The CIM_Action classes participating in this association must have the same value for the Direction property since they are either part of a sequence to transition a software element into its next state or to uninstall a software element. The next-state actions and uninstall actions associated with a particular software element must be a continuous sequence. Since the CIM_ActionSequence is an association the loops on the CIM_Action class with roles for the 'prior' action and 'next' action in a sequence, the need for a continuous sequence implies: (1)Within the set of next-state or uninstall actions, there is one and only one action that does not have an instance of the CIM_ActionSequence association referencing it in the 'next' role. This is the first action in the sequence. (2) Within the set of next-state or uninstall actions, there is one and only one action that does not have an instance of the CIM_ActionSequence association referencing it in the "prior" role. This is the last action in the sequence. (3) All other actions within the set of next-state and uninstall actions must participate in two instances of the CIM_ActionSequence association, one in a prior role and one in the next role. AMENDMENT LOCALE ms_409 Next f
� > N [ ref:CIM_Action Description The next action. Prior f
� � � � ref:CIM_Action Description The prior action. ei � C I M _ C h e c k �]�%߬�; % CIM_Check ) ! �� & . B �������������������������������������� � CIM_DiskSpaceCheck Description CIM_DiskSpaceCheck checks the amount of disk space the needs to be available on the system. The amount is specified in the AvailableDiskSpace property. The details of this checks are compared with the value of the AvailableSpace property of the CIM_FileSystem object associated with the CIM_ComputerSystem object that describes the environment. When the value of AvailableSpace property is greater than or equal to the value specified in AvailableDiskSpace, the condition is satisfied. AMENDMENT LOCALE ms_409 AvailableDiskSpace +
� { � � � � UINT64 units kilobytes Description The available disk space. � C I M _ C h e c k �]�%߬�� % CIM_Check ) A ��L T \ h �������������������������������������8 � CIM_MemoryCheck Description CIM_MemoryCheck specifies a condition for the minimum amount of memory that needs to be available on a system. The amount is specified in the MemorySize property. The details of this checks are compared with the value of the FreePhysicalMemory property of the CIM_OperatingSystem object referenced by an CIM_InstalledOS association for the CIM_ComputerSystem object that describes the environment. When the value of FreePhysicalMemory property is greater than or equal to the value specified in MemorySize, the condition is satisfied. AMENDMENT LOCALE ms_409 MemorySize +
� � � � & - UINT64 Description The amount of memory that needs to exist on a computer system for a software element to executing properly. units kilobytes � C I M _ C h e c k �]�%߬�K % CIM_Check ) ! � ��� � � � �������������������������������������� � CIM_OSVersionCheck Description The CIM_OSVersionCheck class specifies the versions of the OS that can support this software element. This check can be for a specific, minimum, maximum or a range of releases of an OS. To specify a specific version the minimum and maximum versions must be the same. To specify a minimum, the minimum version needs only be specified. To specify a maximum version, the maximum version needs only be specified. To specify a range both minimum and maximum version need to be specified. The type of operating system is specified in the TargetOperatingSystem property of the owning software element. The details of this checks are compared with the corresponding details found in a CIM_OperatingSystem object referenced by CIM_InstalledOS association for the CIM_ComputerSystem object that describes the environment. As long as there is at least one CIM_OperatingSystem that satisfies the details of the condition, the check is satisfied. In other words, all the operating systems on the relevant computer system do not need to satisfy the condition. There needs to be at least one. Also, note the OSType property of the CIM_OperatingSystem class must match the type of the TargetOperatingSystem property. AMENDMENT LOCALE ms_409 MaximumVersion
� ? G T STRING Description Maximum version of required operating system. The value is encoded as <major>.<minor>.<revision> or <major>.<minor><letter revision> MinimumVersion
� ( 5 STRING Description Minimum version of required operating system. The value is encoded as <major>.<minor>.<revision> or <major>.<minor><letter revision> � C I M _ C h e c k �]�%߬�u 0 CIM_Check ) � �� $ � � D P � � H T ��U���������������������������������������������� � CIM_SettingCheck Description This class specifies information needed to check a particular setting file for a specific entry that contains a value that is equal to, or contains, the value specified. All compares are assumed to be case insensitive. AMENDMENT LOCALE ms_409 CheckType +
� ] e r � � UINT16 Description This specifies the way the setting value should be compared. Values � � Matches Contains EntryName
� # STRING Description Name of the entry to be checked EntryValue
� | � � STRING Description Value to be checked that is associated with the named entry. FileName $
�
STRING Description File name of the setting file to be checked. SectionKey (
� � � � STRING Description Key of section containing the settings to be checked. � C I M _ D e p e n d e n c y �]�%߬�` CIM_Dependency ) * � ��� � � � Q \ ���������� � CIM_DeviceSAPImplementation Description An association between a service access point and how it is implemented. The cardinality of this association is many-to-many. A SAP may be provided by more than one logical device, operating in conjunction. And, any device may provide more than one service access point. When many logical devices are associated with a single SAP, it is assumed that these elements operate in conjunction to provide the access point. If different implementations of a SAP exist, each of these implementations would result in individual instantiations of the service access point object. These individual instantiations would then have associations to the unique implementations. AMENDMENT LOCALE ms_409 Antecedent f@
� / < ref:CIM_LogicalDevice Description The logical device. Dependent f@
� � � � ref:CIM_ServiceAccessPoint Description The service access point implemented using the logical device. ������������������������������������������������������������������������������������������������� �< C I M _ S t o r a g e V o l u m e �c�%߬�� � CIM_StorageVolume ) � �� � ' 2 e q � � � � ) � � � � ; F � � = N � � � � * ] l � � � � ) 7 i } � � ������UUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������B � Win32_Volume MSVDS__PROVIDER locale Automount " �
� \ � �� boolean BootVolume + �
� � � �� boolean Capacity \
� � � �� uint64 Compressed d
� � �� boolean DeviceID @ A
� x � �� � ��� � � � string Override DeviceId MappingStrings � WMI DirtyBitSet |
� � � �� boolean DriveLetter f '
� 3 � �� � �� string DriveType j )
� } � ��� � uint32 MappingStrings � Win32API|FileFunctions|GetDriveType FileSystem n
� � � �� string FreeSpace r
� 5 � �� uint64 IndexingEnabled z '
� � � �� � �� boolean Label ~ '
� � � �� � �� string MaximumFileNameLength ! �
� � �� uint32 PageFilePresent ) �
� T � �� boolean QuotasEnabled # �
� � � �� boolean QuotasIncomplete $ �
� � � �� boolean QuotasRebuilding % �
� � �� boolean SerialNumber & �
� a � �� uint32 SupportsDiskQuotas ' �
� � � �� boolean SupportsFileBasedCompression ( �
� � � �� boolean SystemVolume * �
� 9 � �� boolean �4 m % �
�
� � � w � � < D ` W! V$ f$ �$ �$ ) ) �) �+ - - �- �- / / �/ 52 �3 � Chkdsk $ ��1 A Implemented MappingStrings I Fmifs.dll | Method ChkDskExRoutine � ac6d1350600005Q ROOT\CIMV2 ���� � �a �� * � ^ � � C � � � O ���� � � __PARAMETERS abstract FixErrors boolean
� 5 in
� 5 ] �� ID )
� � ] ��� boolean VigorousIndexCheck boolean
� � in
� � �� ID )
� � ��K boolean SkipFolderCycle boolean
� � in
� � � �� ID )
� C � �� boolean ForceDismount boolean
� m in
� m � �� ID )
� � � ��� boolean RecoverBadSectors boolean
� , in
� , T �� ID )
� � T ��� boolean
OkToRunAtBootUp boolean
� � in
� � �� ID
)
� z ��? boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ScheduleAutoChk ' �
���
���
�
Static Implemented MappingStrings Chkntfs.exe � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� ID )
� � Y ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ExcludeFromAutoChk ' � ��� ��� � Static Implemented MappingStrings � Chkntfs.exe � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� ID )
� � Y ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Format � ��� � Implemented MappingStrings � Fmifs.dll | Method FormatRoutine �
ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� � � � * L Q � � ' � � P] I � __PARAMETERS abstract FileSystem string
� 6 NTFS in
� 6 c �� '
� 6 c �� � �� � � � � � NTFS FAT32 FAT UDF EXFAT ValueMap 4
� 6 c �� � ��� � ID A
� � c �� � ��� � H string QuickFormat boolean
� � in '
� � � �� � �� ID 4
� i � �� � ��# boolean ClusterSize uint32
� � in '
� � � �� � �� ID 4
� 7 � �� � ��� uint32
S�״` � l�� � �=ݚ
RphB� CZq� 4 C I M _ L o g i c a l E l e m e n t �c�%߬�� _ CIM_LogicalElement ) � �� � # + = p w � � � � * : m z � � � � / A t x � � � 4 A t � � � 7 = p | � � � � ) 0 � � ) �WUUUUU����������������������������������������������������������������������������������������[ � Win32_ShadowCopy MSVSS__PROVIDER Locale ClientAccessible B
� g � �� boolean Count
� � � �� uint32 DeviceObject $
� � � �� string Differential N
� ! � �� boolean ExposedLocally V
� d � �� boolean ExposedName
4
� � � �� string ExposedPath 8
� � � �� string ExposedRemotely T
� & � �� boolean HardwareAssisted L
� k � �� boolean ID '
� � � �� � �� string Imported R
� � � �� boolean NoAutoRelease D
� + � �� boolean NotSurfaced J
� k � �� boolean NoWriters F
� � � �� boolean OriginatingMachine ,
� � � �� string Persistent @
� . � �� boolean Plex P
� g � �� boolean ProviderID
� � � �� string ServiceMachine 0
� � � �� string SetID
� ! � �� string State < )
� g o y � �� uint32 Valuemap
� � � � � � � � � � � � � 0 1 2 3 4 5 6 7 8 9 10 11 12 Transportable H
� � �� boolean VolumeName
(
� S � �� string � O � � � � � | � Create % - ��5 ��B �� static implemented constructor � ac6d1350600005Q ROOT\CIMV2 ���� � �3 �� � P * � ���� � � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� ID )
� � Y ��� string Context string
� � ClientAccessible in
� � �� ID )
� � ��L string __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � * � ��������J � __PARAMETERS abstract ShadowID string
� 4 out
� 4 [ �� ID )
� � [ ��� string ReturnValue uint32
� uint32 out
� �� __ � Revert � �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��� � __PARAMETERS abstract ForceDismount boolean
� 9 in
� 9 a �� ID )
� � a ��� boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �c�%߬�� " 4 �� � �� � " 3 ; K } � � � ; F x � U���������������������������������� � Win32_ShadowStorage Association MSVSS__PROVIDER Locale AllocatedSpace
� u � �� uint64 DiffVolume f A
� � � ��� � � �� ref:Win32_Volume min max MaxSpace '
� 3 � �� � �� uint64 UsedSpace
� p � �� uint64 Volume f A
� � � ��� � � �� ref:Win32_Volume min max � O W � � Create % - ��5 ��B �� static implemented constructor ac6d1350600005Q ROOT\CIMV2 ���� � �� �� � A � � * � ����������������4 � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� ID )
� � Y ��� string DiffVolume string
� � in
� � �� ID )
� x ��= string MaxSpace uint64
� � in
� � � �� ID )
� , � ��� UINT64 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ D e p e n d e n c y �c�%߬�� CIM_Dependency ) � �� � ! ) 5 � � U��������g � Win32_ShadowBy MSVSS__PROVIDER Locale Antecedent f@ N
� � � �� � ��� � � � ref:Win32_ShadowProvider min max override Antecedent Dependent f@ N
� 2 � �� � ��H M R \ ref:Win32_ShadowCopy min max override Dependent ov � C I M _ D e p e n d e n c y �c�%߬�� CIM_Dependency ) � �� � " * 6 � � U��������` � Win32_ShadowFor MSVSS__PROVIDER Locale Antecedent f@ N
� � � �� � ��� � � � ref:Win32_Volume min max override Antecedent Dependent f@ N
� + � �� � ��A F K U ref:Win32_ShadowCopy min max override Dependent re �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �d�%߬�nZ�%߬�� ���9 B � __Win32Provider {f8a56d3e-e304-4a9f-a916-5187019d7759} BcdProv �5L� <��m� �� � *��� �Z�� `�3� Q� % �=�Î�� L �� ��& ��3 < C S l y 2 B � � 5��������n � CIM_Component Association Abstract Aggregation Version 2.7.0 UMLPackagePath CIM::Core::CoreElements Description CIM_Component is a generic association used to establish 'part of' relationships between Managed Elements. For example, it could be used to define the components or parts of a System. GroupComponent f 4
� � � ��� ��� � ref:CIM_ManagedElement Aggregate Description The parent element in the association. PartComponent f )
� " � ��: G ref:CIM_ManagedElement Description The child element in the association. en �4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 1 ����� f � WDMClassesOfDriver MSNdis_NetworkDirectVersion C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 5 ����� j � WDMClassesOfDriver MSNdis_NetworkDirectAdapterInfo C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 8 ����� m � WDMClassesOfDriver MSNdis_DeviceWakeOnMagicPacketOnly C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬� ' ����� \ � WDMClassesOfDriver MSNdis_RSSEnabled C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� / ����� d � WDMClassesOfDriver MSNdis_NetworkDirectState C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� = ����� r � WDMClassesOfDriver MSNdis_NetworkDirectAdapterCapabilities C:\Windows\system32\kernelbase.dll[MofResourceName] C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� / ����� d � WDMClassesOfDriver MSNdis_NetworkDirectState C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� = ����� r � WDMClassesOfDriver MSNdis_NetworkDirectAdapterCapabilities C:\Windows\system32\kernelbase.dll[MofResourceName] e +
� � � � > string Description The containing Log's Name. This property is available for backwards continuity with CIM_LogRecord. MaxLen RecordID $ +
� � � � string Description RecordID may be used to provide a representation of log entry ordering or pointers/handles for log entries. MaxLen � C I M _ M a n a g e d S y s t e m E l e m e n t D�&@��� ) " CIM_ManagedSystemElement 6 �� ' . > W d ����������������������������������������� � CIM_LogicalElement Abstract Version 2.6.0 UMLPackagePath CIM::Core::CoreElements Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. �4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 1 ����� f � WDMClassesOfDriver MSNdis_NetworkDirectVersion C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 5 ����� j � WDMClassesOfDriver MSNdis_NetworkDirectAdapterInfo C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 8 ����� m � WDMClassesOfDriver MSNdis_DeviceWakeOnMagicPacketOnly C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬� ' ����� \ � WDMClassesOfDriver MSNdis_RSSEnabled C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� / ����� d � WDMClassesOfDriver MSNdis_NetworkDirectState C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� = ����� r � WDMClassesOfDriver MSNdis_NetworkDirectAdapterCapabilities C:\Windows\system32\kernelbase.dll[MofResourceName] pecified, or set to NULL, then current time is assumed. ti � C I M _ M a n a g e d S y s t e m E l e m e n t D�&@��� ) " CIM_ManagedSystemElement 6 �� ' . > W d ����������������������������������������� � CIM_LogicalElement Abstract Version 2.6.0 UMLPackagePath CIM::Core::CoreElements Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. �4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 1 ����� f � WDMClassesOfDriver MSNdis_NetworkDirectVersion C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 5 ����� j � WDMClassesOfDriver MSNdis_NetworkDirectAdapterInfo C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 8 ����� m � WDMClassesOfDriver MSNdis_DeviceWakeOnMagicPacketOnly C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬� ' ����� \ � WDMClassesOfDriver MSNdis_RSSEnabled C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� / ����� d � WDMClassesOfDriver MSNdis_NetworkDirectState C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� = ����� r � WDMClassesOfDriver MSNdis_NetworkDirectAdapterCapabilities C:\Windows\system32\kernelbase.dll[MofResourceName] 5 4 8 6 5 F 4 ��@[��t_�%߬�� > &�Aw*� } � WDMClassesOfDriver MSNdis_QueryNicSwitchCurrentCapabilities C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] �� � #y�Fw 1 t�is� P Tv�&�
; �Z��3 $ ���W � �U
�苲) � ʵE� � _ _ E v e n t C o n s u m e r �_�%߬�� 8 __EventConsumer ��
& / � � F P �
� � � � > J � � oUU���������� ����������������������������������������� � SMTPEventConsumer AMENDMENT LOCALE BccLine ,
� [ c p string Description The email addresses of those persons to be included on the BCC: line. CcLine
(
� � � string Description The email addresses of those persons to be included on the CC: line. FromLine
� | � � string Description From line for the email message. If NULL, a from line will be constructed of the form WinMgmt@MachineName HeaderFields 0
� 6 > K string Description The header fields will be inserted into the SMTP email header without interpretation. Message
� � � � string Description The body of the email message. Name )
� I � ��Q ^ string Description A unique name identifying this instance of the SMTPEventConsumer. ReplyToLine
� � � � string Description Reply-To line for the email message. If NULL, no Reply-To field will be used. SMTPServer
� v ~ � string Description Local SMTP Server Subject
� � � � string Description The subject of the email message. ToLine $
� ? G T string Description The email addresses of those persons to be included on the TO: line. Addresses must be separated by commas or semicolons. � _ _ E v e n t C o n s u m e r �_�%߬�� " __EventConsumer # 0 b h � � � � 4 @ o��������� ���������������� r � ActiveScriptEventConsumer locale KillTimeout
� Z � �� uint32 Name
� � � �� string ScriptFilename
� � � �� string ScriptingEngine '
� " * �� � �� string not_null ScriptText
� j � �� string �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���C �� 9 ^ � __Win32Provider {266c72e7-62e8-11d1-ad89-00c04fd8fdff} SelfHost ActiveScriptEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� H % � � __EventConsumerProviderRegistration - ActiveScriptEventConsumer \\.\root\subscription:__Win32Provider.Name="ActiveScriptEventConsumer" R O O T \ s u b s c r i p t i o n # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 1 D D 4 3 4 1 3 E D 9 F D 9 C 4 5 8 D 2 0 5 1 F 0 8 2 D 1 D 7 3 9 3 9 9 B 2 9 0 3 5 B 4 5 5 F 0 9 0 7 3 9 2 6 E 5 E D 9 8 7 0 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ 5 1 D 5 5 4 8 2 B 7 A F 4 8 9 4 C 5 7 C 3 4 6 4 5 7 2 B F 1 6 B 3 F 5 0 5 6 8 D 4 C 9 7 1 3 2 E 3 E E 1 8 E 2 9 7 A 7 9 6 D F 9 a \ 1 0 _ _ E v e n t C o n s u m e r �_�%߬�� __EventConsumer ��& . ; � � � n z o��������� ���������������� � ActiveScriptEventConsumer AMENDMENT LOCALE KillTimeout
� g o | uint32 description Number of seconds that the script is allowed to run, if zero script will not be terminated. ScriptFilename
� * string description Filename of a script file to be run, note that this is intended as an alternative to specifying the text of the script in ScriptText. Results are undefined if both properties are assigned values. ScriptingEngine
� - 5 B string description Name of the scripting engine, ex: VBScript ScriptText
� � � � string Description Text of the script, expressed in a language known to the scripting engine. � C I M _ S e r v i c e A c c e s s P o i n t �_�%߬�� E CIM_ServiceAccessPoint � � �� � " / � � " J ��Z d q ��� � � �� � � Q ^ ' � � � � s � R _ ��WU������������������������������������������������������������������
� Win32_TCPIPPrinterPort CIMWin32 Description The Win32_TCPIPPrinterPort class represents a TCP//IP service access point. For example a TCP/IP printer port.
Note: The SE_LOAD_DRIVER_PRIVILEGE privilege is required on this class. Privileges � SeLoadDriverPrivilege Locale UUID {553644e9-f998-48c3-b037-26e5909f4333} SupportsCreate CreateBy PutInstance SupportsDelete DeleteBy DeleteInstance SupportsUpdate ByteCount 0 6
� � � �� 7 G boolean Description The ByteCount property, when true, causes the computer to count the number of bytes in a document before sending them to the printer and the printer to report back the number of bytes actually read. This is used for diagnostics when one discovers that bytes are missing from the print output. MappingStrings O HostAddress
( 6
� � � ��� � string Description The HostAddress property indicates the address of device or print server MappingStrings PortNumber 6 6
� k � ��s � � uint32 Description The PortNumber property indicates the number of the TCP port used by the port monitor to communitcate with the device. MappingStrings Protocol $ C
� m � ��u � s { � � uint32 Description The Protocol property has two values: 'Raw' indicates printing directly to a device and 'Lpr' indicates printing to device or print server; LPR is a legacy protocol, which will eventually be replaced by RAW. Some printers support only LPR. Values � � Raw Lpr MappingStrings � Queue
2 6
� � � ��� t � string Description The Queue property is used with the LPR protocol to indicate the name of the print queue on the server. MappingStrings � SNMPCommunity , 6
� � � ��� � Y i string Description The SNMPCommunity property contains a security level value for the device. For example 'public'. MappingStrings q SNMPDevIndex < 6
� � � ��� � 8 H uint32 Description The property SNMPDevIndex indicates the SNMP index number of this device for the SNMP agent. MappingStrings P SNMPEnabled : 6
� � � ��� � j
z
boolean Description The SNMPEnabled property, when true, indicates that this printer supports RFC1759 (Simple Network Management Protocol) and can provide rich status information from the device. MappingStrings �
�F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �_�%߬��Z�%߬�$ � __SystemSecurity
E v e n t T r a c e �c�%߬�� EventTrace ) ! 7 ��B J R � VssTracingProvider Description VSS tracing provider AMENDMENT LOCALE ms_409 � #a�~� O��U� � ϭ}�U � �(H�: � {�D � x��� � �ٔ) � �{� � �;� � ��|�
� Au�v� � ��!�� � �Ui��
� 5ވ�� � ��y�v � ��V � � M�n/� � c�H�X � ���� � Ҽn\� Q �-�xM � �u��/ � �[�#� � �_�%߬�� ( } � � � [ g U���������������������� � HNet_BackupIpConfiguration Connection f 2
� h � �� � �� � �� ref:HNet_Connection DefaultGateway '
� � � �� � �� string EnableDHCP '
� � �� � �� uint32 IPAddress '
� S � �� � �� string SubnetMask '
� � � �� � �� string � �_�%߬�� ' ����| � HNet_ConnectionAutoconfig Connection f 2
� g � �� � �� � �� ref:HNet_Connection �D 5 4 7 2 B B 4 0 0 0 4 0 3 F 6 D 6 C D B 0 F 5 9 5 8 0 4 C E 6 2 C 0 D 2 9 2 5 4 9 7 9 6 5 2 6 C A 9 E 7 7 7 3 7 9 8 E 5 F 2 4 �_�%߬��_�%߬�U ���� : � HNet_IcsSettings {23bc497f-13f0-47a1-9e88-048f6eefdf60} C 0 C 0 2 5 C 3 8 9 8 1 E 5 8 E E 5 0 C B 7 B B 4 E 4 7 8 6 C B A 1 4 F D 9 3 3 E 6 3 8 8 6 1 E A 3 A 6 A 2 E 0 C 8 0 6 2 1 1 E �_�%߬��_�%߬�I � HNet_FwIcmpSettings Default 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� H � HNet_PortMappingProtocol {230e423d-7b3a-4e6e-9d4d-91f73561364a} 1700 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� H � HNet_PortMappingProtocol {f831dd6e-85d0-4f7d-8ac0-bb2099682c4e} 1701 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� H � HNet_PortMappingProtocol {59e81c3b-ae09-4bc5-9ebc-7605ab74d37b} 1702 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� n H � HNet_PortMappingProtocol {90c8f61d-43f3-45cc-8ff0-e719748b3851} 1703 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� � H � HNet_PortMappingProtocol {80be1943-684e-41b9-82e5-32b18d858a2c} 1704 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� � H � HNet_PortMappingProtocol {f5c5796c-de7a-456b-891f-03a2e006e07c} 1705 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B �� P H � HNet_PortMappingProtocol {cd1887dd-be99-4a92-8006-e9a52db53df4} 1706 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B ��� H � HNet_PortMappingProtocol {3c6434d0-257b-4516-9222-4fa0467d67f9} 1707 3 1 1 B 2 4 D 4 7 1 F A 4 7 0 B E 2 3 5 F B 9 5 E 8 5 2 9 1 D E 8 C 5 6 E B 6 F A 6 C F 9 B 1 E E B 6 8 7 1 E 4 3 B B D 9 1 2 C �_�%߬��_�%߬�i B ��
= H � HNet_PortMappingProtocol {01d925f1-cf6a-4352-8aac-b139b1a80cb4} 1708
E v e n t T r a c e �_�%߬�v EventTrace 6 � �� 5 ; c k u | u����
� Regular Description Service Control Manager Trace guid {ebcca1c2-ab46-4a1d-8c2a-906c2ff25f39} locale MS\0x409 Flags R
� � � � � � � � � � � uint32 Description Enable Flags ValueDescriptions j v � � � � � � � � � ! / 9 H R ] j v ERROR Flag WARNING Flag TRACE Flag INFO Flag SECURITY Flag CONFIG Flag DEPEND Flag DEPEND_DUMP Flag CONFIG_API Flag LOCK_API Flag ACCOUNT Flag USECOUNT Flag NETBIOS Flag THREADS Flag BSM Flag SHUTDOWN Flag WHY Flag BOOT Flag HANDLE Flag LOCKS Flag CONTROL Flag DefineValues � � � ! . : D M W ` i n x } � � � ERROR WARNING TRACE INFO SECURITY CONFIG DEPEND DEPEND_DUMP CONFIG_API LOCK_API ACCOUNT USECOUNT NETBIOS THREADS BSM SHUTDOWN WHY BOOT HANDLE LOCKS CONTROL Values � " * 2 ? K U ^ h q z � � � � � ERROR WARNING TRACE INFO SECURITY CONFIG DEPEND DEPEND_DUMP CONFIG_API LOCK_API ACCOUNT USECOUNT NETBIOS THREADS BSM SHUTDOWN WHY BOOT HANDLE LOCKS CONTROL ValueMap & 2 > J V b n z � � � � � � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 0x00100000 CO � _ _ E x t r i n s i c E v e n t �_�%߬�O
__ExtrinsicEvent ������������ � MSFT_SCMEvent �
M S F T _ S C M E v e n t �_�%߬�T
MSFT_SCMEvent ������������ � MSFT_SCMEventLogEvent � M S F T _ S C M E v e n t L o g E v e n t �_�%߬��
MSFT_SCMEventLogEvent ) ������������4 � MSFT_NetBadAccount EventId 3221232480 EventType � M S F T _ S C M E v e n t L o g E v e n t �_�%߬�h MSFT_SCMEventLogEvent + ' 3 > X � � � � _��������������������� � MSFT_NetCallToFunctionFailed EventId 3221232477 EventType InsertionStringTemplates d t %FunctionName% %%%%%Error% Error
� � uint32 FunctionName
� � string � M S F T _ S C M E v e n t L o g E v e n t �_�%߬�� MSFT_SCMEventLogEvent + ) 5 @ Z � � � � � _�������������������������' � MSFT_NetCallToFunctionFailedII EventId 3221232478 EventType InsertionStringTemplates j z � %FunctionName% %Argument% %%%%%Error% Argument
� � string Error
� � uint32 FunctionName
� string � M S F T _ S C M E v e n t L o g E v e n t �_�%߬� MSFT_SCMEventLogEvent + # / : T i p ����������������� � MSFT_NetFirstLogonFailed EventId 3221232485 EventType InsertionStringTemplates \ %%%%%Error% Error
� � uint32 � M S F T _ S C M E v e n t L o g E v e n t �_�%߬��
MSFT_SCMEventLogEvent ! * 6 ������������A � MSFT_NetRevertedToLastKnownGood EventId 3221232479 EventType � M S F T _ S C M E v e n t L o g E v e n t �_�%߬�e MSFT_SCMEventLogEvent + $ 0 ; U | � � � _��������������������� � MSFT_NetConnectionTimeout EventId 3221232481 EventType InsertionStringTemplates a q %Milliseconds% %Service% Milliseconds
� � uint32 Service
� � string � V s s T r a c i n g P r o v i d e r �c�%߬�� VssTracingProvider ) # 6 ��A I Q � VssTracingEventClass Description VSS tracing event AMENDMENT LOCALE ms_409 � the directory path for applications that install MOF files to the CIM repository. WMI automatically compiles any MOF files placed in this directory and, depending on its success, moves the MOF to a subdirectory labeled "good" or "bad". If the "autorecover" pragma is included, the fully qualified file name is added to the AutorecoverMofs list used when WMI is initializing or recovering the repository. The list determines the order in which MOFs are compiled. �������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� 04 � � � � $ � � � � � � $ � � ( � , (0 4 8 < ,� � @ � D H � � L P � T X \ ` � � d � h l p � t � x � | � � � � � � 8 I
I I I I I I I I % I * I - I 1 I 3 I 5 I 8 I 9 I = I @ I C I O I Q I U I T I I I 0 I A I E I R I W I / I D I M I F I K I P I L I I V I S I
I + I ) I I J I & I N I I # I I ( I " I > I 7 I I ; I $ I ? I . I , I H I X I ' I < I B I I I I I 4 I G I 6 I I I 2 I : I I ! Y � �D ��. ;
�
� � � Y���tQ��{��
]���1�8P�o��b
�
&�r �i���=�2uI
%�D��"h>� e
�\ ,�
� � ��I �� �KV ��VNS_88591E56F7DF51C96BBDD94E4112A5C7AADAE3154C1ACB64E20A2CB89B0D6F02 CR_E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_0685F0E7DE4E9ADE69B83CB6CC4B69291D69C22AD0E71A095A2E4AEBC8EC8B85 C_0A58F1099E1858890A23C17CEB7DF497DF64C99BE6E6E018304675E56C7BEE40 C_1463900C5E85009C74D970DC08429284D480248969B543718E853FA68E152A48 C_25A225BFD7C0706940B21958E1B4E7879B81C1069B2DA72D3945C2F2A653CB92 C_2A4F98E46770D35357CEB6ADA3489C9F0FD306040FCD6B065CED71BECBE5700A C_329C7091D99134315D75F4D3A2328F98C961B173B884F03A89824A063291C3C4 C_35002FCC142049858649CB1BCD62043BE23AE98B3CC34288C266F1C2B8C4A3A3 C_35B1B65B914DF07FAC7860C3407AEAACB382311D5C7C7979B2E9A007C56D4FA3 C_5250EC9304AFCED3B4B4C6E595A1730CDF3C33CD4C1A0C35D2E9C70B3EAA91C7 C_772A091866475C0D90401E2D449ED248747158E72AA5FA334574887C1703B328 C_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45 C_89D253C7F34DE1BDBB149B2A6193A187FAB48CDF693200563636A89559A9C956 C_8DE46DD6446B26621A23E11758AE5CBC62C9F72998CAFB08B9CD58DF66902A20 C_A9FE98FE5C3E9051AEEC71D48BD2011F883E1553AA2DD7968A20C510AD60108F C_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 C_CCDB0F33BA6966E88C9C16D64D85DE69D152BBDDCA55C4187234D7D768C27675 C_E707FBA0E2CA2FF8FDB82241C8B012B9A1B221B3B69ACD6A3EDCF3E478558D31 C_ECDF6473AEB5680FD494BFD070A3EC2B36A681EE68A62E383213B3D773EF9B61 C_F2BF551D2C47E413C4BD58FCB0E48E0B3211C53383EC4051E655BB8319ADD47D CR_E4E3C277AFADB65E535A86CD5AAE23B1AEF585A2BE1A21A282B170B7F4278F9E R_80AFDCC52F3C92AD7D0F8DD0B12150C7B0CC34A13BF2D3DD52C62A73F9713B79 R_8AD8BB59AD76539933CA61E487AC9890B90072B3A3E2702B40F21CB1F591E761 R_CE2777A1E2E8F0439A275F7E5E7BEE453C2145F60A592F57CCEA55492EC8B6F1 CR_E5893386A7B4C018092F4F8B136F60610FB13ED7B0A8A3475C8F55E3E9FBCB90 R_AF3DAFA72013C3690171F734765DB1412DBEFDA2A461CB66FFED0CC4B21B88F0 CR_E66D2A11AD2317154A9C2C61CC140BA5F198CC545A25F24736AE23D74E16B49B C_0E67BB25323DC3EA41359AD7146AF598B2070A0BF4C85FF998893FA100060D77 C_18D8719A943B4599747ADA74EA7D32C69D833172BB0F49178849B0570759A4F9 C_89B3BC9F91AF19FD95569CEC4AE8264DCAA2B513E756CCAD927560FA5C73CDE5 C_F10840352061CD18DB7516F60841E629D131C524C9F2F089E5D2B510560FC583 C_FE8C3873BDAD1853EA9CE4F9A8CC51817A3AA40D4095EE7168936C23511B49CF R_960A016BC71A8D938443FD5B4BD545FA10D9D76A0776A92D75D4E23235CAD0D0 R_E2929E24A4D3F33074BBFC9EB2E285BE087B76057F553B22FB5CA19B172B3C4A CR_E6B31A90E686795D9E916C75179C5E297CC54460E452CC51EA148281AD5C6D23 C_8950808B8A2EB8D5AE895F8D253EC27AA46290C0D9FCF34907198A4AB3C923D1 C_F78D535F784AB5BF2A7DF53DE5ACAAF1C73DACC48189425DF45543879C147259 R_51447A26417532B0D1E85276A6FCB955003CCAAE5927BD755A45CC87195E9484 CR_E707FBA0E2CA2FF8FDB82241C8B012B9A1B221B3B69ACD6A3EDCF3E478558D31 C_FF89590C844CBA58D43564BFAF3A9C1E0ACA3DFA20CB42FA7E832F2021AD16C0 R_35002FCC142049858649CB1BCD62043BE23AE98B3CC34288C266F1C2B8C4A3A3 CR_EA2F4ED6B8AA0BEEE14A7235028BAD0C1DDD97703732E8317B8FE1581E43A3CF R_848678FEA3E9DEEA8B4E9FB42ED8A13EB705C3DB7C73AB893E320FAEEC87714C R_5120F8DED242719988A9B53EE954218632D3A896BD93867D072F4224AC3F8FBA CR_DDEDD07282B8324F60B5A48A479C1B42607AE5EA149F90058D5C2368C1337E02 C_07175BBA4C96099E611E7C4DB8EA7DEC92B3AEAE5EC6DF957DB2495087F658D2 R_E0728E680677E2DC755DB0B32FACA9688F4B71D12279046ADFB604C5714997EF R_A21DD98AF56DC0A7D21C24764DDA5A5F7A3EA65FE4980FAAB7F2035E4807972C C_0B8D0CD35EF9C37B2A0F0A7A5A12FCC21F082587427AFAC5F5A4AE61B8034D36 C_7F637DAE12A5C57B84338EBF2100C5D2953335CDC28294203995748012501B4E C_760A5CD37813CDB0802F97A15FFFC44EE06FFB8EC97E61F0CF228A37D3D46FFB C_33AFC5533FEF2AB8957C705077D2CB2428067503BF4A8D79697DC98C53B8A138 CR_E7845F3041269988C5A1847DE98EF0D88E59CE50ED3A8AA1E310C1A1F393BB81 R_33AFC5533FEF2AB8957C705077D2CB2428067503BF4A8D79697DC98C53B8A138 C_57839BB831B678823813D6DE5621B2492B8DEE2CAA3C37F3643245385D720644 R_57839BB831B678823813D6DE5621B2492B8DEE2CAA3C37F3643245385D720644 C_1F25AAFC1DFD302234A597D09198F965D3DA468B1863CE8D32B13C0CE151009D C_4F0DC2D766DE63D22C2118312C7C8A4306FD995CC443322263FCAFC5C5AE9AB8 C_3205C234B2D5F02B734949988492FBCD94159F50911E0F44A000D975CE1C5819 C_62D705EEE1342BED8EAA270755244DE39EAF602D11698E63DBE2E645EB742AFE C_4E6B2407BBFA735CD558FA956E39FDDAEBB739747AD4109DB6B2E67ADBD0148A C_EA2F4ED6B8AA0BEEE14A7235028BAD0C1DDD97703732E8317B8FE1581E43A3CF C_C9D9452296EB13E3615C122157CD56E9BB0D20377DF2B13731EB18D5AF7A66B0 C_486709A1BC1AEA1713B7B7854CB54E0BA9471BB018357C834E1DD6BAF7DE7457 C_D36BA3ECD67E70A681B6A3C59013CFFFBADE74E531546E307816C80C79F820CF C_513CDE95079518F112965AA406F17722C0A89A191927E09A325D3D3202159331 C_EAB06445AE40CB0AB3321BBA04962C98586E49396B67AFD5B74F4985163D9EC2 C_88AFB8925BED57D785F853EA39F60A2597B7DD047C4BBEFEFD01EFF42AC83C8A C_8105231C8A3F2DF94C9C7F6EBD5BD2604617F4A36486778B9E1603208DF83C44 C_FFF2AE454B5EBA423321420C962DDADA7E00808CE9D4E5B4FF81481A2E9CA1B6 R_FFF2AE454B5EBA423321420C962DDADA7E00808CE9D4E5B4FF81481A2E9CA1B6 C_5C6828A3364FB35ACCB00567C7BCB4FAA9D96E7DAA4FEE16FD257A946F33EA50 C_DA8AC0D78FD1B90698550FC0FF5C609171143A2B0FA32F0B779BC5DC2D3441C8 C_F29100A757BDE75968386F1F8F50FAF18D4793B63DC12FB4378C18D9CD66C352 C_35C0F224CC2308A9D8BACDB20F08468AE9D1134753B5808A41A3EA43EE4C047D C_2C9E96C7F7E323559ADDB98919DA9CB9D792B77EB6D7DB30E98DE86B6BCDF5FC C_47B8D9FB99659B3546500CA55AB79FFA62B2FC16F96D81F5B390216EEB78A7A9 C_20C200D9E838157679E42B001B4147A35D03B45050CB643ED29839B5C1F1E6F1 C_A810B8BCB28B4593289F5B14287BCC8F9F33A8E5A5BE4903C9226502B53FB3AA C_FFBBEEB41878AC75CD38671CF9A4CECEB2F673622833FAA9EA04376FB4297330 C_C504B91CF040A007F72C24FC0CC99A78401C1C475112424D0A789E6908FEF373 C_378C3B019BA81FF898F9BF06FF0AC5FC705DA51C0F56DBDDF9AC986BBEE3099E C_403C7DAFD38411FBB7FFA51AD2D0CC5E3462A61D34EA60E279877DCCDC222D62 C_8A4037032A1E93595308B4A4BD6D8BFAF65C3C979F3304AFFC616809C573E05E C_CDE927435CAEB1D62EE8A15E5309F00C6263566F2B069604C803AE5D37D85A14 CR_DF35CAA9032B2BC8E9E68BEFAD5091A66EF205D46DBC51F13F62EC987E8BBEAC C_0ED8829CD55CB10045BE12FF28DC63BFD30CC65BF9376DAA6A5D15ADE3CAC700 C_4BD0F8A6C8D9EC0678D50228DC3CB44B9F26CFF9B291F8B882B0AD7C252B23A9 :� Z� @ �P��� � ��+̉ ; �"I�� � �:�� �Y� � ��A�� �
UN t C I M _ C o n t r o l l e d B y �_�%߬� CIM_ControlledBy C � �� � # 0 � � - 9 [ f ��������������������������������f � Win32_PrinterController CIMWin32 Description The Win32_PrinterController class represents an association between a printer and the local device to which the printer is connected. Note that this class only returns instances for local printers. Locale UUID {FAF76B5C-798C-11D2-AAD1-006008C78BC7} Antecedent f@ N
� � � �� � ��� � � � / ? ref:CIM_Controller Override Antecedent Description The CIM_Controller antecedent reference represents the local device associated with this printer. MappingStrings G CIM|CIM_Controller Dependent f@ N
� � � �� � ��� � � � ; K ref:Win32_Printer Override Dependent Description The Win32_Printer dependent reference represents the Win32_Printer MappingStrings S WMI|Win32_Printer � C I M _ D e p e n d e n c y �_�%߬�� CIM_Dependency C � �� � " / � � � � � � � U��������� � Win32_PrinterDriverDll CIMWin32 Description The Win32_PrinterDriverDll class represents the association between a local printer and its driver file. Locale UUID {FAF76B5D-798C-11D2-AAD1-006008C78BC7} Antecedent f@ N
� 7 � �� � ��I S _ l � � ref:CIM_DataFile Override Antecedent Description The CIM_DataFile antecedent reference represents the driver file for this Win32 printer. MappingStrings � CIM|CIM_DataFile Dependent f@ N
� W � �� � ��j t � � � ref:Win32_Printer Override Dependent Description The Win32_Printer dependent reference represents the Win32_Printer. MappingStrings � WMI|Win32_Printer aF � C I M _ D e p e n d e n c y �_�%߬� CIM_Dependency C � �� � + � � � � � : E U��������~ � Win32_PrinterShare CIMWin32 Description The Win32_PrinterShare class represents an association between a local printer and the share that represents it as it is viewed over a network. Locale UUID {FAF76B5E-798C-11D2-AAD1-006008C78BC7} Antecedent f@ N
� Z � �� � ��m w � � ref:Win32_Printer Override Antecedent Description The Win32_Printer antecedent reference indicates the Win32_Printer representing the local printer shared in this association. MappingStrings ' WMI|Win32_Printer Dependent f@ N
� � � �� � ��� � � � U e ref:Win32_Share Override Dependent Description The Win32_Share dependent referenceindicates the Win32_Share representing the network share of the printer in this association. MappingStrings m WMI|Win32_Share i � W i n 3 2 _ D e v i c e S e t t i n g s �_�%߬�� Win32_DeviceSettings C � �� � - � � � � � � � e��������, � Win32_PrinterSetting CIMWin32 Description The Win32_PrinterSetting class represents an association between a printer and its configuration settings. Locale UUID {8502C500-5FBB-11D2-AAC1-006008C78BC7} Element f@ C
� ) � ��< F O _ z � ref:Win32_Printer Override Element MappingStrings g WMI|Win32_Printer Description The Element reference represents the printer that can be configured with the Settings member. Setting f@ C
� @ � ��` j s � � � ref:Win32_PrinterConfiguration Override Setting MappingStrings � WMI|Win32_PrinterConfiguration Description The Setting reference represents the printer configuration settings that can be applied to the associated printer. nt �
E v e n t T r a c e �_�%߬�� EventTrace 6 � �� ) / W _ i p i����l � NETIO Description TCPIP Service Trace guid {eb004a05-9b1a-11d4-9123-0050047759bc} locale MS\0x409 Flags R
� � � � � � � � > H uint32 Description Enable Flags ValueDescriptions R i � � � � � � 4 J c { � � � � � NETIO_TRACE_SEND Flag NETIO_TRACE_RECEIVE Flag NETIO_TRACE_INTERFACE Flag NETIO_TRACE_NMR Flag NETIO_TRACE_NSI Flag NETIO_TRACE_FRAMING Flag NETIO_TRACE_NETWORK Flag NETIO_TRACE_TRANSPORT Flag NETIO_TRACE_TUNNEL Flag NETIO_TRACE_TDX Flag NETIO_TRACE_LEGACY Flag NETIO_TRACE_PACER Flag WFP_TRACE_BASE Flag WFP_TRACE_FE Flag WFP_TRACE_STM Flag WFP_TRACE_IPSEC Flag WFP_TRACE_ALE Flag NETIO_TRACE_EQOS Flag DefineValues R d y � � � � � � , ? O ] l } � NETIO_TRACE_SEND NETIO_TRACE_RECEIVE NETIO_TRACE_INTERFACE NETIO_TRACE_NMR NETIO_TRACE_NSI NETIO_TRACE_FRAMING NETIO_TRACE_NETWORK NETIO_TRACE_TRANSPORT NETIO_TRACE_TUNNEL NETIO_TRACE_TDX NETIO_TRACE_LEGACY NETIO_TRACE_PACER WFP_TRACE_BASE WFP_TRACE_FE WFP_TRACE_STM WFP_TRACE_IPSEC WFP_TRACE_ALE NETIO_TRACE_EQOS Values � 0 A R g | � � � � � � � , NETIO_TRACE_SEND NETIO_TRACE_RECEIVE NETIO_TRACE_INTERFACE NETIO_TRACE_NMR NETIO_TRACE_NSI NETIO_TRACE_FRAMING NETIO_TRACE_NETWORK NETIO_TRACE_TRANSPORT NETIO_TRACE_TUNNEL NETIO_TRACE_TDX NETIO_TRACE_LEGACY NETIO_TRACE_PACER WFP_TRACE_BASE WFP_TRACE_FE WFP_TRACE_STM WFP_TRACE_IPSEC WFP_TRACE_ALE NETIO_TRACE_EQOS ValueMap � � � � � � � � � $ 0 < H T ` 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 00 �
E v e n t T r a c e �_�%߬�� EventTrace 6 � �� E M W ^ U����Z � MMC Description MMC guid {9C88041D-349D-4647-8BFD-2C0A167BFE58} locale MS\0x409 Flags R
� � � � � � % - < F uint32 Description Enable Flags ValueDescriptions � DUMMY Flag DefineValues DUMMY Values 5 DUMMY ValueMap N 0x00000001 �
E v e n t T r a c e �_�%߬�m EventTrace 6 � ��
G M u } � � ����� � NCSICtlGuid Description Microsoft-Windows-NetworkConnectivityStatus guid {014DE49F-CE63-4779-BA2B-D616F6963A87} locale MS\0x409 Flags R
� � � $ � � " * � � uint32 Description Enable Flags ValueDescriptions @ U k z � � TM_NLAPROVIDER Flag TM_INTERFACEHOP Flag TM_MEDIA Flag TM_WEBPROBE Flag TM_SUPPORT Flag TM_LOCK Flag DefineValues � � �
TM_NLAPROVIDER TM_INTERFACEHOP TM_MEDIA TM_WEBPROBE TM_SUPPORT TM_LOCK Values F V g q ~ � TM_NLAPROVIDER TM_INTERFACEHOP TM_MEDIA TM_WEBPROBE TM_SUPPORT TM_LOCK ValueMap � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 @ �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �_�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ( ? P ����N������7�S+ ? �o�� � y,BQp ? $�K�� - r��� 8 �6�% ����) 4 M�P] L %�� ) �yt�
s4��� � sr�#� وi9� W ��"`5 � M��� � _ _ W i n 3 2 P r o v i d e r �c�%߬�J P __Win32Provider � � l u ��������������������������� ��� ������������������������������� � Win32_ProviderEx HostingModel @ ( +
� Y a n � � string Description Hosting Model, provides compatibility with Windows XP and Windows Server .NET. Do not override. Override HostingModel SecurityDescriptor @ F +
� 4 < I N X string Description ... Override SecurityDescriptor Version @
� � UInt32 NetworkServiceHost �2 C 1 F A B C 8 7 2 8 F 9 E 0 7 6 F 6 7 2 7 D B B 7 B A 1 3 5 8 C 4 F 0 1 0 4 0 7 3 5 6 D E B 9 8 3 B F 7 6 9 E 4 1 D 5 8 4 8 D �c�%߬��c�%߬�� P! ���: �� �� M � Win32_ProviderEx {E2E5A310-ECED-444F-81D7-ACCA6AC8A1A8} Win32_TpmProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �c�%߬�rZ�%߬�� � �� �� p � __InstanceProviderRegistration \\.\root\CIMV2\Security\MicrosoftTpm:Win32_ProviderEx.Name="Win32_TpmProvider" R O O T \ C I M V 2 \ S e c u r i t y \ M i c r o s o f t T p m _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�c�%߬�tZ�%߬�� n � __MethodProviderRegistration \\.\root\CIMV2\Security\MicrosoftTpm:Win32_ProviderEx.Name="Win32_TpmProvider" R O O T \ C I M V 2 \ S e c u r i t y \ M i c r o s o f t T p m _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�c�%߬�nZ�%߬�� ���M 9 Z � __Win32Provider {6ACB028E-48C0-4A44-964C-E14567C578BA} NetworkServiceHost SppProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �c�%߬�rZ�%߬�� � �� ��S l � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="SppProvider" [ WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 3 D 9 0 9 6 8 C B F 3 8 C 7 6 E B 9 C 6 4 E C 5 8 D F 8 B A D 3 3 7 C 1 A 4 8 A 7 0 D 1 C 9 E F 2 5 6 6 5 6 B D B C D 3 D F E 4 1 1 d 7 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �c�%߬�tZ�%߬�h Q � __MethodProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="SppProvider"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 3 D 9 0 9 6 8 C B F 3 8 C 7 6 E B 9 C 6 4 E C 5 8 D F 8 B A D 3 3 7 C 1 A 4 8 A 7 0 D 1 C 9 E F 2 5 6 6 5 6 B D B C D 3 D F E 4 3 5 �c�%߬� � �� � ) 6 F x � � � � B F � � � � U����������������������������� � SoftwareLicensingTokenActivationLicense SppProvider AdditionalInfo
� p � �� string AuthorizationStatus
� � � �� uint32 Description
� � � �� string ExpirationDate e
� 8 � �� datetime ID '
� { � �� � �� string ILID
� � � �� string ILVID
� � � �� uint32 � ' + � � Uninstall �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �c�%߬�� ) ) 6 � ��� � � � 0 E � � k { � � � � U����������������������������- � SoftwareLicensingTokenActivationLicense description This class exposes properties of installed token-based activation licenses. AMENDMENT LOCALE ms_409 AdditionalInfo
� � � � string description Optional text used by Microsoft to provide additional metadata. AuthorizationStatus
� q y � uint32 description An HRESULT returned from the Issuance License (IL) authorization. Description
� string description Optional text provided by the customer and included in the Issuance License (IL). ExpirationDate e
� � � � datetime description A UTC datetime after which the Issuance License (IL) cannot be used for Token Activation. ID )
� T � ��\ i string description A GUID used internally by the Software Licensing service to uniquely identify an XRML license. ILID
� � string description A GUID used to identify the Issuance License (IL) to the customer. The ILID is not unique, unless combined with the ILVID. ILVID
� � � � uint32 description A Version number used along with the ILID to allow customers to version their licenses. � C G � � Uninstall ) description Uninstalls this license. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �d�%߬�tZ�%߬�b K � __MethodProviderRegistration \\.\root\wmi:__Win32Provider.Name="BcdProv" p| C I M _ S t o r a g e V o l u m e �c�%߬�w � CIM_StorageVolume ) � ��� � � � \ h > H � � � � � � � � X
d
" - � � � �
�
� � � � � ' � � � � � � ����UUUU����������������������������������������������������������������������������������������������������������������������������������������� � Win32_Volume Description The Win32_Volume class represents an area of storage on a hard disk. The class returns local volumes that are formatted, unformatted, mounted or offline. A volume is formatted by using a file system, such as FAT or NTFS, and may have a drive letter assigned to it. A single hard disk can have multiple volumes, and volumes can also span multiple disks. The Win32_Volume class does not support diskette drive management. AMENDMENT LOCALE ms_409 Automount r +
� ( 5 I V boolean DisplayName Auto Mount Enabled Description If TRUE, the Automount property indicates that the volume will be mounted to the file system automatically when the first I/O is issued. Otherwise it will not be mounted until explicitly mounted with the Mount method or by adding a drive letter or mount point. BootVolume & � +
� � � � � � boolean DisplayName Boot Volume Description The BootVolume property indicates whether the volume contains the currently running operating system files. Capacity H +
� � � � � � uint64 DisplayName Capacity Description The Capacity property indicates in bytes, the size of the volume. Compressed P +
� 5 > K W d boolean DisplayName Compressed Description If TRUE, the volume exists as a single compressed entity, such as a DoubleSpace volume.If file based compression is supported (such as on NTFS), this property will be FALSE. DeviceID @ 6
� a i v � ��� � string Description The DeviceID property contains a string uniquely identifying the volume on the system. DisplayName ID DirtyBitSet h +
� % . ; J W boolean DisplayName Dirty Bit Set Description Indicates if the ChkDsk method should be run at next boot up. DriveLetter R +
� � � � � string DisplayName Drive Letter Description The DriveLetter property indicates the drive letter assigned to the volume. This property is NULL for volumes without drive letters. DriveType V +
� � � � � � uint32 Description The DriveType property contains a numeric value corresponding to the type of disk drive this logical disk represents. Please refer to the Platform SDK documentation for additional values.
Example: A CD-ROM drive would return 5. Values �
%
1
@
N
Unknown No Root Directory Removable Disk Local Disk Network Drive Compact Disc RAM Disk FileSystem Z +
� �
�
�
�
�
string DisplayName File System Description The FileSystem property indicates the file system on the logical disk. Example: NTFS FreeSpace ^ +
� f n { � � uint64 DisplayName Free Space Description The FreeSpace property indicates in bytes how much free space is available on the volume. IndexingEnabled f +
� 9 B O a n boolean DisplayName Indexing Enabled Description If context indexing is enabled this property will be TRUE Label j +
� � � �
string DisplayName Label Description The Label property indicates the volume name of the logical disk. Constraints: Maximum 32 characters. This property is NULL for a volume without a label. MaximumFileNameLength n +
� �
, 9 uint32 DisplayName Maximum File Name Length Description Maximum length of a filename component supported by the Windows drive. A filename component is that portion of a filename between backslashes. The value can be used to indicate that long names are supported by the specified file system. For example, for a FAT file system supporting long names, the function stores the value 255, rather than the previous 8.3 indicator. Long names can also be supported on systems that use the NTFS file system. Example: 255 PageFilePresent $ � +
� N W d w � boolean DisplayName Page File Present Description The PageFilePresent property indicates whether the volume contains a system memory paging file. QuotasEnabled t +
� - 6 C S ` boolean DisplayName Quotas Enabled Description The QuotasEnabled property indicates that quota management is enabled for this volume. QuotasIncomplete v +
� , 9 boolean DisplayName Quotas Incomplete Description The QuotasIncomplete property indicates that quota management was used but has been disabled. Incomplete refers to the information left in the file system after quota management was disabled. QuotasRebuilding x +
� E N [ n { boolean DisplayName Quotas Rebuilding Description The QuotasRebuilding property indicates that the file system is in the active process of compiling information and setting the disk up for quota management. SerialNumber ! z +
� ` h u � � uint32 DisplayName Serial Number Description The SerialNumber property indicates the serial number of the volume. Example: A8C3D032 SupportsDiskQuotas " ~ +
� 6 ? L b o boolean DisplayName Supports Disk Quotas Description The SupportsDiskQuotas property indicates if the volume supports disk quotas. SupportsFileBasedCompression # � +
� + L Y boolean DisplayName Supports File Based Compression Description The SupportsFileBasedCompression property indicates if the volume supports file based compression as is the case with the NTFS file system. SystemVolume % � +
� - 6 C R _ boolean DisplayName System Volume Description The SystemVolume property indicates whether the volume contains the hardware specific files required to start the operating system. �b � � 1 � ` � � � � �" l< �= �= �? �A nF ~F HH LH �O �O �Q �S YU `U V V �W �W �X c` �a � Chkdsk & 3
Description This method invokes the chkdsk operation on the volume. The method is applicable to only those volume instances that represent a physical disk in the machine. It is not applicable to mapped logical drives. Values & / g � � � Success Success - Volume locked and chkdsk scheduled on reboot Unsupported file system Unknown file system No media in drive Unknown error � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * > k s k � � � � U�������������0 � __PARAMETERS abstract FixErrors boolean
� 5 in
� 5 ] �� This parameter indicates what should be done to errors found on the disk. If true, then errors are fixed. Description )
� 5 ] ��� � ID 6
� � ] ��� � : boolean VigorousIndexCheck boolean
� � in
� � � �� This parameter indicates whether a vigorous check of index entries should be performed. Description )
� � � ��` ID 6
� � � ��` � Label string
� X in
'
� X � �� � �� ID
4
� � �� � ��� string EnableCompression boolean
� - in '
� - U �� � �� ID 4
� � U �� � ��� boolean Version uint32
� � in '
� � �� � �� | � � � � � � 0 256 257 258 336 513 514 592 ValueMap 4
� � �� � ��� X ID A
� A �� � ��� X � uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Defrag S �� Implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � � __PARAMETERS abstract Force boolean
� 1 in
� 1 Y �� ID )
� � Y ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � & ��������P � __PARAMETERS abstract
DefragAnalysis object
� : out
� : a �� ID
)
� � a ��� object ReturnValue uint32
� uint32 out
� ! �� __ � DefragAnalysis u$ �� Implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �2 �� � T * � � � ���������� � __PARAMETERS abstract DefragRecommended boolean
� = out
� = e �� ID )
� � e ��� boolean
DefragAnalysis object
� � out
� � ! �� ID
)
� � ! ��P object ReturnValue uint32
� � uint32 out
� � � �� __ � AddMountPoint :) ��G) W) Implemented MappingStrings _) Win32API|File System Functions|SetVolumeMountPoint � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract Directory string
� 5 in
� 5 \ �� ID )
� � \ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Mount 6- ��C- S- Implemented MappingStrings [- Win32API|File System Functions|IOCTRL_VOLUME_ONLINE y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Dismount 7/ ��D/ T/ Implemented MappingStrings \/ Win32API|File System Functions|FSCTRL_DISMOUNT_VOLUME,IOCTL_VOLUME_OFFLINE � ac6d1350600005Q ROOT\CIMV2 ���� � �6 �� * � � B � � __PARAMETERS abstract Force boolean
� 1 in
� 1 Y �� ID )
� � Y ��� boolean Permanent boolean
� � in
� � �� ID )
� y ��> boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � name of the codec driver. This string is intended to be displayed in large (descriptive) spaces.
Example: Microsoft PCM Converter. Group +
� , 4 A � � string Description The Group property indicates the type of codec represented by this class. Values � � Audio Video �nd provides path information for the grouped files.
Example: C:\TEMP. AMENDMENT LOCALE ms_409 Th �f the corresponding property contained in the Win32_PageFileUsage and the Win32_PageFileSetting. �ideo � �tem. �_409 �nt32 � �K�� i ��<I � �$%
E �feO �g�[ ���Sg
x �
�g� �%�� � 2
�t�� ^�w ] α
v � lq"Q @ ~e�%߬�Q ) � �� � & , T b � � � � P X � � U�������������������������� � Win32_InstalledStoreProgram InvProv UUID {13DAD3AD-9F41-4722-8DEB-7D151C1E4F9B} Architecture
� � � �� string Language
� � � �� string Name
� � �� string ProgramId '
� H � �� � �� string Vendor
� � � �� string Version
� � � �� string � e�%߬�� ) � �� � ! * 0 X g � � � D \ � � � � U����������������������� � Win32_InstalledProgramFramework InvProv UUID {17087075-EB55-4FCC-ADAB-79B04E16ED04} FrameworkName '
� � � �� � �� string FrameworkPublisher '
� � � �� � �� string FrameworkVersion '
� < � �� � �� string FrameworkVersionActual '
� � � �� � �� string IsPrivate
� � � �� boolean ProgramId '
� � �� � �� string �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �e�%߬�nZ�%߬�� �����J 9 S � __Win32Provider {F4BA59CC-2506-45AE-84C8-78EA8D7F9B3E} LocalSystemHost InvProv E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �e�%߬�rZ�%߬�| � �� O � __InstanceProviderRegistration \\.\Root\cimv2:__Win32Provider.Name="InvProv"
R O O T \ c i m v 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�e�%߬�nZ�%߬�� ���j 9 � � __Win32Provider {D7C3453E-1F1C-48CD-AFE6-CFF2A937D337} NetworkServiceHost:[ReliabilityMetricsProvider] ReliabilityMetricsProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �e�%߬�rZ�%߬�� � �� �� b � __InstanceProviderRegistration \\.\ROOT\CIMV2:__Win32Provider.Name="ReliabilityMetricsProvider"
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 3 0 2 1 5 9 D D 4 3 7 D F 3 1 C 3 4 4 7 7 4 0 E 0 D 6 6 6 1 7 7 5 6 B B 4 0 F B E 8 4 0 8 7 8 8 6 8 5 1 0 D 2 2 B 9 C A 0 6 1 8 2 1 d 7 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �e�%߬�tZ�%߬�w ` � __MethodProviderRegistration \\.\ROOT\CIMV2:__Win32Provider.Name="ReliabilityMetricsProvider"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 3 0 2 1 5 9 D D 4 3 7 D F 3 1 C 3 4 4 7 7 4 0 E 0 D 6 6 6 1 7 7 5 6 B B 4 0 F B E 8 4 0 8 7 8 8 6 8 5 1 0 D 2 2 B 9 C A 0 6 1 8 1 8 2 1 �e�%߬�E �� � Win32_Reliability Abstract il � W i n 3 2 _ R e l i a b i l i t y �e�%߬�M Win32_Reliability ) � �� � # ? G Q e � � � � 2 d s U�������������������������� � Win32_ReliabilityStabilityMetrics ReliabilityMetricsProvider locale MS\0x409 EndMeasurementDate e
� � � �� datetime RelID
� � � �� string StartMeasurementDate e
� � �� datetime SystemStabilityIndex
� \ � �� real64 TimeGenerated e '
� � � �� � �� datetime ` ? C < � GetRecordCount * ��7 �� Implemented Static � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � # ��������M � __PARAMETERS abstract RecordCount uint32
� 7 OUT
� 7 ^ �� ID )
� � ^ ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � W i n 3 2 _ R e l i a b i l i t y �e�%߬�� + Win32_Reliability ) � �� � 6 >
H V � � � � U ^ � � � � & X g � � UU������������������������������������������ � Win32_ReliabilityRecords ReliabilityMetricsProvider locale MS\0x409 ComputerName
� � � �� string EventIdentifier
� � � �� uint32 InsertionStrings $
� � �� string Logfile '
� M � �� � �� string Message
� � � �� string ProductName
� � � �� string RecordNumber '
� � �� � �� uint32 SourceName
� P � �� string TimeGenerated e '
� � � �� � �� datetime User
� � � �� string ` ? C < � GetRecordCount * ��7 �� Implemented Static � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � # ��������M � __PARAMETERS abstract RecordCount uint32
� 7 OUT
� 7 ^ �� ID )
� � ^ ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � �Ā�� ` !8y�@ � f܄� � ��w� � � � C :џl� � p�U�_
� �!N. � u�h � *sA2� " y�/n� N �P�E � (=L\� C I M _ S e t t i n g D a t a $d�%߬�* + CIM_SettingData ) � �� � + = E R � � � � A N �U������������������������������������������ � Win32_PowerSettingDefinitionPossibleValue PowerWmiProvider Locale BinaryValue $
� | � �� uint8 SettingIndex
� � � �� uint32 StringValue
� � � �� string UInt32Value
� 9 � �� uint32 UInt64Value
� x � �� uint64 � %d�%߬��
) ��& 6 O W e � � � � U������������A � CIM_ElementCapabilities Association UMLPackagePath CIM::Core::Capabilities locale Capabilities f
� � � �� ref:CIM_Capabilities Characteristics
� � uint16 ManagedElement f )
� $ � ��< ref:CIM_ManagedElement Min � C I M _ E l e m e n t C a p a b i l i t i e s &d�%߬��
! CIM_ElementCapabilities ) � �� � 2 ������������: � Win32_PowerSettingCapabilities PowerWmiProvider Locale � 'd�%߬�� ? �� ��& ��3 C \ d t � � e�������� � CIM_Component Association Abstract Aggregation UMLPackagePath CIM::Core::CoreElements locale GroupComponent f '
� � � ��� �� ref:CIM_ManagedElement Aggregate PartComponent f
� � �� ref:CIM_ManagedElement ti �
C I M _ C o m p o n e n t (d�%߬� CIM_Component ) ��- = R Z j � � A Q � � ��������� � � CIM_SettingsDefineCapabilities Association UMLPackagePath CIM::Core::Settings locale GroupComponent f@ +
� � � � � ref:CIM_Capabilities Override GroupComponent Max PartComponent f@
� ( 2 ref:CIM_SettingData Override PartComponent PropertyPolicy )
� � � ��� � uint16 Required ModelCorrespondence � � CIM_SettingsDefineCapabilities.ValueRole CIM_SettingsDefineCapabilities.ValueRange ValueRange
� H P e uint16 ModelCorrespondence q � CIM_SettingsDefineCapabilities.PropertyPolicy CIM_SettingsDefineCapabilities.ValueRole ValueRole
� uint16 ModelCorrespondence * Y CIM_SettingsDefineCapabilities.PropertyPolicy CIM_SettingsDefineCapabilities.ValueRange � C I M _ S e t t i n g s D e f i n e C a p a b i l i t i e s )d�%߬�6 ( CIM_SettingsDefineCapabilities ) � �� � & 8 @ P ���������� � � Win32_PowerSettingDefineCapabilities PowerWmiProvider Locale GroupComponent f@
� | � � ref:Win32_PowerSettingDefinition Override GroupComponent �
C I M _ C o m p o n e n t *d�%߬�� CIM_Component ) ��$ 4 M U e � � e��������/ � CIM_ConcreteComponent Association UMLPackagePath CIM::Core::CoreElements locale GroupComponent f@
� � � � ref:CIM_ManagedElement Override GroupComponent PartComponent f@
� � ref:CIM_ManagedElement Override PartComponent mp � C I M _ C o n c r e t e C o m p o n e n t +d�%߬�� CIM_ConcreteComponent ) � �� � 0 8 H � � e�������� � Win32_PowerSettingInSubgroup PowerWmiProvider Locale GroupComponent f@
� t � � ref:Win32_PowerSettingSubgroup Override GroupComponent PartComponent f@
� � ref:Win32_PowerSetting Override PartComponent rr � C I M _ C o n c r e t e C o m p o n e n t ,d�%߬�� CIM_ConcreteComponent ) � �� � # 5 = M � � e�������� � Win32_PowerSettingDataIndexInPlan PowerWmiProvider Locale GroupComponent f@
� y � � ref:Win32_PowerPlan Override GroupComponent PartComponent f@
� � ref:Win32_PowerSettingDataIndex Override PartComponent Co � C I M _ S e t t i n g D a t a ?d�%߬�� CIM_SettingData 6 * > K � ��� � � � �����{ � Win32_PowerSettingDataIndex DisplayName Power Setting Data Description This class represents the setting data for a power setting in the system. AMENDMENT LOCALE ms_409 SettingIndexValue +
� � ! . uint32 DisplayName Setting Value Description The setting value for a power setting. This value is writable. The InstanceID of this class will encode whether this setting is for AC or DC power setting. Important: setting saving a power setting value does not automatically make the power setting value take effect on the system. Win32_PowerPlan.Activate() needs to be executed. � C I M _ E l e m e n t S e t t i n g D a t a @d�%߬�
CIM_ElementSettingData ) + 8 � ��� � � � u � � � ������������������ � Win32_PowerSettingElementSettingDataIndex Description This class associates the setting data for a power setting with the power setting. AMENDMENT LOCALE ms_409 IsACSetting 8
� � 2 : uint16 Description An enumerated integer that indicates that the referenced setting is used when the system is running in AC.
For a given ManagedElement and all instances of a SettingData subclass, there shall be at most one instance of ElementSettingData which references the ManagedElement and an instance of the SettingData sub-class where there is a specified non-null, non-key property of the SettingData sub-class, and the IsACSetting property on the referencing ElementSettingData instance has a value of "Is AC Setting". ValueMap ) , / 0 1 2 Values J S b Unknown Is AC Setting Is Not AC Setting ManagedElement f
� � � � ref:Win32_PowerSetting Description A power setting. SettingData f
� ! B O ref:Win32_PowerSettingDataIndex Description The setting data associated with a power setting. Po � C I M _ S e t t i n g D a t a Ad�%߬�j CIM_SettingData 6 ' 4 S ` � ��� � � � ����� � Win32_PowerSettingDefinitionRangeData DisplayName Power Setting Definition Data Description This class represents the setting definition data for a power setting in the system. AMENDMENT LOCALE ms_409 SettingValue +
� - G T uint32 DisplayName Setting Definition Value Description A value used to define a power setting. This value is readable. The InstanceID of this class will encode whether this setting is a Min/Max/Inc or a possible value. rS � R O O T \ w m i _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 F B D C B 0 8 E C D 3 3 F B E F 0 2 8 D 2 D B 3 E F 0 5 8 F 8 C E 9 5 9 7 7 9 B 9 4 3 F 4 3 A B 3 D B 3 E C 3 4 A C A 1 4 7 D \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 8 4 D A E 3 9 4 D 7 2 E E C 4 4 9 4 8 5 0 4 C 5 7 5 2 A 6 F B 4 8 8 C 2 F 3 4 A F 0 D D E 6 1 4 A 4 D 6 B A 8 E 4 E F 4 1 5 7 9 _ 1 c 3 �pb� s o4� V B�B�i P ��f� � "^�� ����� �E��� ~��� � ��<� � C I M _ S e t t i n g �c�%߬�E , CIM_Setting
) " � ��� �
� � � � � � < M � � r | � � $ n { 5
@
% 1 � � �
UUU����������������������������������������^ � Win32_ShadowContext Description The Win32_ShadowContext class is used to specify how a shadow copy is to be created, queried, or deleted and the degree of writer involvment. AMENDMENT LOCALE ms_409 ClientAccessible +
� - @ M boolean DisplayName Client Accessible Description The ClientAccessible property is indicates whether the shadow copy was created by the Windows Previous Versions component. Differential +
� & 4 A boolean DisplayName Differential Description The Differential property indicates whether the shadow copy was created by a differential shadow copy provider. The provider can be implemented in hardware or software. ExposedLocally & +
� 4 = J [ h boolean DisplayName Exposed Locally Description The ExposedLocally property indicates whether the shadow copy is exposed on the local machine with a drive letter or mount point. If this flag and the ExposedRemotely flag is not set, the shadow copy is hidden. ExposedRemotely $ +
� � � � � � boolean DisplayName Exposed Remotely Description The ExposedRemotely property indicates whether the shadow copy is exposed on a remote machine with a network share. If this flag and the ExposedLocally flag is not set, the shadow copy is hidden. HardwareAssisted
+
� � � � � boolean DisplayName Hardware Assisted Description The HardwareAssisted property indicates whether the shadow copy was created by a hardware shadow copy provider. Imported
" +
� � � � � � boolean DisplayName Imported Description The Imported property indicates whether the shadow copy was imported onto this machine using the Import method rather than created using the ShadowCopy create method. Name 6
� � � � � ��� � string DisplayName Name Description The name of the context NoAutoRelease +
� ] f s � � boolean DisplayName No Auto Release Description The NoAutoRelease property indicates whether the shadow copy is automatically deleted when the shadow copy requestor process ends. If this property is TRUE, the shadow copy is retained after the requestor process ends. NotSurfaced +
� � � � � � boolean DisplayName Not Surfaced Description The shadow copy is not currently in the device namespace of the local machine. NoWriters +
� y
�
�
�
�
boolean DisplayName No Writers Description The NoWriters property indicates whether the shadow copy was created with the involvement of shadow copy writer components. Persistent +
� j s � � � boolean DisplayName Persistent Description The Persistent property indicates whether the shadow copy is persistent across reboots. Plex +
� 1 : G M Z boolean DisplayName Plex Description The Plex property indicates whether the shadow copy was created by a split mirror shadow copy provider. The provider can be implemented in hardware or software. Transportable +
� E
N
[
j
w
boolean DisplayName Transportable Description The Transportable property indicates whether the shadow copy can be surfaced on another machine. If this property is FALSE and the volumes are surfaced locally, it may not be possible to surface them later on a different machine. � V s s T r a c i n g E v e n t C l a s s �c�%߬� " VssTracingEventClass ) / < T ��_ g o } � � # / } � � � C T � � UU��������������������������������X � VssTracingEventClass_VssTracingEventTypeClass Description VSS tracing event type AMENDMENT LOCALE ms_409 FunctionName
� � � � string Description Function Name Indent
� uint32 Description Indentation LineNumber
� [ c p uint32 Description Line Number MessageDescription
� � � � string Description Message Description ModuleIndex
� ( 5 uint32 Description Module Index SourceFileAlias
� � � � string Description Source File Alias SourceFileName
� � � � string Description Source File Name Text
� = E R string Description Text �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �c�%߬�nZ�%߬�� �?"���M ��9 ^ � __Win32Provider {890CB943-D715-401b-98B1-CF82DCF36D7C} NetworkServiceHost MSVDS__PROVIDER 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �c�%߬�tZ�%߬�l U � __MethodProviderRegistration \\.\root\CIMV2:__Win32Provider.Name="MSVDS__PROVIDER"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 8 1 E 1 B 4 4 7 1 1 5 A A 4 9 5 1 6 9 E 9 6 8 D 7 2 9 B 8 0 8 E 6 A F A A A 8 9 0 4 F 1 D 6 E C C F 6 F 1 7 B C 5 C B 9 9 8 8 C p o i n E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �c�%߬�rZ�%߬�� � �������� W � __InstanceProviderRegistration \\.\root\CIMV2:__Win32Provider.Name="MSVDS__PROVIDER"
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 8 1 E 1 B 4 4 7 1 1 5 A A 4 9 5 1 6 9 E 9 6 8 D 7 2 9 B 8 0 8 E 6 A F A A A 8 9 0 4 F 1 D 6 E C C F 6 F 1 7 B C 5 C B 9 9 8 8 C �o�v C I M _ S t o r a g e E x t e n t �c�%߬�� b CIM_StorageExtent �������������������������������������������������������������������������������������������������� � CIM_StorageVolume � C I M _ S t o r a g e E x t e n t �c�%߬�F M CIM_StorageExtent ) � ��� � ������������������������������������������������������������������������������ � CIM_StorageVolume Description A StorageVolume is an Extent that is presented to the Operating System (for example, by a hardware RAID cabinet), to a File System (for example, by a software volume manager) or to another entity. StorageVolumes do NOT participate in StorageRedundancy Groups. They are directly Realized in hardware or are the end result of assembling lower level Extents. AMENDMENT LOCALE ms_409 � MD�Y , V�%, � {^ȭ H 1VP�f B��t � ��� , �UPo� � o�iP� D ^x � w �6 Kw x ׇ�� � �~��� �^�� T ��l�M U 5E��� � R S O P _ S e c u r i t y S e t t i n g s e�%߬�� 3 RSOP_SecuritySettings y � � � � � $ 0 ��U���� � � � ����������������������������W � RSOP_File Mode
(
� = E M uint32 Values ] f n Inherit Ignore Overwrite OriginalPath $
� � string Path
� � � �� string precedence @
� � �� uint32 SDDLString ,
� O string � R S O P _ S e c u r i t y S e t t i n g s e�%߬�� / RSOP_SecuritySettings � � � � � ������ � � � ������������������������) � RSOP_RegistryKey Mode $
� D L T uint32 Values d m u Inherit Ignore Overwrite Path
� � � �� string precedence @
� � � �� uint32 SDDLString
(
� ! string � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�� 3 & RSOP_SecuritySettingsBlocked � � � � � � + 7 ��U���� � � � ����������������������������^ � RSOP_FileBlocked Mode
(
� D L T uint32 Values d m u Inherit Ignore Overwrite OriginalPath $
� � string Path
� � � �� string precedence @
� # � �� uint32 SDDLString ,
� V string � R S O P _ S e c u r i t y S e t t i n g s B l o c k e d e�%߬�� / & RSOP_SecuritySettingsBlocked � � � � � ������ � � � ������������������������0 � RSOP_RegistryKeyBlocked Mode $
� K S [ uint32 Values k t | Inherit Ignore Overwrite Path
� � � �� string precedence @
� � � �� uint32 SDDLString
(
� ( string �
E v e n t T r a c e e�%߬�� EventTrace 6 � ��
/ 5 ] e o v m����� � WinLogon Description Windows Winlogon Trace guid {d451642c-63a6-11d7-9720-00b0d03e0347} locale MS\0x409 Flags E
� � � � � � h v { � uint32 Description Enable Flags ValueDescriptions S ^ j z � � � � � � � � � � 1 C W Core Flag Setup Flag DataStore Flag Machine Flag Session Flag User Flag WMsg Flag Sas Flag StateTrace Flag Job Flag Timeout Flag Power Flag Logon Flag Logoff Flag Lock Flag Unlock Flag ChangePassword Flag ScreenSaver Flag Accessibility Flag SLActivate Flag DefineValues � � � � � � � & - 5 ; C S ` o Core Setup DataStore Machine Session User WMsg Sas StateTrace Job Timeout Power Logon Logoff Lock Unlock ChangePassword ScreenSaver Accessibility SLActivate Values � � � � �
# , 3 : B H P ` m | Core Setup DataStore Machine Session User WMsg Sas StateTrace Job Timeout Power Logon Logoff Lock Unlock ChangePassword ScreenSaver Accessibility SLActivate �
E v e n t T r a c e "e�%߬� EventTrace
�� % , Q����� � WinLogon AMENDMENT LOCALE ms_409 Flags
� X ` j uint32 ValueMap � � � � � � * 6 B N Z f r ~ � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 �
E v e n t T r a c e #e�%߬�� EventTrace 6 � �� # 1 7 _ g q � Bid2Etw_MSDADIAG_ETW Description MSDADIAG.ETW Guid {8B98D3F2-3CC6-0B9C-6651-9649CCE5C752} locale MS\0x409 B � B i d 2 E t w _ M S D A D I A G _ E T W $e�%߬� Bid2Etw_MSDADIAG_ETW C � �� ) 7 = e r | � � � Bid2Etw_MSDADIAG_ETW_Trace Description MSDADIAG.ETW Guid {8B98D3F3-3CC6-0B9C-6651-9649CCE5C752} DisplayName msdadiag locale MS\0x409 � B i d 2 E t w _ M S D A D I A G _ E T W _ T r a c e %e�%߬�+ $ Bid2Etw_MSDADIAG_ETW_Trace C � ��" / R ] l s { � � � ���������� � Bid2Etw_MSDADIAG_ETW_Trace_TextA Description MSDADIAG.ETW formatted output (A) EventType EventTypeName TextA locale MS\0x409 ModID 6
� � � � � � �� uint32 WmiDataId Description Module ID msgStr
C
� T \ g t � � � �� object WmiDataId Description Text StringA extension RString � B i d 2 E t w _ M S D A D I A G _ E T W _ T r a c e &e�%߬�, $ Bid2Etw_MSDADIAG_ETW_Trace C � ��" / R ] l s { � � � ���������� � Bid2Etw_MSDADIAG_ETW_Trace_TextW Description MSDADIAG.ETW formatted output (W) EventType EventTypeName TextW locale MS\0x409 ModID 6
� � � � � � �� uint32 WmiDataId Description Module ID msgStr
C
� T \ g t � � � �� object WmiDataId Description Text StringW extension RWString Mo �
E v e n t T r a c e 'e�%߬�� EventTrace 6 � �� # ) Q Y c � Bid2Etw_BCP_1 Description BCP.1 Guid {24722B88-DF97-4FF6-E395-DB533AC42A1E} locale MS\0x409 B �
B i d 2 E t w _ B C P _ 1 (e�%߬�� Bid2Etw_BCP_1 C � �� " ) / W d i q { � Bid2Etw_BCP_1_Trace Description BCP.1 Guid {24722B89-DF97-4FF6-E395-DB533AC42A1E} DisplayName BCP locale MS\0x409 � B i d 2 E t w _ B C P _ 1 _ T r a c e )e�%߬� Bid2Etw_BCP_1_Trace C � �� ( D O ^ e m w ~ � � u��������� � Bid2Etw_BCP_1_Trace_TextA Description BCP.1 formatted output (A) EventType EventTypeName TextA locale MS\0x409 ModID 6
� � � � � � �� uint32 WmiDataId Description Module ID msgStr
C
� F N Y f t � �� object WmiDataId Description Text StringA extension RString � B i d 2 E t w _ B C P _ 1 _ T r a c e *e�%߬� Bid2Etw_BCP_1_Trace C � �� ( D O ^ e m w ~ � � u��������� � Bid2Etw_BCP_1_Trace_TextW Description BCP.1 formatted output (W) EventType EventTypeName TextW locale MS\0x409 ModID 6
� � � � � � �� uint32 WmiDataId Description Module ID msgStr
C
� F N Y f t � �� object WmiDataId Description Text StringW extension RWString � �
E v e n t T r a c e +e�%߬�� EventTrace 6 � �� ! - 3 [ c m � Bid2Etw_DBNETLIB_1 Description DBNETLIB.1 Guid {BD568F20-FCCD-B948-054E-DB3421115D61} locale MS\0x409 B � boolean SkipFolderCycle boolean
� in
� @ �� This parameter indicates whether the folder cycle checking should be skipped or not. Description )
� @ ��� n ID 6
� P @ ��� n boolean ForceDismount boolean
� z in
� z � �� This parameter indicates whether the volume should be forced to dismount before checking. Description )
� z � ��+ � ID 6
� � � ��+ � o boolean RecoverBadSectors boolean
� � in
� �
�� This parameter indicates whether the bad sectors should be located and the readable information should be recovered from these sectors. Description )
� �
��� ; ID 6
� P
��� ; boolean
OkToRunAtBootUp boolean
� | in
� | � �� This parameter indicates whether the chkdsk operation should be performed at next boot up time, in case the operation could not be performed because the disk was locked at time the method was called. Description
)
� | � ��� � ID
6
� ' � ��� � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ScheduleAutoChk O \ S [ Description This method is used schedule chkdsk to be run at the next reboot if the dirty bit has been set.The method is applicable to only those volume instances that represent a physical disk in the machine. It is not applicable to mapped logical drives. Values s | � � � Success Remote Drive Removable Drive Drive Not Root Directory Unknown Drive � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �> �� * � ����� � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� This parameter is used to specify the list of volumes that should be scheduled for autochk at next reboot. The string syntax consists of the the drive letter, mount point name, or volume GUID name for the volume. Description )
� 2 Y ��] � ID 6
� � Y ��] � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ExcludeFromAutoChk # � � Description This method is used to exclude volumes from the chkdsk operation to be run at the next reboot. If not excluded, chkdsk is performed on the volume if the dirty bit has been set for the disk. Note that the calls to exclude volumes are not cumulative. That is, if a call is made to excluded some volumes, then the new list is not added to the list of ones that were already marked for exclusion, instead the new list of volumes overwrites the previous one. The method is applicable to only those volume instances that represent a physical disk in the machine and is not applicable to mapped logical drives. Values � � � � � Success Remote Drive Removable Drive Drive Not Root Directory Unknown Drive � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �1 �� * � ����� � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� This parameter is used to specify the list of volumes that should be excluded from autochk at next reboot. The string syntax consists of the the drive letter followed by a colon for the logical disk. Description )
� 2 Y ��P � ID 6
� � Y ��P � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Format * 7 b j Description This method is used to format the volume. Values � � � � ! ! @! X! l! �! �! �! �! �! �! " " 8" X" g" Success Unsupported file system Incompatible media in drive Access denied Call cancelled Call cancellation request too late Volume write protected Volume lock failed Unable to quick format Input/Output error Invalid volume label No media in drive Volume is too small Volume is too large Volume is not mounted Cluster size is too small Cluster size is too large Cluster size is beyond 32 bits Unknown error Failed to enable compression after format completed � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �r �� � ; �
� * � � =
g S e � U��������������������� � __PARAMETERS abstract FileSystem string
� 6 in
� 6 ] �� File System DisplayName )
� 6 ] ��� � The file system format to use for the volume. Description 6
� 6 ] ��� � � t z � � � NTFS FAT32 FAT UDF EXFAT Values C
� 6 ] ��� � � � \ ID P
� M ] ��� � � � \ � string QuickFormat boolean
� t in
� t � �� Quick Format DisplayName )
� t � ��� � Specifies whether to perform a quick format by removing files from the disk without scanning the disk for bad sectors. Use this option only if this disk has been previously formatted and you are sure the disk is not damaged. Description 6
� t � ��� � � ID C
� � � ��� � � O boolean ClusterSize uint32
� � in
� � � �� Cluster Size DisplayName )
� � � ��/ ! Specifies the disk allocation unit size or cluster size. All file systems used by this version of Windows organize your hard disk based on cluster size, which represents the smallest amount of disk space that can be allocated to hold a file. The smaller the cluster size you use, the more efficiently your disk stores information. If no cluster size is specified during format, Windows�picks defaults based on the size of the volume. These defaults have been selected to reduce the amount of space lost and to reduce the amount of fragmentation on the volume. For general use, default setting (zero) are strongly recommended. Description 6
� � � ��/ ! � s ID C
� � � ��/ ! � s 7 uint32
Label string
� � in
� � � �� Label DisplayName
)
� � � �� The label to use for the new volume. The volume label can contain up to 11 characters for FAT and FAT32 volumes or up to 32 characters for NTFS volumes. Description
6
� � � �� � M ID
C
� �
� �� � M 9
string EnableCompression boolean
� �
in
� �
�
�� Enable Compression DisplayName )
� �
�
��% Indicates if the volume should be enabled for compression Description 6
� �
�
��% � i ID C
� J �
��% � i � boolean Version uint32
� n in
� n � �� Version DisplayName )
� n � ��� � Version number of the specified file system. This is currently only valid for UDF. The default value (zero) will cause the format engine to select the version. Description 6
� n � ��� � �
' 0 6 < B H N T Default 1.00 1.01 1.02 1.50 2.00 2.01 2.50 Values C
� n � ��� � �
Z ID P
� � ��� � �
Z � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Defrag > #> N> V> Description This method is used to defrag the volume. Values �> �> �> �> �> �> ? ? @? b? �? �? Success Access denied Volume not supported Volume dirty bit is set Not enough free space Corrupt Master File Table detected Call Cancelled Call cancellation request too late Defrag engine is already running Unable to connect to defrag engine Defrag engine error Unknown error ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * " ��o � __PARAMETERS abstract Force boolean
� 1 in
� 1 Y �� This parameter is used to force the defrag even if free space on the disk is low. Description )
� 1 Y ��� � ID 6
� f Y ��� � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �P �� * [ � � ��������$ � __PARAMETERS abstract
DefragAnalysis object
� : out
� : a �� This parameter is a Win32_DefragAnalysis object that contains properties describing the extent to which the volume is fragmented. Description
)
� : a �� � ID
6
� � a �� � W object ReturnValue uint32
� � uint32 out
� � � �� __ � DefragAnalysis �F �F �F �F Description This method is used to generate a defrag analysis for the volume. Values (G 1G @G VG oG �G �G �G �G H $H 9H Success Access denied Volume not supported Volume dirty bit is set Not enough free space Corrupt Master File Table detected Call Cancelled Call cancellation request too late Defrag engine is already running Unable to connect to defrag engine Defrag engine error Unknown error v ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� � � * , [ ����������� � __PARAMETERS abstract DefragRecommended boolean
� = out
� = e �� This parameter indicates whether defragmentation or the volume is recommended. Description )
� = e ��� � ID 6
� p e ��� � ( boolean
DefragAnalysis object
� � out
� � � �� This parameter is a Win32_DefragAnalysis object that contains properties describing the extent to which the volume is fragmented. Description
)
� � � ��t � ID
6
� � ��t � � object ReturnValue uint32
� N uint32 out
� N V �� __ � AddMountPoint �O P Q Q Description This method is used to add a mount point directory for the volume. The result of this method is the creation of a Win32_MountPoint class associating this volume with the Win32_Directory instance representing the directory specified in the parameter list Values (Q 1Q @Q RQ qQ �Q �Q Success Access denied Invalid argument Specified directory not empty Specified directory not found Volume mount points not supported Unknown error ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * ����b � __PARAMETERS abstract Directory string
� 5 in
� 5 \ �� This parameter is the directory where the volume is to be mounted. Description )
� 5 \ ��� � ID 6
� Z \ ��� � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Mount ~U �U �U �U Description This method is used to mount a volume to the file system. Values �U �U �U Success Access Denied Unknown error � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Dismount �W �W X
X Description This method is used to dismount a volume from the file system. Values *X 3X BX [X �X �X �X Success Access denied Volume has mount points Volume does not support the no-automount state Force option required Unknown error Forced dismount failed because the volume is locked. x ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * 0 � ����m � __PARAMETERS abstract Force boolean
� 1 in
� 1 Y �� This parameter indicates whether the volume should be forced to dismount if open handles exist. Description )
� 1 Y ��� � ID 6
� t Y ��� � , boolean Permanent boolean
� � in
� � � �� This parameter indicates whether the volume should be dismounted to a no-automount (offline) state. The volume may be returned to the automount state by explicitly calling the Mount method or creating a mount point for the volume. Description )
� � � ��� � ID 6
� d � ��� � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �B6438BAE11B26EE8F93CB5F8195E21E8C383D6C44CC41 I_A9F8B44D617BF5CE113FEF784720616F96802102F33327316324B2A6D9D506A6.100.2905688407.188 n used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. SystemCreationClassName )
� # � �� STRING Description The scoping system's creation class name. SystemName )
� � � � � �� STRING Description The scoping system's name. � 7c�%߬� �� * 4 s � %��������� � RSOP_IELinkItemLink Locale Association linkItem f
� ^ � �� ref:RSOP_IELinkItem policySetting f
� � � �� ref:RSOP_IEAKPolicySetting � �v�k� 7 F7��� � ��V�� � x�ޛd
� ̩��a - lE�� 9 ��-�� R ��/ � �� M� 9 r M �w�b [
E v e n t T r a c e _d�%߬� EventTrace 6 � �� 5 ; c k u | u����� � LLTDSVC Description Microsoft-Windows-LLTD-Mapper guid {CCC64809-6B5F-4c1b-AB39-336904DA9B3B} locale MS\0x409 Flags R
� � � � � # 1 uint32 Description Enable Flags ValueDescriptions : Q h � � � � � TRACE_CLASS_CALL Flag TRACE_CLASS_INIT Flag TRACE_CLASS_ENGINE Flag TRACE_CLASS_PACKET Flag TRACE_CLASS_PROTOCOL Flag TRACE_CLASS_ALGORITHM Flag TRACE_CLASS_SESSION Flag TRACE_CLASS_TRANSACTION Flag TRACE_CLASS_MAPPING Flag DefineValues Y k } � � � � � TRACE_CLASS_CALL TRACE_CLASS_INIT TRACE_CLASS_ENGINE TRACE_CLASS_PACKET TRACE_CLASS_PROTOCOL TRACE_CLASS_ALGORITHM TRACE_CLASS_SESSION TRACE_CLASS_TRANSACTION TRACE_CLASS_MAPPING Values E W i } � � � � � TRACE_CLASS_CALL TRACE_CLASS_INIT TRACE_CLASS_ENGINE TRACE_CLASS_PACKET TRACE_CLASS_PROTOCOL TRACE_CLASS_ALGORITHM TRACE_CLASS_SESSION TRACE_CLASS_TRANSACTION TRACE_CLASS_MAPPING ValueMap 3 ? K W c o { � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 �
E v e n t T r a c e `d�%߬�l EventTrace 6 � �� & H N v ~ � � ����� � NetworkItemFactoryTrace Description Windows NetworkItemFactory Trace guid {D2A60D61-0F87-4673-A86C-9C461457FE27} locale MS\0x409 Flags R
� � � % ^ l � � � � uint32 Description Enable Flags ValueDescriptions 1 B tagDefault Flag tagNetworkItemFactory Flag DefineValues x � tagDefault tagNetworkItemFactory Values � � tagDefault tagNetworkItemFactory ValueMap � � 0x00000001 0x00000002 �
E v e n t T r a c e ad�%߬�� EventTrace 6 � �� > D l t ~ � }����= � MSV1_0DebugTrace Description Security: NTLM Authentication Guid {5BBB6C18-AA45-49b1-A15F-085F7ED0AA90} locale MS\0x409 Flags E
� � � � � R Z ) uint32 Description Enable Flags ValueDescriptions V b p { � � � � � � � � . E Error Flag Warning Flag Init Flag Misc Flag Logon Session Flag Leak Track Flag Lpc Flag Lpc More Flag Api Flag Api More Flag Session Keys Flag Negotiate Flag Updates Flag NTLM V2 Flag Credentials Flag Protocol Version Flag Target Flag Values � � � � � � � � � � � � � Error Warning Init Misc LogonSess Leak Lpc LpcMore Api ApiMore SKey Nego Updates NtLmV2 Cred Version Target ValueMap q } � � � � � � � � � �
% 1 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0 �
E v e n t T r a c e bd�%߬�� EventTrace 6 � ��
2 8 ` h r � MSV1_0Trace Description NTLM Security Protocol Guid {C92CF544-91B3-4dc0-8E11-C580339A0BF8} locale MS\0x409 M � M S V 1 _ 0 T r a c e cd�%߬�� MSV1_0Trace
C � �� 3 9 a n � � � � NtlmServerAccept Description NTLM Server Accept Guid {94d4c9eb-0d01-41ae-99e8-15b26b593a83} DisplayName NtlmServerAccept locale MS\0x409 � N t l m S e r v e r A c c e p t dd�%߬� NtlmServerAccept C � �� % 9 D S Z b l w � e��������v � NtlmServerAccept_Start Description NTLM Server Accept EventType EventTypeName Start locale MS\0x409 InContext A
� � � � � � �� � �� uint32 WmiDataId Description In-Context pointer StageHint 6
� J R ] j � �� uint32 WmiDataId Description Stage Hint � N t l m S e r v e r A c c e p t ed�%߬� NtlmServerAccept C � �� # 7 B Q V ^ h s � � � U����������������w � NtlmServerAccept_End Description NTLM Server Accept EventType EventTypeName End locale MS\0x409 InContext A
� � � � � � �� � �� uint32 WmiDataId Description In-Context pointer OutContext A
� R Z e r �� � �� uint32 WmiDataId Description Out-Context pointer StageHint 6
� � � � � � �� uint32 WmiDataId Description Stage Hint Status 6
� O W b o � �� uint32 WmiDataId Description Status � N t l m S e r v e r A c c e p t fd�%߬�� NtlmServerAccept C � �� $ 8 C R X ` j v / 6 � � 0 < � � < F �
U����������������������������� � NtlmServerAccept_Info Description NTLM Server Accept EventType EventTypeName Info locale MS\0x409 DomainName P
� � � � � $ , � �� string WmiDataId Description Client Domain Name StringTermination Counted format w Flags 6
� z � � � � �� uint32 WmiDataId Description Flags InContext A
� � ' �� � �� uint32 WmiDataId Description In-Context pointer OutContext A
� � � � � � �� � �� uint32 WmiDataId Description Out-Context pointer StageHint 6
� # 0 � �� uint32 WmiDataId Description Stage Hint UserName P
� � � � � � � � � � �� string WmiDataId Description Client User Name StringTermination Counted format w Workstation P
� h p { � � � � � � �� string WmiDataId Description Client Workstation StringTermination Counted format w � M S V 1 _ 0 T r a c e gd�%߬� MSV1_0Trace
C � �� # ; A i v � � � � NtlmClientInitialize Description NTLM Client Initialize Guid {6df28b22-73be-45cc-ba80-8b332b35a21d} DisplayName NtlmClientInitialize locale MS\0x409 � N t l m C l i e n t I n i t i a l i z e hd�%߬�
NtlmClientInitialize C � �� ) A L [ b j t u��������~ � NtlmClientInitialize_Start Description NTLM Client Initialize EventType EventTypeName Start locale MS\0x409 InContext A
� � � � � � �� � �� uint32 WmiDataId Description In-Context pointer StageHint 6
� R Z e r � �� uint32 WmiDataId Description Stage Hint �
B c d E l e m e n t �d�%߬�/ BcdElement E Q ����������������� � BcdUnknownElement Description This represents an unknown element. ActualType )
� � � ��� � uint32 Description This is the actual value of the element inside the BCD store. � )
� � f ��� boolean ReturnValue uint32
� uint32 out
� ' �� __ � IsCommandPresent ( 5 7 �� Description Implemented $ ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract CommandOrdinal uint32
� : IN
� : a �� ID )
� � a ��� uint32 __ � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � * ������T � __PARAMETERS abstract IsCommandPresent boolean
� < OUT
� < d �� ID )
� � d ��� boolean ReturnValue uint32
� uint32 out
� % �� __ � Enable � � � �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �{ �� * � ���� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� optional '
� 5 \ ��� �� ID 4
� \ ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Disable g! t! v! �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �{ �� * � ���� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� optional '
� 5 \ ��� �� ID 4
� \ ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � IsEndorsementKeyPairPresent 7% D% F% �� Description Implemented - ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � 5 ������_ � __PARAMETERS abstract IsEndorsementKeyPairPresent boolean
� G OUT
� G o �� ID )
� � o ��� boolean ReturnValue uint32
� ( uint32 out
� ( 0 �� __ � CreateEndorsementKeyPair �( �( �( �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � TakeOwnership �* �* �* �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �{ �� * � ���� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� optional '
� 5 \ ��� �� ID 4
� \ ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Clear V. c. e. �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �{ �� * � ���� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� optional '
� 5 \ ��� �� ID 4
� \ ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � IsSrkAuthCompatible 2 +2 -2 �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � - ������W � __PARAMETERS abstract IsSrkAuthCompatible boolean
� ? OUT
� ? g �� ID )
� � g ��� boolean ReturnValue uint32
� uint32 out
� ( �� __ � ResetSrkAuth �5 �5 �5 �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �{ �� * � ���� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� optional '
� 5 \ ��� �� ID 4
� \ ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ChangeOwnerAuth M9 Z9 \9 �� Description Implemented F ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� , � * � �������� � __PARAMETERS abstract OldOwnerAuth string
� 8 IN
� 8 _ �� optional '
� 8 _ ��� �� ID 4
� _ ��� ��� string NewOwnerAuth string
� : IN
� : a �� optional '
� : a ��� �� ID 4
� a ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SelfTest l> y> {> �� Description Implemented
ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � $ * � ��������N � __PARAMETERS abstract SelfTestResult uint8
� : OUT
� : ` �� ID )
� � ` ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � ConvertToOwnerAuth �A �A �A �� Description Implemented ' ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract OwnerPassPhrase string
� ; IN
� ; b �� ID )
� � b ��� string __ � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ! ��������K � __PARAMETERS abstract OwnerAuth string
� 5 OUT
� 5 \ �� ID )
� � \ ��� string ReturnValue uint32
� uint32 out
� �� __ � SetPhysicalPresenceRequest WG dG fG �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �G �� * � � � ��������� � __PARAMETERS abstract Request uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 RequestParameter uint32
� � IN
� � �� optional '
� � ��D �� ID 4
� � ��D ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetPhysicalPresenceRequest �K �K L �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ��������I � __PARAMETERS abstract Request uint32
� 3 OUT
� 3 Z �� ID )
� � Z ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetPhysicalPresenceTransition TO aO cO �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � " * � ��������L � __PARAMETERS abstract Transition uint32
� 6 OUT
� 6 ] �� ID )
� � ] ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetPhysicalPresenceResponse �R �R �R �� Description Implemented y ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �
�� * � � B � � ������������� � __PARAMETERS abstract Request uint32
� 3 OUT
� 3 Z �� ID )
� � Z ��� uint32 Response uint32
� � OUT
� � �� ID )
� y ��> uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � AddBlockedCommand �W �W �W �� Description Implemented $ ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract CommandOrdinal uint32
� : IN
� : a �� ID )
� � a ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RemoveBlockedCommand �[ �[ �[ �� Description Implemented $ ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract CommandOrdinal uint32
� : IN
� : a �� ID )
� � a ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � IsCommandBlocked �_ �_ �_ �� Description Implemented $ ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract CommandOrdinal uint32
� : IN
� : a �� ID )
� � a ��� uint32 __ � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ( ��������R � __PARAMETERS abstract IsCommandBlocked uint32
� < OUT
� < c �� ID )
� � c ��� uint32 ReturnValue uint32
� uint32 out
� # �� __ � ResetAuthLockOut e ,e .e �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �{ �� * � ���� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� optional '
� 5 \ ��� �� ID 4
� \ ��� ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � IsReady �h �h �h �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ! ������K � __PARAMETERS abstract IsReady boolean
� 3 OUT
� 3 [ �� ID )
� � [ ��� boolean ReturnValue uint32
� uint32 out
� �� __ � IsReadyInformation 4l Al Cl �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � � �� � G * � � � ���������� � __PARAMETERS abstract IsReady boolean
� 3 OUT
� 3 [ �� ID )
� � [ ��� boolean Information uint32
� � OUT
� � �� ID )
� ~ ��C uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � IsAutoProvisioningEnabled q q q �� Description Implemented ) ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � 3 ������] � __PARAMETERS abstract IsAutoProvisioningEnabled boolean
� E OUT
� E m �� ID )
� � m ��� boolean ReturnValue uint32
� & uint32 out
� & . �� __ � EnableAutoProvisioning �t �t �t �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableAutoProvisioning yv �v �v �� Description Implemented + ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � �� � __PARAMETERS abstract OnlyForNextBoot boolean
� ; IN
� ; c �� optional '
� ; c ��� �� ID 4
� c ��� ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetOwnerAuth �z �z �z �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ! ��������K � __PARAMETERS abstract OwnerAuth string
� 5 OUT
� 5 \ �� ID )
� � \ ��� string ReturnValue uint32
� uint32 out
� �� __ � Provision �} �} �} �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �| �� * � � e ����� � __PARAMETERS abstract ForceClear_Allowed boolean
� > IN
� > f �� ID )
� � f ��� boolean PhysicalPresencePrompts_Allowed boolean
� IN
� 3 �� ID )
� � 3 ��a boolean __ � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � # ��������M � __PARAMETERS abstract Information uint32
� 7 OUT
� 7 ^ �� ID )
� � ^ ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � ImportOwnerAuth � !� #� �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� ID )
� � \ ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetPhysicalPresenceConfirmationStatus � ,� .� �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract Operation uint32
� 5 IN
� 5 \ �� ID )
� � \ ��� uint32 __ � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � * ��������T � __PARAMETERS abstract ConfirmationStatus uint32
� > OUT
� > e �� ID )
� � e ��� uint32 ReturnValue uint32
� uint32 out
� % �� __ � GetSrkPublicKeyModulus �� �� �� �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � ) * � ��������S � __PARAMETERS abstract SrkPublicKeyModulus uint8
� ? OUT
� ? e �� ID )
� � e ��� uint8 ReturnValue uint32
� uint32 out
� $ �� __ � GetSrkADThumbprint � � � �� Description Implemented 1 ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract SrkPublicKeyModulus uint8
� ? IN
� ? e �� ID )
� � e ��� uint8 __ � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � % * � ��������O � __PARAMETERS abstract SrkADThumbprint uint8
� ; OUT
� ; a �� ID )
� � a ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � GetTcgLog �� �� �� �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � * � ��������F � __PARAMETERS abstract TcgLog uint8
� 2 OUT
� 2 X �� ID )
� � X ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � IsKeyAttestationCapable � �� � �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � " * � ��������L � __PARAMETERS abstract TestResult uint32
� 6 OUT
� 6 ] �� ID )
� � ] ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetOwnerAuthForEscrow Q� ^� `� �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �"
�� � K * � � � ������������ � __PARAMETERS abstract OwnerAuthStatus uint32
� ; OUT
� ; b �� ID )
� � b ��� uint32 OwnerAuth string
� � OUT
� � �� ID )
� � ��G string ReturnValue uint32
� � uint32 out
� � � �� __ � OwnerAuthEscrowed /� <� >� �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � ����� � __PARAMETERS abstract OwnerAuth string
� 5 IN
� 5 \ �� ID )
� � \ ��� string __ �� ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetOwnerAuthStatus '� 4� 6� �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ' ��������Q � __PARAMETERS abstract OwnerAuthStatus uint32
� ; OUT
� ; b �� ID )
� � b ��� uint32 ReturnValue uint32
� uint32 out
� " �� __ � IsFIPS �� �� �� �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � ������J � __PARAMETERS abstract IsFIPS boolean
� 2 OUT
� 2 Z �� ID )
� � Z ��� boolean ReturnValue uint32
� uint32 out
� �� __ � GetDictionaryAttackParameters � � � �� Description Implemented ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� � * � � G T � U����������������� � __PARAMETERS abstract MaxTries uint32
� 4 OUT
� 4 [ �� ID )
� � [ ��� uint32 RecoveryTime uint32
� � OUT
� � �� ID )
� ~ ��C uint32 LockoutRecovery uint32
� � OUT
� � � �� ID )
� : � ��� uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � GetCapLockoutInfo >� K� M� �� Description Implemented � ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �
�� * � � I � � ������������ � __PARAMETERS abstract LockoutCounter uint32
� : OUT
� : a �� ID )
� � a ��� uint32 MaxTries uint32
� � OUT
� � �� ID )
� � ��E uint32 ReturnValue uint32
� � uint32 out
� � � �� �r�np |<^jw � )Kk8+ p ��Q�� EB D� � o�^�� � �xC_��� � ) ( � ���
� � � � u � Y � F o 3 ^ & I % � � � � � a
�
: \ * � � �
�
w � K l > � � � � � \ ~ 4 \ UUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������' � Msft_WmiProvider_Counters Description La clase Msft_WmiProvider_Counters expone informaci�n aproximada del recuento de llamadas de operaciones internas en todos los proveedores. AMENDMENT LOCALE ProviderOperation_AccessCheck �
� ( Uint64 Description La propiedad ProviderOperation_AccessCheck indica el n�mero de llamadas a IWbemEventProviderSecurity :: AccessCheck. ProviderOperation_CancelQuery �
� � � � Uint64 Description La propiedad ProviderOperation_CancelQuery indica el n�mero de llamadas a IWbemEventProviderQuerySink :: CancelQuery. ProviderOperation_CreateClassEnumAsync
� � � � Uint64 Description La propiedad ProviderOperation_CreateClassEnumAsync indica el n�mero de llamadas a IWbemServices :: CreateClassEnumAsync. ProviderOperation_CreateInstanceEnumAsync 0
� � � � Uint64 Description La propiedad ProviderOperation_CreateInstanceEnumAsync indica el n�mero de llamadas a IWbemServices :: CreateInstanceEnumAsync. ProviderOperation_CreateRefreshableEnum
h
� � � � Uint64 Description La propiedad ProviderOperation_CreateRefreshableEnum indica el n�mero de llamadas a IWbemHiPerfProvider :: CreateRefreshableEnum. ProviderOperation_CreateRefreshableObject X
� � � � Uint64 Description La propiedad ProviderOperation_CreateRefreshableObject indica el n�mero de llamadas a IWbemHiPerfProvider :: CreateRefreshableObject. ProviderOperation_CreateRefresher
P
� u } � Uint64 Description La propiedad ProviderOperation_CreateRefresher indica el n�mero de llamadas a IWbemHiPerfProvider :: CreateRefresher. ProviderOperation_DeleteClassAsync
� Q Y f Uint64 Description La propiedad ProviderOperation_DeleteClassAsync indica el n�mero de llamadas a IWbemServices :: DeleteClassAsync. ProviderOperation_DeleteInstanceAsync (
� , 4 A Uint64 Description La propiedad ProviderOperation_DeleteInstanceAsync indica el n�mero de llamadas a IWbemServices :: DeleteInstanceAsync. ProviderOperation_ExecMethodAsync @
� Uint64 Description La propiedad ProviderOperation_ExecMethodAsync indica el n�mero de llamadas a IWbemServices :: ExecMethodAsync. ProviderOperation_ExecQueryAsync 8
� � � � Uint64 Description La propiedad ProviderOperation_ExecQueryAsync indica el n�mero de llamadas a IWbemServices :: ExecQueryAsync. ProviderOperation_FindConsumer �
� �
�
�
Uint64 Description La propiedad ProviderOperation_FindConsumer indica el n�mero de llamadas a IWbemEventConsumerProvider :: FindConsumer. ProviderOperation_GetObjectAsync
� � � � Uint64 Description La propiedad ProviderOperation_GetObjectAsync indica el n�mero de llamadas a IWbemServices :: GetObjectAsync. ProviderOperation_GetObjects p
� V ^ k Uint64 Description La propiedad ProviderOperation_GetObjects indica el n�mero de llamadas a IWbemHiPerfProvider :: GetObjects. ProviderOperation_GetProperty x
� #
+
8
Uint64 Description La propiedad ProviderOperation_GetProperty indica el n�mero de llamadas a IWbemPropertyProvider :: GetProperty. ProviderOperation_NewQuery �
� �
�
Uint64 Description La propiedad ProviderOperation_NewQuery indica el n�mero de llamadas a IWbemEventProviderQuerySink :: NewQuery. ProviderOperation_ProvideEvents �
� � � � Uint64 Description La propiedad ProviderOperation_ProvideEvents indica el n�mero de llamadas a IWbemEventProvider :: ProvideEvents. ProviderOperation_PutClassAsync
� � � � Uint64 Description La propiedad ProviderOperation_PutClassAsync indica el n�mero de llamadas a IWbemServices :: PutClassAsync. ProviderOperation_PutInstanceAsync
� j r Uint64 Description La propiedad ProviderOperation_PutInstanceAsync indica el n�mero de llamadas a IWbemServices :: PutInstanceAsync. ProviderOperation_PutProperty �
� = E R Uint64 Description La propiedad ProviderOperation_PutProperty indica el n�mero de llamadas a IWbemPropertyProvider :: PutProperty. ProviderOperation_QueryInstances H
� & Uint64 Description La propiedad ProviderOperation_QueryInstances indica el n�mero de llamadas a IWbemHiPerfProvider :: QueryInstances. ProviderOperation_SetRegistrationObject �
� � � Uint64 Description La propiedad ProviderOperation_SetRegistrationObject no est� establecida actualmente. ProviderOperation_StopRefreshing `
� � � � Uint64 Description La propiedad ProviderOperation_StopRefreshing indica el n�mero de llamadas a IWbemHiPerfProvider :: StopRefreshing. ProviderOperation_ValidateSubscription �
� � � � Uint64 Description La propiedad ProviderOperation_ValidateSubscription indica el n�mero de llamadas a IWbemEventConsumerProviderEx :: ValidateSubscription. �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �xC_���Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �xC_��lZ�%߬�� � � __thisNAMESPACE � �� � � ? �xC_��� ) + . ��9
A U � � E��������� � CIM_ElementConformsToProfile Description La asociaci�n CIM_ElementConformsToProfile define los elementos RegisteredProfile con los que es conforme el ManagedElement al que se hace referencia. Nota: esta asociaci�n puede aplicarse a cualquier elemento administrado. Normalmente, se aplica a una instancia de nivel superior, como System, NameSpace o Service. Cuando se aplica a una instancia de nivel superior, todos los elementos que la conforman DEBEN tener un comportamiento correcto para que ManagedElement sea conforme al RegisteredProfile con nombre. AMENDMENT LOCALE ConformantStandard f )
� � � ��� � ref:CIM_RegisteredProfile Description RegisteredProfile con el que es conforme ManagedElement. ManagedElement f )
� 5 � ��M Z ref:CIM_ManagedElement Description ManagedElement que es conforme a RegisteredProfile. ap �
W i n 3 2 _ P e r f �xC_��� Win32_Perf ) [ ��f
n � Win32_PerfRawData Description Esta es una clase de base abstracta para proveedor Hiperf AMENDMENT LOCALE �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 T|C_��kZ�%߬�,
� __NAMESPACE ms_c0a __ � IsLockedOut � � !� �� Description Implemented
ac6d1350600005Q ROOT\CIMV2\Security\MicrosoftTpm ���� � �� �� * � � % ������O � __PARAMETERS abstract IsLockedOut boolean
� 7 OUT
� 7 _ �� ID )
� � _ ��� boolean ReturnValue uint32
� uint32 out
� �� __ �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g �c�%߬�I � � �� � & ' 8 j � � � ) T � � � � + N � � � � + Q � � � � , M � � � � . X � � � : T � � � � / W � � � � 7 i � � � ( Z v � � �
@
f
�
�
�
�
- C u ~ � � UUUUUUUUU���������������������������������������������������������������������������������������������������������������������������������������������������H � SoftwareLicensingService SppProvider ClientMachineID 8
� b � �� string DiscoveredKeyManagementServiceMachineIpAddress
� � � �� string DiscoveredKeyManagementServiceMachineName
� ! � �� string DiscoveredKeyManagementServiceMachinePort
� ~ � �� uint32 IsKeyManagementServiceMachine
� � � �� uint32 KeyManagementServiceCurrentCount ,
� # � �� uint32 KeyManagementServiceDnsPublishing D
� x � �� boolean KeyManagementServiceFailedRequests b
� � � �� uint32 KeyManagementServiceHostCaching H
� " � �� boolean KeyManagementServiceLicensedRequests N
� { � �� uint32 KeyManagementServiceListeningPort @
� � � �� uint32 KeyManagementServiceLookupDomain
� $ � �� string KeyManagementServiceLowPriority F
� w � �� boolean KeyManagementServiceMachine
� � � �� string KeyManagementServiceNonGenuineGraceRequests Z
� & � �� uint32 KeyManagementServiceNotificationRequests f
� � � �� uint32 KeyManagementServiceOOBGraceRequests R
� � � �� uint32 KeyManagementServiceOOTGraceRequests V
� 2 � �� uint32 KeyManagementServicePort
� ~ � �� uint32 KeyManagementServiceProductKeyID
� � � �� string KeyManagementServiceTotalRequests ^
� ' � �� uint32 KeyManagementServiceUnlicensedRequests J
� � � �� uint32 OA2xBiosMarkerMinorVersion " �
� � � �� uint32 OA2xBiosMarkerStatus ! ~
� � �� uint32 OA3xOriginalProductKey # �
� a � �� string OA3xOriginalProductKeyDescription $ �
� � � �� string OA3xOriginalProductKeyPkPn % �
� � �� string PolicyCacheRefreshRequired
4
� R � �� uint32 RemainingWindowsReArmCount <
� � � �� uint32 RequiredClientCount 0
� � � �� uint32 TokenActivationAdditionalInfo z
� 8
� �� string TokenActivationCertificateThumbprint v
� �
� �� string TokenActivationGrantNumber r
� �
� �� uint32 TokenActivationILID j
� % � �� string TokenActivationILVID n
� m � �� uint32 Version '
� � � �� � �� string VLActivationInterval $
� � � �� uint32 VLRenewalInterval
(
� @ � �� uint32 Y / 5 � � � � X o � � : V _
� � � � � � W v � � 8 T ` � $ � � � � q � � �! 5# R# n# r# �$ % !% �' 4) B) ^) b) �* �* + - �. �. �. �. D0 j0 �0 �2 4 14 M4 Q4 �5 �5 6 /8 �9 �9 �9
< �= �= �= �? ZA �A �A �C �F �F �F $K �L �L �L �O Q %Q AQ SS �T �T
U U �V � InstallProductKey " �� Implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � InstallLicense � �� implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract License string
� 3 in
� 3 Z �� ID )
� � Z ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � InstallLicensePackage ~ �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract LicensePackage string
� : in
� : a �� ID )
� � a ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceMachine I �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract MachineName string
� 7 in
� 7 ^ �� ID )
� � ^ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceMachine
�� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServicePort � �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract PortNumber uint32
� 6 in
� 6 ] �� ID )
� � ] ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServicePort � �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceLookupDomain G �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract LookupDomain string
� 8 in
� 8 _ �� ID )
� � _ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceLookupDomain �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLActivationInterval � �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ActivationInterval uint32
� > in
� > e �� ID )
� � e ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLRenewalInterval � �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract RenewalInterval uint32
� ; in
� ; b �� ID )
� � b ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearProductKeyFromRegistry a# �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � AcquireGenuineTicket % �� implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �? �� � D * � ��������� � __PARAMETERS abstract TemplateId string
� 6 in
� 6 ] �� ID )
� � ] ��� string ServerUrl string
� � in
� � �� ID )
� { ��@ string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReArmWindows Q) �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReArmApp �* �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ApplicationId string
� 9 in
� 9 ` �� ID )
� � ` ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RefreshLicenseStatus �. �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � ���` �'ic -lj� _ 4";p� � ��]� ^ C I M _ S e t t i n g �]�%߬�� L CIM_Setting
) � ��� � � � � � � � { � � � � � � � 9 H 9 ? � � �
�
� � Y l V
j
2 = � � � UUUU������������������������������������������������������������������������ � Win32_Desktop Description The Win32_Desktop class represents the common characteristics of a user's desktop. The properties of this class can be modified by the user to customize the desktop. AMENDMENT LOCALE ms_409 BorderWidth
� , uint32 Description The BorderWidth property sets the width of the borders around all windows with adjustable borders.
Example: 3. CoolSwitch
� � � � boolean Description The CoolSwitch property indicates whether fasttask switching is turned on. Fast task switching allows the user to switch between windows using the ALT+TAB keyboard combination. CursorBlinkRate +
� � � � uint32 Units milliseconds Description The CursorBlinkRate property indicates the length of time between successive cursor blinks.
Example: 530. DragFullWindows
� � � � boolean Description The DragFullWindows property indicates whether the contents of a window are shown when a user moves the window.
Values: TRUE or FALSE. A value of TRUE indicates the content of the window is displayed while the user moves the window. GridGranularity +
�
( uint32 Units 8 pixels Description The GridGranularity property indicates the spacing of the grid that windows are bound to on the desktop. This makes organizing windows easier. The spacing is usually fine enough that the user does not notice it.
Example: 1. IconSpacing +
� O W ^ f s uint32 Units pixels Description The IconSpacing property specifies the spacing between icons.
Example: 75 IconTitleFaceName
� � string Description The IconTitleFaceName property indicates the nameof the font used for the names of the icons.
Example: MS San Serif. IconTitleSize
$ +
� � � � � � uint32 Units point Description The IconTitleSize property indicates the icon font size.
Example: 9. IconTitleWrap (
� t } � boolean Description The IconTitleWrap property indicates whether the icon's title text wraps to the next line.
Values: TRUE or FALSE. A value of TRUE indicates the title wraps to the next line. Name * )
� v � ��~ � string Description The Name property indicates the name that identifies the current desktop profile.
Example: MainProf Pattern
.
� %
-
:
string Description The Pattern property indicates the name of the pattern used as the background for the desktop ScreenSaverActive 2
� �
�
�
boolean Description The ScreenSaverActive property indicates whether the screen saver is active.
Values: TRUE or FALSE. A value of TRUE indicates the screen saver is active. ScreenSaverExecutable 4
� � � � string Description The ScreenSaverExecutable property indicates the name of the current screen saver executable file.
Example: LOGON.SCR. ScreenSaverSecure 8
� � � � boolean Description The ScreenSaverSecure property determines whether the password is enabled for the screen saver.
Values: TRUE or FALSE. If TRUE, the screen saver password is enabled. ScreenSaverTimeout : +
� �
�
�
�
�
uint32 Units seconds Description The ScreenSaverTimeout property indicates the amount of time that passes before the screen saver starts. Wallpaper >
� i q ~ string Description The Wallpaper property indicates the file name for the wallpaper design on the background of the desktop.
Example: WINNT.BMP WallpaperStretched D
� < E R boolean Description The WallpaperStretched property indicates whether the wallpaper is stretched to fill the entire screen. Microsoft Plus! must be installed before this option is available.
Values: TRUE and FALSE. A value of TRUE indicates the wallpaper is stretched to fit the entire screen. If FALSE, the wallpaper retains its original dimensions on the desktop background. WallpaperTiled B
� � �
boolean Description The WallpaperTiled property indicates whether the wallpaper is tiled or centered.
Values: TRUE or FALSE. A value of TRUE indicates the wallpaper is tiled. � C I M _ S y s t e m D e v i c e �]�%߬�� CIM_SystemDevice ) " � ��� � � � � � ���������v � Win32_SystemDevices Description The Win32_SystemDevices class represents an association between a computer system and a logical device installed on that system. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� - � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the properties of the computer system where the logical device exists. PartComponent f@ )
� � � � �� ref:CIM_LogicalDevice Description The PartComponent reference represents the properties of a logical device that exists on the computer system. em � W i n 3 2 _ S y s t e m D e v i c e s �]�%߬�! Win32_SystemDevices ) , � ��� � � � � � ���������� � Win32_ComputerSystemProcessor Description The Win32_ComputerSystemProcessor class represents an association between a computer system and a processor running on that system. AMENDMENT LOCALE ms_409 GroupComponent f@
� " / ref:Win32_ComputerSystem Description The GroupComponent reference represents the Win32_ComputerSystem containing the properties of the computer system on which the processor is running. PartComponent f@
� " ref:Win32_Processor Description The PartComponent reference represents the Win32_Processor containing the properties of a processor which is running the computer system. � C I M _ P r o d u c t �]�%߬�v " CIM_Product
) * � ��� � � � ���������������������������������� � Win32_ComputerSystemProduct Description The Win32_ComputerSystemProduct class represents a product. This includes software and hardware used on this computer system. AMENDMENT LOCALE ms_409 UUID
� � � String Description The UUID property contains the Universally Unique Identifier (UUID) for this product. A UUID is a 128-bit identifier that is guaranteed to be different from other generated UUIDs. If a UUID is not available, a UUID of all zeros is used. � C I M _ S e r v i c e S e r v i c e D e p e n d e n c y �]�%߬� & CIM_ServiceServiceDependency ) % � ��� � � � � � ������������ � Win32_DependentService Description The Win32_DependentService class represents an association between two interdependent base services. AMENDMENT LOCALE ms_409 Antecedent f@ )
� �
� �� ref:Win32_BaseService Description The Antecedent reference represents the Win32_BaseService containing the base service relied upon by the Dependent property of this class. Dependent f@ )
� � � � � �� ref:Win32_BaseService Description The Dependent reference represents the Win32_BaseService containing a base service that is dependent on the Antecedent property of this class. � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceListeningPort y0 �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract PortNumber uint32
� 6 in
� 6 ] �� ID )
� � ] ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceListeningPort @4 �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableKeyManagementServiceDnsPublishing 6 �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��� � __PARAMETERS abstract DisablePublishing boolean
� = in
� = e �� ID )
� � e ��� boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableKeyManagementServiceLowPriority �9 �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��� � __PARAMETERS abstract EnableLowPriority boolean
� = in
� = e �� ID )
� � e ��� boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableKeyManagementServiceHostCaching �= �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ��� � __PARAMETERS abstract DisableCaching boolean
� : in
� : b �� ID )
� � b ��� boolean __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GenerateActiveDirectoryOfflineActivationId �A �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � & ��������P � __PARAMETERS abstract InstallationID string
� : out
� : a �� ID )
� � a ��� string ReturnValue uint32
� uint32 out
� ! �� __ � DepositActiveDirectoryOfflineActivationConfirmation �F �� implemented ( ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� � � I * � ������������H � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string ConfirmationID string
� � in
� � �� ID )
� � ��E string ActivationObjectName string
� � in
� � � �� ID )
� @ � �� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DoActiveDirectoryOnlineActivation �L �� implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �U �� � O * � ��������� � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string ActivationObjectName string
� � in
� � �� ID )
� � ��K string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLActivationTypeEnabled 4Q �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ActivationType uint32
� : in
� : a �� ID )
� � a ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearVLActivationTypeEnabled �T �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �9B934CA495991B7852B855 C_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC C_E78B24A63ACB40A253226DA76298C783683B9FFCFE28CF1078C510D46CEF2248 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.286.1443573607.368 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.286.175755000.180 NS_68577372C66A7B20658487FBD959AA154EF54B5F935DCC5663E9228B44322805 CD_006AB7DFED58A8FB352581D21227922FA9FD887AC08F63A547BAEA9722B5F62B.94.622034228.810 CD_009060D2904B4B02AF55083DEF7BC672283599AF1BEDA6D3B9EC703CB3D5B011.38.1728723065.472 CD_01E49F2BC300B8406F535D199FFE723C66F3CBCD052B872FA9DADCCDBACAAF50.67.430747692.617 CD_01F6508C1866E0E79B21585B0217BD595D533D4A180A35479737402276CAE352.99.3430469742.309 CD_021AFE414882C03F97BF442E09455A26212B908FBBC7D7673C42DD465658CAAB.276.2720137495.206 CD_027708FDC4F21C8AE43624362617A067ABEAE7FC96FE6B2F6BAB070555EAA6F0.65.3039197314.687 CD_02E226BBCB88A35C58DB3E55C3D201306E2FAABE9C83D64654DC4E16660DF61A.70.2831678191.629 CD_0359987C58272876B4E70E901F284C82B892B0C1E02B693AD3548D264D28EC8A.26.3767636659.483 CD_0427B3D7710F368D831E2478F76F011E2ADE4882C334EE5ECDBD3047B1FDDE39.12.593978504.1053 CD_044BD4F4AF9E96DD48DDBD1666684018230534EFDE72CF711BC2F8C5D5E9C959.276.93458255.282 CD_054A38929ECC5F2B71B017259D5DF98C968C29C9039A37FA5C286398E463CDBA.156.3682654902.370 CD_057DBED191A93075F16FF3FD87CBC67F17C999F14E2DB4CC2AED9F24BB4E2107.92.1826583910.627 CD_0669091BB70564F4C28F9EBBB95CE7699D1CBEC6909BE49F84E8F214B14C6216.277.2822121361.375 C_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 R_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 CR_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 C_455876B64E565F4962FC035AF2C8087D1797E42AAA9586F45C5A3E20F37175C3 R_455876B64E565F4962FC035AF2C8087D1797E42AAA9586F45C5A3E20F37175C3 CD_81C106E09E02CD8E9F92751CDD19E5532DF222FFFFF38E1A22F4010E1CF8B4EB.292.447962976.5760 C_81C106E09E02CD8E9F92751CDD19E5532DF222FFFFF38E1A22F4010E1CF8B4EB CD_053DD41219FAA16153F07241CEA1789B6627CF883354607B4109B4BE9101FD9E.259.387126323.218 CD_02E158B45830B6D4377ECD1CD643B18552229BB1DFCB48A9FF9F91F3ACA3AD62.312.138204832.340 CD_0670B73B6B090142BD85762A0781366FE00115AA7451B9B2750B5D23B1B3C0EE.1058.3967403014.1601 CD_02B5557CADEF33CFA29F52E782D8C5DEF3C67D29A7C0C3B389FF34D1D0708EC3.123.3021504251.3095 CD_065EB15DF476F783A483B00F674DFF856DF35C72E87B7E414EE69BE5DF4E9372.122.2658536417.758 9F2EA16C1C5FF4B6E7F5EC9C729192D48026A285849C5 C_71926B9951B4E8AFC04CC2F1AC5B5FEC04E9A08320F8B28164D32D905C0A41AC C_95CE38D55F514EB56E1FD96114137062153D80888E94FE34DB4826CDF9096258 C_A107EAA2D6C2A698530A8358D207D9A3B8B427F7073C80586F1820045E4C35C1 C_E7845F3041269988C5A1847DE98EF0D88E59CE50ED3A8AA1E310C1A1F393BB81 R_C504B91CF040A007F72C24FC0CC99A78401C1C475112424D0A789E6908FEF373 C_96C0C62C985812B4BE911B17087624F5F181BC4A34E4B6F778659666F96320E6 C_B49D54127CB3DDDF22487111FC3067928F0BA3A9AC1665011AEC9D08EE1BCDEC C_BFADFC7C01226A013315DA8D6A490777F3088D0548B91B44B7B3C64DD75485EE R_4C5229B4915A098FA9E249BF643245728F52EEA4263D760742E82296F3E1B97E C_9FAFCCC688F5A73C3B168A2E3CFB29D7012E555844D21034E40221A532E99A1D CR_1C871A69AE42FDAE2404C626ED2A6EE58970B1ADBD41309118A0347F713B188E C_006AB7DFED58A8FB352581D21227922FA9FD887AC08F63A547BAEA9722B5F62B C_F3ED82F33431603D84B59AD5C9C4CA59DF4FDC6F04E98BD4826D692A26D5A5C0 C_BC9D109850BB5F86324C40247B677E50BD3CFF55E165C6078CA0EA6516A48293 R_DC75EB8D61AF59F2FEB9BAFCC51C26F93B19442C9F5E9F7C071B8627E9152155 R_6207FC985B813296446B1804CB375DB5F534F2ECBDB07E00035AFBECB15FD3A9 C_AA9C35FD43405602C3CB92A608E9261205300DEA694427FCF98EBA8499E2378F CR_16C3460778AD17C374A21EA3EAA4769942B4820B8F8AA76B353EDCE060C07C55 C_5B62370FE5E6AF64717CE8FFF4DF7EE9BFEC8C45A936A424E7796E87491BE149 C_E8E72C534ABA427E69CE6B883E8FFA9701DE1CDD9E04D7D1815F4420292F16DC CR_1B319F1F6B442943CD996FC1C57BB42D7AABA5E18673D64CB4BE3A2D7BB179E8 R_C21BFFFCE15B0AC36B6B41107E5EBBFA7DCF9522B5F1767BA6C1E65ABBEDE3D8 R_AAEDA1FD61325BC0D86B140D66A91281FE871D9B4FBF60BD8537F2A662C67E1B R_9027205FD7E053DF439410755A9BD704E454F745D87AB219C121424FF63B731D R_406F546FAB6014271EADE336F5C1DA060EE35CB23E405330559A7A1A746C6CC8 C_6E24E0F3B897790EE4AD7CBEC57A77254DFB861B7DD873ABDD3B8E12E255FD64 C_EAA4CBEB7BB9CF88FDD43FED82BEACA99806984E20E3D7B69232FF5F6CB9EE6E R_30544E69098FEB7B3DBD10E5E79FA9F73E13B4CE82E27F9768299AB561F3C59F CR_15A139866A05DA114FEFEDBCDD1A1CE7ECC7161C7A0053EFB8918A0783845D31 C_B0796CE9F628CF73E17A3427BE2460F8DA001FAD27D1712ECBCBDAAC25C4954C C_30756419C75AD9071C6B26EFDC29E973F64157E9E9415823E0E0D4E3B981BC76 C_8125E110531A89ED8BE4900320A962FACBC3DD4F09BA92855250F1BACABA704B R_D353A723558494456907934904E2EEA7D4159B1627D44F40729031ACBDED0D25 C_8D438C565310E95809DBB3581FC76968BAB1801A4D1A32B498FF8D19BC26268D �4 W i n 3 2 _ M e t h o d P a r a m e t e r C l a s s ^�%߬�H4 8 $ Win32_MethodParameterClass ) # + ��6 > F S 6 � � � � � � " " �# �# #% 6% �) �) �+ �+ - - �. �. n0 {0 �1 �1 UUU�����������������������������������������������������>3 � Win32_ProcessStartup Description The Win32_ProcessStartup class represents the startup configuration of a Win32 process. The class is defined as a Method Type definition, which means that it is used only for passing information to a method (a procedure that provides access to an object's data). AMENDMENT LOCALE ms_409 CreateFlags +
� � � � @
K
uint32 Description The CreateFlags property specifies additional values that control the priority class and the creation of the process. The following creation values can be specified in any combination, except as noted:
Create_Default_Error_Mode - Newly created processes are given the system default error mode of the calling process instead of inheriting the error mode of the parent process. This flag is useful for multi-threaded shell applications that run with hard errors disabled.
Create_New_Console - The new process has a new console, instead of inheriting the parent's console. This flag cannot be used with the Detached_Process flag.
Create_New_Process_Group - The new process is the root process of a new process group. The process group includes all processes that are descendants of this root process. The process identifier of the new process group is the same as the process identifier (returned in the ProcessID property of the Win32_Process class). Process groups are used by the GenerateConsoleCtrlEvent function to enable sending a CTRL+C or CTRL+BREAK signal to a group of console processes.
Create_Suspended - The primary thread of the new process is created in a suspended state and does not run until the ResumeThread function is called.
Create_Unicode_Environment - The environment settings listed in the EnvironmentVariables property use Unicode characters. If clear, the environment block uses ANSI characters.
Debug_Process - If this flag is set, the calling process is treated as a debugger, and the new process is a process being debugged. The system notifies the debugger of all debug events that occur in the process being debugged. On Windows 95 and Windows 98 systems, this flag is not valid if the new process is a 16-bit application.
Debug_Only_This_Process - If not set and the calling process is being debugged, the new process becomes another process being debugged by the process of the calling debugger. If the calling process is not a process being debugged, no debugging related actions occur.
Detached_Process - For console processes, the new process does not have access to the console of the parent process. This flag cannot be used if the Create_New_Console flag is set. BitValues o
~
�
�
�
�
�
Debug_Process Debug_Only_This_Process Create_Suspended Detached_Process Create_New_Console Create_New_Process_Group Create_Unicode_Environment Create_Default_Error_Mode EnvironmentVariables
� b j w string Description The EnvironmentVariables property contains a list of settings for the configuration of a computer. Environment variables specify search paths for files, directories for temporary files, application-specific options, and other similar information. The system maintains a block of environment settings for each user and one for the computer. The system environment block represents environment variables for all users of the particular computer. A user's environment block represents the environment variables the system maintains for that particular user, including the set of system environment variables. By default, each process receives a copy of the environment block for its parent process. Typically, this is the environment block for the user who is logged on. A process can specify different environment blocks for its child processes. ErrorMode
2 +
� $ 9 D uint16 Description The ErrorMode property controls how the operating system handles several types of serious errors. You can specify that the operating system handle these errors or that the application receives and handles them. On some non-x86 processors, misaligned memory references cause an alignment fault exception. The No_Alignment_Fault_Except flag lets you control whether the system automatically fixes such alignment faults or makes them visible to an application. On a MIPS platform, an application must explicitly call SetErrorMode with the No_Alignment_Fault_Except flag to have the operating system automatically fix alignment faults. The default setting is for the operating system to make alignment faults visible to an application. Since the x86 platform does not make alignment faults visible to an application, the No_Alignment_Fault_Except flag will not make the operating system raise an alignment fault error even if the flag is not set. The default state for ErrorMode is to set all flags to 0. Defined values for this flag are are:
Fail_Critical_Errors - If this flag is set, the operating system does not display the critical-error-handler message box when such an error occurs. Instead, the operating system sends the error to the calling process.
No_Alignment_Fault_Except - (RISC only) If this flag is set, the operating system automatically fixes memory alignment faults and makes them invisible to the application. It does this for the calling process and any descendant processes. This flag has no effect on x86 processors.
No_GP_Fault_Error_Box - If this flag is set, the operating system does not display the general-protection-fault message box when such an error occurs. This flag should only be set by debugging applications that handle general protection (GP) faults themselves via an appropriate exception handler.
No_Open_File_Error_Box - If this flag is set, the operating system does not display a message box when it fails to find a file. Instead, the error is returned to the calling process. Note, this flag is currently ignored. BitValues X n � � Fail_Critical_Errors No_GP_Fault_Error_Box No_Alignment_Fault_Except No_Open_File_Error_Box FillAttribute , +
� � � uint32 Description The FillAttribute property specifies the initial text and background colors if a new console window is created in a console application. These values are ignored in GUI applications. BitValues � 0 F W i y Foreground_Blue Foreground_Green Foreground_Red Foreground_Intensity Background_Blue Background_Green Background_Red Background_Intensity PriorityClass +
� � � � �! �! uint32 Description The PriorityClass property controls the priority class of the new process (used to determine the scheduling priorities of the threads in the process). If the PriorityClass property is left null, the priority class defaults to Normal unless the priority class of the creating process is Idle or Below_Normal. In these cases, the child process receives the default priority class of the calling process. One of the following values can be specified:
High - Indicates a process that performs time-critical tasks that must be executed immediately for it to run correctly. The threads of a high-priority class process preempt the threads of normal-priority or idle-priority class processes. An example is Windows Task List, which must respond quickly when called by the user, regardless of the load on the operating system. Use extreme care when using the high-priority class, because a high-priority class CPU-bound application can use nearly all available cycles. Only Realtime priority will preempt threads set to this level
Idle - Indicates a process whose threads run only when the system is idle and are preempted by the threads of any process running in a higher priority class. An example �L �c�%߬�( � �� � = ' = o � � � K Z � � �
< e � � � : e � � � ; J | � � � = A ~ � � � # G y � � � % B t � � � / U � � � � + M � � � .
@
r
�
�
�
�
7 L ~ � � � � = P � � � �
G
V
�
�
�
�
+ ] r � � � M i � � � � * 7 k z � � � 5 G y � � � UUUUUUUUUUUUUUU��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � SoftwareLicensingProduct SppProvider ADActivationCsvlkPid 5 �
� g � �� string ADActivationCsvlkSkuId 6 �
� � � �� string ADActivationObjectDN 4 �
� � � �� string ADActivationObjectName 3 �
� C � �� string ApplicationID
� � � �� string AutomaticVMActivationHostDigitalPid2 < �
� � � �� string AutomaticVMActivationHostMachineName : �
� 4 � �� string AutomaticVMActivationLastActivationTime e ; �
� � � �� datetime Description
� � � �� string DiscoveredKeyManagementServiceMachineIpAddress n
� 2 � �� string DiscoveredKeyManagementServiceMachineName j
� � � �� string DiscoveredKeyManagementServiceMachinePort r
� � � �� uint32 EvaluationEndDate e 0
� 1 � �� datetime ExtendedGrace * �
� t � �� uint32 GenuineStatus ) �
� � � �� uint32 GracePeriodRemaining ,
� � � �� uint32 IAID 9 �
� 5 � �� string ID '
� v � �� � �� string IsKeyManagementServiceMachine v
� � � �� uint32 KeyManagementServiceCurrentCount z
� � �� uint32 KeyManagementServiceFailedRequests ' �
� q � �� uint32 KeyManagementServiceLicensedRequests " �
� � � �� uint32 KeyManagementServiceLookupDomain f
� � �� string KeyManagementServiceMachine ^
� l � �� string KeyManagementServiceNonGenuineGraceRequests % �
� � � �� uint32 KeyManagementServiceNotificationRequests ( �
� ' � �� uint32 KeyManagementServiceOOBGraceRequests # �
� � �� uint32 KeyManagementServiceOOTGraceRequests $ �
� � � �� uint32 KeyManagementServicePort b
� # � �� uint32 KeyManagementServiceProductKeyID Z
� w � �� string KeyManagementServiceTotalRequests & �
� � � �� uint32 KeyManagementServiceUnlicensedRequests ! �
� &
� �� uint32 LicenseDependsOn L
� j
� �� string LicenseFamily H
� �
� �� string LicenseIsAddon P
� �
� �� boolean LicenseStatus $
� / � �� uint32 LicenseStatusReason
(
� v � �� uint32 MachineURL
� � � �� string Name
� � � �� string OfflineInstallationId
4
� 5 � �� string PartialProductKey 8
� z � �� string ProcessorURL
� � � �� string ProductKeyChannel D
� � � �� string ProductKeyID <
� ?
� �� string ProductKeyID2 @
� �
� �� string ProductKeyURL
� �
� �� string RemainingAppReArmCount 8 �
� � �� uint32 RemainingSkuReArmCount 7 �
� U � �� uint32 RequiredClientCount ~
� � � �� uint32 TokenActivationAdditionalInfo / �
� � � �� string TokenActivationCertificateThumbprint . �
� E � �� string TokenActivationGrantNumber - �
� � � �� uint32 TokenActivationILID + �
� � � �� string TokenActivationILVID , �
� " � �� uint32 TrustedTime e 0 �
� a � �� datetime UseLicenseURL
� � � �� string ValidationURL
� � � �� string VLActivationInterval R
� - � �� uint32 VLActivationType 1 �
� q � �� uint32 VLActivationTypeEnabled 2 �
� � � �� uint32 VLRenewalInterval V
� � �� uint32 �7 1 5 � � � � Y w � ; � � � � �
&
, % E a j � % ) � � � � b � � � C _ k � ! +! /! �" �" �" �" �% �% & & ) ,) H) P- �. �. / 1 �2 �2 �2 �2 O4 Y4 u4 y4 �5 � UninstallProductKey $ �� Implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Activate � �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DepositOfflineConfirmationId � �� implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �Q �� � M * � ��������� � __PARAMETERS abstract InstallationId string
� : in
� : a �� ID )
� � a ��� string ConfirmationId string
� � in
� � �� ID )
� � ��I string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetPolicyInformationDWord � �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract PolicyName string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � # ��������M � __PARAMETERS abstract PolicyValue uint32
� 7 out
� 7 ^ �� ID )
� � ^ ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetPolicyInformationString
�� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract PolicyName string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �� ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � # ��������M � __PARAMETERS abstract PolicyValue string
� 7 out
� 7 ^ �� ID )
� � ^ ��� string ReturnValue uint32
� uint32 out
� �� __ � SetKeyManagementServiceMachine T �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract MachineName string
� 7 in
� 7 ^ �� ID )
� � ^ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceMachine �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServicePort � �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract PortNumber uint32
� 6 in
� 6 ] �� ID )
� � ] ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServicePort � �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceLookupDomain R �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract LookupDomain string
� 8 in
� 8 _ �� ID )
� � _ ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceLookupDomain ! �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetTokenActivationGrants �" �� implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ��������H � __PARAMETERS abstract Grants string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � GenerateTokenActivationChallenge & �� implemented � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ! ��������K � __PARAMETERS abstract Challenge string
� 5 out
� 5 \ �� ID )
� � \ ��� string ReturnValue uint32
� uint32 out
� �� __�t�z 0 &_�80 L�S< [ ��� 8 ���[� A���� _ #k:
< &���v �Y���
b ;(�q� ? �
$# �J
�/ � Hpu C �x�S �G�[ � E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C [a�%߬�rZ�%߬�� � ��������Z s � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="NamedJobObjectProv" b WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 0 A B 5 F E 8 B 8 2 0 2 5 A B 1 3 1 1 A 7 2 2 A D B C A B A 3 9 5 4 8 B D 0 6 B 6 E 3 E E 3 F D C 2 7 2 C 8 8 E E D C F 6 5 D C b 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A \a�%߬�nZ�%߬�� �?����M 9 i � __Win32Provider {C0AA9D93-2EF5-47fb-960C-F90FC644B48E} NetworkServiceHost NamedJobObjectActgInfoProv E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C ]a�%߬�rZ�%߬�� � ��������b { � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="NamedJobObjectActgInfoProv" j WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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a�%߬�nZ�%߬�� �?����M 9 m � __Win32Provider {6515834D-6125-4878-A3A3-6B0A73B809A2} NetworkServiceHost NamedJobObjectLimitSettingProv E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C _a�%߬�rZ�%߬�� � ��������f � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="NamedJobObjectLimitSettingProv" n WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 9 6 3 4 F A 8 E A 8 6 6 6 E 1 7 3 6 2 9 3 5 E 8 5 D 3 1 7 F F 2 1 6 D 0 E 4 5 6 B 4 F 0 F 4 5 1 6 A B 4 F 0 B 6 2 E D B 0 8 2 1 1 1 d 7 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A `a�%߬�nZ�%߬�� �?����M 9 p � __Win32Provider {AB40A5C1-804B-40bd-9DFE-A640691C6956} NetworkServiceHost NamedJobObjectSecLimitSettingProv E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C aa�%߬�rZ�%߬�� � ��������i � � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="NamedJobObjectSecLimitSettingProv" q WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 2 5 8 A 2 0 3 C F 4 0 D 0 B B 1 D C A 0 4 6 4 E 5 8 B D F 3 2 C 1 F E 5 4 6 C 6 E 1 0 F 7 B 5 9 F 5 B C 4 A D 6 7 8 7 D 2 A 7 C e d . C I M _ C o l l e c t i o n O f M S E s ba�%߬�� CIM_CollectionOfMSEs 6 � �� � * 2 8 ` u � � }���������������� � Win32_NamedJobObject NamedJobObjectProv Locale UUID {7552EF7F-7CC8-4022-9049-3B5E1B4B3852} BasicUIRestrictions
� � � �� uint32 CollectionID @ 4
� � � �� � ��� string Override CollectionId � C I M _ C o l l e c t e d M S E s ca�%߬� CIM_CollectedMSEs N � �� ��- 7 � D O W ] � � 5��������r � Win32_NamedJobObjectProcess SupportsCreate CreateBy PutInstance CIMWin32a Locale UUID {486F2A44-D0BF-46c1-9543-68EF5D37F1F9} Collection f@ 4
� � � ��� � � �� ref:Win32_NamedJobObject Override Collection Member f@ 4
� M � ��` j � �� ref:Win32_Process Override Member f � C I M _ S t a t i s t i c a l I n f o r m a t i o n da�%߬�� y $ CIM_StatisticalInformation 6 � �� � : B H p � � � ( = o � � � � C W � � � � 4 f w � � � 2 L ~ � � � }UUU��������������������������������������������������������������������������������������������������������������������L � Win32_NamedJobObjectActgInfo NamedJobObjectActgInfoProv Locale UUID {486F2A44-D0BF-46c1-9543-68EF5D37F1F9} ActiveProcesses 4
� � � �� uint32 Name @ A
� � �� � �� " string MaxLen Override Name OtherOperationCount
L
� g � �� uint64 OtherTransferCount d
� � � �� uint64 PeakJobMemoryUsed p
� � � �� uint32 PeakProcessMemoryUsed l
� ; � �� uint32 ReadOperationCount <
� � � �� uint64 ReadTransferCount T
� � � �� uint64 ThisPeriodTotalKernelTime $
� � �� uint64 ThisPeriodTotalUserTime
� ^ � �� uint64 TotalKernelTime
� � � �� uint64 TotalPageFaultCount ,
� � � �� uint32 TotalProcesses 0
� * � �� uint32 TotalTerminatedProcesses
8
� v � �� uint32 TotalUserTime
� � � �� uint64 WriteOperationCount D
� � � �� uint64 WriteTransferCount \
� D � �� uint64 � W i n 3 2 _ C o l l e c t i o n S t a t i s t i c s ea�%߬�� $ Win32_CollectionStatistics 6 � � ��+ 3 9 a m � � e�������� � Win32_NamedJobObjectStatistics CIMWin32a Locale UUID {C741E1B8-2F7F-4f2b-9A0C-57FCFD89F5C8} Collection f@ '
� � � �� � �� ref:Win32_NamedJobObject Stats f@ '
� � � �� � �� ref:Win32_NamedJobObjectActgInfo �Fn;pFn; �Fn;�Fn; �Fn;�Fn; # �Fn;�Fn; �Fn;�Fn; �Fn;�Fn; �Fn;�Fn; �Fn;�Fn; Gn; Gn; Gn; Gn; ч $a�%߬�_ ) � �� � � StdRegProv Locale RegProv f� : � K oca V � � � � b Q ] � � � � D S � � {" �" �" 9( �) �) �) . �0 �0 -1 95 ,8 <8 k8 �= d? t? �? �C �F �F �F ^L �M �M N +R U 2U aU �Z Z\ r\ �\ �` �c �c �c Vi �j �j k o r r Er Ov Dy [y �y �} I ` � Y� z� � CreateKey % ��2 �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DeleteKey p ��} �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnumKey � ��� �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������H � __PARAMETERS abstract sNames string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � EnumValues w ��� �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �[ ac6d1350600005Q ROOT\cimv2 ���� � �
�� � � * � � > ������������� � __PARAMETERS abstract sNames string
� 2 out
� 2 Y �� ID )
� � Y ��� string Types sint32
� � out
� � �� ID )
� u ��: sint32 ReturnValue uint32
� � uint32 out
� � � �� __ � DeleteValue � ��� �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDWORDValue m ��z �� implemented static x ac6d1350600005Q ROOT\cimv2 ���� � �% �� * � � C � � J � ��������� � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z is a screen saver. The idle priority class is inherited by child processes.
Normal - Indicates a normal process with no special scheduling needs.
Realtime - Indicates a process that has the highest possible priority. The threads of a real-time priority class process preempt the threads of all other processes, including operating system processes performing important tasks, and high priority threads. For example, a real-time process that executes for more than a very brief interval can cause disk caches not to flush or cause the mouse to be unresponsive.
Above_Normal - (Windows 2000 and later) Indicates a process that has priority higher than Normal but lower than High.
Below_Normal - (Windows 2000 and later): Indicates a process that has priority higher than Idle but lower than Normal. Values �! �! �! �! �! " Normal Idle High Realtime Below_Normal Above_Normal ShowWindow 0 +
� W" _" l" �" �" uint16 Description The ShowWindow property specifies how the window is to be displayed to the user. Values �" # # # 2# E# N# [# o# z# �# �# SW_HIDE SW_NORMAL SW_SHOWMINIMIZED SW_SHOWMAXIMIZED SW_SHOWNOACTIVATE SW_SHOW SW_MINIMIZE SW_SHOWMINNOACTIVE SW_SHOWNA SW_RESTORE SW_SHOWDEFAULT SW_FORCEMINIMIZE Title
� �# �# �# string Description The Title property used for console processes contains the string displayed in the title bar if a new console window is created. If NULL, the name of the executable file is used as the window title instead. This property must be NULL for GUI or console processes that do not create a new console window. WinstationDesktop
� b% j% w% string Description (For Windows NT only) The WinstationDesktop property specifies either the name of the desktop only or the name of both the desktop and window station for the process. A backslash in the string indicates that the string includes both desktop and window station names. If WinstationDesktop is NULL, the new process inherits the desktop and window station of its parent process. If WinstationDesktop is an empty string, the process does not inherit the desktop and window station of its parent process; instead, the system determines if a new desktop and window station need to be created. A window station is a secure object that contains a clipboard, a set of global atoms and a group of desktop objects. The interactive window station assigned to the logon session of the interactive user also contains the keyboard, mouse, and display device. A desktop is a secure object contained within a window station. A desktop has a logical display surface and contains windows, menus, and hooks. A window station can have multiple desktops. Only the desktops of the interactive window station can be visible and receive user input. X
� * * '* uint32 Description The X property specifies the x offset, in pixels, of the upper left corner of a window if a new window is created. The offsets are from the upper left corner of the screen. For GUI processes, the specified position is used the first time the new process calls CreateWindow to create an overlapped window if the x parameter of CreateWindow is CW_USEDEFAULT. Note, X and Y cannot be specified independently. XCountChars $
� �+ , , uint32 Description The XCountChars property, used for processes creating a console window, specifies the screen buffer width in character columns. These values are ignored in GUI processes. Note, XCountChars and YCountChars cannot be specified independently. XSize
� 4- <- I- uint32 Description The XSize property specifies the width, in pixels, of the window if a new window is created. For GUI processes, this is used only the first time the new process calls CreateWindow to create an overlapped window if the nWidth parameter of CreateWindow is CW_USEDEFAULT. Note, XSize and YSize cannot be specified independently. Y
� �. �. �. uint32 Description The Y property specifies the y offset, in pixels, of the upper left corner of a window if a new window is created. The offsets are from the upper left corner of the screen. For GUI processes, the specified position is used the first time the new process calls CreateWindow to create an overlapped window if the y parameter of CreateWindow is CW_USEDEFAULT. Note, X and Y cannot be specified independently. YCountChars
(
� �0 �0 �0 uint32 Description The YCountChars property, used for processes creating a console window, specifies the screen buffer height in character rows. These values are ignored in GUI processes. Note, XCountChars and YCountChars cannot be specified independently. YSize
� �1 �1 �1 uint32 Description The YSize property specifies the height, in pixels, of the window if a new window is created. For GUI processes, this is used only the first time the new process calls CreateWindow to create an overlapped window if the nWidth parameter of CreateWindow is CW_USEDEFAULT. Note, XSize and YSize cannot be specified independently. d �rce on the Win32 system.
Example: ReadWrite. Values � � � � � ' ReadWrite ReadOnly WriteOnly Prefetchable CombinedWrite Type24 Cacheable WindowDecode Bar StartingAddress @ )
� t | � � �� uint64 Description The StartingAddress property contains the starting address of memory mapped I/O. The hardware resource identifier property should be set to this value to construct the mapped I/O resource key. �C0DF5302F8942C19E249A9E48DB616B611E1AA3893 CR_95151EBC7602F93A6E06460EF447E398F547B7CD3033E5B6ADD3848197B31384 C_BDE5107C5341475AE649B7075E5FB1B219CF6D2FF755D735AA60A09AE0ED6BD6 CR_9DA9A42CAE7919197E51305D69CEECAE7B645320A73D6DC468ACB11BA2001D79 R_6BA587F6AF181129EF94B57125FFF3ABFF81218B46E9C3323CB782B9288DC94A R_5F24F19683720FD1EB4928C01BE6B72971BB4F46F372476DC9706705301704D6 CR_AF4BE4279039B330700F9676DFB82FB8AA7B80608BAF978E72E54EFC9915FE11 R_941298FE57B01D7A1E5DB7CD7C2688B06D8CF556A38C47811E3130A1974EF1B2 CR_91882C4E4700146BC908AC03DB139338C0844AE5A877163990AFB47483D7264C R_97C7D526C4DBEB7083476F235A5653C31F00C78AFD98652230E17D721E353ADD � DepositTokenActivationResponse ;) �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � ��
�� � � * � � B ������������6 � __PARAMETERS abstract Challenge string
� 5 in
� 5 \ �� ID )
� � \ ��� string Response string
� � in
� � �� ID )
� y ��> string CertChain string
� � in
� � � �� ID )
� . � ��� string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLActivationTypeEnabled �. �� implemented ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract ActivationType uint32
� : in
� : a �� ID )
� � a ��� uint32 __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearVLActivationTypeEnabled �2 �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReArmSku h4 �� implemented y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �agementServiceMachineIpAddress string n
� � �� string r DiscoveredKeyManagementServiceMachinePort uint32 r
� � � �� uint32 v IsKeyManagementServiceMachine uint32 v
� � � �� uint32 z KeyManagementServiceCurrentCount uint32 z
� ` � �� uint32 ~ RequiredClientCount uint32 ~
� � � �� uint32 ! � KeyManagementServiceUnlicensedRequests uint32 ! �
� 5
� �� uint32 " � KeyManagementServiceLicensedRequests uint32 " �
� �
� �� uint32 # � KeyManagementServiceOOBGraceRequests uint32 # �
� � �� uint32 $ � KeyManagementServiceOOTGraceRequests uint32 $ �
� � � �� uint32 % � KeyManagementServiceNonGenuineGraceRequests uint32 % �
� � �� uint32 & � KeyManagementServiceTotalRequests uint32 & �
� s � �� uint32 ' � KeyManagementServiceFailedRequests >͇�� � �;O�� � � ;ۉ � S�.� P �\Yk - �� �Z�a� � z�I� �E�~� k Ӵvn 7 �:��J [ �b�%߬�� & ) � ��� � � � � � Q ^ � � y � U�������������������������������������A � Win32_DiskQuota Description The Win32_DiskQuota association class tracks disk space usage for NTFS volumes. System administrators can configure Windows to prevent further disk space use and log an event when a user exceeds a specified disk space limit. They can also log an event when a user exceeds a specified disk space warning level. Note that disk quotas cannot be set for the Administrator accounts themselves. AMENDMENT LOCALE ms_409 DiskSpaceUsed +
� * uint64 Units bytes Description The DiskSpaceUsed property indicates the current number of bytes currently in use by this particular user or group. Limit +
� � � � � uint64 Units bytes Description The Limit property indicates the limit set for this particular user or group. QuotaVolume f )
� � � ��� � ref:Win32_LogicalDisk Description The QuotaVolume reference represents the disk volume which has disk quotas. Status +
� G O \ � � uint32 Description A Status property indicates the current status of the Disk Quota. Values � � � OK Warning Exceeded User f )
� � �� + ref:Win32_Account Description The User reference represents the user account associated with a disk quota. WarningLimit +
� � � � � � uint64 Units bytes Description The WarningLimit property indicates the warning limit set for this particular user or group. � C I M _ S e t t i n g �b�%߬�� + CIM_Setting
) ! y ��� � � � _ t @ V 5 U������������������������������������������ � Win32_QuotaSetting Description The Win32_QuotaSetting class contains setting information for disk quotas on a volume. AMENDMENT LOCALE ms_409 DefaultLimit +
� � � � � � sint64 Units bytes Description The DefaultLimit property indicates the default limit set for quotas on this particular volume. DefaultWarningLimit +
� � � � � � sint64 Units bytes Description The DefaultWarningLimit property indicates the default warning limit set for quotas on this particular volume. ExceededNotification $
� � � � boolean Description The ExceedNotification property indicates whether or not events will be written to the event log when quotas are exceeded. State +
� T \ i � � uint32 Description The State property indicates what the level of quota management set for this particular volume. Disabled indicates that Quota management is not enabled on this volume. Tracked indicates that Quota's are tracked but the limit value is not enforced and users may exceed their quota limit. Enforced indicates that Quota's are tracked and enforce on this volume. Values � � � Disabled Tracked Enforced VolumePath )
� I � ��Q ^ string Description The VolumePath property indicates the name of the volume that disk quotas are on. It can be volume name, volume path (ex D:\) or it can be the unique volume name like \\?Volume{GUID}\. WarningExceededNotification &
� a j w boolean Description The WarningExceedNotification property indicates whether or not events will be written to the event log when warnings are exceeded. � C I M _ E l e m e n t S e t t i n g �b�%߬�V CIM_ElementSetting ) ' � ��� � � � @ I ���������� � Win32_VolumeQuotaSetting Description The Win32_VolumeQuotaSetting class associates the disk quota setting with a specific disk volume. AMENDMENT LOCALE ms_409 Element f@ )
� � � � �� ref:Win32_LogicalDisk Description The DiskVolume for the associated disk quota setting. Setting f@ )
� � � � � �� ref:Win32_QuotaSetting Description The QuotaSetting associated with the referenced LogicalDisk. �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �b�%߬�nZ�%߬�� ���M 9 ^ � __Win32Provider {6E78DAD9-E187-4d6e-BA63-760256D6F405} NetworkServiceHost SessionProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �b�%߬�rZ�%߬�� � ��������W p � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="SessionProvider" _ WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ B 4 9 8 B 6 9 E 3 0 8 C C D 7 2 9 0 7 D F E 6 3 2 7 9 C 9 2 0 4 2 9 2 7 8 8 8 B B 6 4 E 0 D 4 7 3 D 3 C 4 8 4 6 3 E E A B E A 9 _ � 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �b�%߬�tZ�%߬�l U � __MethodProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="SessionProvider"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ B 4 9 8 B 6 9 E 3 0 8 C C D 7 2 9 0 7 D F E 6 3 2 7 9 C 9 2 0 4 2 9 2 7 8 8 8 B B 6 4 E 0 D 4 7 3 D 3 C 4 8 4 6 3 E E A B E A 9 � C I M _ D e p e n d e n c y �b�%߬�7 CIM_Dependency ) � �� � ( 0 < w � U��������� � Win32_ConnectionShare SessionProvider Locale Antecedent f@
� f � �� ref:Win32_Share Dependent f@
� � � �� ref:Win32_ServerConnection ov � C I M _ L o g i c a l E l e m e n t �b�%߬�� 8 CIM_LogicalElement ) � �� � & . : a m � � � � , S ` � � � � �WU�����������������������������������������������������) � Win32_ServerSession SessionProvider Locale ActiveTime
� Y uint32 ClientType ,
� � String ComputerName '
� � � �� � �� String IdleTime
� � �� uint32 ResourcesOpened $
� K uint32 SessionType
(
� � � � uint32 ValueMap � � � 0 1 2 TransportName 0
� � String UserName
� ! � �� String �
E v e n t T r a c e �c�%߬�/ EventTrace �� $ + Q����� � WinInit AMENDMENT LOCALE ms_409 Flags
� W _ i uint32 ValueMap � � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 � �� �c�%߬�5 � ) ' � ��� � & � � f � 4 � � 9 X & , � � Y z & L � � ~ � w � =
Z
�
' � � r � #
I
�
�
� � D g � � � � & + C � � Y u � � � J _ % � � < X � � � � ' 0 � � i | UUUUUUUUU���������������������������������������������������������������������������������������������������������������������������������������������������' � SoftwareLicensingService description This class exposes product-independent properties and methods of the Software Licensing service. AMENDMENT LOCALE ms_409 ClientMachineID 8
� � � � string description The GUID that identifies a KMS client to a KMS host. The client includes this in requests it sends to the KMS. DiscoveredKeyManagementServiceMachineIpAddress
� � � � string description Last discovered KMS host IP address through DNS. DiscoveredKeyManagementServiceMachineName
� ` h u string description Last discovered KMS host name through DNS. DiscoveredKeyManagementServiceMachinePort
� �
uint32 description Last discovered KMS host port through DNS. IsKeyManagementServiceMachine +
� � � � � � uint32 description Indicates whether KMS is enabled on the computer: 0 if false, 1 if true. values KeyManagementServiceCurrentCount ,
� R Z g uint32 description The count of currently active KMS clients on the KMS host. -1 indicates the computer is not enabled as a KMS, or has not received any client licensing-requests. KeyManagementServiceDnsPublishing D
� X a n boolean description Indicates the DNS publishing status of a KMS host: 0=Disabled, 1=Auto publish enabled (default). KeyManagementServiceFailedRequests b
� ( 5 uint32 description The count of invalid KMS requests. KeyManagementServiceHostCaching H
� � � � boolean description Indicates the caching status of KMS host name and port: 0=Caching disabled, 1=Caching enabled (default). KeyManagementServiceLicensedRequests N
� x � � uint32 description The count of KMS requests from clients with License Status=1 (Licensed). KeyManagementServiceListeningPort @
� & . ; uint32 description The TCP port the KMS host uses to listen for activation requests. KeyManagementServiceLookupDomain
� � � � string description The FQDN of the resource domain containing the KMS SRV records for the org. Returns null if SetKeyManagementServiceLookupDomain has not been called. KeyManagementServiceLowPriority F
� � � � boolean description Indicates the thread priority status of KMS service: 0=Normal Priority (default), 1=Low priority. KeyManagementServiceMachine
� �
�
�
string description The name of the KMS host. Returns null if SetKeyManagementServiceMachine has not been called. KeyManagementServiceNonGenuineGraceRequests Z
� S [ h uint32 description The count of KMS requests from clients with License Status=4 (NonGenuineGrace). KeyManagementServiceNotificationRequests f
� $ uint32 description The count of KMS requests from clients with License Status=5 (Notification). KeyManagementServiceOOBGraceRequests R
� � � � uint32 description The count of KMS requests from clients with License Status=2 (OOBGrace). KeyManagementServiceOOTGraceRequests V
� u
}
�
uint32 description The count of KMS requests from clients with License Status=3 (OOTGrace). KeyManagementServicePort
� " / uint32 description The TCP port used by clients to send KMS-activation requests. Returns 0 if SetKeyManagementServicePort has not been called. KeyManagementServiceProductKeyID
� � string description KMS product key ID. Returns null if not applicable. KeyManagementServiceTotalRequests ^
� � � � uint32 description The total count of valid KMS requests. KeyManagementServiceUnlicensedRequests J
� $ , 9 uint32 description The count of KMS requests from clients with License Status=0 (Unlicensed). OA2xBiosMarkerMinorVersion " �
� � � � uint32 description Minor version number of the OA2 BIOS marker. OA2xBiosMarkerStatus ! ~ +
� _ g t uint32 description Status of the OA2 BIOS marker. 0=No SLIC table, 1=SLIC table with Windows marker, 2=SLIC table without Windows marker, 3=Corrupted or invalid SLIC table values OA3xOriginalProductKey # �
� o w � string description Product key from the OA3 BIOS marker. OA3xOriginalProductKeyDescription $ �
� � string description SKU Version and Edition corresponding to the Key in the OA3 BIOS marker. OA3xOriginalProductKeyPkPn % �
� � � � string description Part number of the Key in the OA3 BIOS marker. PolicyCacheRefreshRequired
4
� . 6 C uint32 description Indicates whether the licensing policy-cache needs to be updated: 0=not required, 1=Refresh required. RemainingWindowsReArmCount <
� � � uint32 description Remaining number of times the client can be rearmed successfully. RequiredClientCount 0
� � � � uint32 description The minimum number of clients required to connect to a KMS host in order to enable volume licensing. TokenActivationAdditionalInfo z
� Q Y f string description Additional information for token-based activation. TokenActivationCertificateThumbprint v
� � � string description Thumbprint of the certificate that activated the machine. TokenActivationGrantNumber r
� � � � uint32 description Grant number in the token-based activation license that activated the machine. TokenActivationILID j
� * 2 ? string description ID of the token-based activation license that activated the machine. TokenActivationILVID n
� � � � uint32 description Version of the token-based activation license that activated the machine. Version )
� g � ��o | string description Version of the Software Licensing service VLActivationInterval $
� � � � uint32 description The frequency, in minutes, of how often a client will contact the KMS host before the client is licensed. VLRenewalInterval
(
� � � � uint32 description The frequency, in minutes, of how often a client will contact the KMS host after the client is licensed. �c I V � � ! � � '
� � / � � $ ( � � P ] � L P � � Q d � b f � 7 \! �" �" +$ G& �' �' -( 1( �) �) �) �, . $. �. �. Z0 d0 �0 �2 L4 b4 �4 �4 t6 �6 <7 I9 �: �: _; c; �< = = �? %A LA �A �C \E �E F 1H �I �I TJ aL gO �O RP �T V ,V �V �Y [ 5[ �[ �] *_ H_ �_ �_ ?a � InstallProductKey $ 1 description Install a product key. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � InstallLicense � description Installs a license. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract License string
� 3 in
� 3 Z �� ID )
� � Z ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � InstallLicensePackage � � description Install a license package for the current product. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract LicensePackage string
� : in
� : a �� ID )
� � a ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceMachine � � description Sets the KMS host name to use for volume activation. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract MachineName string
� 7 in
� 7 ^ �� ID )
� � ^ ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceMachine � � description Clears any previously configured KMS host name. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServicePort � � description Sets the TCP port used by a client to make requests of a KMS host. If not specified, port 1688 is used. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract PortNumber uint32
� 6 in
� 6 ] �� ID )
� � ] ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServicePort description Clears any previously specified port number. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceLookupDomain
description Sets the KMS lookup domain to use for volume activation. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract LookupDomain string
� 8 in
� 8 _ �� ID )
� � _ ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceLookupDomain - description Clears any previously configured KMS lookup domain. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLActivationInterval ! description The activation frequency, in minutes, of how often KMS-clients will contact the KMS host before they become licensed. The frequency must be greater than or equal to 15 and less than or equal to 43200. An error is returned if the method is called and the computer is not a KMS. ! ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ActivationInterval uint32
� > in
� > e �� ID )
� � e ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLRenewalInterval # # description The renewal frequency, in minutes, of how often KMS-clients will contact the KMS host after they have become licensed. The frequency must be greater than or equal to 15 and less than or equal to 43200. An error is returned if the method is called and the computer is not a KMS. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract RenewalInterval uint32
� ; in
� ; b �� ID )
� � b ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearProductKeyFromRegistry �' ( description Clears product key from the registry. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � AcquireGenuineTicket �) �) description DEPRECATED � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �? �� � D * � ��������� � __PARAMETERS abstract TemplateId string
� 6 in
� 6 ] �� ID )
� � ] ��� string ServerUrl string
� � in
� � �� ID )
� { ��@ string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReArmWindows 5. B. description Resets the licensing status of the computer to OOB Grace (see LicenseStatus). Note: you must reboot the client for the changes to take effect. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReArmApp u0 �0 description Resets the licensing status of an Application. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ApplicationId string
� 9 in
� 9 ` �� ID )
� � ` ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RefreshLicenseStatus s4 �4 description Updates the licensing status of Windows so that applications have access to current licensing information. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceListeningPort �6 �6 description Sets the TCP port used by a KMS host to listen for activation requests. Applies to KMS hosts only. If not specified, 1688 is used. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract PortNumber uint32
� 6 in
� 6 ] �� ID )
� � ] ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceListeningPort ; ; description Clears any previously specified listening port. Applies to KMS hosts only. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableKeyManagementServiceDnsPublishing "= /= description Enable/Disable the DNS Publishing on a KMS host computer: 0=Enable, 1=Disable. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ��� � __PARAMETERS abstract DisablePublishing boolean
� = in
� = e �� ID )
� � e ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����e�� % � ��� � ��`s� � r�� [ �~
M �R&�U K��l ; r;nS� � �
V� � t �q � C I M _ S y s t e m C o m p o n e n t ^�%߬�� CIM_SystemComponent ) ' � ��� � � � � � ���������s � Win32_SystemSystemDriver Description The Win32_SystemSystemDriver class represents an association between a computer system and a system driver running on that computer system. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� 0 = � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the properties of the computer system upon which the driver is running. PartComponent f@ )
� � � �� ref:Win32_SystemDriver Description The PartComponent reference represents the system driver running on the computer system. pC � C I M _ S y s t e m C o m p o n e n t ^�%߬�� CIM_SystemComponent ) � ��� � � � w � ���������2 � Win32_SystemUsers Description The Win32_SystemUsers class represents an association between a computer system and a user account on that system. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� � � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the computer system containing the user account. PartComponent f@ )
� � � � � �� ref:Win32_UserAccount Description The PartComponent reference represents the user account on the computer system. . � C I M _ S y s t e m C o m p o n e n t
^�%߬�� CIM_SystemComponent ) $ � ��� � � � � � ���������B � Win32_SystemProcesses Description The Win32_SystemProcesses class represents an association between a computer system and a process running on that system. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� ( � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the computer system upon which the process is running. PartComponent f@ )
� � � � � �� ref:Win32_Process Description The PartComponent reference represents the process running on the computer system. m. � W i n 3 2 _ S y s t e m D e v i c e s ^�%߬� Win32_SystemDevices ) % � ��� � � � � � ���������� � Win32_SystemPartitions Description The Win32_SystemPartitions class represents an association between a computer system and a disk partition on that system. AMENDMENT LOCALE ms_409 GroupComponent f@
� � ref:Win32_ComputerSystem Description The GroupComponent reference represents the Win32_ComputerSystem containing the properties of the computer system where the disk partition is located. PartComponent f@
� �
ref:Win32_DiskPartition Description The PartComponent reference represents the Win32_DiskPartition containing the properties of a disk partition that exists on the computer system. � C I M _ S y s t e m C o m p o n e n t ^�%߬� CIM_SystemComponent ) # � ��� � � � � � ���������� � Win32_SystemServices Description The Win32_SystemServices class represents an association between a computer system and a service program that exists on the system. AMENDMENT LOCALE ms_409 GroupComponent f@ )
�
$ 1 � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the Win32_ComputerSystem containing the properties of the computer system on which the service exists. PartComponent f@ )
� ' � �� ref:Win32_Service Description The PartComponent reference represents theWin32_Service containing the service that exists on the computer system. om � C I M _ S y s t e m C o m p o n e n t
^�%߬�� CIM_SystemComponent ) - � ��� � � � � � ���������e � Win32_SystemNetworkConnections Description The Win32_SystemNetworkConnections class represents an association between a network connection and the computer system on which it resides. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� 7 D � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the computer system connected to the network. PartComponent f@ )
� � � � �� ref:Win32_NetworkConnection Description The PartComponent reference represents the network connection (to this computer system). hi � C I M _ C o m p u t e r S y s t e m R e s o u r c e ^�%߬�� $ CIM_ComputerSystemResource ) $ � ��� � � � � � ���������t � Win32_SystemResources Description The Win32_SystemResources class represents an association between a system resource and the computer system it resides on. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� ) � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the computer system where the resource is located. PartComponent f@ )
� � � � � �� ref:CIM_SystemResource Description The PartComponent reference represents the the resource (such as I/O services, memory resources) available on the computer system. � C I M _ E l e m e n t S e t t i n g ^�%߬�� CIM_ElementSetting ) " � ��� � � � � � ���������P � Win32_SystemSetting Description The Win32_SystemSetting class represents an association between a computer system and a general setting on that system. AMENDMENT LOCALE ms_409 Element f@ )
� � � �� ref:Win32_ComputerSystem Description The Element reference represents the properties of a computer system where this setting can be applied. Setting f@ )
� � � � � �� ref:CIM_Setting Description The Setting reference represents the properties of the setting that can be applied to the computer system. � W i n 3 2 _ S y s t e m S e t t i n g ^�%߬�� Win32_SystemSetting ) " � ��� � � � i r ��������� � Win32_SystemDesktop Description The Win32_SystemDesktop class represents an association between a computer system and its desktop configuration. AMENDMENT LOCALE ms_409 Element f@
� � � ref:Win32_ComputerSystem Description The Element reference represents the computer system where the desktop configuration exists. Setting f@
� � � � ref:Win32_Desktop Description The Setting reference represents a desktop configuration existing on the computer system. � W i n 3 2 _ S y s t e m S e t t i n g ^�%߬�� Win32_SystemSetting ) , � ��� � � � p y ��������� � Win32_SystemBootConfiguration Description The Win32_SystemBootConfiguration class represents an association between a computer system and its boot configuration. AMENDMENT LOCALE ms_409 Element f@
� � ref:Win32_ComputerSystem Description The Element reference represents the computer system using the boot configuration. Setting f@
� � � � ref:Win32_BootConfiguration Description The Setting reference represents a boot configuration for the computer system. � �� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableKeyManagementServiceLowPriority ]A jA description Enable/Disable KMS service running with low priority: 0=Disable, 1=Enable. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ��� � __PARAMETERS abstract EnableLowPriority boolean
� = in
� = e �� ID )
� � e ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableKeyManagementServiceHostCaching �E �E description Enable/Disable the caching of the KMS hostname and port on a volume activation client computer: 0=Enable, 1=Disable. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ��� � __PARAMETERS abstract DisableCaching boolean
� : in
� : b �� ID )
� � b ��� boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GenerateActiveDirectoryOfflineActivationId �I �I description Generates Installation ID for AD forest activation using the specified product-key ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � & ��������P � __PARAMETERS abstract InstallationID string
� : out
� : a �� ID )
� � a ��� string ReturnValue uint32
� uint32 out
� ! �� __ � DepositActiveDirectoryOfflineActivationConfirmation �O �O description Processes Confirmation ID for AD forest using the specified product-key to generate and then publish the Activation Object (AO) into Active Directory. / ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � ��
�� � � I * � ������������H � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string ConfirmationID string
� � in
� � �� ID )
� � ��E string ActivationObjectName string
� � in
� � � �� ID )
� @ � �� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DoActiveDirectoryOnlineActivation =V JV description Performs online activation of AD forest using the specified product-key to generate and then publish the Activation Object (AO) into Active Directory. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �U �� � O * � ��������� � __PARAMETERS abstract ProductKey string
� 6 in
� 6 ] �� ID )
� � ] ��� string ActivationObjectName string
� � in
� � �� ID )
� � ��K string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLActivationTypeEnabled F[ S[ description Sets the activation method configured for the VL client. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ActivationType uint32
� : in
� : a �� ID )
� � a ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearVLActivationTypeEnabled Y_ f_ description Clears any previously specified activation method configured for the VL client. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �71478464)(A;;GRGX;;;BA)(A;;GRGX;;;SY)(A;;GRGX;;;BU)(A;;GRGX;;;S-1-15-2-1)(A;;GRGX;;;S-1-15-2-2)S:(AU;FASA;0x000D0116;;;WD)" operationHint="replace" description="Default SDDL for Windows Resource Protected file" />
</securityDescriptorDefinitions>
</accessControl>
</security>
</trustInfo>
<mof name="$(runtime.wbem)\win32_tpm.mof" />
<imaging>
<sysprepInformation>
<sysprepProvider stage="generalize">
<sysprepOrder order="0x1500" />
<registryActions>
<deleteValue name="ADBackupCommonName" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="ADBackupSrkPubDigest" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="FirmwareVersionAtLastProvision" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="LastPPIRequest" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="NoPPIClear" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="NoPPIProvision" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="NoResourceVirtualizationOnNextReboot" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="PPIVersion_Test" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="TpmBackedDeviceID" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="UseNullDerivedOwnerAuth" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="WindowsAIKHash" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="WindowsAIKBinding" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteValue name="WindowsAIKPub" path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI\Admin" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI\Endorsement" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI\HealthCert" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI\TaskStates" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\WMI\User" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\KeyAttestationKeys" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\PlatformQuoteKeys" />
<deleteKey path="HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TPM\ODUID" />
</registryActions>
</sysprepProvider>
</sysprepInformation>
</imaging>
<localization>
<resources culture="en-US">
<stringTable>
<string id="displayName0" value="TPM WMI" />
<string id="description1" value="TPM WMI Services" />
<string id="displayName2" value="WRP_FILE_DEFAULT_SDDL" />
<string id="description3" value="Default SDDL for Windows Resource Protected file" />
<string id="description4" value="WMI object for TPM administration" />
<string id="displayName5" value="WRP_REGKEY_DEFAULT_SDDL" />
<string id="description6" value="Default SDDL for Windows Resource Protected registry key" />
</stringTable>
</resources>
</localization>
</assembly>ources">
<dependentAssembly dependencyType="prerequisite">
<assemY �5r�i � ���� � �Z �� � __SystemSecurity singleton �, � � Get � � Get � � � � � GetSD � ���� � �� �� * c � � ��������3 � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ �� SD uint8
� � out
� � � �� ID )
� � � ��� � Static � �� GetSecurityDescriptor � ���� � �� �� � * c ��������Y � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ ��
Descriptor object
� � out
� � � �� ID
)
� < � �� object:__SecurityDescriptor � Static � �� Get9XUserList � ���� � �� �� * c � � ��������I � __PARAMETERS abstract ReturnValue uint32
� 7 out
� 7 ^ ��
ul object
� � out
� � � �� ID
)
� 4 � ��� object:__ntlmuser9x � Static � �� @?70 � T�q� C I M _ S e t t i n g ^�%߬�� ` CIM_Setting
) � ��� � � � b p / < ( � � { � � � �
�
) 7
)
" 0 � } � a t � � � � � � � � l z _ o e s UUUUU������������������������������������������������������������������������������������������. � Win32_TimeZone Description The Win32_TimeZone class represents the time zone information for a Win32 system. This includes changes needed for the transition to and from daylight savings time. AMENDMENT LOCALE ms_409 Bias +
� % , 5 B sint32 Units minutes Description The Bias property specifies the current bias for local time translation. The bias is the difference between Coordinated Universal Time (UTC) and local time. All translations between UTC and local time are based on the following formula: UTC = local time + bias. This member is required. DaylightBias +
� � � � � � sint32 Units minutes Description The DaylightBias property specifies a bias value to be used during local time translations that occur during daylight time. This member is ignored if a value for the DaylightDay member is not supplied. The value of this member is added to the Bias member to form the bias used during daylight time. In most time zones, the value of this member is -60. DaylightDay
� h p } uint32 Description The DaylightDay property specifies the DaylightDayOfWeek ofthe DaylightMonth when the transition from standard time to daylight savingstime occurs on this operating system.
Example: 15
If the transition day DaylightDayOfWeek occurs on a Sunday, then the value 1 denotes the first Sunday of the DaylightMonth, 2 denotesthe second Sunday, and so forth, and 5 denotes the last Sunday of theDaylightMonth. DaylightDayOfWeek +
� a h u ' uint8 Description The DaylightDayOfWeek property specifies the day of the week when the transition from standard time to daylight savings time occurs on this operating system.
Example: 1 Values G O W ` k u } Sunday Monday Tuesday Wednesday Thursday Friday Saturday DaylightHour
� � � � uint32 Description The DaylightHour property specifies the hour of the day when the transition from standard time to daylight savings time occurs on this operating system.
Example: 2 DaylightMillisecond
� � � � uint32 Description The DaylightMillisecond property specifies the millisecond of the DaylightSecond when the transition from standard time to daylight savings time occurs on this operating system. DaylightMinute !
� � � � uint32 Description The DaylightMinute property specifies the minute of the DaylightHour when the transition from standard time to daylight savings time occurs on this operating system.
Example: 59 DaylightMonth
% +
� �
�
�
� � uint32 Description The DaylightMonth property specifies the month when the transition from standard time to daylight savings time occurs on this operating system.
Example: 1 = January Values � � � � � � � � January February March April May June July August September October November December DaylightName )
� c k x string Description The DaylightName property indicates the name of the time zone being represented when daylight savings time is in effect.
Example: EDT = Eastern Daylight Time. DaylightSecond -
� U
]
j
uint32 Description The DaylightSecond property specifies the second of of the DaylightMinute when the transition from standard time to daylight savings time occurs on this operating system.
Example: 59 DaylightYear
1
� \ d q uint32 Description The DaylightYear property indicates the year when daylight saving time is in effect. This member is not required.
Example: 1997 StandardBias 5 +
� 9 A H Q ^ uint32 Units minutes Description The StandardBias property specifies a bias value to be used when daylight savings time is not in effect. This member is ignored if a value for the StandardDay member is not supplied. The value of this member is added to the Bias member to form the bias during standard time.
Example: 0 StandardDay 9
� � � � uint32 Description The StandardDay property specifies the StandardDayOfWeekof the StandardMonth when the transition from daylight saving time to standardtime occurs on this operating system.
Example: 31
If the transition day StandardDayOfWeek occurs on a Sunday, then thevalue 1 denotes the first Sunday of the StandardMonth, 2 denotes the secondSunday, and so forth, and 5 denotes the last Sunday of the StandardMonth. StandardDayOfWeek = +
� � � � k s uint8 Description The StandardDayOfWeek property specifies the day of the week when the transition from daylight savings time to standard time occurs on this operating system.
Example: 1 Values � � � � � � � Sunday Monday Tuesday Wednesday Thursday Friday Saturday StandardHour >
�
" uint32 Description The StandardHour property specifies the hour of the day when the transition from daylight savings time to standard time occurs on this operating system.
Example: 11 StandardMillisecond B
� uint32 Description The StandardMillisecond property specifies the millisecond of the StandardSecond when the transition from daylight savings time to standard time occurs on this operating system. StandardMinute F
�
" uint32 Description The StandardMinute property specifies the minute of the StandardDay when the transition from daylight savings time to standard time occurs on this operating system.
Example: 59 StandardMonth J +
� $ 1 � � uint32 Description The StandardMonth property specifies the month when the transition from daylight savings time to standard time occurs on this operating system.
Example: 12 Values
$ + 0 6 < D O X b January February March April May June July August September October November December StandardName N )
� � � ��� � string Description The StandardName property indicates the name of the time zone being represented when standard time is in effect.
Example: EST = Eastern Standard Time. StandardSecond R
� � � � uint32 Description The StandardSecond property specifies the second of the StandardMinute when the transition from daylight savings time to standard time occurs on this operating system.
Example: 59 StandardYear V
� � � � uint32 Description The StandardYear property indicates the year when standard time is in effect. This member is not required.
Example: 1997 � C I M _ E l e m e n t S e t t i n g ^�%߬�� CIM_ElementSetting ) � ��� � � � � � ���������f � Win32_UserDesktop Description The Win32_UserDesktop class represents an association between a user account and desktop settings that are specific to it. AMENDMENT LOCALE ms_409 Element f@ )
� � � �� ref:Win32_UserAccount Description The Element reference represents the user account whose desktop can be customized by the Settings property of this class. Setting f@ )
� � � � � �� ref:Win32_Desktop Description The Setting reference represents the desktop settings that serve to customize a specific user account desktop. D � g �c�%߬��* ) ' � ��� � = � � - E � � _ w � � Z � � p � j �
8 � � = P ' � � , B +
1
�
�
; � �
q
�
" D 8 � � � P v ' � � � � " E � � c u , � � X g s � ) � � � � � � � ! 4 � � R a � } � . � � k � � %! �! �! N" c" �" # �# �# �# $ �$ �$ % % �% �% c& |& �& �& UUUUUUUUUUUUUUU����������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������' � SoftwareLicensingProduct description This class exposes product-specific properties and methods of the Software Licensing service. AMENDMENT LOCALE ms_409 ADActivationCsvlkPid 5 �
� � � � string description KMS host PID in AO used for the last AD activation. ADActivationCsvlkSkuId 6 �
� q y � string description KMS host SkuId in AO used for the last AD activation. ADActivationObjectDN 4 �
� � string description Fully qualified distinguished name of AO used for the last AD activation. ADActivationObjectName 3 �
� � � � string description Name of AO used for the last AD activation. ApplicationID
� ( 5 string description ID of current product's Application AutomaticVMActivationHostDigitalPid2 < �
� � � � string description Product key PID2 of the AVMA host. AutomaticVMActivationHostMachineName : �
� 7 ? L string description The machine name of the AVMA host. AutomaticVMActivationLastActivationTime e ; �
� � � � datetime description The last activation time for the product. Description
� @ H U string description Product Description DiscoveredKeyManagementServiceMachineIpAddress n
� � � � string description Last discovered KMS host IP address through DNS. DiscoveredKeyManagementServiceMachineName j
� d l y string description Last discovered KMS host name through DNS. DiscoveredKeyManagementServiceMachinePort r
� � uint32 description Last discovered KMS host port through DNS. EvaluationEndDate e 0
� | � � datetime description The expiration date of this product's application. After this date, the LicenseStatus will be Unlicensed, and cannot be Activated. ExtendedGrace * �
� S [ h uint32 description Extended grace time in minutes before the parent application becomes unlicensed. GenuineStatus ) �
� � �
uint32 description Genuine status for this product. GracePeriodRemaining ,
� n v � uint32 description Remaining time in minutes before the parent application goes into Notification Mode. For volume clients, this is the remaining time before re-Activation is required. IAID 9 �
� ]
e
r
string description IAID needed on the host to keep this VM from entering notifications. ID )
� �
� ���
string description Product Identifier IsKeyManagementServiceMachine v +
� t | � � � uint32 description Indicates if KMS is enabled on the computer: 1 if true, 0 if false. values KeyManagementServiceCurrentCount z
� 0 8 E uint32 description The count of currently active KMS clients on the KMS host. -1 indicates the host is not enabled as a KMS, or has not received any client licensing-requests. KeyManagementServiceFailedRequests ' �
� 3
;
H
uint32 description The total count of failed KMS requests. KeyManagementServiceLicensedRequests " �
� �
�
�
uint32 description The count of KMS requests from clients with License Status=1 (Licensed). KeyManagementServiceLookupDomain f
� p x � string description The FQDN of the resource domain containing the KMS SRV records for the org. Returns null if SetKeyManagementServiceLookupDomain has not been called. KeyManagementServiceMachine ^
� d l y string description The name of the KMS host. Returns null if SetKeyManagementServiceMachine has not been called. KeyManagementServiceNonGenuineGraceRequests % �
� 1 9 F uint32 description The count of KMS requests from clients with License Status=4 (NonGenuineGrace). KeyManagementServiceNotificationRequests ( �
� � � uint32 description The count of KMS requests from clients with License Status=5 (Notification). KeyManagementServiceOOBGraceRequests # �
� � � � uint32 description The count of KMS requests from clients with License Status=2 (OOBGrace). KeyManagementServiceOOTGraceRequests $ �
� S [ h uint32 description The count of KMS requests from clients with License Status=3 (OOTGrace). KeyManagementServicePort b
� �
uint32 description The TCP port used by clients to send KMS-activation requests. Returns 0 if SetKeyManagementServicePort has not been called. KeyManagementServiceProductKeyID Z
� � � � string description KMS product key ID. Returns null if not applicable. KeyManagementServiceTotalRequests & �
� q y � uint32 description The total count of valid KMS requests. KeyManagementServiceUnlicensedRequests ! �
�
uint32 description The count of KMS requests from clients with License Status=0 (Unlicensed). LicenseDependsOn L
� � � � string description The dependency identifier for the family of SKUs used to determine license relationships for add-ons. LicenseFamily H
� X ` m string description The family identifier for the SKU used to determine license relationships for add-ons. LicenseIsAddon P
�
boolean description Returns True if the product is identified as an add-on license. LicenseStatus $ +
� � � � K S uint32 description License status of this product's application. 0=Unlicensed, 1=Licensed, 2=OOBGrace, 3=OOTGrace, 4=NonGenuineGrace, 5=Notification, 6=ExtendedGrace. values LicenseStatusReason
(
� � � � uint32 description A diagnostic code which indicates why a computer is in a specific licensing state. MachineURL
� U ] j string description Software licensing server URL for the binding certificate Name
� � � � string description Product Name OfflineInstallationId
4
� = E R string description An identifier for this product's application that can be used for telephone or offline activation. Returns null if a product key is not installed. PartialProductKey 8
� % - : string description Last five characters of this product's key. Returns null if a product key is not installed. ProcessorURL
� � � � string description Software licensing server URL for the process certificate ProductKeyChannel D
� ` h u string description Product key channel string. Returns null if a product key is not installed. ProductKeyID <
� � string description Product key ID. Returns null if a product key is not installed. ProductKeyID2 @
� � � � string description Product key ID2, PID2, string. Returns null if a product key is not installed. ProductKeyURL
� - 5 B string description Software licensing server URL for the product certificate RemainingAppReArmCount 8 �
� � � � uint32 description Remaining number of times the app can be rearmed successfully. RemainingSkuReArmCount 7 �
� Z b o uint32 description Remaining number of times the sku can be rearmed successfully. RequiredClientCount ~
� � � uint32 description The minimum number of clients required to connect to a KMS host in order to enable volume licensing. TokenActivationAdditionalInfo / �
� � � � string description Additional information for token-based activation. TokenActivationCertificateThumbprint . �
� Q! Y! f! string description Thumbprint of the certificate that activated the product. TokenActivationGrantNumber - �
� �! �! �! uint32 description Grant number in the token-based activation license that activated the product. TokenActivationILID + �
� �" �" �" string description ID of the token-based activation license that activated the product. TokenActivationILVID , �
� ,# 4# A# uint32 description Version of the token-based activation license that activated the product. TrustedTime e 0 �
� �# �# �# datetime description The trusted time for the product. UseLicenseURL
� :$ B$ O$ string description Software licensing server URL for the user license ValidationURL
� �$ �$ �$ string description Software licensing server URL for Genuine Validation VLActivationInterval R
� K% S% `% uint32 description The frequency, in minutes, of how often a client will contact the KMS host before the product is licensed. VLActivationType 1 �
�
& & & uint32 description Activation type used for the last successful VL client activation. VLActivationTypeEnabled 2 �
� �& �& �& uint32 description Activation type configured for VL client. VLRenewalInterval V
� '' /' <' uint32 description The frequency, in minutes, of how often a client will contact the KMS host after the product is licensed. << f j � � 6 : � � � 1 � � + + G � � � � � � � � @ M � � < @ � � A T" �# �# R$ V$ �% �% :& >& 4) V) �) �) �, �, - 1 �2 �2 3 (5 �6 �6 97 =7 �8 �8 9 9 �: � UninstallProductKey & 3 description Uninstalls a product key for the current product. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Activate description Activates the current product. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DepositOfflineConfirmationId � � description Activates a product by depositing an Offline Confirmation Identifier for this product when performing telephone or offline activation. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �Q �� � M * � ��������� � __PARAMETERS abstract InstallationId string
� : in
� : a �� ID )
� � a ��� string ConfirmationId string
� � in
� � �� ID )
� � ��I string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetPolicyInformationDWord � � description Gets license policy Information of type DWORD. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract PolicyName string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � # ��������M � __PARAMETERS abstract PolicyValue uint32
� 7 out
� 7 ^ �� ID )
� � ^ ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetPolicyInformationString X e description Gets policy information of type string. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract PolicyName string
� 6 in
� 6 ] �� ID )
� � ] ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � # ��������M � __PARAMETERS abstract PolicyValue string
� 7 out
� 7 ^ �� ID )
� � ^ ��� string ReturnValue uint32
� uint32 out
� �� __ � SetKeyManagementServiceMachine � � description Sets the KMS host name to use for volume activation. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract MachineName string
� 7 in
� 7 ^ �� ID )
� � ^ ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceMachine � � description Clears any previously configured KMS host name. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServicePort � � description Sets the TCP port used by a client to make requests of a KMS host. If not specified, port 1688 is used. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract PortNumber uint32
� 6 in
� 6 ] �� ID )
� � ] ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServicePort description Clears any previously specified port number. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeyManagementServiceLookupDomain � description Sets the KMS lookup domain to use for volume activation. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract LookupDomain string
� 8 in
� 8 _ �� ID )
� � _ ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearKeyManagementServiceLookupDomain $ $ description Clears any previously configured KMS lookup domain. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetTokenActivationGrants & & description Returns token-based activation grants. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ��������H � __PARAMETERS abstract Grants string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � GenerateTokenActivationChallenge g) t) description Returns token-based activation challenge. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ! ��������K � __PARAMETERS abstract Challenge string
� 5 out
� 5 \ �� ID )
� � \ ��� string ReturnValue uint32
� uint32 out
� �� __ � DepositTokenActivationResponse �, �, description Deposits token-based activation response. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � ��
�� � � * � � B ������������6 � __PARAMETERS abstract Challenge string
� 5 in
� 5 \ �� ID )
� � \ ��� string Response string
� � in
� � �� ID )
� y ��> string CertChain string
� � in
� � � �� ID )
� . � ��� string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetVLActivationTypeEnabled �2 �2 description Sets the activation method configured for the VL client. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ActivationType uint32
� : in
� : a �� ID )
� � a ��� uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ClearVLActivationTypeEnabled �6 �6 description Clears any previously specified activation method configured for the VL client. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReArmSku �8 �8 description Resets the licensing status of a SKU. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
� � � string ValidationURL string
� G Software licensing server URL for Genuine Validation description
� � � n string $ LicenseStatus uint32 $
� License status of this product's application. 0=Unlicensed, 1=Licensed, 2=OOBGrace, 3=OOTGrace, 4=NonGenuineGrace, 5=Notification, 6=ExtendedGrace. description $
� � - values $ +
� ] � - � uint32
( LicenseStatusReason uint32
(
� � A diagnostic code which indicates why a computer is in a specific licensing state. description
(
� @ � uint32 , GracePeriodRemaining uint32 ,
� p Remaining time in minutes before the parent application goes into Notification Mode. For volume clients, this is the remaining time before re-Activation is required. description ,
� x
?
� uint32 e 0 EvaluationEndDate datetime e 0
� �
The expiration date of this product's application. After this date, the LicenseStatus will be Unlicensed, and cannot be Activated. description e 0
� � S �
datetime
4 OfflineInstallationId string
4
� � An identifier for this product's application that can be used for telephone or offline activation. Returns null if a product key is not installed. description
4
� � z � string 8 PartialProductKey string 8
� � Last five characters of this product's key. Returns null if a product key is not installed. description 8
� �
d
string < ProductKeyID string <
� �
Product key ID. Returns null if a product key is not installed. description <
� f - �
string @ ProductKeyID2 string @
� � Product key ID2, PID2, string. Returns null if a product key is not installed. description @
� ? � string D ProductKeyChannel string D
� l Product key channel string. Returns null if a product key is not installed. description D
� � � string H LicenseFamily ���eP F ���� � gǕRr �q*�� R _ _ E v e n t C o n s u m e r �_�%߬� c __EventConsumer ) ' � ��� � � / A � � � ! 5 B O H X � � r � ( � � w } � � � �
�
�
B O �
n { �
�
�
� � * 1 oUUUUU��������� ��������������������������������������������������������������������������������� � CommandLineEventConsumer Description Executes command in response to an event, see the Win32 SDK documentation for CreateProcess for more complete description of properties. AMENDMENT LOCALE CommandLineTemplate
�
string Description Command line string CreateNewConsole
� m v � boolean Description The new process has a new console. Note: This property has been Deprecated in Windows XP and is no longer used. CreateNewProcessGroup
� 8 A N boolean Description The new process is the root process of a new process group. CreateSeparateWowVdm
� � � � boolean Description The new process runs in a private Virtual DOS Machine (VDM). CreateSharedWowVdm
� a j w boolean Description If the DefaultSeparateVDM switch in the Windows section of WIN.INI is TRUE, this flag causes the CreateProcess function to override the switch and run the new process in the shared Virtual DOS Machine. DesktopName
*
� { � � string Description Either the name of the desktop only or the name of both the desktop and window station for this process. Note: This property has been Deprecated in Windows XP and is no longer used. ExecutablePath
� � � � string Description Name of executable module FillAttribute J
� � � uint32 Description Specifies the initial text and background colors if a new console window is created in a console application ForceOffFeedback T
� � � � boolean Description Indicates that the feedback cursor is forced off while the process is starting. ForceOnFeedback R
� T ] j boolean Description Indicates that the cursor is in feedback mode for two seconds after CreateProcess is called. KillTimeout X
� uint32 description Number of seconds that child process is allowed to run; if zero, process will not be terminated Name )
� � � ��� � string Description A unique identifier for this instance Priority "
� & . ; sint32 Description Used to determine the scheduling priorities of the process's threads RunInteractively V
� � � � boolean Description Indicates that the process has access to the desktop. ShowWindowCommand N
� K
S
`
uint32 Description The ShowWindowCommand can be any of the SW_ constants defined in WINUSER.H. UseDefaultErrorMode
� �
�
boolean Description New process inherits the error mode of the calling process. WindowTitle .
� { � � string Description For console processes, this is the title displayed in the title bar if a new console window is created WorkingDirectory &
� 6 > K string Description Default directory used by process XCoordinate 2
� � � � uint32 Description Specifies the x coordinate of the upper left corner of a window XNumCharacters B
� 9
A
N
uint32 Description For a console process, specifies the width of the window in characters XSize :
� �
�
�
uint32 Description Specifies the width of the window YCoordinate 6
� : B O uint32 Description Specifies the y coordinate of the upper left corner of a window YNumCharacters F
� � � � uint32 Description For a console process, specifies the height of the window in characters YSize >
� ] e r uint32 Description Specifies the height of the window � _ _ E v e n t C o n s u m e r �_�%߬�� 6 __EventConsumer ) & � ���
� � # , � k � � � l � w � � � 2 > � � oUU���������� ��������������������������������������� � NTEventLogEventConsumer description Logs events into NT event log, see Win32 SDK documentation for more complete descriptions AMENDMENT LOCALE Category
� � � � uint16 Description Specifies the event category. This is source-specific information. EventID
� X ` m uint32 Description The event identifier specifies the message that goes with this event as an entry in the message file associated with the event source. EventType
� , 4 A uint32 Description Specifies the type of event being logged InsertionStringTemplates
&
� � � � string Description Strings to be inserted into the event text. Name )
� 0 � ��8 E string Description A unique identifier for this instance NameOfRawDataProperty .
� � � � string Description The NameOfRawDataProperty is the name of a property in the event which contains an array of bytes, or a string. This will become the lpRawData param in ReportEvent API function. NameOfUserSIDProperty *
� � � � string Description The NameOfUserSIDProperty property is the name of the property in the event which contains a UserSID in string or array of bytes format. This will become the lpUserSid param in the ReportEvent API function. NumberOfInsertionStrings "
� � � � uint32 Description Number of strings to be inserted into the event text. SourceName
� j r string Description The source name must be a subkey of a logfile entry under the EventLog key in the registry. UNCServerName
� , string Description Universal Naming Convention (UNC) name of the server on which this operation is to be performed. If NULL, the operation is performed on the local computer. � _ _ E v e n t C o n s u m e r �_�%߬�� 8 __EventConsumer
$ k s � � K T � � � � ' 3 z � � � oUU���������� ���������������������������������������� � SMTPEventConsumer locale BccLine , '
� Y a �� � �� string Template CcLine
( '
� � � �� � �� string Template FromLine '
� � �� � �� string Template HeaderFields 0
� C � �� string Message '
� � � �� � �� string Template Name
� � � �� string ReplyToLine '
� �� � �� string Template SMTPServer '
� h p �� � �� string not_null Subject '
� � � �� � �� string Template ToLine $ '
� �� � �� string Template �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���M 9 ` � __Win32Provider {C7A3A54B-0250-11d3-9CD1-00105A1F4801} NetworkServiceHost SMTPEventConsumer S:Om� � �� � g M�� � k9� ��&�� t 'x�� M Bt�_ � M��m8 z 6`�%߬�v ) E ��P X ` i " / � � ? G � � M S U������������������������ � MSFT_CliParam Description Instances of the CliParam class define verb parameters. Each verb has a (possibly empty) list of parameters accepted by the verb. The CliParam instance defines the name of the paramater, the default value for the parameter, the type of the parameter and whetehr the parameter is optional or not. AMENDMENT LOCALE ms_409 Default
� � � � STRING Description The default string defines the default value used for the parameter if the user choose not to supply any actual value. Description
� [ c p String Description The Description property provides description of the parameter Optional
� � � � BOOLEAN Description The Optional boolean indicates that the parameter may be omotted. ParaId
� s { � STRING Description The ParaId string is the formal name for the parameter. Qualifiers
� � object:MSFT_CliQualifier Description The qualifiers applicable to this Parameter Type
� � � STRING Description The Type string defines the format expected for any value supplied for this parameter. li � 7`�%߬�O ) �� ! ) 5 � � � � X _ � � U����������������������������� � MSFT_CliVerb Description Instances of the CliVerb class represent behavior available through the alias. The Name property defines the actual function to be invoked when the verb is used in a command. The function may be either a fiixed list of system defined standard functions such as CALL. Or the function may be a method by on the Target of the alias. The verb has both a Descriptions property providing a description of what the verb does and a Usages property providing a description of how the verb should be called. AMENDMENT LOCALE ms_409 Derivation
� a i v STRING Description The Derivation string represents the name of the method the verb is based on or the name of a standard verb (for example the standard verb 'CALL'). Description
� D L Y String Description The Description property provides the description of the verb Name
� � � � STRING Description The Name string provides the name for the verb. Parameters
� H ^ k object:MSFT_CliParam Description The Parameters array provides an array of objects that describe the parameters accepted by the verb. Qualifiers
� # 0 object:MSFT_CliQualifier Description The qualifiers applicable to this Verb Usage
� � � � String Description The Usages array provides the text that defines how the verb should be used. VerbType +
� 1 9 F z � uint32 Description The VerbType property identifies the type of the verb. If the VerbType property has the value 2 (CommandLine), the verb is executed by invocation of the command line utility named in the Derivation property. If no Parameters are provided as a part of the verb definition, at invocation time the text up to the next carriage return should be passed to the utility named in the Derivation property. If any Parameters are provided as a part of the verb definition - the parameter definitions should be used in checking actual parameters provided at invocation time. Values � � � Class Method Standard CommandLine � 8`�%߬�� ) a ��l t | � � � e k � � U����������������{ � MSFT_CliProperty Description Instances of the CliProperty class describe values that will be used in a Format. Each property has a name, description and a Derivation. Note any formatting strategies such as truncation length or formatting strategies for numeric values will be defined in the stylesheet defined for the format containing the property. AMENDMENT LOCALE ms_409 Derivation
� � � � STRING Description The Derivation string provides an expression that will be used by the commandline utility to derive the value for the property. The derivation must be either the name of a property defined by the Alias' WMIObject or a Command Line command such as 'w System Get Name'. Description
� $ String Description The Description property provides a description of the property Name
� � � � STRING Description The Name string provides the name of the property to be displayed. Qualifiers
� ( B O object:MSFT_CliQualifier Description The qualifiers applicable to this Property cr � 9`�%߬��
) �� # + � � � � ������������� � MSFT_CliFormat Description Instances of the CliFormat class represent a display strategy for the alias. The display strategy consists of a list of properties to be displayed together with aformat (represented by an XSL style sheet) to be used indisplaying them AMENDMENT LOCALE ms_409 Format
� W _ l STRING Description The Format string provides the location of an XSL file that can be used to format the output from the category. Name
� % STRING Description The Name string corresponds to the format used with the SHOW command. The format name may be one of the system defined formats(FULL, BRIEF, INSTANCE) or may be an arbitrary user-defined format. Properties
� 9 F object:MSFT_CliProperty Description The Properties arrays is the list of properties to be shown for this Format. or � =`�%߬�\ ) * � ��� � � � I R ��������� � MSFT_CliTranslateTableEntry Description A translatetable entry defines a mapping between one value or set of values and another value. AMENDMENT LOCALE ms_409 FromValue
� � � � string Description The FromValue property defines a value or set of values that is to be translated. If the value is a set the syntax <value1>-<value2> should be used. This will be interpreted as meaning any value in collating sequence order between and including value1 and value2. If the character "-" is to be included it should be escaped with a \ character ToValue
� ~ � � string Description The ToValue property defines the value to be substituted for the value recognised by the FromValue property. o � >`�%߬�5 ��# + 3 9 � 5��������� � MSFT_CliTranslateTable AMENDMENT LOCALE ms_409 Name )
� p � ��x � string Description The Name property provides a unique identifier for the table. This identifier may be referenced in the Translate switch. Tbl
� 0 T a object:MSFT_CliTranslateTableEntry Description The Tbl property provides an array of translate table entries that define the translations to be performed for this translate table. ov � �`�%߬�� �� # , S Y %��������� � MSFT_LocalizableElement abstract RelPath
� K string Text
� x string ca � U��@[��b �� % - � MSProcessorClass AMENDMENT LOCALE ms_409 � �C E 7 �xC_��lZ�%߬�( � __thisNAMESPACE ��h� * R:��� ���&� R �^B22 & ca��X
��v�r �
@5I 6 "4� {:`I� $ C I M _ S e t t i n g �_�%߬�� CIM_Setting
) " / � ��� � � � � ���������������������� � ScriptingStandardConsumerSetting Description Provides registration data common to all instances of the Active Script Consumer AMENDMENT LOCALE MaximumScripts
� � � � uint32 Description Maximum number of scripts run before the consumer will start a new instance. The consumer should be shut down periodically to clear out memory leaks from the scripts. Timeout
� � � � uint32 Description Maximum number of minutes before the consumer will start a new instance. If zero, consumer lifetime is controlled by the MaximumScripts property. Valid Range: 0-71,000. � _ _ E v e n t C o n s u m e r �_�%߬�� 8 __EventConsumer
$ k s � � K T � � � � ' 3 z � � � oUU���������� ���������������������������������������� � SMTPEventConsumer locale BccLine , '
� Y a �� � �� string Template CcLine
( '
� � � �� � �� string Template FromLine '
� � �� � �� string Template HeaderFields 0
� C � �� string Message '
� � � �� � �� string Template Name
� � � �� string ReplyToLine '
� �� � �� string Template SMTPServer '
� h p �� � �� string not_null Subject '
� � � �� � �� string Template ToLine $ '
� �� � �� string Template �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���M 9 ` � __Win32Provider {C7A3A54B-0250-11d3-9CD1-00105A1F4801} NetworkServiceHost SMTPEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� @ % { � __EventConsumerProviderRegistration - SMTPEventConsumer \\.\root\default:__Win32Provider.Name="SMTPEventConsumer" R O O T \ d e f a u l t # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 8 9 2 F 8 D B 6 9 C 4 E D F B C 6 8 1 6 5 C 9 1 0 8 7 B 7 A 0 8 3 2 3 F 6 C E 5 B 5 E F 3 4 2 C 0 F 9 3 E 0 2 A 0 5 9 0 B F C 4 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ B A C 3 F 6 A 6 A 3 5 D D 5 6 C C 5 1 C A D 0 B A F 3 2 5 F 0 D 2 8 7 9 8 9 C 2 8 1 F 5 3 4 A 9 D B B 7 6 F D 5 9 7 1 0 B 3 D E 8 1 a 2 _ _ E v e n t C o n s u m e r �_�%߬�� 8 __EventConsumer ��
& / � � F P �
� � � � > J � � oUU���������� ����������������������������������������� � SMTPEventConsumer AMENDMENT LOCALE BccLine ,
� [ c p string Description The email addresses of those persons to be included on the BCC: line. CcLine
(
� � � string Description The email addresses of those persons to be included on the CC: line. FromLine
� | � � string Description From line for the email message. If NULL, a from line will be constructed of the form WinMgmt@MachineName HeaderFields 0
� 6 > K string Description The header fields will be inserted into the SMTP email header without interpretation. Message
� � � � string Description The body of the email message. Name )
� I � ��Q ^ string Description A unique name identifying this instance of the SMTPEventConsumer. ReplyToLine
� � � � string Description Reply-To line for the email message. If NULL, no Reply-To field will be used. SMTPServer
� v ~ � string Description Local SMTP Server Subject
� � � � string Description The subject of the email message. ToLine $
� ? G T string Description The email addresses of those persons to be included on the TO: line. Addresses must be separated by commas or semicolons. � _ _ E v e n t C o n s u m e r �_�%߬� $ __EventConsumer g r � � � � & oE��������� �������������� ��� � LogFileEventConsumer Filename '
� U ] �� � �� string Not_Null IsUnicode
� � � �� boolean MaximumFileSize
� � � �� uint64 Name
� � �� string Text 2
� f n ��x �� � �� string Not_Null Template � _ _ E v e n t C o n s u m e r �_�%߬�� c __EventConsumer / v � � � ' Z n � � � � . = o � � � � 7 = o y � � � 5 J } � � � " T d � � � � P W o UU���������� ������������ �������������������������������������������� � � CommandLineEventConsumer CommandLineTemplate '
� d l �� � �� string Template CreateNewConsole
� � � �� boolean DEPRECATED CreateNewProcessGroup
� � �� boolean CreateSeparateWowVdm
� Q � �� boolean CreateSharedWowVdm
� � � �� boolean DesktopName
*
� � � �� string DEPRECATED ExecutablePath
� & � �� string FillAttribute J
� g � �� uint32 ForceOffFeedback T
� � � �� boolean ForceOnFeedback R
� � � �� boolean KillTimeout X
� / � �� uint32 Name
� g � �� string Priority "
� � � �� sint32 RunInteractively V
� � � �� boolean ShowWindowCommand N
� - � �� uint32 UseDefaultErrorMode
� t � �� boolean WindowTitle . '
� � � �� � �� string Template WorkingDirectory &
�
� �� string XCoordinate 2
� L � �� uint32 XNumCharacters B
� � � �� uint32 XSize :
� � � �� uint32 YCoordinate 6
� � �� uint32 YNumCharacters F
� H � �� uint32 YSize >
� � � �� uint32 � R O O T \ s u b s c r i p t i o n # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 1 D D 4 3 4 1 3 E D 9 F D 9 C 4 5 8 D 2 0 5 1 F 0 8 2 D 1 D 7 3 9 3 9 9 B 2 9 0 3 5 B 4 5 5 F 0 9 0 7 3 9 2 6 E 5 E D 9 8 7 0 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ 6 7 5 C 8 C 0 2 4 3 5 D 7 4 D 2 B F 9 F B 2 F 1 A C C 8 A 4 2 7 A 0 7 2 2 7 6 A D 5 C 1 9 F 6 8 D 5 A 3 E C 5 0 6 D 1 3 F 5 D 8 a \ 1 0 w ɐ �� � ��,7C � ��D%
s x�i� � �0�$ � 6X� � N�`� i�%߬�� / ) - � �� � C T q � � \ w � � � � . g � � Z � � UU��������������������������������������������! � MDM_Policy_Result01_Security02 InPartition 5 local-system DMWmiBridgeProv AllowAddProvisioningPackage '
� � � �� � sint32 AllowRemoveProvisioningPackage '
� � �� � sint32 ClearTPMIfNotReady '
� T � �� � sint32 ConfigureWindowsPasswords '
� � � �� � sint32 InstanceID
� � � �� string ParentID
� & � �� string PreventAutomaticDeviceEncryptionForAzureADJoinedDevices '
� � � �� � sint32 RecoveryEnvironmentAuthentication '
� � � �� � sint32 RequireDeviceEncryption '
� R � �� � sint32 RequireProvisioningPackageSignature $ '
� � � �� � sint32 RequireRetrieveHealthCertificateOnBoot
( '
� � �� � sint32 � i�%߬��
) - : � �� � P a m � � � � U������������2 � MDM_Policy_Result01_ServiceControlManager02 InPartition B local-system DMWmiBridgeProv InstanceID
� � � �� string ParentID
� � � �� string SvchostProcessMitigation '
� * � �� � string ce � i�%߬�� @ ) - � �� � C T c � � � � 9 N � � � � % 6 s � � � U e � � � � / C � � UUU������������������������������������������������������������� � MDM_Policy_Result01_Settings02 InPartition 5 local-system DMWmiBridgeProv AllowAutoPlay '
� � � �� � sint32 AllowDataSense '
� � � �� � sint32 AllowDateTime '
� 1 � �� � sint32 AllowEditDeviceName '
� � � �� � sint32 AllowLanguage '
� � � �� � sint32 AllowOnlineTips '
� � �� � sint32 AllowPowerSleep '
� k � �� � sint32 AllowRegion $ '
� � � �� � sint32 AllowSignInOptions
( '
� � �� � sint32 AllowVPN , '
� M � �� � sint32 AllowWorkplace 0 '
� � � �� � sint32 AllowYourAccount
4 '
� � � �� � sint32 InstanceID
� ' � �� string PageVisibilityList 8 '
� x � �� � string ParentID
� � � �� string � i�%߬�[ ) # 0 � �� � F W p � � B L ~ � U���������������������� � MDM_Policy_Result01_SmartScreen02 InPartition 8 local-system DMWmiBridgeProv EnableAppInstallControl '
� � � �� � sint32 EnableSmartScreenInShell '
� � � �� � sint32 InstanceID
� : � �� string ParentID
� v � �� string PreventOverrideForFilesInShell '
� � � �� � sint32 � i�%߬��
) + � �� � A R j � � � � U������������! � MDM_Policy_Result01_Speech02 InPartition 3 local-system DMWmiBridgeProv AllowSpeechModelUpdate '
� � � �� � sint32 InstanceID
� � � �� string ParentID
� � �� string h0 � i�%߬�� � ) * � �� � @ Q m � � " _ { � �
' d � � � 5 r � � � * g t � � ! ^ m � � � ? T � � � � / = z � � � \ j � � � 4 H � � � � UUUUUUU����������������������������������������������������������������������������������������������������������������������������
� MDM_Policy_Result01_Start02 InPartition 2 local-system DMWmiBridgeProv AllowPinnedFolderDocuments '
� � � �� � sint32 AllowPinnedFolderDownloads '
� � � �� � sint32 AllowPinnedFolderFileExplorer '
� W � �� � sint32 AllowPinnedFolderHomeGroup '
� � � �� � sint32 AllowPinnedFolderMusic '
� � �� � sint32 AllowPinnedFolderNetwork '
� \ � �� � sint32 AllowPinnedFolderPersonalFolder '
� � � �� � sint32 AllowPinnedFolderPictures $ '
� � �� � sint32 AllowPinnedFolderSettings
( '
� j � �� � sint32 AllowPinnedFolderVideos , '
� � � �� � sint32 DisableContextMenus 0 '
� � �� � sint32 ForceStartSize
4 '
� _ � �� � sint32 HideAppList 8 '
� � � �� � sint32 HideChangeAccountSettings < '
� � �� � sint32 HideFrequentlyUsedApps @ '
� V � �� � sint32 HideHibernate D '
� � � �� � sint32 HideLock H '
� � � �� � sint32 HidePowerButton L '
� 7 � �� � sint32 HideRecentJumplists P '
� � � �� � sint32 HideRecentlyAddedApps T '
� � � �� � sint32 HideRestart X '
� ' � �� � sint32 HideShutDown \ '
� r � �� � sint32 HideSignOut ` '
� � � �� � sint32 HideSleep d '
� � �� � sint32 HideSwitchAccount h '
� T � �� � sint32 HideUserTile l '
� � � �� � sint32 ImportEdgeAssets p '
� � � �� � string InstanceID
� , � �� string NoPinningToTaskbar t '
� } � �� � sint32 ParentID
� � � �� string StartLayout x '
�
� �� � string � Ei�%߬��
) % 2 � �� � F W c � � � � U������������. � MDM_Policy_User_Result01_Printers02 InPartition : local-user DMWmiBridgeProv InstanceID
� � � �� string ParentID
� � � �� string PointAndPrintRestrictions_User '
� & � �� � string Pr �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D j�%߬�tZ�%߬�y b � __MethodProviderRegistration \\.\Root\Microsoft\Windows\Wdac:__Win32Provider.Name="WdacWmiProv" �� �� � ��"�y D Gq|� � ZU5��
� �z5X � P���- � �[�� 4%ޗ
\ n��$f ����h 9 �c2/� V � � p c�%߬�� " - _ h � � � � $ X \ � � U������������������������ � RSoP_PolicySettingStatus Locale errorCode
� W � �� uint32 eventID
� � � �� uint32 eventLogName
� � � �� string eventSource
� � �� string eventTime e
� N � �� datetime id '
� � � �� � �� string status )
� � � � � �� sint32 ValueMap 0 1 2 3 4 � c�%߬�, �� - 6 � � %��������� � RSoP_PolicySettingLink Locale Association setting f '
� k � �� � �� ref:RSOP_PolicySetting status f '
� � � �� � �� ref:RSoP_PolicySettingStatus � � R S O P _ P o l i c y S e t t i n g c�%߬�� U RSOP_PolicySetting ! , ^ k � � � � ) [ q � � � � & 1 c � � � " T g � � � � % W d �^UUU��������� � � ������������������������������������������������������������� � RSOP_IPSECPolicySetting Locale ClassName
� V � �� string description
� � � �� string id @ '
� � � �� � �� string ipsecData ,
� � �� uint8 ipsecDataType
(
� S � �� uint32 ipsecFilterReference L
� � � �� string ipsecID $
� � � �� string ipsecISAKMPReference 0
� � �� string ipsecName
� [ � �� string ipsecNegotiationPolicyAction H
� � � �� string ipsecNegotiationPolicyReference @
� � � �� string ipsecNegotiationPolicyType D
� L � �� string ipsecNFAReference
4
� � � �� string ipsecOwnersReference <
� � � �� string name @
� � �� string precedence @
� O � �� uint32 whenChanged 8
� � � �� uint32 � R S O P _ P o l i c y S e t t i n g c�%߬�n 8 RSOP_PolicySetting
% 0 b o � � � � $ 9 k z � � � � ' 3 e r �^U���������� � � ��������������������������������� � RSOP_IEEE80211PolicySetting Locale ClassName
� Z � �� string description
� � � �� string id @ '
� � � �� � �� string msieee80211Data ,
� � �� uint8 msieee80211DataType
(
� c � �� uint32 msieee80211ID $
� � � �� string msieee80211Name
� � � �� string name @
� � �� string precedence @
� ] � �� uint32 whenChanged 0
� � � �� uint32 � R S O P _ P o l i c y S e t t i n g !c�%߬�� + RSOP_PolicySetting " * 7 i m � � � ? E w � � � �^���������� � � ��������������������� � RSOP_IEEE80211GroupPolicySetting Locale description
� a � �� string id @ '
� � � �� � �� string msieee80211PolicyData
� � � �� string msieee80211PolicyReserved
� 8 � �� uint8 name @
� o � �� string precedence @
� � � �� uint32 whenChanged $
� � � �� uint32 � R S O P _ P o l i c y S e t t i n g "c�%߬�� + RSOP_PolicySetting ! ) 6 h l � � � < B t � � � �^���������� � � ��������������������� � RSOP_IEEE8023GroupPolicySetting Locale description
� ` � �� string id @ '
� � � �� � �� string msieee8023PolicyData
� � � �� string msieee8023PolicyReserved
� 5 � �� uint8 name @
� l � �� string precedence @
� � � �� uint32 whenChanged $
� � � �� uint32 � R S O P _ P o l i c y S e t t i n g #c�%߬�� 1 RSOP_PolicySetting $ - _ h � � � � % 2 d k � � � � ���������� � � ���� ���� � RSOP_RegistryPolicySetting Locale command *
� W � �� string deleted
(
� � � �� boolean id @ '
� � � �� � �� string precedence @ '
� � �� � �� uint32 registryKey
� \ � �� string value $
� � � �� uint8 valueName
� � � �� string valueType
� � �� uint32 � $c�%߬�D
! ) 0 m | � � ����� ����� � RSOP_AdministrativeTemplateFile Locale GPOID '
� e � �� � �� string lastWriteTime e
� � � �� datetime name '
� � � �� � �� string � R S O P _ P o l i c y S e t t i n g %c�%߬�� + RSOP_PolicySetting " & c o � � ) j w � � �N������� � � ���� ���� ) � RSOP_ScriptPolicySetting Locale id @ '
� [ � �� � �� string precedence @ '
� � � �� � �� uint32 psScriptOrder $ )
� � � � �� uint32 ValueMap 1 2 3 scriptList
� S � �� object:RSOP_ScriptCmd scriptOrder '
� � � �� � �� uint32 scriptType )
� � � � �� uint32 ValueMap # & 1 2 3 4 � &c�%߬�!
# U d � � ������������� � RSOP_ScriptCmd Locale arguments
� M � �� string executionTime e
� � � �� datetime script
� � � �� string ri � 'c�%߬�>
$ , 8 u � � � ������������� � RSOP_ApplicationManagementCategory Locale CategoryId '
� m � �� � �� string CreationTime e
� � � �� datetime Name
� � � �� string pl �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �c�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 c�%߬�lZ�%߬�( � __thisNAMESPACE u- C I M _ P r o d u c t mb�%߬�\ o CIM_Product
N � E � ��N ^ u �� � � � � D Q � � � � . ` n � � $ 2 d r � � � � " - _ k � � � � % W f � � �UUUU��������������������������������������������������������������������������������������������������������� � Win32_Product Locale UUID {CE3324AA-DB34-11d2-85FC-0000F8102E5F} MSIProv MappingStrings f Microsoft.MSI SupportsUpdate AssignmentType 6
� � � �� uint16 HelpLink H
� � � �� string HelpTelephone L
� < � �� string InstallDate " '
� � � �� � �� string DEPRECATED InstallDate2 e
&
� � � �� datetime InstallLocation
2
� � �� string InstallSource D
� X � �� string InstallState )
� � � ��� � sint16 ValueMap � � � � � � -6 -2 -1 1 2 5 Language *
� � �� string LocalPackage \
� \ � �� string PackageCache
� � � �� string PackageCode X
� � � �� string PackageName `
� � �� string ProductID @
� W � �� string RegCompany <
� � � �� string RegOwner 8
� � � �� string Transforms .
� � �� string URLInfoAbout P
� O � �� string URLUpdateInfo T
� � � �� string WordCount d
� � � �� uint32 �% r � � n �
{ � h � a j � \ � � : �! a# l# �# �# C% � Install ' 0 ��8 ��E O static Implemented ValueMap _ b n 0 2147549445 .. ac6d1350600005Q ROOT\cimv2 ���� � �� �� � = � G * � ����������� � __PARAMETERS abstract PackageLocation string
� ; in
� ; b �� ID )
� � b ��� string Options string
� � in
� � �� ID )
� ~ ��C string AllUsers boolean
� � DEPRECATED
� � � �� in '
� � � �� �� ID 4
� � �� ��9 boolean __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Admin ' , ��4 ��A K static Implemented ValueMap [ ^ j 0 2147549445 .. ac6d1350600005Q ROOT\cimv2 ���� � ��
�� � * � � N ������������@ � __PARAMETERS abstract PackageLocation string
� ; in
� ; b �� ID )
� � b ��� string TargetLocation string
� � in
� � �� ID )
� � ��J string Options string
� � in
� � � �� ID )
� 8 � ��� string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Advertise ' 9 ��A ��N X static Implemented ValueMap h k w 0 2147549445 .. ac6d1350600005Q ROOT\cimv2 ���� � �� �� � = � G * � ����������� � __PARAMETERS abstract PackageLocation string
� ; in
� ; b �� ID )
� � b ��� string Options string
� � in
� � �� ID )
� ~ ��C string AllUsers boolean
� � DEPRECATED
� � � �� in '
� � � �� �� ID 4
� � �� ��9 boolean __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Reinstall . ��; E Implemented ValueMap U X d 0 2147549445 .. x ac6d1350600005Q ROOT\cimv2 ���� � �% �� * j � __PARAMETERS abstract ReinstallMode uint16
� 9 In
� 9 ` ��
� � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 Valuemap )
� 9 ` ��� � ID 6
� b ` ��� � uint16 __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Upgrade � ��� � Implemented ValueMap � � � -/ C I M _ S e t t i n g 0^�%߬��. � CIM_Setting
) ' � ��� � � � Y j � � � � � � O [ �
�
' �
0 ( < j � �
p | � � 8 M � � W n �! " {# �# % % �& �& �' ( _) u) �+ �+ UUUUUU�������������������������������������������������������������������������������������������������������������������������T- � Win32_VideoConfiguration Description The Win32_VideoConfiguration class is not active in releases after Windows 2000. It will not return any instances as there is no provider backing it.
The Win32_VideoConfiguration class represents a configuration of a video subsystem. This class has been deprecated in favor of the properties contained in the Win32_VideoController, Win32_DesktopMonitor, and CIM_VideoControllerResolution classes AMENDMENT LOCALE ms_409 ActualColorResolution +
� " * 1 A N uint32 Units bits per pixel Description The ActualColorResolution property indicates the current color depth of the video display.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution AdapterChipType
� � � � string Description The AdapterChipType property contains the name of the adapter chip.
Example: s3
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution AdapterCompatibility )
� � � ��
string Description The AdapterCompatibility property specifies the name of the manufacturer of the adapter. This name can be used to compare the compatibility of this device with the needs of the computer system.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution AdapterDACType
� � � � string Description The AdapterDACType property indicates the name of the digital-to-analog chip (DAC) used in the adapter.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution AdapterDescription
� ) 1 > string Description The AdapterDescription property contains a description or descriptive name of the video adapter.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution AdapterRAM +
� � � � � � uint32 Units bytes Description The AdapterRAM property indicates the memory size of the video adapter.
Example: 16777216
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution AdapterType $
� �
string Description The AdapterType property indicates the type of video adapter.
Character Set: Alphanumeric
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution BitsPerPixel
(
� S [ h uint32 Description The BitsPerPixel property indicates the actual number of bits per pixel representing the display. This may be scaled to the current video setting (represented by the ActualColorResolution property) of the user.
Example: 8
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution ColorPlanes ,
� 0 8 E uint32 Description The ColorPlanes property indicates the current number of color planes used in the video display. A color plane is another way to represent pixel colors; instead of assigning a single RGB value to each a pixel, color planes separate the graphic into each of the primary color components (red green blue), and store them in their own planes. This allows for greater color depths on 8 and 16 bit video systems. Present graphics systems have the bitwidth large enough to store color depth information, making only one color plane necessary.
Example: 1
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution ColorTableEntries 0
� \ d q uint32 Description The ColorTableEntries property indicates the number of color indexes in a color table for a video display. This property is used if the device has a color depth of no more than 8 bits per pixel. For devices with greater color depths, -1 is returned.
Example: 256
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution DeviceSpecificPens
4
� h p } uint32 Description The DeviceSpecificPens property indicates the current number of device-specific pens. A value of 0xFFFFFFFF means the device does not support pens. Pens are used to draw lines and theborders of polygonal objects.
Example: 3
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution DriverDate e 8
� G Q ^ datetime Description The DriverDate property indicates the date and time the current video driver was installed.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution HorizontalResolution <
� � � � uint32 Description The HorizontalResolution property indicates the current number of pixels in the horizontal direction (X axis) of the display.
Example: 1024
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution InfFilename @
� 6 > K string Description The InfFilename property specifies the path to the .inf file of the video driver.
Example: C:\WINNT\SYSTEM32\DRIVERS
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution InfSection D
� � � � string Description The InfSection property indicates the section of the .inf file where the Win32 video information resides.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution InstalledDisplayDrivers H
� $ 1 string Description The InstalledDisplayDrivers property indicates the name of the installed video driver.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution MonitorManufacturer L
� y � � string Description The MonitorManufacturer property indicates the name of the manufacturer of the display device.
Example: NEC
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution MonitorType P
� � � � string Description The MonitorType property indicates the model name of the display device.
Example: NEC 5FGp
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution Name T )
� @ � ��H U string Description The Name property contains an identifying name for the video configuration class.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution PixelsPerXLogicalInch X
� � � � uint32 Description The PixelsPerXLogicalInch property indicates the number of pixels per logical inch along the X axis (horizontal direction) of the display.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution PixelsPerYLogicalInch \
� -" 5" B" uint32 Description The PixelsPerYLogicalInch property indicates the number of pixels per logical inch along the Y axis (vertical direction) of the display.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution RefreshRate `
� �# �# �# uint32 Description The RefreshRate property indicates the refresh rate of the video configuration. A value of 0 or 1 indicates a default rate is being used.
Example: 72
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution ScanMode d +
� S% [% h% c& k& string Description The ScanMode property determines whether the display device is interlaced.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution Values w& �& Non Interlaced Interlaced ScreenHeight h +
� �& �& �& �& ' uint32 Units millimeters Description The ScreenHeight property specifies the height of the physical screen.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution ScreenWidth l +
� @( H( O( \( i( uint32 Units millimeters Description The ScreenWidth property specifies the width of the physical screen.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution SystemPaletteEntries p
� �) �) �) uint32 Description The SystemPaletteEntries property indicates the current number of color index entries reserved for system use. This value is only valid for display settings that use an indexed palette . Indexed palettes are not used for color depths greater than 8 bits per pixel. If the color depth is more than 8 bits per pixel, this value is set to NULL.
Example: 20
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution VerticalResolution t
� , , , uint32 Description The VerticalResolution property indicates the current number of pixels in the vertical direction (Y axis) of the display.
Example: 768
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution �tained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution Description )
� �
� ���
E string AdapterDACType string
� & The AdapterDACType property indicates the name of the digital-to-analog chip (DAC) used in the adapter.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution Description
� � e M string AdapterDescription string
� � The AdapterDescription property contains a description or descriptive name of the video adapter.
This property has been deprecated in favor of a corresponding property(s) contained in the Win32_VideoController, Win32_DesktopMonitor and//or CIM_VideoControllerResolution Description
� = � string AdapterRAM Q�"�� d (�� V �� Z ��qu �N�� �Sǐ �0� � 2 a:g� ) �Bj� � _ _ E x t r i n s i c E v e n t d�%߬�, __ExtrinsicEvent 6 $ 7 D W ��b j r , 7 _��������������������� � Win32_PowerMeterEvent DisplayName Power Meter Event Description Power Meter Event AMENDMENT LOCALE ms_409 EventSource f 6
� � � � � � � �� ref:CIM_PowerMeter DisplayName Event Source Description The power meter this event originated from. EventType P
� � � � � � � � $ � �� uint32 DisplayName Event Type Description The type of power meter event this is. ValueMap
0 1 2 3 4 Values < Q c y � CapabilitiesChanged ThresholdCrossed ConfigurationChanged BudgetCrossed AveragingIntervalChanged it �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A d�%߬�nZ�%߬�� �?����R 9 d � __Win32Provider {6C683A5C-32B8-47cd-AC28-4B292414D032} LocalSystemHost:UmpoWmi PowerWmiProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C d�%߬�rZ�%߬�� � �������� ^ � __InstanceProviderRegistration \\.\root\cimv2\power:__Win32Provider.Name="PowerWmiProvider" R O O T \ c i m v 2 \ p o w e r _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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d�%߬�tZ�%߬�s \ � __MethodProviderRegistration \\.\root\cimv2\power:__Win32Provider.Name="PowerWmiProvider" R O O T \ c i m v 2 \ p o w e r _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 5 7 9 D C 9 5 1 6 5 7 E A 6 0 8 7 1 C D 1 E 9 E B E E 6 A 8 D 0 A D 7 1 1 2 8 7 8 3 7 B D 9 6 3 1 F 6 B 3 F C 9 E C 7 1 4 1 E \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 8 6 7 0 0 9 D 1 F A C F 8 0 A 1 E 2 C 9 1 9 A 8 E E B 8 3 F 6 A 5 B B 1 6 E F 9 5 B A C D 0 6 4 E 5 2 6 5 8 9 7 3 2 F 9 1 8 4 4 4 4 a 8 C I M _ S e t t i n g D a t a !d�%߬�� CIM_SettingData ) � �� � / 7 J ����������������������� � Win32_PowerSettingDataIndex PowerWmiProvider Locale SettingIndexValue '
� � �� � �� uint32 � C I M _ N u m e r i c S e n s o r /d�%߬�� ! CIM_NumericSensor 6 � ��� � � � � � � J Y 0 B � � ' 3 � � � � n y t � p
�
0 6 � � � � �
�
����������}����_UU�������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_PowerMeter Description A power consumption meter representation with the capability to measure and control budgeting and thresholds of the underlying metering hardware on the system. AMENDMENT DisplayName Power Meter LOCALE ms_409 AveragingInterval > � +
� A I V � � uint32 Description The currently configured averaging interval set in the BMC. DisplayName Averaging Interval BaseUnits @ ( � +
� �
1 > uint16 Description The base unit of the measurements. DisplayName Base Units BudgetEnabled ? � +
� � � � � � boolean Description Whether the power budget configured in the BMC is enabled. DisplayName Budget Enabled BudgetWriteable @ � +
� K T a boolean Description Whether this power budget is writeable. If this is false, then saving an instance with a modified CurrentBudget will fail and currently configured budget will not be changed. DisplayName Budget Writeable ConfiguredBudget A � +
� { � � f s uint32 Description The power budget currently configured in this power meter. This value is marked writable. The value will take effect when the instance is saved, but only if Writeable is set to TRUE. Otherwise the save will fail. DisplayName Configured Budget DeviceID @ < +
� � � � string Description The unique identifier of the power meter device. DisplayName DeviceID Hysteresis @ + � +
� l t � � � uint32 Description The hysteresis margin. DisplayName Hysteresis MaximumAveragingInterval B � +
�
� � uint32 Description The maximum interval the power meter is able to average samples internally to produce the CurrentReading. DisplayName Maximum Averaging Interval MaxOperatingBudget C � +
� � G T uint32 Description The maximum power budget allowed by this power meter. DisplayName Maximum Operating Budget MeterType D � E
� � � � ) 5 ? Q Y uint32 Description The type power meter this is, i.e. input or output power. DisplayName Meter Type ValueMap K N 0 1 Values e l Input Output MinimumAveragingInterval E � +
� � � � G
T
uint32 Description The minimum interval the power meter is able to average samples internally to produce the CurrentReading. DisplayName Minimum Averaging Interval MinOperatingBudget F +
� �
�
�
uint32 Description The minimum power budget allowed by this power meter. DisplayName Minimum Operating Budget Name @
+
� o w � � � string Description The friendly name of the power meter device. DisplayName Name SamplingPeriod G +
� # � uint32 Description The sampling period of the measurement provided by the BMC, if available, in milliseconds. DisplayName Sampling Period SupportCapabilities H
8
� �
�
�
�
�
uint32 BitValues #
7
J
\
q
SupportMeasurement SupportThresholds SupportBudgeting SupportBudgetEvents SupportedOnlyWhenDischarging Description The capabilities this power meter supports. DisplayName Supported Capabilities UnitModifier @ : � +
� 5 = J � � sint32 Description The Unit Modifier which determines the magnitude of the unit. For example, -3 means the reading is 0.001 times of the base unit. DisplayName Unit Modifier �
B c d E l e m e n t �d�%߬�� BcdElement $ � � ����������������R � BcdIntegerListElement Description This represents an integer list element. Note that although Integers are 64bit numbers, they must be passed as strings since Automation has no native 64bit type. Integers )
� � �� uint64 Description This is the array of integer values of the element. ha � ` [� }�t� f �f�[ � \Z�� y �jed
j v]Eh� f �
M4
� ��& S kZ�y � ^9�, � �!b� M *�F � K'��� � C I M _ D e p e n d e n c y �c�%߬�� CIM_Dependency ) � �� � 0 8 D � � U��������r � Win32_ShadowDiffVolumeSupport MSVSS__PROVIDER Locale Antecedent f@ N
� � � �� � ��� � � � ref:Win32_ShadowProvider min max override Antecedent Dependent f@ N
� A � �� � ��S X ] g ref:Win32_Volume min max override Dependent � C I M _ S e t t i n g �c�%߬�8 , CIM_Setting
/ b p � � � � * < o y � � � � 1 > q | � � � � ' 6 UUU����������������������������������������i � Win32_ShadowContext Locale ClientAccessible
� Y � �� boolean Differential
� � � �� boolean ExposedLocally &
� � � �� boolean ExposedRemotely $
� ! � �� boolean HardwareAssisted
� f � �� boolean Imported
"
� � � �� boolean Name '
� � � �� � �� string NoAutoRelease
� ( � �� boolean NotSurfaced
� h � �� boolean NoWriters
� � � �� boolean Persistent
� � � �� boolean Plex
� � �� boolean Transportable
� ` � �� boolean �3 5 5 D B 6 C E 3 1 8 0 3 B D D B D D 2 F F 4 9 1 B D 2 A A E 2 4 F 2 8 E 7 A D F 1 6 4 0 2 B 3 F 3 B 9 C 4 C F 6 9 5 7 0 2 E B �c�%߬��c�%߬� � � � Win32_ShadowContext The Backup Win32_ShadowContext is the standard backup context. Specifies an auto-release, non-persistent shadow copy in which writers are involved in the creation. Backup 3 5 5 D B 6 C E 3 1 8 0 3 B D D B D D 2 F F 4 9 1 B D 2 A A E 2 4 F 2 8 E 7 A D F 1 6 4 0 2 B 3 F 3 B 9 C 4 C F 6 9 5 7 0 2 E B �c�%߬��c�%߬�� � �� � � Win32_ShadowContext The FileShareBackup Win32_ShadowContext specifies a non-persistent and auto-release shadow copy created without writer involvement. FileShareBackup 3 5 5 D B 6 C E 3 1 8 0 3 B D D B D D 2 F F 4 9 1 B D 2 A A E 2 4 F 2 8 E 7 A D F 1 6 4 0 2 B 3 F 3 B 9 C 4 C F 6 9 5 7 0 2 E B �c�%߬��c�%߬�� � �� ���� � � Win32_ShadowContext The NASRollback Win32_ShadowContext specifies a persistent, and non auto-release shadow copy without writer involvement. NASRollback 3 5 5 D B 6 C E 3 1 8 0 3 B D D B D D 2 F F 4 9 1 B D 2 A A E 2 4 F 2 8 E 7 A D F 1 6 4 0 2 B 3 F 3 B 9 C 4 C F 6 9 5 7 0 2 E B �c�%߬��c�%߬�� � �� �� � � Win32_ShadowContext The AppRollback Win32_ShadowContext specifies a persistent and non auto-release shadow copy with writer involvement. AppRollback 3 5 5 D B 6 C E 3 1 8 0 3 B D D B D D 2 F F 4 9 1 B D 2 A A E 2 4 F 2 8 E 7 A D F 1 6 4 0 2 B 3 F 3 B 9 C 4 C F 6 9 5 7 0 2 E B �c�%߬��c�%߬�b �������� $ � Win32_ShadowContext The ClientAccessible Win32_ShadowContext specifies a read-only, client-accessible shadow copy supporting the Previous Versions Server feature. Only the system provider (the default provider available on the system) can create this type of shadow copy. ClientAccessible 3 5 5 D B 6 C E 3 1 8 0 3 B D D B D D 2 F F 4 9 1 B D 2 A A E 2 4 F 2 8 E 7 A D F 1 6 4 0 2 B 3 F 3 B 9 C 4 C F 6 9 5 7 0 2 E B �c�%߬��c�%߬�� � ������������������������ � � Win32_ShadowContext The All Win32_ShadowContext specifies all types of shadow copies. This context is used for shadow queries All
E v e n t T r a c e �c�%߬�� EventTrace � �� B � VssTracingProvider Guid {9138500E-3648-4EDB-AA4C-859E9F7B7C38} { � V s s T r a c i n g P r o v i d e r �c�%߬�� VssTracingProvider � �� D � VssTracingEventClass Guid {77D8F687-8130-4A14-B8A6-3B922E05B99C} � V s s T r a c i n g E v e n t C l a s s �c�%߬�
" VssTracingEventClass � ��/ : H � � , 8 � � ( 5 � " 2 � � UU��������������������������������\ � VssTracingEventClass_VssTracingEventTypeClass EventType FunctionName C
� � � � ��� � � � string WmiDataId StringTermination NullTerminated Format w Indent )
� ! � �� uint32 WmiDataId LineNumber )
� o w � �� uint32 WmiDataId MessageDescription C
� � � � ���
% string WmiDataId StringTermination NullTerminated Format w ModuleIndex )
� l t � �� uint32 WmiDataId SourceFileAlias C
� � � � ��� string WmiDataId StringTermination NullTerminated Format w SourceFileName C
� � � � ��� � � � string WmiDataId StringTermination NullTerminated Format w Text C
� # � ��. A Q Y string WmiDataId StringTermination NullTerminated Format w � C I M _ L o g i c a l E l e m e n t �c�%߬�P CIM_LogicalElement ) # � ��
� � � � & , $ - � � U�������������������������� � Win32_ShadowProvider Description The Win32_ShadowProvider class represents a component, typically a combination of user-mode and kernel/firmware implementation, that will perform the work involved in creating and representing volume shadow copies AMENDMENT LOCALE ms_409 CLSID +
� U ] j t � string DisplayName Class ID Description The CLSID property is the COM class id registered for the shadow provider. ID 6
� * � ��. ; string DisplayName ID Description The ID property uniquely identifies the shadow provider on the system. Name +
� � � � � � string DisplayName Name Description The name property is the descriptive name of the provider. Type 8
� r z � � � � � uint32 DisplayName Type Description The Type property indicates to which class the shadow provider belongs. Values � Unknown System Software Hardware Version +
� f n { � � string DisplayName Version Description The Version property provides a textual representation of the shadow provider version. VersionID +
� - 5 B N [ string DisplayName Version ID Description The VersionID provides a numeric representation of the shadow provider version. � �c�%߬�t 4 ��( ��5 > E U c w � � e�������� � CIM_ElementConformsToProfile Abstract Association Version 2.8.0 UMLPackagePath CIM::Interop ConformantStandard f
� � � �� ref:CIM_RegisteredProfile ManagedElement f
� � � �� ref:CIM_ManagedElement 8. � F �d�%߬�� ) � �� �
l v m����6 � BcdStore BcdProv Description This class represents a BCD store which holds a collection of BCD objects. FilePath 4
� � � �� � ��� � string Description A BcdStore is uniquely identified by its file path. The system store is denoted via an empty file path. xD pr s a : � � s a 0 � h jec ~ � �
�
9 � q ~ � h g z � � * rip 9 h l W niq k � � � s f � � �! V# sto h# �# ?% D( emp P( l( !* $- 2- N- �/ �2 �2 �2 �4 '6 36 O6 Y: \= i= �= �A C � OpenStore % ��2 �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract File string
� 0 in
� 0 W �� ID )
� � W ��� string __ �� ac6d1350600005Q ROOT\wmi ���� � �� �� � ( * � ������R � __PARAMETERS abstract
Store object
� 1 out
� 1 X �� ID
)
� � X ��� object:BcdStore ReturnValue boolean
� boolean out
� # �� __ � ImportStore ��( �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract File string
� 0 in
� 0 W �� ID )
� � W ��� string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � ImportStoreWithFlags � ��� �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �~ �� * � � � ��������; � __PARAMETERS abstract File string
� 0 in
� 0 W �� ID )
� � W ��� string Flags uint32
� � in
� � �� > 0 BitMap )
� � ��A 6 � Clean BitValues 6
� � ��A 6 � � ID C
� 3 ��A 6 � � � uint32 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � ExportStore $ ��1 �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract File string
� 0 in
� 0 W �� ID )
� � W ��� string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � CreateStore � ��� �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract File string
� 0 in
� 0 W �� ID )
� � W ��� string __ �� ac6d1350600005Q ROOT\wmi ���� � �� �� � ( * � ������R � __PARAMETERS abstract
Store object
� 1 out
� 1 X �� ID
)
� � X ��� object:BcdStore ReturnValue boolean
� boolean out
� # �� __ � DeleteSystemStore � ��� �� implemented static y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � GetSystemDisk S ��` �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �� �� * � � ������H � __PARAMETERS abstract Disk string
� 0 out
� 0 W �� ID )
� � W ��� string ReturnValue boolean
� boolean out
� �� __ � GetSystemPartition � ��� �� implemented static � ac6d1350600005Q ROOT\wmi ���� �l L@ � �GH�/ 0 P� �_ W i n 3 2 _ C O M S e t t i n g u^�%߬�� i Win32_COMSetting ) + ��� � � � U i G Y 5 B � � � � [ j ! � � � � C O �
� � B
Q
�
�
� � � � �
�
& 7 E � � e UUUUU���������������������������������������������������������������������������������������������������> � Win32_ClassicCOMClassSetting Description The Win32_ClassicCOMClassSetting class represents the settings of a COM component. AMENDMENT LOCALE ms_409 AppID
� � � � string Description The AppID property contains a Globally Unique Identifier (GUID) for the COM application using this COM component. AutoConvertToClsid F
� � � � string Description The AutoConvertToClsid property contains the Globally Unique Identifier (GUID)of the COM class to which this COM component will automatically be converted. AutoTreatAsClsid J
� � � � string Description The AutoTreatAsClsid property contains a Globally Unique Identifier (GUID) for the COM component that will automatically emulate instances of this class. ComponentId )
� y � ��� � string Description The ComponentId property contains the Globally Unique Identifier (GUID) of this COM component. Control "
� # , 9 boolean Description The Control property indicates whether this COM component is an OLE control. DefaultIcon N
� � � � string Description The DefaultIcon property contains the path to the executable file and the resource identifier of the default icon used by the class. InprocHandler >
� � � � string Description The InprocHandler property contains the full path to a 16-bit custom handler for the COM component. InprocHandler32 B
� M U b string Description The InprocHandler32 property contains the full path to a 32-bit custom handler for the COM component. InprocServer
.
� string Description The InprocServer property contains the full path to a 16-bit in-process server DLL for this COM component. InprocServer32 2
� � � � string Description The InprocServer32 property contains the full path to a 32-bit in-process server DLL for this COM component. Insertable
� { � � boolean Description The Insertable property indicates whether the COM component can be inserted into OLE container applications. JavaClass (
� 6 ? L boolean Description The JavaClass property indicates whether the COM component is a Java component. LocalServer 6
� � � � string Description The LocalServer property contains the full path to a 16-bit local server application. LocalServer32 :
� }
�
�
string Description The LocalServer32 property contains the full path to a 32-bit local server application. LongDisplayName Z
� ( 0 = string Description The LongDisplayName property specifies the COM application's full name. It is used in areas such as the Results field of the OLE Paste Special dialog box. ProgId
�
" string Description The ProgId property contains a programmatic identifier associated with the COM component. The format of a ProgID is <Vendor>.<Component>.<Version>. This identifier is not guaranteed to be unique. ShortDisplayName V
� %
-
:
string Description The ShortDisplayName property specifies the COM application's short name (used in menus and pop-ups). ThreadingModel +
� �
�
�
� � string Description The ThreadingModel property specifies the threading model used by in-process COM classes, including:
Apartment - components may be entered by one and only one thread. Common data held by these kinds of object servers must be protected against thread collisions since the object server supports multiple components. Each component can be entered simultaneously by different threads.
Free - components place no restrictions on which threads or how many threads can enter the object. The object cannot contain thread-specific data and must protect its data from simultaneous access by multiple threads. Free-threaded components however, cannot be accessed by apartment threads directly, and calls to them are marshaled across from the client apartment.
Both - components that can be used in either apartment-threaded or free-threaded modes. These components can be entered by multiple threads, protect their data from thread collisions, and do not contain thread-specific data.
If this property is NULL, then no threading model is used. The component is created on the main thread of the client and calls from other threads are marshaled to this thread. Please refer to the Platform Software Development Kit for information on the various threading models. Values � Apartment Free Both ToolBoxBitmap32 ^
� R Z g string Description The ToolBoxBitmap32 property indicates the module name and resource ID for a small (16 x 16) bitmap used for the face of a toolbar or toolbox button. Used when the COM component is an OLE or ActiveX control TreatAsClsid *
� q y � string Description The TreatAsClsid property contains a Globally Unique Identifier (GUID), of a COM component that can emulate instances of this component. TypeLibraryId
$
� K S ` string Description The TypeLibraryId property contains a Globally Unique Identifier (GUID) for the Type-Library for this COM component. Version
� string Description The Version property contains the version number of this COM class. VersionIndependentProgId R
� � � � string Description The VersionIndependentProgId property contains a program identifier that is consistent for all versions of the same program. � W i n 3 2 _ C O M A p p l i c a t i o n C l a s s e s v^�%߬�� % Win32_COMApplicationClasses ) $ 1 � ��� � � � � � ���������f � Win32_ClassicCOMApplicationClasses Description The Win32_ClassicCOMApplicationClasses class represents an association between a DCOM application and a COM component grouped under it. AMENDMENT LOCALE ms_409 GroupComponent f@
� , 9 ref:Win32_DCOMApplication Description The GroupComponent reference represents a DCOM application containing or using the COM component. PartComponent f@
� � � � ref:Win32_ClassicCOMClass Description The PartComponent reference represents the COM component existing in or used by the DCOM application. � C I M _ E l e m e n t S e t t i n g w^�%߬�� CIM_ElementSetting ) + � ��� � � � � � ���������T � Win32_COMApplicationSettings Description The Win32_COMApplicationSettings class represents an association between a DCOM application and its configuration settings. AMENDMENT LOCALE ms_409 Element f@ )
� + � �� ref:Win32_DCOMApplication Description The Element reference represents the DCOM application where the settings are applied. Setting f@ )
� � � � � �� ref:Win32_DCOMApplicationSetting Description The Setting reference represents the configuration settings associated with the DCOM application. � �� �� * � � # ������M � __PARAMETERS abstract Partition string
� 5 out
� 5 \ �� ID )
� � \ ��� string ReturnValue boolean
� boolean out
� �� __ � SetSystemStoreDevice � ��� �� implemented static � ac6d1350600005Q ROOT\wmi ���� � �� �� * � ����� � __PARAMETERS abstract Partition string
� 5 in
� 5 \ �� ID )
� � \ ��� string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � EnumerateObjects w# �� implemented � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 __ � ac6d1350600005Q ROOT\wmi ���� � �� �� * � � + ������U � __PARAMETERS abstract
Objects object
� 3 out
� 3 Z �� ID
)
� � Z ��� object:BcdObject ReturnValue boolean
� boolean out
� & �� __ � OpenObject _( �� implemented � ac6d1350600005Q ROOT\wmi ���� � �` �� * � ����� � __PARAMETERS abstract Id string
� . in
� . U �� ID )
� � U ��� string __ �� ac6d1350600005Q ROOT\wmi ���� � �� �� * � � * ������T � __PARAMETERS abstract
Object object
� 2 out
� 2 Y �� ID
)
� � Y ��� object:BcdObject ReturnValue boolean
� boolean out
� % �� __ � CreateObject A- �� implemented v ac6d1350600005Q ROOT\wmi ���� � �% �� * � � 7 ��������v � __PARAMETERS abstract Id string
� . in
� . U �� ID )
� � U ��� string Type uint32
� � in
� � �� ID )
� n ��3 uint32 __ �� ac6d1350600005Q ROOT\wmi ���� � �� �� * � � * ������T � __PARAMETERS abstract
Object object
� 2 out
� 2 Y �� ID
)
� � Y ��� object:BcdObject ReturnValue boolean
� boolean out
� % �� __ � DeleteObject �2 �� implemented � ac6d1350600005Q ROOT\wmi ���� � �` �� * � ����� � __PARAMETERS abstract Id string
� . in
� . U �� ID )
� � U ��� string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � CopyObject B6 �� implemented ac6d1350600005Q ROOT\wmi ���� � ��
�� � � � H * � ������������! � __PARAMETERS abstract SourceStoreFile string
� ; in
� ; b �� ID )
� � b ��� string SourceId string
� � in
� � �� ID )
� ��D string Flags uint32
� � in
� � � �� 0 1 BitMap )
� � � �� � R _ CreateNewId DeleteExistingObject BitValues 6
� � � �� � u F ID C
� � �� � u F � uint32 __ �� ac6d1350600005Q ROOT\wmi ���� � �� �� * � � * ������T � __PARAMETERS abstract
Object object
� 2 out
� 2 Y �� ID
)
� � Y ��� object:BcdObject ReturnValue boolean
� boolean out
� % �� @! C I M _ E n a b l e d L o g i c a l E l e m e n t �c�%߬�] � # CIM_EnabledLogicalElement ) �� & - = P h � � � S ] � � ' 9 � � Z i � � X n = � � < J � � c | � w � ����VUUU����������������������������������������������� ���� �������� ������������������������������������������������������������������������� � CIM_LogicalDevice Abstract Version 2.8.0 UMLPackagePath CIM::Core::Device AdditionalAvailability $ ~
� � � � uint16 ModelCorrespondence � CIM_LogicalDevice.Availability Availability X +
� ( 8 � � uint16 MappingStrings H j � MIF.DMTF|Operational State|006.5 MIB.IETF|HOST-RESOURCES-MIB.hrDeviceStatus MIF.DMTF|Host Device|001.5 ModelCorrespondence � CIM_LogicalDevice.AdditionalAvailability CreationClassName J )
� C � ��K string MaxLen DeviceID N )
� � � ��� @ string MaxLen ErrorCleared d
� � � � boolean Deprecated � CIM_ManagedSystemElement.OperationalStatus ErrorDescription `
� e m y string Deprecated � CIM_DeviceErrorData.ErrorDescription IdentifyingDescriptions # z +
� � * string ArrayType Indexed ModelCorrespondence 2 CIM_LogicalDevice.OtherIdentifyingInfo LastErrorCode \
� � � � uint32 Deprecated � CIM_DeviceErrorData.LastErrorCode MaxQuiesceTime % � +
� % 1 C J uint64 Deprecated 9 No value Units MilliSeconds OtherIdentifyingInfo f 8
� � � � � � � string ArrayType Indexed MaxLen ModelCorrespondence � CIM_LogicalDevice.IdentifyingDescriptions PowerManagementCapabilities T
� i q } uint16 Deprecated � CIM_PowerManagementCapabilities.PowerCapabilities PowerManagementSupported R
� � boolean Deprecated CIM_PowerManagementCapabilities PowerOnHours ! j )
� � � � � �� uint64 Units Hours Counter StatusInfo Z +
� � � � ) 9 uint16 Deprecated CIM_EnabledLogicalElement.EnabledState MappingStrings A MIF.DMTF|Operational State|006.4 SystemCreationClassName B 6
� � � ��� � � string MaxLen Propagated CIM_System.CreationClassName SystemName F 6
� J � ��R Z f string MaxLen Propagated CIM_System.Name TotalPowerOnHours " r )
� � � � � �� uint64 Units Hours Counter � ^ � s z ~ � f i � � M
M �
�
2 5 � � � � S f j n � � SetPowerState , Deprecated 4 CIM_PowerManagementService.SetPowerState � ac6d1350600005Q ROOT\cimv2\power ���� � �5 �� * � � A ������� � __PARAMETERS abstract PowerState uint16
� 6 IN
� 6 ] �� ID )
� � ] ��� uint16 e Time datetime e
� � IN e
� � �� ID e )
� x ��= datetime __ � ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Reset ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableDevice $ 0 Deprecated 8 CIM_EnabledLogicalElement.RequestStateChange � ac6d1350600005Q ROOT\cimv2\power ���� � �� �� * � ��� � __PARAMETERS abstract Enabled boolean
� 3 IN
� 3 [ �� ID )
� � [ ��� boolean __ � ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � OnlineDevice
Deprecated
CIM_EnabledLogicalElement.RequestStateChange � ac6d1350600005Q ROOT\cimv2\power ���� � �� �� * � ��� � __PARAMETERS abstract Online boolean
� 2 IN
� 2 Z �� ID )
� � Z ��� boolean __ � ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � QuiesceDevice �
�
Deprecated CIM_EnabledLogicalElement.RequestStateChange � ac6d1350600005Q ROOT\cimv2\power ���� � �� �� * � ��� � __PARAMETERS abstract Quiesce boolean
� 3 IN
� 3 [ �� ID )
� � [ ��� boolean __ � ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SaveProperties ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RestoreProperties ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_4B835375C85830D11DAA3F01F5AF9F28573A4521B9279B28C7605832DE3B39C3 NS_3FBDCB08ECD33FBEF028D2DB3EF058F8CE959779B943F43AB3DB3EC34ACA147D CI_E083376FF2F9C4C523A988C92531F9188F5D2764166BDDDE013F24CC5899E85C IL_544CFC82C21CDF4713B5295DE1D928C00A64169D63339BF46F7D6B04314B4848.281.3674678782.266 KI_FD1C1D414B71B5082C266A650E31EF6D5019382724244B685F217C0AAE00A921 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.292.720466710.180 NS_42E4E0D295908E5E61369FD892A1F8D55E4601E6F286F3D44587BC7BAFF4CF40 CI_CE7B495DC4F9C5B3025BD303D59CCF3C872F4A46BF11E24BFCC42869498C54B0 IL_41CD80BFBD3EF2A72B1311F93D87AFDE77273A97897B7B012F0BFA851DE8E60A.154.1130414801.297 CR_1283D6E2E269ECFAA20DDCA78E5D8B7B8AC13879915B95F38BE4B062F89C60F6 C_366404C6BBC789A7EE3D5ACCDE9C5AB09583CC8BC05AB7F7F7498213BA102D4C KI_CE7B495DC4F9C5B3025BD303D59CCF3C872F4A46BF11E24BFCC42869498C54B0 I_41CD80BFBD3EF2A72B1311F93D87AFDE77273A97897B7B012F0BFA851DE8E60A.154.1130414801.297 NS_43C2C02FBB103B6C99DD6A3C49100E0157200FB50F8CAEF2EC314CAEF9D9E15C CD_2515B1950A64510A509CF61C80D68865E7CFF544688645F2490CFFE0E6C807F2.295.4087736782.1172 NS_511626FAE4F57DBD20DF5CD44A41DAECED28CF7B3FD8B12012C7F4B58F44E665 CI_C0C025C38981E58EE50CB7BB4E4786CBA14FD933E638861EA3A6A2E0C806211E IL_0AE842411B3B68BDB60FB4610360E1ECD2D583F7968316F79131DB25BF102F63.311.3444058254.217 NS_55B7453F9A92245078FCB5133CDA2D219EDE36D5B0C242DB457F8DA87C352EDB CD_455876B64E565F4962FC035AF2C8087D1797E42AAA9586F45C5A3E20F37175C3.291.705755656.598 NS_68577372C66A7B20658487FBD959AA154EF54B5F935DCC5663E9228B44322805 CD_0685F0E7DE4E9ADE69B83CB6CC4B69291D69C22AD0E71A095A2E4AEBC8EC8B85.33.1837258014.441 CD_16275E16EEED6E74BD48AA48ACA3AF381CEAB3C980CF5112BF5B3053B0589A21.38.2237218042.311 CD_2F2626B7E6B190AABAC337367EE2C30A587328DFC7C5ED27A37779833EA30396.14.3560472040.4091 CD_403C7DAFD38411FBB7FFA51AD2D0CC5E3462A61D34EA60E279877DCCDC222D62.39.3901164362.452 CD_4D4CE956D39D51456603D4ED1BF7ABAD64E72F02B0D569299B434D13F41AD4C4.32.708442167.1664 CD_5D8A70064F693F027290F7573CE6C1A3BB6513B39CC41447AC81334C5DC5B8F9.31.3712247612.840 CD_6FFBA8B5854E9C5C5C698A9277971D04E447B67166A26CB7D9DD0D9F278C2D8B.13.1308828709.944 CD_805206C561285684F42D728C26661B4F548F5E54321B06170E013CB108084182.65.3951828876.660 CD_8A4037032A1E93595308B4A4BD6D8BFAF65C3C979F3304AFFC616809C573E05E.39.2394225330.570 CD_9E7A3EDE33ECA9119BCEA76C74DC7F82F81BD50C5633DBA89810B055F180A2DE.55.1.9780 CD_B6BF4F280E8F41D5C682A73285BD377F4F1516D4792C5D8362BF30684045009A.18.2268232416.637 CD_C867B637B25E413A5893A8DF403F24B113B36FB9DA058811D901C232D15C4E60.34.107941735.730 CD_DA6435B5A6AFDE1EA49B0F1FA576B2FE264B6CCD6A9F163C86C6173386BDC535.20.4235065349.7270 CD_ED2E871CAA85DB91DA82D43856C298DADCDDAA2D7C9D06C8655F1779E6509A4E.34.2696675514.522 CI_41C53E6DB1ACF2453CEFD41398198E613F10DFF47709ECAB1D7F037756AC8CE7 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.11.1005103121.368 IL_6952BC8C6187412BA6F7CAEE56328B9DCA8AFF615B18BF7135EB8A91F51729F6.1020.2968348805.268 CD_5A7FDF4BD2E1212A8A01E74B4FDC157480285641E8AADC2FDCB8D0A2D1720315.1088.779121350.1852 NS_3579DC951657EA60871CD1E9EBEE6A8D0AD711287837BD9631F6B3FC9EC7141E C_E78B24A63ACB40A253226DA76298C783683B9FFCFE28CF1078C510D46CEF2248 F* C I M _ S e t t i n g W^�%߬�(b � CIM_Setting
) # 0 A ��L T : \ r � N \ � � ; M ! -
,
� � 5
G
f y � � d o > [ � � � � U s a v ~ � �
L! W! m# t# i$ y$ % )% �% & �' �' 1( J( �* �* �+ �+ �- �- �/ �/ �1 �1 Z2 n2 Y4 e4 e5 q5 96 G6 �7 �7 �8 �8 �: ; d< w< �> �> a@ m@ �A �A ]C pC �F �F �J �J �M �M pN �N �O �O ,Q GQ �R �R �S �S �U �U bX {X �Y �Y ^[ q[ \ \ {^ �^ UUUUUUUUUUUUUU����������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,_ � Win32_NetworkAdapterConfiguration Description The Win32_NetworkAdapterConfiguration class represents the attributes and behaviors of a network adapter. This class has been extended to include extra properties and methods that support the management of the TCP/IPprotocols (and are independent of the network adapter). AMENDMENT LOCALE ms_409 ArpAlwaysSourceRoute P
� � � � boolean Description The ArpAlwaysSourceRoute property indicates whether the Address Resolution Protocol (ARP) must always use source routing. If this property is TRUE, TCP/IP will transmit ARP queries with source routing enabled on Token Ring networks. By default, ARP first queries without source routing, and retries with source routing enabled if no reply was received. Source routing allows the routing of network packets across different types of networks. Default: FALSE. ArpUseEtherSNAP R
� � � � boolean Description The ArpUseEtherSNAP property indicates whether Ethernet packets follow the IEEE 802.3 Sub-Network Access Protocol (SNAP) encoding. Setting this parameter to 1 will force TCP/IP to transmit Ethernet packets using 802.3 SNAP encoding. By default, the stack transmits packets in DIX Ethernet format. Windows NT/Windows 2000 systems are able to receive both formats. Default: FALSE. DatabasePath J
� � � � string Description The DatabasePath property indicates a valid Windows file path to standard Internet database files (HOSTS, LMHOSTS, NETWORKS, PROTOCOLS). The file path is used by the Windows Sockets interface. This property is only available on Windows NT/Windows 2000 systems. DeadGWDetectEnabled V
� � � � boolean Description The DeadGWDetectEnabled property indicates whether dead gateway detection occurs. Setting this parameter to TRUE causes TCP to perform Dead Gateway Detection. With this feature enabled, TCP will ask IP to change to a backup gateway if it retransmits a segment several times without receiving a response. Default: TRUE. DefaultIPGateway
� y � � string Description The DefaultIPGateway property contains a list of IP addresses of default gateways used by the computer system.
Example: 194.161.12.1 194.162.46.1 DefaultTOS T
� Y ` m uint8 Description The DefaultTOS property indicates the default Type Of Service (TOS) value set in the header of outgoing IP packets. RFC 791 defines the values. Default: 0, Valid Range: 0 - 255. DefaultTTL U
� X
_
l
uint8 Description The DefaultTTL property indicates the default Time To Live (TTL) value set in the header of outgoing IP packets. The TTL specifies the number of routers an IP packet may pass through to reach its destination before being discarded. Each router decrements the TTL count of a packet by one as it passes through and discards the packets if the TTL is 0. Default: 32, Valid Range: 1 - 255. DHCPEnabled
� ( 1 > boolean Description The DHCPEnabled property indicates whether the dynamic host configuration protocol (DHCP) server automatically assigns an IP address to the computer system when establishing a network connection.
Values: TRUE or FALSE. If TRUE, DHCP is enabled. DHCPLeaseExpires e
� s
}
�
datetime Description The DHCPLeaseExpires property indicates the expiration date and time for a leased IP address that was assigned to the computer by the dynamic host configuration protocol (DHCP) server.
Example: 20521201000230.000000000 DHCPLeaseObtained e
� � � � datetime Description The DHCPLeaseObtained property indicates the date and time the lease was obtained for the IP address assigned to the computer by the dynamic host configuration protocol (DHCP) server.
Example: 19521201000230.000000000 DHCPServer
� � � � string Description The DHCPServer property indicates the IP address of the dynamic host configuration protocol (DHCP) server.
Example: 154.55.34 DNSDomain / �
� � � � string Description The DNSDomain property indicates an organization name followed by a period and an extension that indicates the type of organization, such as microsoft.com. The name can be any combination of the letters A through Z, the numerals 0 through 9, and the hyphen (-), plus the period (.) character used as a separator.
Example: microsoft.com DNSDomainSuffixSearchOrder 1 �
� I Q ^ string Description The DNSDomainSuffixSearchOrder property specifies the DNS domain suffixes to be appended to the end of host names during name resolution. When attempting to resolve a fully qualified domain name (FQDN) from a host only name, the system will first append the local domain name. If this is not successful, the system will use the domain suffix list to create additional FQDNs in the order listed and query DNS servers for each.
Example: samples.microsoft.com example.microsoft.com DNSEnabledForWINSResolution 2 �
� � � � boolean Description The DNSEnabledForWINSResolution property indicates whether the Domain Name System (DNS) is enabled for name resolution over Windows Internet Naming Service (WINS) resolution. If the name cannot be resolved using DNS, the name request is forwarded to WINS for resolution. DNSHostName . �
� � � � string Description The DNSHostName property indicates the host name used to identify the local computer for authentication by some utilities. Other TCP/IP-based utilities can use this value to acquire the name of the local computer. Host names are stored on DNS servers in a table that maps names to IP addresses for use by DNS. The name can be any combination of the letters A through Z, the numerals 0 through 9, and the hyphen (-), plus the period (.) character used as a separator. By default, this value is the Microsoft networking computer name, but the network administrator can assign another host name without affecting the computer name.
Example: corpdns DNSServerSearchOrder 0 �
� � � � string Description The DNSServerSearchOrder property indicates an ordered list of server IP addresses to be used in querying for DNS Servers. DomainDNSRegistrationEnabled D
� � � � boolean Description The DomainDNSRegistrationEnabled property specifies whether the IP addresses for this connection are registered in DNS under the domain name of this connection, in addition to registering under the computer's full DNS name. The domain name of this connection is either set via the method SetDNSDomain() or assigned by DHCP. The registered name is the host name of the computer with the domain name appended. Windows 2000 only. ForwardBufferMemory \ +
� � � � � � uint32 Units bytes Description The ForwardBufferMemory property indicates how much memory IP allocates to store packet data in the router packet queue. When this buffer space is filled, the router begins discarding packets at random from its queue. Packet queue data buf __ � CopyObjects x= �� implemented � ac6d1350600005Q ROOT\wmi ���� � ��
�� � � * � � D ������������ � __PARAMETERS abstract SourceStoreFile string
� ; in
� ; b �� ID )
� � b ��� string Type uint32
� � in
� � �� ID )
� { ��@ uint32 Flags uint32
� � in
� � � �� � 0 1 BitMap )
� � � �� � N [ CreateNewId DeleteExistingObject BitValues 6
� � � �� � q B ID C
� � �� � q B � uint32 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ �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rr �d�%߬�
) � �� � ! � � 1 @ � � �������������� � BcdObject BcdProv Description This class represents a BCD object which holds a collection of BCD elements. Each BCD object is is identified by a guid. Id 4
� � � �� � ��� � string Description This is the guid id of this object, unique to this store. StoreFilePath 4
� � � �� � ��� � string Description This is the file path of the store that this object belongs to. Type )
� � �� * uint32 Description The upper 4 bits (28-31) represent the object type. The meaning of the lower 28 bits (0-27) is dependent on the object type. Wo n is 3 7 $ obj 7 S W ` tor l � C J _ { R Y � k � � n ��� � � {# �$ Des % 8% }. �/ fi 0 ,0 �< > tha 2> N> �E G to G 4G �O :Q ) LQ hQ �S gU yU �U X �Y 2 �Y �Y :\ �] r 4 �] �] n` �a nt b b �d !f mea 4f Pf �h Pj bit _j {j 6l �m � EnumerateElementTypes & �� implemented � ac6d1350600005Q ROOT\wmi ���� � �� �� � * � ������I � __PARAMETERS abstract Types uint32
� 1 out
� 1 X �� ID )
� � X ��� uint32 ReturnValue boolean
� boolean out
� �� __ � EnumerateElements F �� implemented ac6d1350600005Q ROOT\wmi ���� � �� �� * � � - ������W � __PARAMETERS abstract
Elements object
� 4 out
� 4 [ �� ID
)
� � [ ��� object:BcdElement ReturnValue boolean
� boolean out
� ( �� __ � GetElement { �� implemented � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 __ � ac6d1350600005Q ROOT\wmi ���� � �� �� * � � , ������V � __PARAMETERS abstract
Element object
� 3 out
� 3 Z �� ID
)
� � Z ��� object:BcdElement ReturnValue boolean
� boolean out
� ' �� __ � GetElementWithFlags n �� implemented � ac6d1350600005Q ROOT\wmi ���� � �� �� � � * � ��������? � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 Flags uint32
� � in
� � �� > 0 BitMap )
� � ��A 6 � Qualified BitValues 6
� � ��A 6 � � ID C
� 7 ��A 6 � � � uint32 __ � ac6d1350600005Q ROOT\wmi ���� � �� �� * � � , ������V � __PARAMETERS abstract
Element object
� 3 out
� 3 Z �� ID
)
� � Z ��� object:BcdElement ReturnValue boolean
� boolean out
� ' �� __ � SetDeviceElement z �� implemented f ac6d1350600005Q ROOT\wmi ���� � �
�� � ) � R * � ������������h � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 DeviceType uint32
� � in
� �
�� S V Y \ _ 1 2 3 4 5 ValueMap )
� �
��b ; � � � � � BootDevice PartitionDevice FileDevice RamdiskDevice UnknownDevice Values 6
� �
��b ; � ID C
� �
��b ; � N uint32 AdditionalOptions string
� � in
� � � �� ID )
� ` � ��% string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� fers are 256 bytes in length, so the value of this parameter should be a multiple of 256. Multiple buffers are chained together for larger packets. The IP header for a packet is stored separately. This parameter is ignored and no buffers are allocated if the IP router is not enabled. The buffer size can range from the network MTU to the a value smaller than 0xFFFFFFFF. Default: 74240 (fifty 1480-byte packets, rounded to a multiple of 256). FullDNSRegistrationEnabled B
� � � � boolean Description The FullDNSRegistrationEnabled property specifies whether the IP addresses for this connection are registered in DNS under the computer's full DNS name. The full DNS name of the computer is displayed on the Network Identification tab of the System Control Panel. Windows 2000 only. GatewayCostMetric
� 6 > K uint16 Description The GatewayCostMetric reflects an integer cost metric (ranging from 1 to 9999) to be used in calculating the fastest, most reliable, and/or least expensive routes. This argument has a one to one correspondence with the DefaultIPGateway. Windows 2000 only. IGMPLevel ` +
� �! �! �! $# ,# uint8 Description The IGMPLevel property indicates the extent to which the system supports IP multicast and participates in the Internet Group Management Protocol. At level 0, the system provides no multicast support. At level 1, the system may only send IP multicast packets. At level 2, the system may send IP multicast packets and fully participate in IGMP to receive multicast packets. Default: 2 Values <# J# X# No Multicast IP Multicast IP & IGMP multicast Index " )
� �# � ���# �# uint32 Description The Index property specifies the index number of the Win32 network adapter configuration. The index number is used when there is more than one configuration available. InterfaceIndex
&
� �$ �$ �$ uint32 Description The InterfaceIndex property contains the index value that uniquely identifies the local interface. IPAddress *
� U% ]% j% string Description The IPAddress property contains a list of all of the IP addresses associated with the current network adapter.
Example: 155.34.22.0 IPConnectionMetric F
� /& 7& D& uint32 Description The IPConnectionMetric indicates the cost of using the configured routes for this IP bound adapter and is the weighted value for those routes in the IP routing table. If there are multiple routes to a destination in the IP routing table, the route with the lowest metric is used. The default value is 1.Windows 2000 only. IPEnabled >
� �' �' �' boolean Description The IPEnabled property indicates whether TCP/IP is bound and enabled on this network adapt. IPFilterSecurityEnabled * �
� v( ( �( boolean Description The IPFilterSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. This property is used in conjunction with IPSecPermitTCPPorts, IPSecPermitUDPPorts, and IPSecPermitIPProtocols. A value of TRUE indicates that IP port security is enabled and that the security values associated with individual network adapters are in effect. A value of FALSE indicates IP filter security is disabled across all network adapters and allows all port and protocol traffic to flow unfiltered. IPPortSecurityEnabled ) �
� �* �* �* boolean Description The IPPortSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. This property has been deprecated in favor of IPFilterSecurityEnabled. IPSecPermitIPProtocols - �
�
, , , string Description The IPSecPermitIPProtocols property lists the protocols permitted to run over the IP. The list of protocols is defined using the EnableIPSec method. The list will either be empty or contain numeric values. A numeric value of zero indicates access permission is granted for all protocols. An empty string indicates that no protocols are permitted to run when IPFilterSecurityEnabled is TRUE. IPSecPermitTCPPorts + �
� �- �- �- string Description The IPSecPermitTCPPorts property lists the ports that will be granted access permission for TCP. The list of protocols is defined using the EnableIPSec method. The list will either be empty or contain numeric values. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports are granted access permission when IPFilterSecurityEnabled is TRUE. IPSecPermitUDPPorts , �
� �/ �/ �/ string Description The IPSecPermitUDPPorts property lists the ports that will be granted User Datagram Protocol (UDP) access permission. The list of protocols is defined using the EnableIPSec method. The list will either be empty or contain numeric values. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports are granted access permission when IPFilterSecurityEnabled is TRUE. IPSubnet .
� �1 �1 �1 string Description The IPSubnet property contains a list of all the subnet masks associated with the current network adapter.
Example: 255.255.0 IPUseZeroBroadcast N
� �2 �2 �2 boolean Description The IPUseZeroBroadcast property indicates whether IP zeros-broadcasts are used. If this parameter is set TRUE, then IP uses zeros-broadcasts (0.0.0.0), and the system uses ones-broadcasts (255.255.255.255). Computer systems generally use ones-broadcasts, but those derived from BSD implementations use zeros-broadcasts. Systems that do not use that same broadcasts will not interoperate on the same network. Default: FALSE. IPXAddress
2
� �4 �4 �4 string Description The IPXAddress property indicates the Internetworking Packet Exchange (IPX) address of the network adapter. The IPX address identifies a computer system on a network using the IPX protocol. IPXEnabled @
� �5 �5 �5 boolean Description The IPXEnabled property determines whether the or Internetwork Packet Exchange (IPX) protocol is bound and enabled for this adapter. IPXFrameType ; � +
� �6 �6 �6 47 <7 uint32 Description The IPXFrameType property represents an integer array of frame type identifiers. The values in this array correspond to the elements in the IPXNetworkNumber. Values T7 a7 q7 �7 �7 Ethernet II Ethernet 802.3 Ethernet 802.2 Ethernet SNAP AUTO IPXMediaType < � +
� �7 �7 �7 X8 `8 uint32 Description The IPXMediaType property represents an Internetworking Packet Exchange (IPX) media type identifier. Values t8 ~8 �8 �8 Ethernet Token ring FDDI ARCNET IPXNetworkNumber : �
� �8 �8 �8 string Description The IPXNetworkNumber property represents an array of characters that uniquely identifies a frame/network adapter combination on the computer system. The NetWare Link (NWLink) IPX/SPX-compatible transport in Windows 2000 and Windows NT 4.0 and greater uses two distinctly different types of network numbers. This number is sometimes referred to as the external network number. It must be unique for each network segment. The order in this string list will correspond item-for-item with the elements in the IPXFrameType property. IPXVirtualNetNumber 9 �
� =; E; R; string Description The IPXVirtualNetNumber property uniquely identifies the computer system on the network. It is represented in the form of an eight-character hexadecimal digit. Windows NT/2000 uses the virtual network number (also known as an internal network number) for internal routing. KeepAliveInterval a +
� �< �< �< �< �< uint32 Units milliseconds Description The KeepAliveInterval property indicates the interval separating Keep Alive Retransmissions until a response is received. Once a response is received, the delay until the next Keep Alive Transmission is again controlled by the value of KeepAliveTime. The connection will be aborted after the number of retransmissions specified by TcpMaxDataRetransmissions have gone unanswered. Default: 1000, Valid Range: 1 - 0xFFFFFFFF. KeepAliveTime ! e +
� �> �> �> �> �> uint32 Units milliseconds Description The KeepAliveTime property indicates how often the TCP attempts to verify that an idle connection is still intact by sending a Keep Alive Packet. A remote system that is reachable will acknowledge the keep alive transmission. Keep Alive packets are not sent by default. This feature may be enabled in a connection by an application. Default: 7,200,000 (two hours) MACAddress 6
� �@ �@ �@ string Description The MACAddress property indicates the Media Access Control (MAC) address of the network adapter. A MAC address is assigned by the manufacturer to uniquely identify the network adapter.
Example: 00:80:C7:8F:6C:96 MTU " i +
� �A �A �A �A �A uint32 Units bytes Description The MTU property overrides the default Maximum Transmission Unit (MTU) for a network interface. The MTU is the maximum packet size (including the transport header) that the transport will transmit over the underlying network. The IP datagram can span multiple packets. The range of this value spans the minimum packet size (68) to the MTU supported by the underlying network. NumForwardPackets # m
� �C �C �C uint32 Description The NumForwardPackets property indicates the number of IP packet headers allocated for the router packet queue. When all headers are in use, the router will begin to discard packets from the queue at random. This value should be at least as large as the ForwardBufferMemory value divided by the maximum IP data size of the networks connected to the router. It should be no larger than the ForwardBufferMemory value divided by 256, since at least 256 bytes of forward buffer memory are used for each packet. The optimal number of forward packets for a given ForwardBufferMemory size depends on the type of traffic carried on the network. It will lie somewhere between these two values. If the router is not enabled, this parameter is ignored and no headers are allocated. Default: 50, Valid Range: 1 - 0xFFFFFFFE. PMTUBHDetectEnabled X
� G )G 6G boolean Description The PMTUBHDetectEnabled property indicates whether detection of black hole routers occurs. Setting this parameter to TRUE causes TCP to try to detect black hole routers while discovering the path of the Maximum Transmission Unit. A black hole router does not return ICMP Destination Unreachable messages when it needs to fragment an IP datagram with the Don't Fragment bit set. TCP depends on receiving these messages to perform Path MTU Discovery. With this feature enabled, TCP will try to send segments without the Don't Fragment bit set if several retransmissions of a segment go unacknowledged. If the segment is acknowledged as a result, the MSS will be decreased and the Don't Fragment bit will be set in future packets on the connection. Enabling black hole detection increases the maximum number of retransmissions performed for a given segment. The default value of this property is FALSE. PMTUDiscoveryEnabled Z
� �J K K boolean Description The PMTUDiscoveryEnabled property indicates whether the Maximum Transmission Unit (MTU) path is discovered. Setting this parameter to TRUE causes TCP to attempt to discover the MTU (the largest packet size) over the path to a remote host. By discovering the MTU path and limiting TCP segments to this size, TCP can eliminate fragmentation at routers along the path that connect networks with different MTUs. Fragmentation adversely affects TCP throughput and network congestion. Setting this parameter to FALSE causes an MTU of 576 bytes to be used for all connections that are not to machines on the local subnet. Default: TRUE. ServiceName :
� �M �M �M string Description The ServiceName property indicates the service name of the network adapter. This name is usually shorter than the full product name.
Example: Elnkii. TcpipNetbiosOptions 8 � +
� �N �N �N TO \O uint32 Description The TcpipNetbiosOptions property specifies a bitmap of the possible settings related to NetBIOS over TCP/IP. Windows 2000 only. Values lO �O �O EnableNetbiosViaDhcp EnableNetbios DisableNetbios TcpMaxConnectRetransmissions $ q
� �O �O P uint32 Description The TcpMaxConnectRetransmissions property indicates the number of times TCP will attempt to retransmit a Connect Request before terminating the connection. The initial retransmission timeout is 3 seconds. The retransmission timeout doubles for each attempt. Default: 3, Valid Range: 0 - 0xFFFFFFFF. TcpMaxDataRetransmissions % u
� sQ {Q �Q uint32 Description The TcpMaxDataRetransmissions property indicates the number of times TCP will retransmit an individual data segment (non-connect segment) before terminating the connection. The retransmission timeout doubles with each successive retransmission on a connection. Default: 5, Valid Range: 0 - 0xFFFFFFFF. TcpNumConnections & y
� �R �R S uint32 Description The TcpNumConnections property indicates the maximum number of connections that TCP can have open simultaneously. Default: 0xFFFFFE, Valid Range: 0 - 0xFFFFFE. TcpUseRFC1122UrgentPointer ' }
� �S �S
T boolean Description The TcpUseRFC1122UrgentPointer property indicates whether TCP uses the RFC 1122 specification or the mode used by Berkeley Software Design (BSD) derived systems, for urgent data. The two mechanisms interpret the urgent pointer differently and are not interoperable. Windows 2000 and Windows NT version 3.51 and higher defaults to BSD mode. If TRUE, urgent data is sent in RFC 1122 mode. Default: FALSE. TcpWindowSize ( +
� �U �U �U �U V uint16 Units bytes Description The TcpWindowSize property contains the maximum TCP Receive Window size offered by the system. The Receive Window specifies the number of bytes a sender may transmit without receiving an acknowledgment. In general, larger receiving windows will improve performance over high delay and high bandwidth networks. For efficiency, the receiving window should be an even multiple of the TCP Maximum Segment Size (MSS). Default: Four times the maximum TCP data size or an even multiple of TCP data size rounded up to the nearest multiple of 8192. Ethernet networks default to 8760. Valid Range: 0 - 65535. WINSEnableLMHostsLookup 3 �
� �X �X �X boolean Description The WINSEnableLMHostsLookup property indicates whether local lookup files are used. Lookup files will contain a map of IP addresses to host names. If they exist on the local system, they will be found in %SystemRoot%\system32\drivers\etc. WINSHostLookupFile 6 �
� �Y �Y Z string Description The WINSHostLookupFile property contains a path to a WINS lookup file on the local system. This file will contain a map of IP addresses to host names. If the file specified in this property is found, it will be copied to the %SystemRoot%\system32\drivers\etc folder of the local system. Valid only if the WINSEnableLMHostsLookup property is TRUE. WINSPrimaryServer 4 �
� �[ �[ �[ string Description The WINSPrimaryServer property indicates the IP address for the primary WINS server. WINSScopeID 7 �
� B\ J\ W\ string Description The WINSScopeID property provides a way to isolate a group of computer systems that communicate with each other only. The Scope ID is a character string value that is appended to the end of the NetBIOS name. It is used for all NetBIOS transactions over TCP/IP communications from that computer system. Computers configured with identical Scope IDs are able to communicate with this computer. TCP/IP clients with different Scope IDs disregard packets from computers with this Scope ID. Valid only when the EnableWINS method executes successfully. WINSSecondaryServer 5 �
� �^ �^ �^ string Description The WINSSecondaryServer property indicates the IP address for the secondary WINS server. �� ) � � "
2
� � �& �& !( 3( �4 �4 6 $6 �A �A iC wC �N S �T �T e` i �j �j �u � x� �� Y� � �� �� �� � �� �� g� �� �� �� �� � �� �� �� R� �� �� �� �� '� 3� �� ; � � ; } �! k+ �, �, C8 G8 �9 �9 GF �H J .J W �^ ` ,` �k en �o p r| �� �� � L� А � �� � u� �� � H� ̯ ۯ /� a� � �� �� �� � &� y� :� �� �� � �� p� �� # \ � � p � �' + �, �, �8 B< �= �= /K �M BO XO [ �_ Ka la (m �o Uq sq L} � �� �� �� l� � � �� T� ء � l� ȱ L� _� X� �� �� EnableDHCP * 7 � � Description The EnableDHCP method enables the Dynamic Host Configuration Protocol (DHCP) for service with this network adapter. DHCP allows IP addresses to be dynamic allocated. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' / Z � � � � * J _ { � � � ) > P l � � � �
#
F
Z
r
�
�
�
�
�
�
+ G v � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RenewDHCPLease P
]
Description The RenewDHCPLease method renews the IP address on specific DHCP-enabled network adapters. The lease for the IP address assigned via a DHCP server has an expiration date that the client must renew if it intends to continue use of the assigned IP address. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � � ' 8 M � � � � � G \ o � � � � � 0 L j � � � � �
# 2 A Q q � � � � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RenewDHCPLeaseAll � � �! �! Description The RenewDHCPLeaseAll method renews the IP addresses on all DHCP-enabled network adapters. The lease for the IP address assigned via a DHCP server has an expiration date that the client must renew if it intends to continue use of the assigned IP address. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' ." Y" �" �" �" �" # )# I# ^# z# �# �# �# $ ($ =$ O$ k$ �$ �$ �$ �$ % "% E% Y% q% �% �% �% �% �% �% & *& F& u& �& Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReleaseDHCPLease Q( ^( t/ |/ Description The ReleaseDHCPLease method releases the IP address bound to a specific DHCP enabled network adapter. WARNING: If DHCP is enabled on this local computer system, the option disables TCP/IP on this specific network adapter. Unless you have an alternate path to the target system; that is, another TCP/IP bound network adapter, all TCP/IP communications will be lost. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 0 G0 o0 �0 �0 �0 �0 1 71 L1 h1 �1 �1 �1 2 2 +2 =2 Y2 }2 �2 �2 �2 �2 3 33 G3 _3 y3 �3 �3 �3 �3 �3 �3 4 44 c4 �4 Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ReleaseDHCPLeaseAll B6 O6 �< �< Description The ReleaseDHCPLeaseAll method releases the IP addresses bound to all DHCP enabled network adapters. WARNING: If DHCP is enabled on this local computer system, the option will terminate all DHCP TCP/IP connections.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' v= �= �= �= > > X> q> �> �> �> ? %? 8? b? p? �? �? �? �? �? @ 3@ N@ j@ �@ �@ �@ �@ �@ �@
A A :A TA rA �A �A �A Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableStatic �C �C �I �I Description The EnableStatic method enables static TCP/IP addressing for the target network adapter. As a result, DHCP for this network adapter is disabled. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �J �J �J �J K $K fK K �K �K �K L 3L FL pL ~L �L �L �L �L M #M AM \M xM �M �M �M �M �M N N (N HN bN �N �N �N �N Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other % ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * G � � �������� � __PARAMETERS abstract IPAddress string
� 5 In
� 5 \ �� The IPAddress parameter lists all of the static IP addresses for the current network adapter.
Example: 155.34.22.0 Description )
� 5 \ ��� � ID 6
� � \ ��� � C string SubnetMask string
� � In
� � � �� The SubnetMask parameter contains the subnet masks that complement the values in the IPAddress parameter.
Example: 255.255.0.0 Description )
� � � ��� ID 6
� � ��� � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetGateways �T �T R[ Z[ Description The SetGateways method is used to specify a list of gateways for routing packets destined for a different subnet than the one this adapter is connected to. A more specific route should not exist for this subnet. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �[ %\ M\ t\ �\ �\ �\ �\ ] *] F] �] �] �] �] �] ^ ^ 7^ [^ }^ �^ �^ �^ �^ _ %_ =_ W_ p_ _ �_ �_ �_ �_ �_ ` A` ^` Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �X �� * w � � ��������� � __PARAMETERS abstract DefaultIPGateway string
� < In
� < c �� The DefaultIPGateway is an input parameter to the SetGateways method. It contains a list of IP addresses to gateways where network packets should be routed. Description )
� < c ��/ � ID 6
� � c ��/ � s string GatewayCostMetric uint16
� � In
� � �� The GatewayCostMetric parameter assigns an value ranging from 1 to 9999, used to calculate fastest and most reliable routes. The values of this parameter correspondence with the values in the DefaultIPGateway[] parameter. The default value for a gateway is 1. This parameter is for Windows 2000 only. Description )
� � ��k = ID 6
� � ��k = � uint16 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableDNS �j �j �p �p Description The EnableDNS method enables the Domain Name System (DNS) for service on TCP/IP-bound network adapters. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �q �q �q r r .r pr �r �r �r �r (s =s Ps zs �s �s �s �s �s t -t Kt ft �t �t �t �t �t u u "u 2u Ru lu �u �u �u �u Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other �
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � ��
�� � � K * A y � U����������������� � __PARAMETERS abstract DNSHostName string
� 7 In
� 7 ^ �� The DNSHostName parameter specifies the name of the DNS host to be enabled by this method.
Example: corpdns Description )
� 7 ^ ��� � ID 6
� � ^ ��� � = string DNSDomain string
� � In
� � � �� The DNSDomain parameter specifies the DNS's domain. This parameter is represented by an organization name followed by a period, then an extension that indicates the type of organization.
Example: microsoft.com Description )
� � � ��� � ID 6
� _ � ��� � string DNSServerSearchOrder string
� � In
� � � �� The DNSServerSearchOrder parameter specifies the list of server IP addresses to query for DNS servers. Description )
� � � ��L � ID 6
� � � ��L � � string DNSDomainSuffixSearchOrder string
� In
� 5 �� The DNSDomainSuffixSearchOrder parameter specifies the DNS domain suffixes that is appended to the host names during name resolution. When attempting to resolve a fully qualified domain name (FQDN) from a host only name, the system appends the local domain name. If this is not successful, the system uses the domain suffix list to create additional FQDNs in the order listed, and queries DNS servers for each one. Description )
� 5 �� c ID 6
� � 5 �� c G string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDNSDomain �� �� F� N� Description The SetDNSDomain method allows for the setting of the DNS domain. This is an instance dependent method call that applies on a per adapter basis. On Windows 2000 the setting applies to the targeted adapter. On NT4 this setting is global.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � � A� h� y� �� Њ � � � :� �� �� �� ڋ � �� � +� O� q� �� �� ƌ � � � 1� K� d� s� �� �� �� ̍ � � 5� R� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �K �� * � ����� � __PARAMETERS abstract DNSDomain string
� 5 In
� 5 \ �� The DNSDomain parameter indicates the domain the DNSis associated with and is represented by an organization name followed by a period and an extension that indicates the type of organization.
Example: microsoft.com. Description )
� 5 \ ��d � ID 6
� � \ ��d � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDNSServerSearchOrder �� ʒ �� �� Description The SetDNSServerSearchOrder method allows for the setting of the server search order as a array of elements. This is an instance dependent method call that applies on a per adapter basis. On Windows 2000 the setting applies to the targeted adapter. On NT4 this setting is global.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 2� ]� �� �� �� Қ � -� M� b� ~� ̛ � � � ,� A� S� o� �� �� ќ �
� &� I� ]� u� �� �� �� Ɲ ֝ �� � .� J� y� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other v ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * g ����� � __PARAMETERS abstract DNSServerSearchOrder string
� @ In
� @ g �� The DNSServerSearchOrder parameter indicates the list of server IP addresses to query for DNS Servers.
Example:130.215.24.1 157.54.164.1 Description )
� @ g �� � ID 6
� � g �� � c string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDNSSuffixSearchOrder Ң ߢ T� \� Description The SetDNSSuffixSearchOrder method allows for the setting of the suffix search order as a array of elements. This is an instance independent method call that applies across all adapters. Windows NT only. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� '� O� v� �� �� ު �� � ,� H� �� �� �� � �� � � 9� ]� � �� �� Ԭ � � '� ?� Y� r� �� �� �� �� ڭ �� � C� `� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �7 �� * v ����� � __PARAMETERS abstract DNSDomainSuffixSearchOrder string
� F In
� F m �� The DNSServerSearchOrder parameter indicates the list of server IP addresses suffixes to query for DNS Servers.
Example:130.215.24.1 157.54.164.1 Description )
� F m ��. � ID 6
� � m ��. � r string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDynamicDNSRegistration �� Ʋ � � Description The SetDynamicDNSRegistration method is used to indicate dynamic DNS registration of IP addresses for this IP bound adapter. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� �� � � � 4� v� �� �� ĺ � .� C� V� �� �� �� �� ѻ �� � 3� Q� l� �� �� �� �
� � (� 8� X� r� �� �� ۽ �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other �
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � ��
�� _ $ * ����q � __PARAMETERS abstract FullDNSRegistrationEnabled boolean
� F In
� F n �� The FullDNSRegistrationEnabled parameter specifies whether the IP addresses for this connection are registered in DNS under the computer's full DNS name. The full DNS name of the computer is displayed on the Network Identification tab of the System Control Panel. Windows 2000 only. Description )
� F n ��� � ID 6
� D n ��� � � boolean DomainDNSRegistrationEnabled boolean
� } In
� } � �� The DomainDNSRegistrationEnabled parameter specifies whether the IP addresses for this connection are registered in DNS under the domain name of this connection, in addition to registering under the computer's full DNS name. The domain name of this connection is either set via the method SetDNSDomain() or assigned by DHCP. The registered name is the host name of the computer with the domain name appended. This parameter has meaning only when FullDNSRegistrationEnabled is enabled. Default: FALSE. Windows 2000 only. Description )
� } � ��� � ID 6
� h � ��� � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPConnectionMetric �� �� �� �� Description The SetIPConnectionMetric method is used to set the routing metric associated with this IP bound adapter. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� �� �� ��
� "� d� }� �� �� �� � 1� D� n� |� �� �� �� �� � !� ?� Z� v� �� �� �� �� �� � � &� F� `� ~� �� �� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other a ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * V ����� � __PARAMETERS abstract IPConnectionMetric uint32
� > In
� > e �� The IPConnectionMetric parameter assigns an value ranging from 1 to 9999, and indicates the cost of using the configured routes for this IP bound adapter and is the weighted value for those routes in the IP routing table. If there are multiple routes to a destination in the IP routing table, the route with the lowest metric is used. The default value is 1. Windows 2000 only. Description )
� > e �� � ID 6
� � e �� � R uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetWINSServer � � �� �� Description The SetWINSServer method sets the primary and secondary Windows Internet Naming Service (WINS) servers on this TCP/IP-bound network adapter. This method is applied independently of the network adapter. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' +� V� ~� �� �� ��
� &� F� [� w� �� �� �� � %� :� L� h� �� �� �� �� � � B� V� n� �� �� �� �� �� �� � '� C� r� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * 0 � � ��������� � __PARAMETERS abstract WINSPrimaryServer string
� = In
� = d �� The WINSPrimaryServer parameter specifies the IP address of the primary WINS server. Description )
� = d ��� � ID 6
� t d ��� � , string WINSSecondaryServer string
� � In
� � � �� The WINSSecondaryServer parameter specifies the IP address of the secondary WINS server. Description )
� � � ��R � ID 6
� � � ��R � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableWINS Q� ^� �� �� Description The EnableWINS method enables Windows Internet Naming Service (WINS) settings specific to TCP/IP, but independent of the network adapter. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 9� d� �� �� �� �� � 4� T� i� �� �� �� �� %� 3� H� Z� v� �� �� � �� � -� P� d� |� �� �� �� � � �� � 5� Q� �� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �9
�� * t � " � � Q � U������������ � __PARAMETERS abstract DNSEnabledForWINSResolution boolean
� G In
� G o �� The DNSEnabledForWINSResolution parameter specifies whether the Domain Name System (DNS) is enabled for name resolution over WINS resolution. Description )
� G o ��, � ID 6
� � o ��, � p boolean WINSEnableLMHostsLookup boolean
� � In
� � �� The WINSEnableLMHostsLookup parameter specifies whether local lookup files are used. Lookup files will contain mappings of IP addresses to host names. Description )
� � ��� B ID 6
� f ��� B boolean WINSHostLookupFile string
� � In
� � � �� The WINSEnableLMHostsLookup parameter specifies the lookup files containing mappings of IP addresses to host names. If available, the files will be found in %SystemRoot%\system32\drivers\etc. Description )
� � � ��� � ID 6
� 7 � ��� � � string WINSScopeID string
� ^ In
� ^ � �� The WINSScopeID parameter specifies the Scope ID value that will be appended to the end of the computer's NetBIOS name. Systems using the same Scope ID can communicate with this computer. Description )
� ^ � ��p � ID 6
� � � ��p � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpipNetbios � � ( 0 Description The SetTcpipNetbios method is used to set the default operation of NetBIOS over TCP/IP for this network adapter. Windows 2000 only. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � � # J [ p � � �
j
�
�
�
�
�
1 S o � � � � � - F U d t � � � � 4 Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other > ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����5 � __PARAMETERS abstract TcpipNetbiosOptions uint32
� ? In
� ? f �� The TcpipNetbiosOptions parameter specifies a bitmap of the possible settings related to NetBIOS over TCP/IP. Description )
� ? f �� � W m | EnableNetbiosViaDhcp EnableNetbios DisableNetbios Values 6
� ? f �� � � G ID C
� - f �� � � G � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableIPSec , 9 � � Description The EnableIPSec method is used to enable IP security on this specific TCP/IP-enabled network adapter. Ports are secured only when the IPFilterSecurityEnabled property is TRUE.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 9 d � � � � 4 T i � � � � % 3 H Z v � � � � - P d | � � � � � � ! 5! Q! �! �! Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �i
�� b * � F ������������j � __PARAMETERS abstract IPSecPermitTCPPorts string
� ? In
� ? f �� The IPSecPermitTCPPorts parameter specifies the list of ports that should be granted access permission for TCP. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports should be granted access permission. Description )
� ? f ��� � ID 6
� , f ��� � � string IPSecPermitUDPPorts string
� [ In
� [ � �� The IPSecPermitUDPPorts parameter specifies the list of ports that should be granted access permission for UDP. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports should be granted access permission. Description )
� [ � ��� � ID 6
� H � ��� � string IPSecPermitIPProtocols string
� z In
� z � �� The IPSecPermitIPProtocols parameter specifies the list of protocols permitted to run over the IP. A numeric value of zero indicates access permission is granted for all protocols. An empty string indicates that no protocols should be granted access permission. Description )
� z � ��� � ID 6
� b � ��� � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DisableIPSec - (- 03 83 Description The DisableIPSec method is used to disable IP security on this TCP/IP-enabled network adapter. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �3 4 +4 R4 c4 x4 �4 �4 �4 5 $5 r5 �5 �5 �5 �5 �5 �5 6 96 [6 w6 �6 �6 �6 �6 7 7 57 N7 ]7 l7 |7 �7 �7 �7 �7 8 <8 Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPXVirtualNetworkNumber : : 4A <A Description The SetIPXVirtualNetworkNumber method is used to set the Internetworking Packet Exchange (IPX) virtual network number on the target computer system. Windows 2000 and Windows NT 3.51 or greater uses an internal network number for internal routing. The internal network number is also known as a virtual network number. It uniquely identifies the computer system on the network. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �A B /B VB gB |B �B �B �B C (C vC �C �C �C �C �C �C D =D _D {D �D �D �D �D E E 9E RE aE pE �E �E �E �E �E #F @F Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other B ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * 5 ����� � __PARAMETERS abstract IPXVirtualNetNumber string
� ? In
� ? f �� The IPXVirtualNetNumber parameter specifies the virtual network number for this system. Description )
� ? f ��� � ID 6
� y f ��� � 1 string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPXFrameTypeNetworkPairs LJ YJ R R Description The SetIPXFrameTypeNetworkPairs method is used to set Internetworking Packet Exchange (IPX) network number/frame pairs for this network adapter. Windows 2000 and Windows NT 3.51 and higher use an IPX network number for routing purposes. It is assigned to each configured frame type/network adapter combination on your computer system. This number is sometimes referred to as the "external network number." It must be unique for each network segment. If the frame type is set to AUTO, the network number should to zero. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �R �R S +S <S QS �S �S �S �S �S KT `T sT �T �T �T �T �T U 4U PU nU �U �U �U �U �U V 'V 6V EV UV uV �V �V �V �V W Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other w ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� L F * � ��������� � __PARAMETERS abstract IPXNetworkNumber string
� < In
� < c �� The IPXNetworkNumber parameter specifies an array of characters that uniquely identify an adapter on the computer system. The NetWare Link (NWLink) IPX/SPX-compatible transport in Windows 2000 and Windows NT 3.51 or higher, uses two different types of network numbers. This number is sometimes referred to as the External Network Number. It must be unique for each network segment. The values in this string list must have a corresponding value in the IPXFrameType parameter identifying the packet frame type used for this network. Description )
� < c ��� � ID 6
� 2 c ��� � � string IPXFrameType uint32
� Z In
� Z � �� The IPXFrameType parameter specifies an integer array of frame type identifiers. The values in this array correspond to the elements in the IPXNetworkNumber parameter. Description )
� Z � ��X � � � � � � Ethernet II Ethernet 802.3 Ethernet 802.2 Ethernet SNAP AUTO Values 6
� Z � ��X � � � ID C
� � � ��X � � � B uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDatabasePath J` W` �f �f Description The SetDatabasePath method sets the path to the standard Internet database files (HOSTS, LMHOSTS, NETWORKS, PROTOCOLS). It is used by the Windows Sockets interface. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' Ng yg �g �g �g �g 0h Ih ih ~h �h �h �h i :i Hi ]i oi �i �i �i �i j &j Bj ej yj �j �j �j �j �j �j k ,k Jk fk �k �k Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �N �� * � ����� � __PARAMETERS abstract DatabasePath string
� 8 In
� 8 _ �� The DatabasePath parameter specifies a valid Windows 2000 and Windows NT 3.51 or higher file path to standard Internet database files (HOSTS, LMHOSTS, NETWORKS, PROTOCOLS) used by the Windows Sockets interface. Description )
� 8 _ ��a � ID 6
� � _ ��a � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIPUseZeroBroadcast p +p _w gw Description The SetIPUseZeroBroadcast method is used to set IP zero broadcast usage. If this parameter is set to TRUE, then IP will use zeros-broadcasts (0.0.0.0) instead of ones-broadcasts (255.255.255.255). Most systems use ones-broadcasts, but systems derived from BSD implementations use zeros-broadcasts. Systems that use different broadcasts will not interoperate on the same network. Default: FALSE. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' x 2x Zx �x �x �x �x y "y 7y Sy �y �y �y �y z z (z Dz hz �z �z �z �z �z { 2{ J{ d{ }{ �{ �{ �{ �{ �{ | | N| k| Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �8 �� * � ��� � __PARAMETERS abstract IPUseZeroBroadcast boolean
� > In
� > f �� The IPUseZeroBroadcast parameter specifies the value indicating whether IP zero broadcast is used. Setting the parameter to TRUE indicates that IP zero broadcast is used. Description )
� > f ��@ � ID 6
� � f ��@ � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetArpAlwaysSourceRoute À Ѐ چ � Description The SetArpAlwaysSourceRoute method is used to set the transmission of ARP queries by the TCP/IP. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� �� Շ ��
� "� d� }� �� �� Έ � 1� D� n� |� �� �� �� � � !� ?� Z� v� �� �� Ŋ ߊ �� � � &� F� `� ~� �� ɋ � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other [ ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * M ��� � __PARAMETERS abstract ArpAlwaysSourceRoute boolean
� @ In
� @ h �� The ArpAlwaysSourceRoute parameter specifies a value that indicates if TCP/IP transmits ARP queries. Setting this parameter to TRUE will force TCP/IP to transmit ARP queries with source routing enabled on Token Ring networks. By default, the stack transmits ARP queries without source routing first, then retries with source routing enabled if no reply is received. Description )
� @ h �� � ID 6
� � h �� � I boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetArpUseEtherSNAP � � �� �� Description The SetArpUseEtherSNAP method is used to enable ethernet packets to use 802.3 SNAP encoding. By default, the stack transmits packets in Digital, Intel, Xerox(DIX) Ethernet format. It will always receive both formats. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 9� d� �� �� Ę ٘ � 4� T� i� �� ә � �� %� 3� H� Z� v� �� �� ؚ �� � -� P� d� |� �� �� �� ͛ ݛ �� � 5� Q� �� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other I ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * E ��� � __PARAMETERS abstract ArpUseEtherSNAP boolean
� ; In
� ; c �� The ArpUseEtherSNAP parameter enables (TRUE)TCP/IP to transmit Ethernet packets using 802.3 SNAP encoding. Description )
� ; c ��� � ID 6
� � c ��� � A boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDefaultTOS �� �� Φ ֦ Description The SetDefaultTOS method is used to set the default Type of Service (TOS) value in the header of outgoing IP packets. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' v� �� ɧ � � � X� q� �� �� ¨ � %� 8� b� p� �� �� �� ש �� � 3� N� j� �� �� �� Ӫ � ��
� � :� T� r� �� �� ګ Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other c ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * l �� � __PARAMETERS abstract DefaultTOS uint8
� 6 In
� 6 \ �� The DefaultTOS parameter specifies the Type of Service (TOS) value put in the header of outgoing IP packets. See RFC 791 for a definition of the values. Description )
� 6 \ ��$ � ID 6
� � \ ��$ � h uint8 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDefaultTTL �� � � $� Description The SetDefaultTTL method is used to set the default Time to Live (TTL) value in the header of outgoing IP packets. The TTL specifies the number of routers an IP packet may pass through to reach its destination before being discarded. Each router decrements the TTL count of a packet by one and discards the packets with a TTL of 0. Default: 32, Valid Range: 1 - 255The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' ķ � � >� O� d� �� �� ߸ � � ^� s� �� �� �� ӹ � � %� G� c� �� �� �� ۺ � � !� :� I� X� h� �� �� �� ܻ � (� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other . ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * 7 �� � __PARAMETERS abstract DefaultTTL uint8
� 6 In
� 6 \ �� The DefaultTTL parameter specifies the Time to Live value set in the header of outgoing IP packets. Description )
� 6 \ ��� � ID 6
� { \ ��� � 3 uint8 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDeadGWDetect � !� �� �� Description The SetDeadGWDetect method is used to enable Dead Gateway detection. Setting this parameter to TRUE causes TCP to perform Dead Gateway Detection. With this feature enabled, TCP asks IP to change to a backup gateway if it retransmits a segment several times without receiving a response. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� �� �� � � 1� s� �� �� �� �� +� @� S� }� �� �� �� �� �� � 0� N� i� �� �� �� �� �� � � %� 5� U� o� �� �� �� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �7 �� * � ��� � __PARAMETERS abstract DeadGWDetectEnabled boolean
� ? In
� ? g �� The DeadGWDetectEnabled parameter specifies a value that can enable the TCP to perform dead gateway detection. If TRUE, the method will enable dead gateway detection. Description )
� ? g ��= � ID 6
� � g ��= � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetPMTUBHDetect D� Q� f� n� Description The SetPMTUBHDetect method is used to enable detection of Black Hole routers. Setting this parameter to TRUE causes TCP to try to detect Black Hole routers while doing Path MTU Discovery. A Black Hole router does not return the Internet Control Message Protocol (ICMP) Destination Unreachable messages when it needs to fragment an IP datagram with the Don't Fragment bit set. TCP depends on receiving these messages to perform Path MTU Discovery. With this feature enabled, TCP will try to send segments without the Don't Fragment bit set if several retransmissions of a segment go unacknowledged. If the segment is acknowledged as a result, the maximum segment size (MSS) will be decreased and the Don't Fragment bit will be set in future packets on the connection. Enabling black hole detection increases the maximum number of retransmissions performed for a given segment. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � 9� a� �� �� �� �� � )� >� Z� �� �� �� �� � � /� K� o� �� �� �� �� � %� 9� Q� k� �� �� �� �� �� ��
� &� U� r� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �c �� * � ��� � __PARAMETERS abstract PMTUBHDetectEnabled boolean
� ? In
� ? g �� The PMTUBHDetectEnabled parameter specifies whether the detection of "Black Hole" routers is enabled. If TRUE, the method makes TCP attempt to discover "Black Hole" and route packets in different network paths. Description )
� ? g ��i � ID 6
� � g ��i � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetPMTUDiscovery �� �� � � Description The SetPMTUDiscovery method is used to enable Maximum Transmission Unit (MTU) discovery. Setting this parameter to TRUE causes TCP to attempt to discover the MTU (or largest packet size) over the path to a remote host. By discovering the Path MTU and limiting TCP segments to this size, TCP can eliminate fragmentation at routers along the path that connect networks with different MTUs. Fragmentation adversely affects TCP throughput and network congestion. Setting this parameter to FALSE causes an MTU of 576 bytes to be used for all connections that are not to machines on the local subnet. Default: TRUE. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� �� � (� 9� N� �� �� �� �� �� H� ]� p� �� �� �� �� �� � 1� M� k� �� �� �� �� �� � $� 3� B� R� r� �� �� �� �� � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �u �� * � �� � __PARAMETERS abstract PMTUDiscoveryEnabled boolean
� @ In
� @ h �� The PMTUDiscoveryEnabled parameter can enable TCP to attempt to discover the Maximum Transmission Unit (MTU) or largest packet size over the path to a remote host. If TRUE, the method makes TCP to attempt to discover the MTU. Description )
� @ h ��y � ID 6
� h ��y � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetForwardBufferMemory �� �� � � Description The SetForwardBufferMemory method is used to specify how much memory IP allocates to store packet data in the router packet queue. When this buffer space is filled, the router begins discarding packets at random from its queue. Packet queue data buffers are 256 bytes in length, so the value of this parameter should be a multiple of 256. Multiple buffers are chained together for larger packets. The IP header for a packet is stored separately. This parameter is ignored and no buffers are allocated if the IP router is not enabled. The buffer size can range from the network MTU to the a value smaller than 0xFFFFFFFF. Default: 74240 (fifty 1480-byte packets, rounded to a multiple of 256).The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� � � 2� C� X� �� �� � � � R� g� z� �� �� � � �� ; W u � � � � � . = L \ | � � � � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other 5 ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract ForwardBufferMemory uint32
� ? In
� ? f �� bytes Units )
� ? f ��� � The ForwardBufferMemory parameter specifies the size of the router packet queue used to store packet data. Description 6
� ? f ��� � E � ID C
� � f ��� � E � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetIGMPLevel ] e Description The SetIGMPLevel method is used to set the extent to which the system supports IP multicasting and participates in the Internet Group Management Protocol. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 0 X � � � 5 Q � � � � � & B f � � � � � 0 H b { � � � � � L i Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � �" � __PARAMETERS abstract IGMPLevel uint8
� 5 In
� 5 [ �� The IGMPLevel parameter sets the level that the system supports IP multicast and participates in the Internet Group Management Protocol. At level 0, the system provides no multicast support. At level 1, the system may only send IP multicast packets. At level 2, the system may send IP multicast packets and fully participate in IGMP to receive multicast packets. Description )
� 5 [ ��� � I W e No Multicast IP Multicast IP & IGMP multicast Values 6
� 5 [ ��� � z 9 ID C
� [ ��� � z 9 � uint8 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeepAliveInterval < I v" ~" Description The SetKeepAliveInterval method is used to set the interval separating Keep Alive Retransmissions until a response is received. Once a response is received, the delay until the next Keep Alive Transmission is again controlled by the value of KeepAliveTime. The connection will be terminated after the number of retransmissions specified by TcpMaxDataRetransmissions have gone unanswered. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' # I# q# �# �# �# $ $ 9$ N$ j$ �$ �$ �$
% % -% ?% [% % �% �% �% �% & 5& I& a& {& �& �& �& �& �& �& ' 6' e' �' Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other ~ ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �$ �� * � ���� � __PARAMETERS abstract KeepAliveInterval uint32
� = In
� = d �� milliseconds Units )
� = d ��� � The KeepAliveInterval parameter specifies the value for the interval separating Keep Alive Retransmissions until a response is received. Description 6
� = d ��� � h � ID C
� d ��� � h � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetKeepAliveTime �, �, �3 �3 Description The SetKeepAliveTime method is used to set how often TCP attempts to verify that an idle connection is still available by sending a Keep Alive packet. If the remote system is still reachable and functioning, it will acknowledge the Keep Alive transmission. Keep Alive packets are not sent by default. This feature may be enabled in a connection by an application. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �4 �4 �4 5 5 )5 k5 �5 �5 �5 �5 #6 86 K6 u6 �6 �6 �6 �6 �6 7 (7 F7 a7 }7 �7 �7 �7 �7 �7 8 8 -8 M8 g8 �8 �8 �8 �8 Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other J ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract KeepAliveTime uint32
� 9 In
� 9 ` �� milliseconds Units )
� 9 ` ��� � The KeepAliveTime parameter specifies the interval the TCP waits to check that an idle connection is still available. Description 6
� 9 ` ��� � Q � ID C
� � ` ��� � Q � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetMTU �= �= F $F Description The SetMTU method is used to set the default Maximum Transmission Unit (MTU) for a network interface.
The SetMTU method has been deprecated. There is no replacementand the values returned do not corresepond to the method's intended purpose.
The MTU is the maximum packet size (in bytes) that the transport will transmit over the underlying network. The size includes the transport header. Note that an IP datagram may span multiple packets. Values larger than the default for the underlying network will result in the transport using the network default MTU. Values smaller than 68 will result in the transport using an MTU of 68. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �F �F G >G OG dG �G �G �G �G H ^H sH �H �H �H �H �H I %I GI cI �I �I �I �I �I J !J :J IJ XJ hJ �J �J �J �J K (K Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �1 �� * � ����� � __PARAMETERS abstract MTU uint32
� / In
� / V �� The MTU input parameter specifies the default Maximum Transmission Unit (MTU) for a network interface The range of this value spans the minimum packet size (68) to the MTU supported by the underlying network. Description )
� / V ��V � ID 6
� � V ��V � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetNumForwardPackets vO �O V V Description The SetNumForwardPackets method is used to set the number of IP packet headers allocated for the router packet queue. When all headers are in use, the router will begin to discard packets from the queue at random.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �V �V �V #W 4W IW �W �W �W �W �W CX XX kX �X �X �X �X �X
Y ,Y HY fY �Y �Y �Y �Y �Y Z Z .Z =Z MZ mZ �Z �Z �Z �Z
[ Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �U �� * � ����� � __PARAMETERS abstract NumForwardPackets uint32
� = In
� = d �� The NumForwardPackets parameter specifies the number of IP packet headers allocated for the router packet queue. This should be at least as large as the value of the ForwardBufferMemory property divided by the maximum IP data size of the networks connected to the router. It should be no larger than the ForwardBufferMemory value divided by 256, since at least 256 bytes of forward buffer memory are required by each packet. The optimal number of forward packets for a given ForwardBufferMemory size depends on the type of traffic carried on the network, and will be somewhere between these two values. If the router is disabled, this parameter is ignored and no headers are allocated. Valid Range: 1 - 0xFFFFFFFE. Description )
� = d ��^ � ID 6
� � d ��^ � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpMaxConnectRetransmissions �a �a h h Description The SetTcpMaxConnectRetransmissions method is used to set the number of attempts TCP will retransmit a Connect Request before aborting. The initial retransmission timeout is 3 seconds and doubles for each attempt.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �h �h i 7i Hi ]i �i �i �i �i j Wj lj j �j �j �j �j �j k @k \k zk �k �k �k �k l l 3l Bl Ql al �l �l �l �l m !m Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �K �� * � ����� � __PARAMETERS abstract TcpMaxConnectRetransmissions uint32
� H In
� H o �� The TcpMaxConnectRetransmissions parameter specifies the number of attempts TCP will retransmit a connect request before aborting. Valid Range: 0 - 0xFFFFFFFF. Description )
� H o ��> � ID 6
� � o ��> � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpMaxDataRetransmissions �q �q 9x Ax Description The SetTcpMaxDataRetransmissions method is used to set the number of times TCP will retransmit an individual data segment before aborting the connection. The retransmission timeout doubles with each successive retransmission on a connection.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �x y 4y [y ly �y �y �y �y z -z {z �z �z �z �z �z { { B{ d{ �{ �{ �{ �{ �{ | $| >| W| f| u| �| �| �| �| �| (} E} Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �T �� * � ����� � __PARAMETERS abstract TcpMaxDataRetransmissions uint32
� E In
� E l �� The TcpMaxDataRetransmissions parameter specifies the number of times TCP will retransmit an individual data segment before aborting the connection. Valid Range: 0 - 0xFFFFFFFF. Description )
� E l ��M � ID 6
� � l ��M � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpNumConnections �� Á � � Description The SetTcpNumConnections method is used to set the maximum number of connections that TCP may have open simultaneously.The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �� �� ވ � � +� m� �� �� �� %� :� M� w� �� �� �� Ȋ � � *� H� c� � �� �� � � � � /� O� i� �� �� Ҍ � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other r ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * i ����� � __PARAMETERS abstract TcpNumConnections uint32
� = In
� = d �� The TcpNumConnections parameter specifies the maximum number of connections that TCP may have open simultaneously. Valid Range: 0 - 0xFFFFFE. Description )
� = d ��! � ID 6
� � d ��! � e uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpUseRFC1122UrgentPointer -� :� v� ~� Description The SetTcpUseRFC1122UrgentPointer method is used to specify whether TCP uses the RFC 1122 specification for urgent data, or the mode used by Berkeley Software Design (BSD) derived systems. The two mechanisms interpret the urgent pointer in the TCP header and the length of the urgent data differently. They are not interoperable. Windows 2000 and Windows NT version 3.51 or higher defaults to BSD mode. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � I� q� �� �� �� � � 9� N� j� �� ͚ �
� � -� ?� [� � �� �� ۛ �� � 5� I� a� {� �� �� �� � �� � 6� e� �� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �m �� * � ��� � __PARAMETERS abstract TcpUseRFC1122UrgentPointer boolean
� F In
� F n �� The TcpUseRFC1122UrgentPointer parameter specifies whether TCP uses the RFC 1122 specification or the mode used by BSD-derived systems, for urgent data. If TRUE, urgent data is sent in RFC 1122 mode. Description )
� F n ��e � ID 6
� � n ��e � � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetTcpWindowSize � � Y� a� Description The SetTcpWindowSize method is used to set the maximum TCP Receive Window size offered by the system. The Receive Window specifies the number of bytes a sender can transmit without receiving an acknowledgment. In general, larger receive windows improve performance over high delay and high bandwidth networks. For efficiency, the receive window should be an even multiple of the TCP Maximum Segment Size (MSS). The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � ,� T� {� �� �� � �� � 1� M� �� �� ë � �� � "� >� b� �� �� �� ٬ �� � ,� D� ^� w� �� �� �� ŭ ߭ �� � H� e� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other X ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ��� � __PARAMETERS abstract TcpWindowSize uint16
� 9 In
� 9 ` �� bytes Units )
� 9 ` ��� � The TcpWindowSize parameter specifies the maximum TCP receive window size offered by the system. Valid Range: 0 - 65535. Description 6
� 9 ` ��� � M � ID C
� � ` ��� � M � � uint16 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableIPFilterSec }� �� E� M� Description The EnableIPFilterSec method is used to enable IP security globally across all IP-bound network adapters. With security enabled, the operational security characteristics for any single network adapter can be controlled using the network adapter specific EnableIPSec method. The method returns an integer value that can be interpretted as follows:
0 - Successful completion, no reboot required
1 - Successful completion, reboot required
64 - Method not supported on this platform
65 - Unknown failure
66 - Invalid subnet mask
67 - An error occurred while processing an Instance that was returned
68 - Invalid input parameter
69 - More than 5 gateways specified
70 - Invalid IP address
71 - Invalid gateway IP address
72 - An error occurred while accessing the Registry for the requested information
73 - Invalid domain name
74 - Invalid host name
75 - No primary/secondary WINS server defined
76 - Invalid file
77 - Invalid system path
78 - File copy failed
79 - Invalid security parameter
80 - Unable to configure TCP/IP service
81 - Unable to configure DHCP service
82 - Unable to renew DHCP lease
83 - Unable to release DHCP lease
84 - IP not enabled on adapter
85 - IPX not enabled on adapter
86 - Frame/network number bounds error
87 - Invalid frame type
88 - Invalid network number
89 - Duplicate network number
90 - Parameter out of bounds
91 - Access denied
92 - Out of memory
93 - Already exists
94 - Path, file or object not found
95 - Unable to notify service
96 - Unable to notify DNS service
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' � � @� g� x� �� ϻ � � � 9� �� �� �� ټ � �� � *� N� p� �� �� Ž � � � 0� J� c� r� �� �� �� ˾ � � 4� Q� Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other 8 ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * $ ��q � __PARAMETERS abstract IPFilterSecurityEnabled boolean
� C In
� C k �� The IPFilterSecurityEnabled parameter specifies whether IP security is enabled globally across all IP-bound network adapters. If the input parameter IPFilterSecurityEnabled is TRUE, security is enabled. If the input parameter IPFilterSecurityEnabled is FALSE, all port and protocol traffic are allowed to flow unfiltered. Description )
� C k ��� � ID 6
� h k ��� � boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �ing table, the route with the lowest metric is used. The default value is 1.Windows 2000 only. IPEnabled >
� �' �' �' boolean Description The IPEnabled property indicates whether TCP/IP is bound and enabled on this network adapt. IPFilterSecurityEnabled * �
� v( ( �( boolean Description The IPFilterSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. This property is used in conjunction with IPSecPermitTCPPorts, IPSecPermitUDPPorts, and IPSecPermitIPProtocols. A value of TRUE indicates that IP port security is enabled and that the security values associated with individual network adapters are in effect. A value of FALSE indicates IP filter security is disabled across all network adapters and allows all port and protocol traffic to flow unfiltered. IPPortSecurityEnabled ) �
� �* �* �* boolean Description The IPPortSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. This property has been deprecated in favor of IPFilterSecurityEnabled. IPSecPermitIPProtocols - �
�
, , , string Description The IPSecPermitIPProtocols property lists the protocols permitted to run over the IP. The list of protocols is defined using the EnableIPSec method. The list will either be empty or contain numeric values. A numeric value of zero indicates access permission is granted for all protocols. An empty string indicates that no protocols are permitted to run when IPFilterSecurityEnabled is TRUE. IPSecPermitTCPPorts + �
� �- �- �- string Description The IPSecPermitTCPPorts property lists the ports that will be granted access permission for TCP. The list of protocols is defined using the EnableIPSec method. The list will either be empty or contain numeric values. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports are granted access permission when IPFilterSecurityEnabled is TRUE. IPSecPermitUDPPorts , �
� �/ �/ �/ string Description The IPSecPermitUDPPorts property lists the ports that will be granted User Datagram Protocol (UDP) access permission. The list of protocols is defined using the EnableIPSec method. The list will either be empty or contain numeric values. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports are granted access permission when IPFilterSecurityEnabled is TRUE. IPSubnet .
� �1 �1 �1 string Description The IPSubnet property contains a list of all the subnet masks associated with the current network adapter.
Example: 255.255.0 IPUseZeroBroadcast N
� �2 �2 �2 boolean Description The IPUseZeroBroadcast property indicates whether IP zeros-broadcasts are used. If this parameter is set TRUE, then IP uses zeros-broadcasts (0.0.0.0), and the system uses ones-broadcasts (255.255.255.255). Computer systems generally use ones-broadcasts, but those derived from BSD implementations use zeros-broadcasts. Systems that do not use that same broadcasts will not interoperate on the same network. Default: FALSE. IPXAddress
2
� �4 �4 �4 string Description The IPXAddress property indicates the Internetworking Packet Exchange (IPX) address of the network adapter. The IPX address identifies a computer system on a network using the IPX protocol. IPXEnabled @
� �5 �5 �5 boolean Description The IPXEnabled property determines whether the or Internetwork Packet Exchange (IPX) protocol is bound and enabled for this adapter. IPXFrameType ; � +
� �6 �6 �6 47 <7 uint32 Description The IPXFrameType property represents an integer array of frame type identifiers. The values in this array correspond to the elements in the IPXNetworkNumber. Values T7 a7 q7 �7 �7 Ethernet II Ethernet 802.3 Ethernet 802.2 Ethernet SNAP AUTO IPXMediaType < � +
� �7 �7 �7 X8 `8 uint32 Description The IPXMediaType property represents an Internetworking Packet Exchange (IPX) media type identifier. Values t8 ~8 �8 �8 Ethernet Token ring FDDI ARCNET IPXNetworkNumber : �
� �8 �8 �8 string Description The IPXNetworkNumber property represents an array of characters that uniquely identifies a frame/network adapter combination on the computer system. The NetWare Link (NWLink) IPX/SPX-compatible transport in Windows 2000 and Windows NT 4.0 and greater uses two distinctly different types of network numbers. This number is sometimes referred to as the external network number. It must be unique for each network segment. The order in this string list will correspond item-for-item with the elements in the IPXFrameType property. IPXVirtualNetNumber 9 �
� =; E; R; string Description The IPXVirtualNetNumber property uniquely identifies the computer system on the network. It is represented in the form of an eight-character hexadecimal digit. Windows NT/2000 uses the virtual network number (also known as an internal network number) for internal routing. KeepAliveInterval a +
� �< �< �< �< �< uint32 Units mi __ � SetPartitionDeviceElement � �� implemented � ac6d1350600005Q ROOT\wmi ���� � �� �� � ) � R z � * � U���������������� � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 DeviceType uint32
� � in
� �
�� S V Y \ _ 1 2 3 4 5 ValueMap )
� �
��b ; � � � � � BootDevice PartitionDevice FileDevice RamdiskDevice UnknownDevice Values 6
� �
��b ; � ID C
� �
��b ; � N uint32 AdditionalOptions string
� � in
� � � �� ID )
� ` � ��% string Path string
� � in
� � � �� ID )
� � ��� string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetPartitionDeviceElementWithFlags +% �� implemented A ac6d1350600005Q ROOT\wmi ���� � �� �� � ) � R * F z � * � U���������������������� � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 DeviceType uint32
� � in
� �
�� S V Y \ _ 1 2 3 4 5 ValueMap )
� �
��b ; � � � � � BootDevice PartitionDevice FileDevice RamdiskDevice UnknownDevice Values 6
� �
��b ; � ID C
� �
��b ; � N uint32 AdditionalOptions string
� � in
� � � �� ID )
� ` � ��% string Path string
� � in
� � � �� ID )
� � ��� string Flags uint32
� 1 in
� 1 X �� � 6 BitMap )
� 1 X ��� � � DisableVhdDeviceDetection BitValues 6
� 1 X ��� � � � ID C
� � X ��� � � � B uint32 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetFileDeviceElement 0 �� implemented a ac6d1350600005Q ROOT\wmi ���� � � �� � ) � R � X * � � z � * � U����������������������������M � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 DeviceType uint32
� � in
� �
�� S V Y \ _ 1 2 3 4 5 ValueMap )
� �
��b ; � � � � � BootDevice PartitionDevice FileDevice RamdiskDevice UnknownDevice Values 6
� �
��b ; � ID C
� �
��b ; � N uint32 AdditionalOptions string
� � in
� � � �� ID )
� ` � ��% string Path string
� � in
� � � �� ID )
� � ��� string ParentDeviceType uint32
� < in
� < c �� ID )
� � c ��� uint32 ParentAdditionalOptions string
� � in
� � & �� ID )
� � & ��T string ParentPath string
� � in
� � � �� ID )
� E � ��
string �% C I M _ S e t t i n g a^�%߬��% h CIM_Setting
) , �� 2 � � � � � � � q � � � �
�
s � �
�
� � v � X q � � m u 1 7 � � � � � � 5 ? � � � � � � � � (! >! �" �" UUUUUU�������������������������������������������������������������������������������������������������$ � Win32_SerialPortConfiguration Description The Win32_SerialPortConfiguration class represents the default settings for data transmission on a Win32 serial port. this may include the default configuration for establishing a connection and error checking. AMENDMENT LOCALE ms_409 AbortReadWriteOnError
� ^ g t boolean Description The AbortReadWriteOnError property indicates whether read and write operations are terminated if an error occurs.
Values: TRUE or FALSE. If TRUE, the driver terminates all read and write operations with an error status if an error occurs. The driver will not accept any further communications operations until the application acknowledges the error. BaudRate
� uint32 Description The BaudRate property indicates the baud (bits per second) rate at which the communications device operates.
Example: 9600 BinaryModeEnabled
� � � � boolean Description The BinaryModeEnabled property indicates whether binary-mode data transfers are enabled for the serial port. Win32 systems only allow binary transfers through serial ports, so this value will always be TRUE. BitsPerByte
� � uint32 Description The BitsPerByte property indicates the number of bits transmitted and received for each byte of data for the Win32 serial port. The number may vary with control and error correction bits, such as parity bits.
Example: 8 ContinueXMitOnXOff
� , 5 B boolean Description The ContinueXMitOnXOff property specifies whether data transmissions continue when the receiving buffer is close to full and an XoffChar character has been sent to the transmitter.
Values: TRUE or FALSE. If TRUE, transmission continues after the input buffer has come within XoffLim bytes of being full and the driver has transmitted the XoffChar character to stop receiving bytes. If FALSE, transmission does not continue until the input buffer is within XonLim bytes of being empty and the driver has transmitted the XonChar character to resume reception. CTSOutflowControl
� � � � boolean Description The CTSOutflowControl property determines whether the Clear To Send (CTS) is checked before transmitting data. CTS signals that both devices on the serial connection are ready to transfer data.
Values: TRUE or FALSE. If TRUE, data transmission is suspended until CTS signal is given. DiscardNULLBytes
� "
+
8
boolean Description The DiscardNULLBytes property determines whether to discard NULL bytes (characters) when they are received.
Values: TRUE or FALSE. If TRUE, NULL bytes are discarded. DSROutflowControl
� ' 4 boolean Description The DSROutflowControl property determines whether data outflow control is enabled when there is a Data Set Ready (DSR) condition. DSR signals that the connection has been established by the devices on the serial connection.
Values: TRUE or FALSE. If TRUE, DSR data transmission is suspended until DSR signal is given. DSRSensitivity
� � � � boolean Description The DSRSensitivity property specifies whether the communications driver is sensitive to the state of the DSR signal.
Values: TRUE or FALSE. If TRUE, the driver ignores any bytes received, unless the DSR modem input line is high. DTRFlowControlType " +
� �
� � string Description The DTRFlowControlType property specifies the use of the data-terminal-ready (DTR) flow control after a connection has been established. After a communication line has been established the DTR can be left in the following states: enabled, to show that the connection is still active; disabled, to ignore the DTR once received; or it can be used as a data flow control flag. Values � � � Enable Disable Handshake EOFCharacter
&
� � � uint32 Description The EOFCharacter property specifies the value of the character used to signal the end of data. .
Example: ^Z ErrorReplaceCharacter *
� � � � uint32 Description The ErrorReplaceCharacter property specifies the value of the character used to replace bytes received with a parity error.
Example: ^C ErrorReplacementEnabled .
� � � � boolean Description The ErrorReplacementEnabled specifies whether bytes received with parity errors are replaced with the ErrorReplaceCharacter value. Characters with parity errors are only replaced if this member is TRUE and the parity is enabled. EventCharacter 0
� � � � uint32 Description The EventCharacter specifies the value of the control character that is used to signal an event, such as end of file.
Example: ^e IsBusy 4
� � � � boolean Description The IsBusy property determines whether the serial port is busy.
Values: TRUE or FALSE. If TRUE, the serial port is busy. Name 6 )
� n � ��v � string Description The Name property indicates the name of the Win32 serial port.
Example: COM1 Parity : +
� ' d l string Description The Parity property specifies the method of parity checking to be used. Parity is used as an error checking technique where an extra parity bit is included with every unit of data. If even parity is used, the parity bit is used to make the total count of bits set an even number. The receiver can then verify the validity of the data by counting the bits that are set. Odd parity, sets the parity bit so that the count of bits set is an odd number. Mark parity always leaves the parity bit set to 1, while space parity always leaves the parity bit set to 0.
Example: Even Values � � � � � None Odd Even Mark Space ParityCheckEnabled >
� � � � boolean Description The ParityCheckEnabled property determines whether parity checking is enabled.
Values: TRUE or FALSE. If TRUE, parity checking is enabled. RTSFlowControlType @ +
� � � � � � string Description The RTSFlowControlType property specifies the request-to-send (RTS) flow control. RTS is used to signal that data is available for transmission. Uses of this member include:
Disable - RTS is ignored after the first RTS signal is received.
Enable - RTS is left on for the data transfer session.
Handshake - RTS is turned off if the transmission buffer is more than three-quarters full, and RTS is turned on when the buffer is less than one-half full.
Toggle - RTS is turned on if there is any data buffered for transmission.
Values " - Enable Disable Handshake Toggle StopBits D +
� x � � j r string Description The StopBits specifies the number of stop bits to be used. StopBits separate each unit of data on an asynchronous serial connection. They are also sent continuously when no data is available for transmission.
Example: 1 Values � � � 1 1.5 2 XOffCharacter H
� � � � uint32 Description The XOffCharacter property specifies the value of the XOFF character for both transmission and reception. XOFF is a software control to stop the transmission of data (whereas RTS and CTS are hardware controls). XON resumes the transmission. XOffXMitThreshold L
� # uint32 Description The XOffXMitThr __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetQualifiedPartitionDeviceElement A> �� implemented 4 ac6d1350600005Q ROOT\wmi ���� � �� �� c � � � � * � U����������������� � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 PartitionStyle uint32
� � in
� � �� K N 0 1 ValueMap )
� � ��Q ? � � MBR GPT Values 6
� � ��Q ? � � ID C
� I ��Q ? � � � uint32 DiskSignature string
� r in
� r � �� ID )
� � ��� string PartitionIdentifier string
� 1 in
� 1 X �� ID )
� � X ��� string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetVhdDeviceElement 'G �� implemented � ac6d1350600005Q ROOT\wmi ���� � �4 �� � & F � � � n � 9 * � U�������������������������e � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 Path string
� � in
� � �� ID )
� p ��5 string ParentDeviceType uint32
� � in
� � � �� ID )
� , � ��� uint32 ParentAdditionalOptions string
� _ in
� _ � �� ID )
� � � ��� string ParentPath string
� in
� < �� ID )
� � < ��j string CustomLocate uint32
� � in
� � � �� ID )
� ] � ��" uint32 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetStringElement [Q �� implemented ~ ac6d1350600005Q ROOT\wmi ���� � �- �� � ; * � ��������z � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 String string
� � in
� � �� ID )
� r ��7 string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetObjectElement �U �� implemented v ac6d1350600005Q ROOT\wmi ���� � �% �� � 7 * � ��������v � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 Id string
� � in
� � �� ID )
� n ��3 string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetObjectListElement �Y �� implemented x ac6d1350600005Q ROOT\wmi ���� � �' �� � 8 * � ��������w � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 eshold property specifies the maximum number of bytes allowed in the input buffer before the XOFF character is sent. XOnCharacter P
� � � � uint32 Description The XOnCharacter property specifies the value of the XON character for both transmission and reception. XON is a software control to resume the transmission of data (whereas RTS and CTS are hardware controls). XOFF stops the transmission. XOnXMitThreshold T
� % - : uint32 Description The XOnXMitThreshold property specifies the minimum number of bytes allowed in the input buffer before the XON character is sent. This member works in conjunction with XOffXMitThreshold to regulate the rate at which data is transferred. XOnXOffInFlowControl X
� j! r! ! uint32 Description The XOnXOffInFlowControl property specifies whether XON/XOFF flow control is used during reception.
Values TRUE or FALSE. If TRUE the XOffCharacter is sent when the input buffer comes within XOffXMitThreshold bytes of being full, and the XOnCharacter is sent when the input buffer comes within XOnXMitThreshold bytes of being empty. XOnXOffOutFlowControl \
� # # %# uint32 Description The XOnXOffOutFlowControl specifies whether XON/XOFF flow control is used during transmission.
Values TRUE or FALSE. If TRUE, transmission stops when the XOffCharacter is received and starts again when the XonCharacter is received. �9212E5C5A3E7B6904A9AD5755292499E2868895335A7FB104CA7C39F4970DA.143.4123714429.689 CD_2BBDC6530C208169E005CD28108E36BCD72310DD490D1F6D9817675EE3291874.159.1.9142 CD_2C9E96C7F7E323559ADDB98919DA9CB9D792B77EB6D7DB30E98DE86B6BCDF5FC.151.3201163136.791 CD_2E4CB0F875356763EA64F3060366993EE0D49772670FDDF29B1CAAF86CE9720B.140.2016331886.684 CD_2F2626B7E6B190AABAC337367EE2C30A587328DFC7C5ED27A37779833EA30396.105.1.14198 CD_30C53A78E5A4B68CCA584E17EF756F46F9A296CE6092725A408D68B59BB13207.143.2182536957.640 CD_3205C234B2D5F02B734949988492FBCD94159F50911E0F44A000D975CE1C5819.146.3155347817.461 CD_3221B359A5416B849210C8EDE6CA9A31AE77982A28D76140A2605705EA5F2416.139.3875198522.1340 CD_328F09EA94A11C49CE9879973AEFE371583535ABF3A24603CDCD08371B636C41.158.2801643735.1495 CD_329C7091D99134315D75F4D3A2328F98C961B173B884F03A89824A063291C3C4.133.397254104.544 CD_336E7A880175CEC7983BFE0692AA78604916DE79A3400288DC3CA68EB96A07CD.142.1966793099.546 CD_33AFC5533FEF2AB8957C705077D2CB2428067503BF4A8D79697DC98C53B8A138.146.900853791.758 CD_34904804988920D5ADDD4699E89CCA3704B43C3E300E615C1194ACA851BF70B5.107.2982390745.432 CD_35002FCC142049858649CB1BCD62043BE23AE98B3CC34288C266F1C2B8C4A3A3.131.2713725120.815 CD_35B1B65B914DF07FAC7860C3407AEAACB382311D5C7C7979B2E9A007C56D4FA3.130.2937750357.893 CD_35C0F224CC2308A9D8BACDB20F08468AE9D1134753B5808A41A3EA43EE4C047D.150.2607670187.762 CD_35FE0F2AF2D5B86CBC794195519170432F5D5323DD65B59310A1399B7795BD77.131.478591248.623 CD_361D98FB17C2BCDC621D6A7CFCE49AF430F4AC02365C7EBFB53223536307BD5A.158.1177448947.857 CD_378C3B019BA81FF898F9BF06FF0AC5FC705DA51C0F56DBDDF9AC986BBEE3099E.154.1694291293.498 CD_3929A976292C0E92F1EE078CF7C2D3C5371AB7D7BA2E3A5C78D38FD26BACE479.100.59272468.2131 CD_3935D6345388A245E9FF50F1CD42F69CC8FD444FF90B93C789385D0BD31672F7.110.2460119088.1011 CD_39DCEF2AB20FDF7CAFAA304F91E99DB86E3E37A5DC94A931621C7269DB8703BF.156.2637029551.2864 CD_39E75790979650C120BE778856591D7E59D2F85DDFBB3BFF1733B73153D5DC01.140.4066602413.706 CD_3AA1CCF33D8CEFD2B415A45A121A40E7E45802CD4F254AAE61989F4AA8DC738A.131.4143475722.665 CD_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11.100.4209869996.513 CD_3F67FA0166F0C8A24B462CDA43C543F340CD7BDE061E1F57A0BF997BF74531EB.108.3619722205.2352 CD_3FF84C03B328C80EE72EA722B2C1AB0D0A4549FDEC5EB94A2670D175C0A3657F.155.3871153358.1183 CD_403C7DAFD38411FBB7FFA51AD2D0CC5E3462A61D34EA60E279877DCCDC222D62.154.2038496092.628 CD_40BEEFCD86669714A96D09FC1ADF38E568E0B01D634EF8F9AD700B7740B2B19A.146.699835429.1332 CD_40CAFB87B847B798AC8F2045737A2A8390AC0416A38406D6F38EE740FBB0A4AC.118.3455052219.3816 CD_410A129DDF9C5559586E57FD96A9E962121A44EE9BB4B632CAC4A1E45DD8F6B4.109.587297430.1148 CD_45999BE1E716B224CDC60BBAEC2E4A9422A7548870411AB5310F9D9DCF7A8F92.113.535088178.1232 CD_47B8D9FB99659B3546500CA55AB79FFA62B2FC16F96D81F5B390216EEB78A7A9.152.2565211268.4600 CD_486709A1BC1AEA1713B7B7854CB54E0BA9471BB018357C834E1DD6BAF7DE7457.149.2768570182.698 CD_44B2B33F232E78585BC06F82C484DB1BDFCFCAAFCAC5D29C12B11CCF8EE5BA88.170.3924167024.372 CD_35A718313A1D788647FBE70E3BDCD7DD0916025FCA299E4EDF879E32418A1A55.181.1.13545 CD_43B35DA4EAEBC0284206ADBC4132DA71EB8556E731586CFE46B5A658E2C2F498.183.1881251542.759 CD_3035B16D02866D7EE030442132A18B7ACF25E1EBBE385D31EBEA6DA0AB2F86A6.185.2852636133.4867 CD_45F5A698FE1F369FCC9E35170EFC43E4DFBC18F38DA62C3D1FEF22A7B3B706DD.183.1999370680.1707 CD_2E052A2746A43D11BFF3F6205A3F0D292400CF9B8F3DB09F6AD7A671FE848750.190.1777211527.1156 CD_293C515626057C49BE9FEBCADE3529905E03FDEE2BB0FB67FF107DAC390E7179.197.3911602900.791 CD_2E4619832D87866ADCA097DAEB4AD1F340C2EEE23DC720838DA96CCF55B2CA54.198.3385139958.1131 CD_3F71F51676E0E4D666CAF1EBCB8834168AA41A1C9D4D74E4D596C66D86A39AA9.201.2657321304.899 CD_404A8A60F06FF86C891EF2776F930A45A835547F74E3D08788D5D842F92EEA38.206.415351540.737 CD_34FD9E1177E28334594B80DCA69BD741401DD280ADBA44870846F7381632F88D.207.792998889.768 CD_410A7F9BCBF68F143E8FFFBF91BEB08109AC58714E0E02572A1BE71E6EE2A05C.207.2855298481.1501 CD_2C338646F5C1CAA321EFF2BEDBEB6839F57D9EB755DB455A7F244BA25566E1F5.214.2718110856.799 CD_3593792BE66B364C91CB864BB99BBAAA7F25D2BB3385AF25FEAE463E3985026A.215.956186094.536 CD_290F6F8B3B7EAA26E7735FACB33E9185DC97B5AF85F7FE15A4C9FA4C0EBACD95.220.74259867.343
� 7 ^ ��T � ID 6
� � ^ ��T � � string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �d � _ ��� � ?^7� ��@>� � ��#� u �TDu� � �(z� � =՞p � ��/ � W i n 3 2 _ S y s t e m M e m o r y R e s o u r c e \�%߬� 7 $ Win32_SystemMemoryResource 6 � �� � % - 3 [ g � � ������������������������������������������������������] � Win32_DeviceMemoryAddress CIMWin32 Locale UUID {8502C4CF-5FBB-11D2-AAC1-006008C78BC7} MemoryType
0 6
� � � ��� � H X string ValueMap � � � " * 5 C ReadWrite ReadOnly WriteOnly Prefetchable CombinedWrite Type24 Cacheable WindowDecode Bar MappingStrings ` Win32API|SystemStructures|CM_PARTIAL_RESOURCE_DESCRIPTOR|Flags StartingAddress @ A
� � �� B L � �� uint64 MappingStrings MIF.DMTF|Memory Mapped I/O|001.1 Override StartingAddress � W i n 3 2 _ S y s t e m M e m o r y R e s o u r c e \�%߬�W 5 $ Win32_SystemMemoryResource 6 � �� � & , T [ � � ����������������������������������������������������� � Win32_PortResource CIMWin32 Locale UUID {8502C4D0-5FBB-11D2-AAC1-006008C78BC7} Alias
0 )
� � � ��� � boolean MappingStrings � Win32API|Configuration Manager Structures|IO_INFO StartingAddress @ A
� F � ��N ^ � � � �� uint64 MappingStrings f MIF.DMTF|Memory Mapped I/O|001.1 Override StartingAddress � W i n 3 2 _ M e t h o d P a r a m e t e r C l a s s \�%߬��
8 $ Win32_MethodParameterClass ) �� ( . V c R h � � u � . 0 < � � m � � � K R � � w � " UUU������������������������������������������������ � � Win32_ProcessStartup Abstract Locale UUID {8502C4DB-5FBB-11D2-AAC1-006008C78BC7} CreateFlags 6
� � � ��� � uint32 MappingStrings � Win32API|Process and Thread Functions|CreateProcess|dwCreationFlags BitMap 8 ; > A D G J N 0 1 2 3 4 9 10 26 EnvironmentVariables )
� � � ��� � string MappingStrings � Win32Registry|HKEY_CURRENT_USER\Environment ErrorMode
2 )
� . � ��6 F uint16 MappingStrings N Win32API|Error Functions|SetErrorMode FillAttribute , )
� � � ��� � uint32 MappingStrings � Win32API|Process and Thread Structures|STARTUPINFO|dwFillAttribute PriorityClass 6
� r � ��z � � � uint32 MappingStrings � Win32API|Process and Thread Structures|JOBOBJECT_BASIC_LIMIT_INFORMATION|PriorityClass ValueMap " ) 32 64 128 256 16384 32768 ShowWindow 0 )
� s � ��{ � uint16 MappingStrings � Win32API|Process and Thread Structures|STARTUPINFO|wShowWindow Title )
� � �� ) string MappingStrings 1 Win32API|Process and Thread Structures|STARTUPINFO|lpTitle WinstationDesktop )
� � � ��� � string MappingStrings � Win32API|Process and Thread Structures|STARTUPINFO|lpDesktop X )
� O � ��W g uint32 MappingStrings o Win32API|Process and Thread Structures|STARTUPINFO|dwX XCountChars $ )
� � � ��� uint32 MappingStrings Win32API|Process and Thread Structures|STARTUPINFO|XCountChars XSize )
� � � ��� � uint32 MappingStrings � Win32API|Process and Thread Structures|STARTUPINFO|dwXSize Y )
� � ��' 7 uint32 MappingStrings ? Win32API|Process and Thread Structures|STARTUPINFO|dwY YCountChars
( )
� � � ��� � uint32 MappingStrings � Win32API|Process and Thread Structures|STARTUPINFO|YCountChars YSize )
� Y � ��a q uint32 MappingStrings y Win32API|Process and Thread Structures|STARTUPINFO|dwYSize � C I M _ S e t t i n g \�%߬�� " CIM_Setting
C � �� � , H P V ~ � & 0 � � $ * � � U��������������������������������� � Win32_StartupCommand CIMWin32 Privileges 4 SeRestorePrivilege Locale UUID {8502C50A-5FBB-11D2-AAC1-006008C78BC7} Command 4
� � � �� � ��� � string MappingStrings � Win32Registry|SOFTWARE\Microsoft\Windows\CurrentVersion\Run Location A
� � �� � ��� � . > string ValueMap � � � � Startup Common Startup HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\Run HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\RunServices MappingStrings F Win32Registry|\SOFTWARE\MICROSOFT\WINDOWS\CURRENTVERSION\Windows Name 4
� � � �� � ��� � string MappingStrings � Win32API|File Structures|WIN32_FIND_DATA|cFileName User 4
� l � �� � ��t � string MappingStrings � WMI UserSID )
� � � ��� � string MappingStrings � WMI �
C I M _ C o m p o n e n t \�%߬�C CIM_Component 6 � �� � & , T d e��������� � Win32_SubDirectory CIMWin32 Locale UUID {F25FE469-783E-11d2-90BF-0060081A46FD} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_Directory Override GroupComponent MappingStrings � WMI|Win32_Directory PartComponent f@ A
� m � �� � ��� � � � ref:Win32_Directory Override PartComponent MappingStrings � WMI|Win32_Directory � C I M _ S y s t e m C o m p o n e n t \�%߬�G CIM_SystemComponent 6 � �� � $ * R b & e��������� � Win32_SystemBIOS CIMWin32 Locale UUID {8502C4EE-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings � WMI|Win32_ComputerSystem PartComponent f@ A
� u � �� � ��� � � � ref:Win32_BIOS Override PartComponent MappingStrings � WMI|Win32_BIOS � C I M _ I n s t a l l e d O S \�%߬�f CIM_InstalledOS 6 � �� � ' / 5 ] m " 1 u����������� � Win32_SystemOperatingSystem CIMWin32 Locale UUID {8502C4F0-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_ComputerSystem Override GroupComponent MappingStrings WMI|Win32_ComputerSystem PartComponent f@ A
� � � �� � ��� � � � ref:Win32_OperatingSystem Override PartComponent MappingStrings � WMI|Win32_OperatingSystem � W i n 3 2 _ P n P D e v i c e P r o p e r t y u\�%߬�� ! Win32_PnPDeviceProperty $ * ����������������������\ � Win32_PnPDevicePropertySint16Array Data
� T � �� Sint16 �E 8 E 7 2 C 5 3 4 A B A 4 2 7 E 6 9 C E 6 B 8 8 3 E 8 F F A 9 7 0 1 D E 1 C D D 9 E 0 4 D 7 D 1 8 1 5 F 4 4 2 0 2 9 2 F 1 6 D C �_�%߬��_�%߬�J * , " � ScriptingStandardConsumerSetting 2) W i n 3 2 _ C O M S e t t i n g s^�%߬�� / Win32_COMSetting ) + 7 ��B J R Y � � � � � �
� � i t )
<
& 4 UU�������������������������������������������� � Win32_DCOMApplicationSetting Description The Win32_DCOMApplicationSetting class represents the settings of a DCOM application. It contains DCOM configuration options associated with the AppID key in the registry. These options are valid on the components logically grouped under the given application class. AMENDMENT LOCALE ms_409 AppID )
� � � ��� � string Description The AppID property is a Globally Unique Identifier (GUID) for this DCOM application. AuthenticationLevel +
� I Q ^ 3 ; uint32 Description The AuthenticationLevel property specifies the minimum client authentication level required by this COM server. If NULL, the default values are used. Authentication levels include:
None - no authentication is performed.
Connect - authentication is performed only when the client establishes a relationship with the application.
Call - authentication is performed only at the beginning of each call when the application receives the request.
Packet - authentication is performed on all data received from the client.
PacketIntegrity - all the data transferred between client and application is authenticated and verified.
PacketPrivacy - The properties of the other authentication levels are used, and all data is encrypted. Values W ] f l t � None Connect Call Packet PacketIntegrity PacketPrivacy CustomSurrogate
� � � � string Description The CustomSurrogate property contains the name of the custom surrogate in which the in-process DCOM application is activated. If this value is NULL and the UseSurrogate key is TRUE, then the system provides a surrogate process. EnableAtStorageActivation
� ( boolean Description The EnableAtStorageActivation property indicates whether the instance of the DCOM application retrieves the saved state of the application or begins from the state in which the application is first initialized. LocalService
$
� 6 > K string Description The LocalService property contains the name for the services provided by the DCOM application. RemoteServerName
� � � � string Description The RemoteServerName property indicates the name of the remote server where the application is activated. RunAsUser
� � � � string Description The RunAsUser property indicates whether the application is to be run under a specific user account on activation. ServiceParameters (
� h
p
}
string Description The ServiceParameters property contains the command line parameters passed to the DCOM application. This is valid only if the application is written as a Win32 service UseSurrogate
� ` i v boolean Description The UseSurrogate property specifies whether the DCOM application can be activated as an out-of-processserver by use of a surrogate executable. 1 ? C s � � � - J l
p
�
�
� � Z ~ � � � � � � GetLaunchSecurityDescriptor ; H # description Retrieves a structural representation of the object's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
Other - HRESULT Win32 error code.
Values / 8 Success Other , ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetLaunchSecurityDescriptor � � x � description Sets security descriptor to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
Other - HRESULT Win32 error code.
Values � � Success Other ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetAccessSecurityDescriptor h u H
P
description Retrieves a structural representation of the object's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
Other - HRESULT Win32 error code.
Values \
e
Success Other , ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetAccessSecurityDescriptor �
�
� � description Sets security descriptor to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
Other - HRESULT Win32 error code.
Values � � Success Other ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� �/D'0 9 ����i � ~�4E? � 8� S n]f � ����
{xq s��� fS�g o �<
-� ,xV<� � ��� � �<� � \� � ^]� = ��k@L S ��L�� , �a�
a�%߬�! + �� ��
( - _ j � � � � N U � � � � � ; A UU�����������������������������������������s � Win32_CurrentTime Abstract Singleton Day
� W � �� uint32 DayOfWeek
� � � �� uint32 Hour
� � � �� uint32 Milliseconds $
� � �� uint32 Minute
� F � �� uint32 Month
� � �� uint32 Quarter
� � � �� uint32 Second
� � � �� uint32 WeekInMonth
� 3 � �� uint32 Year
� k � �� uint32 � W i n 3 2 _ C u r r e n t T i m e a�%߬�� + Win32_CurrentTime � �� � �������������������������������������������% � Win32_LocalTime Win32ClockProvider � W i n 3 2 _ C u r r e n t T i m e a�%߬�� + Win32_CurrentTime � �� � �������������������������������������������# � Win32_UTCTime Win32ClockProvider �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A a�%߬�nZ�%߬�� ���M 9 a � __Win32Provider {C4819C8D-9AB8-4b2f-B8AE-C77DABF553D5} NetworkServiceHost Win32ClockProvider 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 a�%߬�uZ�%߬� � � � __EventProviderRegistration ) select * from __InstanceModificationEvent where TargetInstance isa "Win32_LocalTime" select * from __InstanceModificationEvent where TargetInstance isa "Win32_UTCTime" __Win32Provider="Win32ClockProvider"
R O O T \ c i m v 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 1 7 1 D F 7 1 A B D 7 C 6 A 7 D F 0 3 D 4 A F A 7 3 A 2 C E 1 B A 6 5 8 B 6 6 0 1 6 A 9 D F 4 D A B 1 4 8 F 7 8 1 B E 2 8 5 1 A 1 c 3 1 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C a�%߬�rZ�%߬�s � �� �� F � __InstanceProviderRegistration __Win32Provider="Win32ClockProvider"
R O O T \ c i m v 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 1 7 1 D F 7 1 A B D 7 C 6 A 7 D F 0 3 D 4 A F A 7 3 A 2 C E 1 B A 6 5 8 B 6 6 0 1 6 A 9 D F 4 D A B 1 4 8 F 7 8 1 B E 2 8 5 1 A
a�%߬�W + �� &
. 3 � � % + � � � a h � � E M � � : @ UU������������������������������������������ � Win32_CurrentTime AMENDMENT LOCALE ms_409 Day
� _ g t uint32 Description The current matching day (1-31) DayOfWeek
� � � � uint32 Description The current matching day of the current week (0-6, Sunday being 0) Hour
� W _ l uint32 Description The current hour of the current day (0-23) Milliseconds $
� � � � uint32 Description (currently not used) Minute
� 1 9 F uint32 Description The current minute (0-59) Month
� � � � uint32 Description The current matching month (1-12) Quarter
� uint32 Description The current quarter of the current year (1-4) Second
� y � � uint32 Description The current second of the current minute (0-59) WeekInMonth
� �
uint32 Description The current week in the current month (1-6) Year
� l t � uint32 Description The current matching year (4 digits) � W i n 3 2 _ C u r r e n t T i m e a�%߬�� + Win32_CurrentTime ) * ��5 = �������������������������������������������E � Win32_LocalTime Description Describes an instance in time as returned by Win32ClockProvider. When a query is submitted to the Win32LocalClockProvider, the results are returned as Win32_LocalTime objects with times matching the query. These are returned as part of __InstanceModificationEvents AMENDMENT LOCALE ms_409 � W i n 3 2 _ C u r r e n t T i m e a�%߬�� + Win32_CurrentTime ) $ ��/ 7 �������������������������������������������? � Win32_UTCTime Description Describes an instance in time as returned by Win32ClockProvider. When a query is submitted to the Win32UTCClockProvider, the results are returned as Win32_UTCTime objects with times matching the query. These are returned as part of __InstanceModificationEvents AMENDMENT LOCALE ms_409 � _ _ E x t r i n s i c E v e n t
a�%߬�O
__ExtrinsicEvent ������������ � RegistryEvent �
R e g i s t r y E v e n t a�%߬�� RegistryEvent E N _��������������������u � RegistryKeyChangeEvent Hive
� = string KeyPath
� m string �
R e g i s t r y E v e n t a�%߬�� RegistryEvent F P _��������������������w � RegistryTreeChangeEvent Hive
� > string RootPath
� o string �
R e g i s t r y E v e n t a�%߬� RegistryEvent G P w � _�������������������������� � RegistryValueChangeEvent Hive
� ? string KeyPath
� o string ValueName
� � string �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A a�%߬�nZ�%߬�� ���J 9 a � __Win32Provider {fa77a74e-e109-11d0-ad6e-00c04fd8fdff} LocalSystemHost RegistryEventProvider 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 a�%߬�uZ�%߬�� B � � __EventProviderRegistration % select * from RegistryEvent \\.\Root\Default:__Win32Provider.Name="RegistryEventProvider" R O O T \ D e f a u l t _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 8 9 2 F 8 D B 6 9 C 4 E D F B C 6 8 1 6 5 C 9 1 0 8 7 B 7 A 0 8 3 2 3 F 6 C E 5 B 5 E F 3 4 2 C 0 F 9 3 E 0 2 A 0 5 9 0 B F C 4 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ D 9 8 0 E B 9 E 5 6 4 2 F 0 9 9 9 D C 4 A B 7 2 4 E 6 D 1 A B 5 B D 3 B F 3 2 E B 2 B 6 E D 1 2 3 0 F 2 B C E F 6 E 5 3 6 E 1 0 ;
Ids string
� � in
� � �� ID )
� o ��4 string __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetIntegerElement �] �� implemented � ac6d1350600005Q ROOT\wmi ���� � �3
�� � < * � ������������{ � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 Integer uint64
� � in
� �
�� ID )
� s
��8 uint64 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetIntegerListElement b �� implemented � ac6d1350600005Q ROOT\wmi ���� � �1 �� � = * � ��������| � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 Integers uint64
� � in
� � �� ID )
� t ��9 uint64 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � SetBooleanElement Cf �� implemented ac6d1350600005Q ROOT\wmi ���� � �. �� � = * � ������} � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 Boolean boolean
� � in
� � �� ID )
� t ��9 boolean __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � DeleteElement nj �� implemented � ac6d1350600005Q ROOT\wmi ���� � �f �� * � ����� � __PARAMETERS abstract Type uint32
� 0 in
� 0 W �� ID )
� � W ��� uint32 __ �y ac6d1350600005Q ROOT\wmi ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ �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� GetConfigurationSecurityDescriptor � � | � description Retrieves a structural representation of the object's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
Other - HRESULT Win32 error code.
Values � � Success Other , ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetConfigurationSecurityDescriptor # � � description Sets security descriptor to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
Other - HRESULT Win32 error code.
Values � � Success Other ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �ties. PriorityBase R
� ( 0 = uint32 Description The PriorityBase property indicates the current base priority of a thread. The operating system may raise the thread's dynamic priority above the base priority if the thread is handling user input, or lower it toward the base priority if the thread becomes compute-bound. The PriorityBase propertycan have a value between 0 and 31 ProcessHandle @
(
� � � � string Description The ProcessHandle property indicates the process that created the thread. The contents of this property can be used by Win32 API elements. StartAddress V
� �
�
�
uint32 Description The StartAddress property indicates the starting address of the thread. Because any application with appropriate access to the thread can change the thread's context, this value may only be an approximation of the thread's starting address. ThreadState Z +
� � � uint32 Description The ThreadState property indicates the current execution state for the thread. A thread can have one of eight values: Initialized (recognized by the microkernel), Ready (prepared to run on next available processor), Running (executing), Standby (about to run, only one thread may be in this state at a time), Terminated (finished executing), Waiting (not ready for the processor, when ready, it will be rescheduled), Transition (thread is waiting for resources other than the processor), and Unknown (the thread state is unknown). Values A N U ^ g s | � Initialized Ready Running Standby Terminated Waiting Transition Unknown ThreadWaitReason ^ +
� � � � � � uint32 Description The ThreadWaitReason property indicates why the thread is waiting. The value is only valid if the ThreadState member is set to Waiting. Values of 0 or 7 denote that the thread is waiting for the Executive, 1 or 8 for a Free Page, 2 or 9 for a Page In, 3 or 10 for a Pool Allocation, 4 or 11 for an Execution Delay, 5 or 12 for a Suspended condition, 6 or 13 for a User Request, 14 for an Event Pair High, 15 for an Event Pair Low, 16 for an Local Procedure Call (LPC) Receive, 17 for an LPC Reply, 18 for Virtual Memory, 19 for a Page Out. 20 and higher are not assigned. Event Pairs allow communication with protected subsystems (see Context Switches). Values � � � �
' / : D L \ l v ~ � � � � � � Executive FreePage PageIn PoolAllocation ExecutionDelay FreePage PageIn Executive FreePage PageIn PoolAllocation ExecutionDelay FreePage PageIn EventPairHigh EventPairLow LPCReceive LPCReply VirtualMemory PageOut Unknown UserModeTime @ : +
� ! . / 6 uint64 Description The UserModeTime property indicates the raw counter data from the performance counter type
PERF_SIZE_LARGE | PERF_TYPE_COUNTER | PERF_COUNTER_RATE | PERF_TIMER_100NS | PERF_DELTA_COUNTER | PERF_DISPLAY_PERCENT
The counter data is in 100 nanosecond units. Units 100 nanoseconds � C I M _ L o g i c a l E l e m e n t ^�%߬�� / CIM_LogicalElement ) ( � ��� � � � � � L V � � � � � �W�������������������������������������������� � Win32_QuickFixEngineering Description The Win32_QuickFixEngineering class represents system-wide Quick Fix Engineering (QFE) or updates that have been applied to the current operating system. AMENDMENT LOCALE ms_409 CSName
� ' string Description The CSName property contains the local name of the computer system. The value for this member comes from the CIM_ComputerSystem class. FixComments
� � � � string Description The FixComments property contains additional comments relating to the update. HotFixID )
� � � ��� � string Description The HotFixID property specifies the unique identifier associated with a particular QFE. InstalledBy $
� 4 < I string Description The InstalledBy property identifies who installed the update. If this value is unknown, the property will be empty. InstalledOn
(
� � � string Description The InstalledOn property provides the date and time when the update was installed. If this value is unknown, the property will be empty. ServicePackInEffect )
� � � ��� � string Description The ServicePackInEffect property specifies what servicepack was in effect when the update was applied. If no service pack has been applied, the property takes on the value SP0. If it can not be determined what service pack was in effect, this property will be NULL. � C I M _ I n f r a r e d C o n t r o l l e r [^�%߬�� V CIM_InfraredController ) # � ��� � � � j x �������������������������������������������������������������������������������������" � Win32_InfraredDevice Description The Win32_InfraredDevice class represents the capabilities and management of an infrared device. AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � � �� string Description The DeviceID property contains a string uniquely identifying the infrared device with other devices on the system. Manufacturer L
� � � � string Description The Manufacturer property indicates the name of the manufacturer of the infrared device .
Example: Acme � �Elk B��� - M���E $ ��Ni � ��f/ � Us�� � �p� � � iF�D t ��� �� � o �}��G B 7K�'� � �a�d ? /�8�� � �QY& � ���� � R O O T \ w m i _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 F B D C B 0 8 E C D 3 3 F B E F 0 2 8 D 2 D B 3 E F 0 5 8 F 8 C E 9 5 9 7 7 9 B 9 4 3 F 4 3 A B 3 D B 3 E C 3 4 A C A 1 4 7 D \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 8 4 D A E 3 9 4 D 7 2 E E C 4 4 9 4 8 5 0 4 C 5 7 5 2 A 6 F B 4 8 8 C 2 F 3 4 A F 0 D D E 6 1 4 A 4 D 6 B A 8 E 4 E F 4 1 5 7 9 1 1 5 1 �d�%߬�
� � $ � � �������������� � BcdElement Description This is the base class for all BCD elements. The Type field identifies the specific sub-type of element. ObjectId )
� � � ��� � string Description This is the id of the object that this element belongs to. StoreFilePath )
� [ � ��c p string Description This is the file path of the store that this element is a part of. Type )
� � � ��� uint32 Description The upper 4 bits (28-31) determine the class of the element. The next 4 bits (24-27) determine the format of the element data. The lower 24 bits (0-23) determine the sub-type of the element. st � �d�%߬� N a � � E��������� � BcdDeviceData Description This is the root class of all device data types. AdditionalOptions )
� � � ��� � string Description This represents the additional options for the element. DeviceType C
� C � ��K X � � $ , uint32 Description This identifies the type of device element. This value dictates whether this is a file device element or a partition device element. ValueMap ! 1 2 3 4 5 6 7 8 Values P \ m y � � � � BootDevice PartitionDevice FileDevice RamdiskDevice UnknownDevice QualifiedPartition LocateDevice LocateExDevice pe �
B c d E l e m e n t �d�%߬�� BcdElement � � ����������������G � BcdDeviceElement Description This is the base device element class. Device elements come in two flavors, File and Partition, and can be distinguished by the DeviceType field. Device
)
� � � �� object:BcdDeviceData Description This field contains information about the device. Fi �
B c d D e v i c e D a t a �d�%߬�P
BcdDeviceData # u { _������������� � BcdDeviceUnknownData Description This class represents unknown device data and exposes the data as a binary blob. Data )
� � � ��� � uint8 Description This is the binary data of the unknown device element. �
B c d D e v i c e D a t a �d�%߬�� BcdDeviceData H P � � _����������������F � BcdDeviceFileData Description This represents a file device element. Parent
)
� � � ��� � object:BcdDeviceData Description This is the parent device of this file device. Path )
� � �� , string Description This is the device path. eF �
B c d D e v i c e D a t a �d�%߬��
BcdDeviceData " L R _������������9 � BcdDeviceLocateData Description This represents a locate device element. Type C
� � � ��� � � �
uint32 Description This provides the locate device type. ValueMap � � � 0 1 2 Values # + Element String ElementChild � B c d D e v i c e L o c a t e D a t a �d�%߬�6 BcdDeviceLocateData ) [ d ����������������� � BcdDeviceLocateElementData Description This represents a locate element device element. Element )
� � � ��� � uint32 Description This provides the locate device element. � B c d D e v i c e L o c a t e D a t a �d�%߬�� BcdDeviceLocateData ! . f o � � ���������������������y � BcdDeviceLocateElementChildData Description This represents a child locate element device element. Element )
� � � ��� � uint32 Description This provides the locate device element. Parent
)
� $ � ��: G object:BcdDeviceData Description This is the parent device of this locate device. vi � B c d D e v i c e L o c a t e D a t a �d�%߬�1 BcdDeviceLocateData ( Y _ ����������������� � BcdDeviceLocateStringData Description This represents a string locate device element. Path )
� � � ��� � string Description This provides the locate device element. �
B c d D e v i c e D a t a �d�%߬�
BcdDeviceData % R X _������������� � BcdDevicePartitionData Description This represents a partition device element. Path )
� � � ��� � string Description This is the device path. �
B c d D e v i c e D a t a �d�%߬�� BcdDeviceData ! . e t � � a q _���������������������> � BcdDeviceQualifiedPartitionData Description This represents a qualified partition device element. DiskSignature )
� � � ��� � string Description This is the disk signature. PartitionIdentifier )
� ) � ��1 > string Description This is the partition identifier. PartitionStyle C
� � � ��� � ( uint32 Description This is the type of partition, MBR or GPT.. ValueMap 0 1 Values 4 9 MBR GPT �
B c d E l e m e n t �d�%߬� BcdElement B J ����������������� � BcdStringElement Description This represents a string element. String )
� � � ��� � string Description This is the string value of the element. �
B c d E l e m e n t �d�%߬�W BcdElement y } ���������������� � BcdObjectElement Description This represents an object element. The Id field specifies a BcdObject in the same store. Id )
� � � ��� � string Description This is the guid id of the object this element refers to. es �
B c d E l e m e n t �d�%߬�x BcdElement # � � ����������������% � BcdObjectListElement Description This represents a list of objects. Each element in the Ids array specifies the guid id of an object in the same store. Ids )
� � � ��� � string Description This is the array of object ids this element refers to. t �
B c d E l e m e n t �d�%߬�� BcdElement � � ��������������������< � BcdIntegerElement Description This represents an integer element. Note that although Integer is a 64bit number, it must be passed as a string since Automation has no native 64bit type. Integer )
� � � �� uint64 Description This is the integer value of the element. en � �h�� \ 5��j s ���� r ���� m F�-_^ � ��(!] m Wق@� �ʑ� � ,݉_
����i B 0 D C E 7 4 9 A D 0 E 3 0 C 5 A 7 4 9 4 1 D 6 C 3 2 6 8 7 7 2 4 3 6 3 5 B 3 D 9 2 A E 3 F A 1 B B 7 7 A 2 C 7 1 6 B B 2 8 3 6 4 Td�%߬�Sd�%߬�� ��������� ; � � � � v � � Win32_PowerSupply {EC69F5E0-2D03-49CA-A813-A7D5D62A5943} This class represents a static power supply on the system Power Supply 0 Microsoft Power Supply Device OK {62134E43-6FC4-40CA-8DF8-D488C715D908} {BFFF7609-3BB6-4E26-86EC-A28B40478D41} C I M _ E l e m e n t C o n f o r m s T o P r o f i l e Ud�%߬�# & CIM_ElementConformsToProfile 6 � �� � # D L R z � dT ����� � Win32_PowerMeterConformsToProfile ProfileAssociationProviderCimV2 Locale UUID {fa20a145-baea-4d8a-bacd-a952e926fe8f} ConformantStandard f@ )
� � � ��� � ref:CIM_RegisteredProfile MSFT_TargetNamespace root\interop ManagedElement f@
� > � �� ref:Win32_PowerMeter \\.\root\interop:Win32_PowerSupplyProfile.InstanceID="Power Supply" � C I M _ E l e m e n t C o n f o r m s T o P r o f i l e Xd�%߬�" & CIM_ElementConformsToProfile 6 $ 1 � � � ��� � � � � � ��������� � Win32_PowerSupplyConformsToProfile Description An association between a power supply and the registered power supply profile. DisplayName Power Supply Conforms To Profile AMENDMENT LOCALE ms_409 ConformantStandard f@ +
� 3 @ � � ref:CIM_RegisteredProfile Description The standard profile that is associated to the managed element in ManagedElement. DisplayName Conformant Standard ManagedElement f@ +
� � " z � ref:Win32_PowerSupply Description The power supply that is associated to the power supply profile in ConformantStandard. DisplayName Managed Element es � C I M _ E l e m e n t C o n f o r m s T o P r o f i l e Yd�%߬� & CIM_ElementConformsToProfile 6 # 0 � � ��� � � � � � ��������� � Win32_PowerMeterConformsToProfile Description An association between a power meter and the registered power supply profile. DisplayName Power Meter Conforms To Profile AMENDMENT LOCALE ms_409 ConformantStandard f@ +
� 0 = � � ref:CIM_RegisteredProfile Description The standard profile that is associated to the managed element in ManagedElement. DisplayName Conformant Standard ManagedElement f@ +
� � u � ref:Win32_PowerMeter Description The power meter that is associated to the power supply profile in ConformantStandard. DisplayName Managed Element � C I M _ P o w e r S u p p l y [d�%߬�� � CIM_PowerSupply 6 7 D R ��] e m w ��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_PowerSupply Description A power supply device DisplayName Power Supply AMENDMENT LOCALE ms_409 DeviceID @ < +
� � � � � string Description The unique identifier of the power supply device. DisplayName DeviceID Name @
+
� N V c � � string Description The friendly name of the power supply device. DisplayName Name � C I M _ E l e m e n t C o n f o r m s T o P r o f i l e \d�%߬� & CIM_ElementConformsToProfile 6 # 0 � � ��� � � � � � ��������� � Win32_PowerMeterConformsToProfile Description An association between a power meter and the registered power supply profile. DisplayName Power Meter Conforms To Profile AMENDMENT LOCALE ms_409 ConformantStandard f@ +
� 0 = � � ref:CIM_RegisteredProfile Description The standard profile that is associated to the managed element in ManagedElement. DisplayName Conformant Standard ManagedElement f@ +
� � u � ref:Win32_PowerMeter Description The power meter that is associated to the power supply profile in ConformantStandard. DisplayName Managed Element �
E v e n t T r a c e ]d�%߬�� EventTrace 6 � �� 6 < d l v } u����q � LLTDIO Description Microsoft-Windows-LLTD-MapperIO guid {0741C7BE-DAAC-4A5b-B00A-4BD9A2D89D0E} locale MS\0x409 Flags R
� � � � � � g o
uint32 Description Enable Flags ValueDescriptions / F a { � � TRACE_CLASS_CALL Flag TRACE_CLASS_DISPATCH Flag TRACE_CLASS_BINDING Flag TRACE_CLASS_CONTEXT Flag TRACE_CLASS_QOS Flag TRACE_CLASS_REQUEST Flag DefineValues � , A R TRACE_CLASS_CALL TRACE_CLASS_DISPATCH TRACE_CLASS_BINDING TRACE_CLASS_CONTEXT TRACE_CLASS_QOS TRACE_CLASS_REQUEST Values � � � � � � TRACE_CLASS_CALL TRACE_CLASS_DISPATCH TRACE_CLASS_BINDING TRACE_CLASS_CONTEXT TRACE_CLASS_QOS TRACE_CLASS_REQUEST ValueMap ) 5 A M Y e 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 �
E v e n t T r a c e ^d�%߬�` EventTrace 6 � �� 7 = e m w ~ u����� � RSPNDR Description Microsoft-Windows-LLTD-Responder guid {E159FC63-02FE-42F3-A234-028B9B8561CB} locale MS\0x409 Flags R
� � � � � � � � uint32 Description Enable Flags ValueDescriptions
L c ~ � � � � 1 J b x TRACE_CLASS_CALL Flag TRACE_CLASS_DISPATCH Flag TRACE_CLASS_REQUEST Flag TRACE_CLASS_BINDING Flag TRACE_CLASS_SESSION Flag TRACE_CLASS_QUIESCENT Flag TRACE_CLASS_HELLO Flag TRACE_CLASS_COMMAND Flag TRACE_CLASS_EMIT Flag TRACE_CLASS_THREAD Flag TRACE_CLASS_TIMER Flag TRACE_CLASS_QOS Flag TRACE_CLASS_NLC Flag DefineValues
� � � & ; R e z � � � � TRACE_CLASS_CALL TRACE_CLASS_DISPATCH TRACE_CLASS_REQUEST TRACE_CLASS_BINDING TRACE_CLASS_SESSION TRACE_CLASS_QUIESCENT TRACE_CLASS_HELLO TRACE_CLASS_COMMAND TRACE_CLASS_EMIT TRACE_CLASS_THREAD TRACE_CLASS_TIMER TRACE_CLASS_QOS TRACE_CLASS_NLC Values
' = R g | � � � � � � TRACE_CLASS_CALL TRACE_CLASS_DISPATCH TRACE_CLASS_REQUEST TRACE_CLASS_BINDING TRACE_CLASS_SESSION TRACE_CLASS_QUIESCENT TRACE_CLASS_HELLO TRACE_CLASS_COMMAND TRACE_CLASS_EMIT TRACE_CLASS_THREAD TRACE_CLASS_TIMER TRACE_CLASS_QOS TRACE_CLASS_NLC ValueMap
X d p | � � � � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 AC �E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �d�%߬�rZ�%߬�z �� �� M � __InstanceProviderRegistration \\.\root\wmi:__Win32Provider.Name="BcdProv"
B c d E l e m e n t �d�%߬� BcdElement D M ��������������� � BcdBooleanElement Description This represents a boolean element. Boolean )
� � � ��� � boolean Description This is the boolean value of the element. � �i C I M _ P r i n t e r �_�%߬�W; 8 CIM_Printer
~ � �� � & � � � � ��� ��) 3 C ��$ S _ > U � � � � �
�
� � -
5
[ l � � � � � � � � � � � � � � � � h r � � m y � � �! �!
# # �& �& ( ( R) \) �* �* �+ �+ q, z, R- a- �. �.
0 0 �0 �0 32 A2 �3 4 �5 �5 `7 m7 ������������UUUUUUUU���������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������W8 � Win32_Printer CIMWin32 Description The Win32_Printer class represents a device connected to a Win32 computer system that is capable of reproducing a visual image on a medium. Locale UUID {8502C4BC-5FBB-11D2-AAC1-006008C78BC7} SupportsCreate CreateBy AddPrinterConnection SupportsDelete DeleteBy DeleteInstance SupportsUpdate Attributes 3 � N
� � � �� � ��� � c n uint32 Description The Attributes property indicates the attributes of the Win32 printing device. These attributes are represented through a combination of flags. Attributes of the printer include:
Queued - Print jobs are buffered and queued.
Direct - Specifies that the document should be sent directly to the printer. This is used if print job are not being properly queued.
Default - The printer is the default printer on the computer.
Shared - Available as a shared network resource.
Network - Attached to the network.
Hidden - Hidden from some users on the network.
Local - Directly connected to this computer.
EnableDevQ - Enable the queue on the printer if available.
KeepPrintedJobs - Specifies that the spooler should not delete documents after they are printed.
DoCompleteFirst - Start jobs that are finished spooling first.
WorkOffline - Queue print jobs when printer is not available.
EnableBIDI - Enable bi-directional printing.
RawOnly - Allow only raw data type jobs to be spooled.
Published - Indicates whether the printer is published in the network directory service.
MappingStrings Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|Attributes BitValues � � � � � � � � � * 3 Queued Direct Default Shared Network Hidden Local EnableDevQ KeepPrintedJobs DoCompleteFirst WorkOffline EnableBIDI RawOnly Published AveragePagesPerMinute S 6
� � � ��� � 5 E uint32 Description The AveragePagesPerMinute property specifies the rate (average number of pages per minute) that the printer is capable of sustaining. MappingStrings M Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|AveragePPM Comment C � A
� � � �� � ��� Y i string Description The Comment property specifies the comment of a print queue.
Example: Color printer MappingStrings q Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pComment Default 6 � 6
�
� ��
x
�
boolean Description The Default property indicates whether the printer is the default printer on the computer. MappingStrings �
DefaultPriority Q A
� �
� �� � ���
f v uint32 Description The DefaultPriority property specifies the default priority value assigned to each print job. MappingStrings ~ Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|DefaultPriority DeviceID @ N
� 3 � �� � ��; E O \ � � string Override DeviceId Description The DeviceID property contains a string uniquely identifying the printer with other devices on the system. MappingStrings � Win32API|Printing and Print Spooler Structures|PRINTER_INFO_4|sPrinterName Direct 5 � A
� �
� �� � ���
�
9 I boolean Description The Direct property indicates whether the print jobs should be sent directly to the printer. This means that no spool files are created for the print jobs.
MappingStrings Q Win32API DoCompleteFirst = � A
� � � �� � ��� � h x boolean Description The DoCompleteFirst property indicates whether the printer should start jobs that have finished spooling as opposed to the order of the job received. MappingStrings � DriverName B � A
� � � �� � ��� � Z j string Description The DriverName property specifies the name of the Win32 printer driver.
Example: Windows NT Fax Driver MappingStrings r Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pDriverName EnableBIDI ? � A
� � �� � ��! . � � boolean Description The EnableBIDI property indicates whether the printer can print bidirectionally. MappingStrings � EnableDevQueryPrint ; � A
� � � �� � �� � � boolean Description The EnableDevQueryPrint property indicates whether to hold documents in the queue, if document and printer setups do not match MappingStrings � ExtendedDetectedErrorState K � P
� ( � ��0 = � � ; K uint16 Description The ExtendedDetectedErrorState property reports standard error information. Any additional information should be recorded in the DetecteErrorState property. Values ( 1 8 B M W b l w � � � � � � Unknown Other No Error Low Paper No Paper Low Toner No Toner Door Open Jammed Service Requested Output Bin Full Paper Problem Cannot Print Page User Intervention Required Out of Memory Server Unknown ModelCorrespondence CIM_Printer.ErrorInformation MappingStrings S MIB.IETF|Printer-MIB.hrPrinterDetectedErrorState ExtendedPrinterStatus J � P
� � � �� � � ` h w � uint16 Description Status information for a Printer, beyond that specified in the LogicalDevice Availability property. Values include "Idle" (3) and an indication that the Device is currently printing (4). ValueMap ! $ ' * - 0 3 6 9 < @ D H L P T X \ 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Values � � � � � � � � � $ 0 @ L ^ j Other Unknown Idle Printing Warmup Stopped Printing Offline Paused Error Busy Not Available Waiting Processing Initialization Power Save Pending Deletion I/O Active Manual Feed MappingStrings � MIB.IETF|Printer-MIB.hrPrinterStatus Hidden : � A
� � �� � �� " s � boolean Description The Hidden property indicates whether the printer is hidden from network users. MappingStrings � KeepPrintedJobs < � A
� � � �� � ��� z � boolean Description The KeepPrintedJobs property indicates whether the print spooler should not delete the jobs after they are completed. MappingStrings � Local 9 � A
� � � �� � ��� N ^ boolean Description The Local property indicates whether the printer is attached to the network. A masquerading printer is printer that is implemented as local printers but has a port that refers to a remote machine. From the application perspective these hybrid printers should be viewed as printer connections since that is their intended behavior. MappingStrings f Location D � A
� � � �� � ��� � : J �0 C I M _ S e t t i n g �^�%߬��0 � CIM_Setting
) ( �� # + ; z � � � } � B K � � � � + 5 4 C 7 K � � R _ � G M Y i ! ! �" �" �# �# �$ �$ �% �% �& �& ( ,( D) R) W* d* + + �+ �+ - +- UUUUUUU�������������������������������������������������������������������������������������������������������������������������������������. � Win32_NetworkLoginProfile Description The Win32_NetworkLoginProfile class represents the network login information of a particular user on a Win32 system. This includes, but is not limited to, password status, access privileges, disk quotas, and login directory paths. AMENDMENT LOCALE ms_409 AccountExpires e
� g q ~ datetime Description The AccountExpires property specifies when the account will expire. This value is calculated from the number of seconds elapsed since 00:00:00, January 1, 1970, and is set in this format: yyyymmddhhmmss.mmmmmm sutc.
Example: 20521201000230.000000 000 AuthorizationFlags +
� � � � W b uint32 Description The AuthorizationFlags property contains a set of flags that specify the resources a user is authorized to use or modify. BitValues v � � Printer Communication Server Accounts BadPasswordCount
� � � � uint32 Description The BadPasswordCount property indicates the number of times the user enters a bad password when logging on to a Win32 system.
Example: 0 CodePage
� � � � uint32 Description The CodePage property specifies the code page for the user's language of choice. A code page is the character set used. Comment
� w � string Description The Comment property contains a comment or description for this login profile. CountryCode
� * uint32 Description The CountryCode property specifies the country/region code for the user's language of choice. Flags $ +
� � � � * 5 uint32 Description The Flags property indicates the properties available to this network profile. Properties that can be set include:
0 - Script - A logon script executed. This value must be set for LAN Manager 2.0 and Windows NT/Windows 2000.
1 - Account Disabled - The user's account is disabled.
3 - Home Dir Required - A home directory is required. This value is ignored in Windows NT/Windows 2000.
4 - Lockout - The account is currently locked out. For NetUserSetInfo, this value can be cleared to unlock a previously locked account. This value cannot be used to lock a previously unlocked account.
5 - Password Not Required - No password is required.
6 - Paswword Can't Change - The user cannot change the password.
7 - Encrypted Test Password Allowed - Windows 2000: The user's password is stored under reversible encryption in the Active Directory.
8 - Temp Duplicate Account - An account for users whose primary account is in another domain. This account provides user access to this domain, but not to any domain that trusts this domain. The User Manager refers to this account type as a local user account.
9 - Normal Account - Default account type that represents a typical user.
11 - InterDomain Trust Account - A permit to trust account for a domain that trusts other domains.
12 - WorkStation Trust Account - A computer account for a Windows NT/Windows 2000 workstation or a Windows NT/Windows 2000 server that is a member of this domain.
13 - Server Trust Account - A computer account for a backup domain controller that is a member of this domain.
16 - Don't Expire Password - For Windows NT/Windows 2000: password should never expire on the account.
17 - MNS Logon Account - MNS locon account type that represents a MNS user.
18 - Smartcard Required - Windows 2000: Requires the user to log on to the user account with a smart card.
19 - Trusted For Delegation - Windows 2000: The account is enabled for delegation. This is a security-sensitive setting; accounts with this option enabled should be tightly controlled. This setting allows a service running under the account to assume a client's identity and authenticate as that user to other remote servers on the network.
20 - Not Delegated - Windows 2000: Marks the account as 'sensitive'; other users cannot act as delegates of this user account.
21 - Use DES Key Only - Windows 2000: Restrict this principal to use only Data Encryption Standard (DES) encryption types for keys.
22 - Don't Require Preauthorization - Windows 2000: This account does not require Kerberos preauthentication for logon.
23 - Password Expired - Indicates that password has expired. BitValues � � � � � � � & 6 Q l � � � � � � � Script Account Disabled Home Dir Required Lockout Password Not Required Paswword Can't Change Encrypted Test Password Allowed Temp Duplicate Account Normal Account InterDomain Trust Account WorkStation Trust Account Server Trust Account Don't Expire Password MNS Logon Account Smartcard Required Trusted For Delegation Not Delegated Use DES Key Only Don't Require Preauthorization Password Expired FullName
(
� a i v string Description The FullName property indicates the full name of the user belonging to the network login profile. This string can beempty if the user chooses not to associate a full name with a user name. HomeDirectory ,
� o w � string Description The HomeDirectory property specifies the path to the home directory of the user. This string may be empty if the user chooses not to specify a home directory.
Example: \HOMEDIR HomeDirectoryDrive 0
� w � string Description The HomeDirectoryDrive property specifies the drive letter assigned to the user's home directory for logon purposes.
Example: C: LastLogoff e
4
� G Q ^ datetime Description The LastLogoff property specifies the date and time the user last logged off the system. This value is calculated from the number of seconds elapsed since 00:00:00, January 1, 1970. A value of zero means that the last logoff time is unknown. The format of this value is yyyymmddhhmmss.mmmmmm sutc.
Example: 19521201000230.000000 000 LastLogon e 8
� � � � datetime Description The LastLogon property indicates the date and time the user last logged on to the system. This value is calculated from the number of seconds elapsed since 00:00:00, January 1, 1970. The format of this value is yyyymmddhhmmss.mmmmmm sutc.
Example: 19521201000230.000000 000 LogonHours <
� G O \ string Description The LogonHours property specifies the times during the week when the user can log on. Each bit represents a unit of time specified by the UnitsPerWeek member. For instance, if the unit of time is hourly, the first bit (bit 0, word 0) is Sunday, 0:00 to 0:59; the second bit (bit 1, word 0) is Sunday, 1:00 to 1:59; and so on. If this member is set to NULL, then there is no time restriction. The time is set to GMT and must be adjusted for other time zones (for example, GMT minus 8 hours for PST). LogonServer @
� � � � string Description The LogonServer property contains the name of the server to which logon requests are sent. Server names should be preceded by two backslashes (\\). A server name with an asterisk (\\*) indicates that the logon request can be handled by any logon server. A null string indicates that requests are sent to the domain controller.
Example: \\MyServer MaximumStorage D +
� G O V ] j uint64 Units bytes Description The MaximumStorage property specifies the maximum amount of disk space available to the user. If MaximumStorage is set to USER_MAXSTORAGE_UNLIMITED the user is allowed to use all available disk space.
Example: 10000000 Name L )
� � � ��� � string Description The Name property specifies the name of the user account on a particular domain or machine. The number of characters in the name cannot exceed the value of UNLEN.
Example: somedomain\johndoe NumberOfLogons P
� � � � uint32 Description The NumberOfLogons property indicates the number of successful times the user tried to log on to this account. A value of 0xFFFFFFFF indicates that the value is unknown. This property is maintained separately on each backup domain controller (BDC) in the domain. To get an accurate value only the largest value from all BDCs should be used.
Example: 4 Parameters T
� D! L! Y! string Description The Parameters property contains space set aside for use by applications. This string can be null, or it can have any number of characters before the terminating null character. Microsoft products use this member to store user configuration information. Do not modify this information because this value is specific to an application. PasswordAge e X
� �" �" �" datetime Description The PasswordAge property indicates the length of time a password has been in effect. This value is measured from the number of seconds elapsed since the password was last changed.
Example: 00001201000230.000000 000 PasswordExpires e \
� $ $ &$ datetime Description The PasswordExpires property indicates the date and time when the password will expire. The value is set in this format: yyyymmddhhmmss.mmmmmm sutc
Example: 19521201000230.000000 000 PrimaryGroupId `
� % "% /% uint32 Description The PrimaryGroupId property specifies the relative ID (RID) of the Primary Global Group for this user. The identifier verifies the primary group to which the user's profile belongs. Privileges d +
� ,& 4& A& �& �& uint32 Description The privileges property specifies the level of privilege assigned to the usri3_name property. Values �& �& �& Guest User Administrator Profile h
� ' ' ' string Description The Profile property specifies a directory path to the user's profile. This value can be a null string, a local absolute path, or a UNC path. A user profile contains settings that are customizable for each user such as the desktop colors.
Example: C:\Winnt ScriptPath l
� X( `( m( string Description The ScriptPath property indicates the directory path to the user's logon script. A logon script automatically executes a set of commands each time a user logs on to a system.
Example: C:\win\profiles\ThomasSteven UnitsPerWeek p
� ~) �) �) uint32 Description The UnitsPerWeek property indicates the number of time units the week is divided into. It is used with the LogonHours property to limit user access to the computer.
Example: 168 (hours per week UserComment t
� �* �* �* string Description The UserComment property contains a user defined comment or description for this profile. UserId x
� 4+ <+ I+ uint32 Description The UserId property specifies the relative ID (RID) of the user. The identifier verifies that the user exists and is unique to this domain. UserType | +
� , ", /, �, �, string Description The UserType property indicates the type of account the user has privileges to. Values �, �, �, �, �, - Normal Account Duplicate Account Workstation Trust Account Server Trust Account Interdomain Trust Account Unknown Workstations �
� W- _- l- string Description The Workstations property contains the names of workstations from which the user can log on. Up to eight workstations can be specified; the names must be separated by commas (,). A null string indicates no restrictions. To disable logons from all workstations to this account, set the UF_ACCOUNTDISABLE in the Flags property of this class. �" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Values ' + 2 < E P Z d m w � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm Win32_Account The Win32_Account class contains information about user accounts and group accounts known to the Win32 system. User or group names recognized by a Windows NT domain are descendents (or members) of this class. The Win32_Account class is not included in a default hardware inventory operation. AMENDMENT ms_409 LOCALE Domain string
� � �� The Domain property indicates the name of the Windows domain to which a group or user belongs.
Example: NA-SALES Description )
� � � ��� 5 string SID string
�
The SID property contains the security identifier (SID) for this account. a SID is a string value of variable length used to identify a trustee. Each account has a unique SID issued by an authority (such as a Windows domain), stored in a security database. When a user logs on, the system retrieves the user's SID from the database and places it in the user's access token. The system uses the SID in the user's access token to identify the user in all subsequent interactions with Windows security. When a SID has been used as the unique identifier for a user or group, it cannot be used again to identify another user or group. Description
� � � 1
string 7��@ - &���m � )�� � $_�%߬�* � � �� � ( 6 h ~ � � � � ( 3 �e � � � � # K r � � � ? f � � � � " I l � � � � # E l � � � � : [ � � � � 4 [ } � � � = e � � � � UUUUUUUU��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������
� Msft_Providers Msft_ProviderSubSystem HostingGroup
� ` � �� String HostingSpecification
� � � �� Uint32 HostProcessIdentifier
� � Uint32 Locale
� � �� String Namespace
� ] � �� String
� � � �� String ProviderOperation_AccessCheck �
� � Uint64 ProviderOperation_CancelQuery �
� Uint64 ProviderOperation_CreateClassEnumAsync 8
� j Uint64 ProviderOperation_CreateInstanceEnumAsync P
� � Uint64 ProviderOperation_CreateRefreshableEnum �
� Uint64 ProviderOperation_CreateRefreshableObject x
� ^ Uint64 ProviderOperation_CreateRefresher p
� � Uint64 ProviderOperation_DeleteClassAsync
0
� � Uint64 ProviderOperation_DeleteInstanceAsync
H
� A Uint64 ProviderOperation_ExecMethodAsync `
� � Uint64 ProviderOperation_ExecQueryAsync X
� � Uint64 ProviderOperation_FindConsumer �
� Uint64 ProviderOperation_GetObjectAsync
� d Uint64 ProviderOperation_GetObjects �
� � Uint64 ProviderOperation_GetProperty �
� � Uint64 ProviderOperation_NewQuery �
� 2 Uint64 ProviderOperation_ProvideEvents �
� z Uint64 ProviderOperation_PutClassAsync (
� � Uint64 ProviderOperation_PutInstanceAsync @
�
Uint64 ProviderOperation_PutProperty �
� S Uint64 ProviderOperation_QueryInstances h
� � Uint64 ProviderOperation_SetRegistrationObject �
� � Uint64 ProviderOperation_StopRefreshing �
� 5 Uint64 ProviderOperation_ValidateSubscription �
� � Uint64 TransactionIdentifier
� � � �� String User
� � �� String �
% ) � � � � K S o s � � % �
� Suspend �� Implemented y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � Resume � �� Implemented y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � UnLoad b �� Implemented y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � Load �� �� Static Implemented � ac6d1350600005Q ROOT\cimv2 ���� � �� �� � � * � �� � [ � > U���������������������� � __PARAMETERS abstract Namespace string
� 5 In
� 5 \ �� ID )
� � \ ��� String User string
� � In
� � �� ID )
� u ��: String Locale string
� � In
� � � �� ID )
� ' � ��� String string
� A In
� A h �� ID )
� � h ��� String TransactionIdentifier string
� In
� ) �� ID )
� � ) ��W String __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 4_�%߬�& 3 - Msft_WmiProvider_OperationEvent_Pre % ) 0 = �� " � � ��������������������������������������������������x � Msft_WmiProvider_CreateClassEnumAsyncEvent_Pre Description The Msft_WmiProvider_CreateClassEnumAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: CreateClassEnumAsync. AMENDMENT LOCALE ms_409 Flags
,
� N V c Uint32 Description The Flags property contains the flags associated with the call. SuperclassName (
� � � � String Description The SuperclassName property, if not NULL or blank, specifies a superclass name. Only classes that are subclasses of this class are returnedIf NULL or blank, and Flags contains WBEM_FLAG_SHALLOW,only top-level classes, that is, those which have noparent class or superclass, are returned. If it isNULL or blank and Flags is WBEM_FLAG_DEEP, all classes within the namespace are returned. �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A u_�%߬�nZ�%߬�� ������r 9 { �� a � � __Win32Provider {35B78F79-B973-48c8-A045-CAEC732A35D5} {D2D588B5-D081-11d0-99E0-00C04FC2F8EC} LocalSystemHost WMIProv 00000000000500.000000:000 I\��P � k�X� � wcH � ) ��n� 6 C I M _ L o g i c a l E l e m e n t �\�%߬�I G CIM_LogicalElement 6 � �� � # + 1
Y e 3 < � � � � � � � � > J � � ~ � " . � � � � WUU�������������������������������������������������������������������3
� Win32_NetworkConnection CIMWin32 Locale UUID {8502C4CD-5FBB-11D2-AAC1-006008C78BC7} AccessMask > 6
� � � ��� � � � uint32 Schema Win32 BitMap
# ' + / 0 1 2 3 4 5 6 7 8 16 17 18 19 20 Comment )
� s � ��{ � string MappingStrings � Win32API|Windows Networking Structures|NETRESOURCE|lpComment ConnectionState C
� 3 � ��; C M � � string MaxLen ValueMap i t { � � � Connected Error Paused Disconnected Connecting Reconnecting MappingStrings � Win32API|Network Management Structures|USE_INFO_1|ui1_status ConnectionType 6
� U � ��] m � � string MappingStrings u Win32API|Windows Networking Structures|NETRESOURCE|dwScope ValueMap � � Current Connection Persistent Connection DisplayType 6
� C � ��K [ � � string MappingStrings c Win32API|Windows Networking Structures|NETRESOURCE|dwDisplayType ValueMap � � � � Domain Generic Server Share LocalName $ )
� % � ��- = string MappingStrings E Win32API|Windows Networking Structures|NETRESOURCE|lpLocalName Name @ A
� � � �� � ��� � � string Override Name MappingStrings
Win32API|Windows Networking Structures|NETRESOURCE Persistent
( )
� � � ��� � boolean MappingStrings � Win32API|Windows Networking Functions|WNetEnumResource ProviderName * )
� � ��' 7 string MappingStrings ? Win32API|Windows Networking Structures|NETRESOURCE|lpProvider RemoteName . )
� � � ��� � string MappingStrings � Win32API|Windows Networking Structures|NETRESOURCE|lpRemoteName RemotePath
2 )
� e � ��m } string MappingStrings � Win32API|Windows Networking Structures|NETRESOURCE|lpRemoteName ResourceType 6 6
� � �� 0 s } string MappingStrings 8 Win32API|Windows Networking Structures|NETRESOURCE|dwType ValueMap � � � Disk Print Any UserName : )
� � � ��� � string MappingStrings
Win32API|Windows Networking Functions|WNetGetUser � C I M _ L o g i c a l E l e m e n t �\�%߬� CIM_LogicalElement 6 � �� � ' - U c �������������������������� � Win32_NetworkClient CIMWin32 Locale UUID {8502C4D5-5FBB-11D2-AAC1-006008C78BC7} Manufacturer )
� � � ��� � string MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\LanmanWorkstation\NetworkProvider|Mfg Name @ A
� f � �� � ��n x ~ � string Override Name MappingStrings � Win32Registry|SYSTEM\CurrentControlSet\Services\LanmanWorkstation\NetworkProvider|Name Wo � C I M _ L o g i c a l E l e m e n t �\�%߬�� D CIM_LogicalElement 6 � �� � ! ) / W n 0 � � � � S g � � m s 1 G � � � z � @ T �
�
�
� � H e
.
�
�
WUUU��������������������������������������������������������������� � Win32_NetworkProtocol CIMWin32 Locale UUID {8502C4D8-5FBB-11D2-AAC1-006008C78BC7} ConnectionlessService )
� � � ��� � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP1_CONNECTIONLESS GuaranteesDelivery )
� g � ��p � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_GUARANTEED_DELIVERY GuaranteesSequencing )
� / � ��8 H boolean MappingStrings P Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_GUARANTEED_ORDER MaximumAddressSize )
� � � ���
uint32 MappingStrings Win32_API|Windows Sockets Structures|PROTOCOL_INFO|iMaxSockAddr MaximumMessageSize )
� � � ��� � uint32 MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwMessageSize MessageOriented
" )
� H � ��Q a boolean MappingStrings i Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_MESSAGE_ORIENTED MinimumAddressSize $ )
� � �� # uint32 MappingStrings + Win32_API|Windows Sockets Structures|PROTOCOL_INFO|iMinSockAddr Name @ A
� � � �� � ��� � � � string Override Name MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|lpProtocol PseudoStreamOriented ( )
� ~ � ��� � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_PSEUDO_STREAM SupportsBroadcasting
* )
� @ � ��I Y boolean MappingStrings a Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_SUPPORTS_BROADCAST SupportsConnectData , )
� � �� boolean MappingStrings ' Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_CONNECT_DATA SupportsDisconnectData . )
� � � ��� � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_DISCONNECT_DATA SupportsEncryption 0 )
� � � ��� � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_ENCRYPTS SupportsExpeditedData 2 )
� I
� ��R
b
boolean MappingStrings j
Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_EXPEDITED_DATA SupportsFragmentation 4 )
�
� �� & boolean MappingStrings . Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_FRAGMENTATION SupportsGracefulClosing 6 )
� � � ��� � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_GRACEFUL_CLOSE SupportsGuaranteedBandwidth 8 )
� � � ��� � boolean MappingStrings � Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_BANDWIDTH_ALLOCATION SupportsMulticasting : )
� e
� ��n
~
boolean MappingStrings �
Win32_API|Windows Sockets Structures|PROTOCOL_INFO|dwServiceFlags|XP_SUPPORTS_MULTICAST SupportsQualityofService < )
� 0 � ��9 I boolean MappingStrings Q Win32_API|Windows Sockets Structures|WSAPROTOCOL_INFO|dwServiceFlags1|XP1_QOS_SUPPORTED �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �^�%߬�nZ�%߬�� ������# D � __Win32Provider Decoupled:NonCOM Standard Non-COM Event Provider `��p � χ�> � ��<� z ���`~ ��2 � DS� 9 * �i�%߬�� S + 2 : M � � � � 5 D v } � � � � ' 5 g z
< B � � � : L � � k � " V ^ � � UUUUU������������������������������������������������������������������������������� � MSFT_DSCConfigurationStatus ClassVersion 1.0.0 locale DurationInSeconds
� w � �� uint32 Error
� � � �� string HostName *
� � � �� string IPV4Addresses .
� - � �� string IPV6Addresses
2
� n � �� string JobID
� � � �� string LCMVersion
&
� � � �� string Locale J
� � �� string MACAddresses 6
� _ � �� string MetaConfiguration
: )
� � � ��� � object:MSFT_DSCMetaConfiguration EmbeddedInstance MSFT_DSCMetaConfiguration MetaData
� 4 � �� string Mode " )
� y � ��� � string ValueMap � � � Push Pull Disabled NumberOfResources
� � � �� uint32 RebootRequested
� 1 � �� boolean ResourcesChanged
F )
� � � ��� � object:MSFT_ResourceChanged EmbeddedInstance MSFT_ResourceChanged ResourcesInDesiredState
> )
� � ��< N object:MSFT_ResourceInDesiredState EmbeddedInstance MSFT_ResourceInDesiredState ResourcesNotInDesiredState
B )
� � � ��� � object:MSFT_ResourceNotInDesiredState EmbeddedInstance MSFT_ResourceNotInDesiredState StartDate e
� L � �� datetime Status )
� � � ��� � string ValueMap � � � � Success Failure Aborted InProgress Type )
� � ��' 1 string ValueMap I R _ g q Initial Consistency Reboot ReadOnly LocalConfigurationManager � �i�%߬�� k ) 0 8 K � � � 8 G n � ' N a � 8 D � � > Y � � I S � � # / a x � � 1 E m � � � + � � ) D k � �
UUUUUU�����������������������������������������������������������������������������������������������������<
� MSFT_DSCMetaConfiguration ClassVersion 1.0.0 locale ActionAfterReboot
� w � string ValueMap � � ContinueConfiguration StopConfiguration AgentId T
� � � �� string AllowModuleOverwrite *
� / boolean CertificateID
� f string ConfigurationDownloadManagers
@
� � � � object:OMI_ConfigurationDownloadManager EmbeddedInstance OMI_ConfigurationDownloadManager ConfigurationID
� F string ConfigurationMode
� � � � string ValueMap � � � � ApplyOnly ApplyAndMonitor ApplyAndAutoCorrect MonitorOnly ConfigurationModeFrequencyMins
� 0 uint32 Credential
� p � � object:MSFT_Credential EmbeddedInstance MSFT_Credential DebugMode ,
� � � � string ValueMap ! & None ForceModuleImport All ResourceScriptBreakAll DownloadManagerCustomData
"
� � � � object:MSFT_KeyValuePair EmbeddedInstance MSFT_KeyValuePair DownloadManagerName
� � string LCMCompatibleVersions 4
� A � �� string LCMState 8 )
� � � ��� � string ValueMap � � � � Idle Busy PendingReboot PendingConfiguration LCMStateDetail <
� � �� string LCMVersion
0
� Y � �� string MaximumDownloadSizeMB `
� � uint32 PartialConfigurations
L
� � object:MSFT_PartialConfiguration EmbeddedInstance MSFT_PartialConfiguration RebootNodeIfNeeded
� d boolean RefreshFrequencyMins
&
� � uint32 RefreshMode
� � � � string ValueMap Push Pull Disabled ReportManagers
H
� W q � object:OMI_ReportManager EmbeddedInstance OMI_ReportManager ResourceModuleManagers
D
� � � object:OMI_ResourceModuleManager EmbeddedInstance OMI_ResourceModuleManager SignatureValidationPolicy X
� c string SignatureValidations
\
� � � � object:MSFT_SignatureValidation EmbeddedInstance MSFT_SignatureValidation StatusRetentionTimeInDays P
� 4
uint32 � �i�%߬�b % , 4 G m � � � � � 7 C j x � � UU��������������������������� � MSFT_DSCMethodInvoked ClassVersion 1.0.0 locale ConfigurationData
� f uint8 ConfigurationNumber
� � uint8 Flags
� � uint32 Guid
� � string MethodNumber
� 0 uint8 ModuleName
� b string ResourceName
� � string UserSid
� � string � �i�%߬�� ) �� * 1 9 L ~ � � � N d � � U����������������������������Q � OMI_BaseResource Abstract ClassVersion 1.0.0 locale ConfigurationName
� v � �� string DependsOn
� � � �� string ModuleName
� � � �� string Required ModuleVersion
� < D �� string Required PsDscRunAsCredential
� � � � object:MSFT_Credential EmbeddedInstance MSFT_Credential ResourceId
� �� string Required SourceInfo
� I � �� string � C I M _ E r r o r j�%߬�� C CIM_Error ) ) ��5 = M ~ � � � ������������������������������������������ ����������������������� � OMI_Error UMLPackagePath CIM::Interop Indication locale error_Category <
� y � � uint16 ValueMap # & * . 2 6 : > B F J N R V Z ^ b f j n r v z 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 error_Code 4
� � uint32 error_Type 8
� � string � R O O T \ M i c r o s o f t \ W i n d o w s \ W d a c _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 2 6 7 C 2 2 0 7 9 4 F 5 0 8 6 4 8 2 3 9 F A 7 7 7 8 B 7 A B 8 6 1 3 5 4 8 5 9 A 3 A 3 B C 7 C D 9 2 C D C F F 5 E 2 2 8 6 F 1 D \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ B 4 0 F E 5 B B 7 D 3 A A D 0 C 5 E 2 6 2 1 2 6 9 6 A 1 B 3 7 1 7 5 0 2 4 D 4 7 2 5 3 9 6 A A 1 C D 7 A E 0 B 6 4 0 E D 7 9 9 3 0 �^zp > ���� f s0<] �>�� n�x�2 5 �ڏ<g f C I M _ S e t t i n g �\�%߬� � CIM_Setting
C � �� � % 1 M U [ � � 3 G � � � $ - � � q x � � d s
! � � l w ! � � ~
�
+ 1 � � � � 6
C
�
�
� � Q ] � � � � > L � � � � 7 A � � UUUUUUU������������������������������������������������������������������������������������������������������������������������������������/ � Win32_NetworkLoginProfile CIMWin32 Privileges 9 SeRestorePrivilege Locale UUID {8502C4E7-5FBB-11D2-AAC1-006008C78BC7} AccountExpires e )
� � � ��� � datetime MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_acct_expires AuthorizationFlags )
� ~ � ��� � uint32 MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_auth_flags BadPasswordCount )
� , � ��4 D uint32 MappingStrings L Win32API|Network Management Functions|NetUserEnum CodePage )
� � � ��� � uint32 MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_code_page Comment )
� d � ��l | string MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_comment CountryCode )
�
� �� " uint32 MappingStrings * Win32API|Network Management Structures|USER_INFO_3|usri3_country_code Flags $ 6
� � � ��� � $ uint32 MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_flags BitMap x { ~ � � � � � � � � � � � � � � � � � 0 1 3 4 5 6 7 8 9 11 12 13 16 17 18 19 20 21 22 23 FullName
( )
� � �� string MappingStrings Win32API|Network Management Structures|USER_INFO_3|usri3_full_name HomeDirectory , )
� � � ��� � string MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_home_dir HomeDirectoryDrive 0 )
� X � ��` p string MappingStrings x Win32API|Network Management Structures|USER_INFO_3|usri3_home_dir_drive LastLogoff e
4 )
� � �� datetime MappingStrings & Win32API|Network Management Structures|USER_INFO_3|usri3_last_logoff LastLogon e 8 )
� � � ��� � datetime MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_last_logon LogonHours < 6
� e � ��m � u � string MaxLen MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_logon_hours LogonServer @ )
�
� ��
/
string MappingStrings 7
Win32API|Network Management Structures|USER_INFO_3|usri3_logon_server MaximumStorage D )
� �
� ���
�
uint64 MappingStrings �
Win32API|Network Management Structures|USER_INFO_3|usri3_max_storage Name L A
� � � �� � ��� � � string MaxLen MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_name NumberOfLogons P )
� . � ��6 F uint32 MappingStrings N Win32API|Network Management Structures|USER_INFO_3|usri3_num_logons Parameters T )
� � � ��� � string MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_parms PasswordAge e X )
� z
� ���
�
datetime MappingStrings �
Win32API|Network Management Structures|USER_INFO_3|usri3_password_age PasswordExpires e \ )
� + � ��5 E datetime MappingStrings M Win32API|Network Management Structures|USER_MODALS_INFO_0|usrmod0_max_passwd_age PrimaryGroupId ` )
� � � ��� � uint32 MappingStrings Win32API|Network Management Structures|USER_INFO_3|usri3_primary_group_id Privileges d )
� � � ��� � uint32 MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_priv Profile h )
� 3 � ��; K string MappingStrings S Win32API|Network Management Structures|USER_INFO_3|usri3_profile ScriptPath l )
� � � ��� � string MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_script_path UnitsPerWeek p )
� � � ��� � uint32 MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_units_per_week UserComment t )
� 0 � ��8 H string MappingStrings P Win32API|Network Management Structures|USER_INFO_3|usri3_usr_comment UserId x )
� � � ��� � uint32 MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_user_id UserType | 6
� � � ��� � � � string MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_flags ValueMap . I _ z Normal Account Duplicate Account Workstation Trust Account Server Trust Account Interdomain Trust Account Unknown Workstations � )
� � � ��� � string MappingStrings � Win32API|Network Management Structures|USER_INFO_3|usri3_workstations �
C I M _ C o m p o n e n t �\�%߬�4 CIM_Component 6 � �� � # ) Q a e��������� � Win32_GroupUser CIMWin32 Locale UUID {8502C508-5FBB-11D2-AAC1-006008C78BC7} GroupComponent f@ A
� � � �� � ��� � � � ref:Win32_Group Override GroupComponent MappingStrings � WMI|Win32_Group PartComponent f@ A
� b � �� � ��u � � ref:Win32_Account Override PartComponent MappingStrings � WMI|Win32_Account � C I M _ L o g i c a l E l e m e n t �\�%߬�� CIM_LogicalElement �� ! , ��������������������������U � Win32_Session Abstract Locale StartTime e
� K DateTime �
W i n 3 2 _ S e s s i o n �\�%߬�� ' Win32_Session 6 � �� � & , T k � � � � �_�������������������������������������K � Win32_LogonSession CIMWin32 Locale UUID {9083C21E-7D58-4e0e-BC30-0BC8922AFB8B} AuthenticationPackage
� � String LogonId
� � � �� String LogonType
� uint32 ValueMap 6 9 < ? B E H 2 3 4 5 7 8 9 � C I M _ D e p e n d e n c y �\�%߬� CIM_Dependency �� $ 0 b m U��������� � Win32_SubSession Abstract Locale Antecedent f@
� O ref:Win32_Session Dependent f@
� � ref:Win32_Session �0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �^�%߬�uZ�%߬�� t � � __EventProviderRegistration ) T select * from MSFT_WMI_GenericNonCOMEvent select * from MSFT_NcProvEvent \\.\root\cimv2:__Win32Provider.Name="Standard Non-COM Event Provider" �
C I M _ S e n s o r �d�%߬�� � CIM_Sensor 6 �� & - 5 ; c m X c & � � b n � � � � � � t � Z g $ 1 �
�
�
� � N Y L
X
, � � $ � � G _ 4 � ���������UUUUU���������������������������������� ���� ����������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_NumericSensor Abstract Version 2.8.0 Locale UUID {4c7acd5c-b440-442a-8c85-9c09bc36ada8} Accuracy / � +
� � � � � � sint32 Units Hundredths of Percent MappingStrings � 9 MIF.DMTF|Temperature Probe|002.19 MIF.DMTF|Electrical Current Probe|001.19 MIF.DMTF|Voltage Probe|001.19 BaseUnits $ � +
� � � � � � uint16 ValueMap B � � � � � � � � � � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � � � � � � � � � � � 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 ModelCorrespondence � � CIM_NumericSensor.UnitModifier CIM_NumericSensor.RateUnits CurrentReading ' �
� R Z j sint32 MappingStrings z � � MIF.DMTF|Temperature Probe|002.5 MIF.DMTF|Electrical Current Probe|001.5 MIF.DMTF|Voltage Probe|001.5 EnabledThresholds 9 �
� " * 4 uint16 ValueMap P S V Y \ _ 0 1 2 3 4 5 Hysteresis 1 �
� � uint32 IsLinear 0 �
� � boolean LowerThresholdCritical 4 �
� # sint32 MappingStrings 3 V � MIF.DMTF|Temperature Probe|002.13 MIF.DMTF|Electrical Current Probe|001.13 MIF.DMTF|Voltage Probe|001.13 LowerThresholdFatal 6 �
� � � � sint32 MappingStrings + U MIF.DMTF|Temperature Probe|002.15 MIF.DMTF|Electrical Current Probe|001.15 MIF.DMTF|Voltage Probe|001.15 LowerThresholdNonCritical 2 � )
� � � ��� � sint32 MappingStrings � ; MIF.DMTF|Temperature Probe|002.11 MIF.DMTF|Electrical Current Probe|001.11 MIF.DMTF|Voltage Probe|001.11 MaxReadable + �
� � � � sint32 MappingStrings � � MIF.DMTF|Temperature Probe|002.9 MIF.DMTF|Electrical Current Probe|001.9 MIF.DMTF|Voltage Probe|001.9 MinReadable , �
� ] e u sint32 MappingStrings � � � MIF.DMTF|Temperature Probe|002.10 MIF.DMTF|Electrical Current Probe|001.10 MIF.DMTF|Voltage Probe|001.10 NominalReading ( �
� -
5
E
sint32 MappingStrings U
w
�
MIF.DMTF|Temperature Probe|002.6 MIF.DMTF|Electrical Current Probe|001.6 MIF.DMTF|Voltage Probe|001.6 NormalMax ) �
� �
�
sint32 MappingStrings ? h MIF.DMTF|Temperature Probe|002.7 MIF.DMTF|Electrical Current Probe|001.7 MIF.DMTF|Voltage Probe|001.7 NormalMin * �
� � � � sint32 MappingStrings � 0 MIF.DMTF|Temperature Probe|002.8 MIF.DMTF|Electrical Current Probe|001.8 MIF.DMTF|Voltage Probe|001.8 RateUnits & � +
� � � � �
uint16 ValueMap
� � � � � � � � � � 0 1 2 3 4 5 6 7 8 9 ModelCorrespondence
/
CIM_NumericSensor.UnitModifier CIM_NumericSensor.BaseUnits Resolution - �
� �
�
�
uint32 MappingStrings �
�
�
MIF.DMTF|Temperature Probe|002.17 MIF.DMTF|Electrical Current Probe|001.17 MIF.DMTF|Voltage Probe|001.17 SettableThresholds : �
� X ` j uint16 ValueMap � � � � � � 0 1 2 3 4 5 SupportedThresholds 8 �
� � � � uint16 ValueMap
0 1 2 3 4 5 Tolerance . �
� P X d sint32 Deprecated p � CIM_NumericSensor.Resolution CIM_NumericSensor.Accuracy UnitModifier % �
� � � sint32 ModelCorrespondence
* CIM_NumericSensor.BaseUnits CIM_NumericSensor.RateUnits UpperThresholdCritical 5 �
� � � � sint32 MappingStrings � � MIF.DMTF|Temperature Probe|002.14 MIF.DMTF|Electrical Current Probe|001.14 MIF.DMTF|Voltage Probe|001.14 UpperThresholdFatal 7 �
� ` h x sint32 MappingStrings � � � MIF.DMTF|Temperature Probe|002.16 MIF.DMTF|Electrical Current Probe|001.16 MIF.DMTF|Voltage Probe|001.16 UpperThresholdNonCritical 3 � )
� F � ��N ^ sint32 MappingStrings n � � MIF.DMTF|Temperature Probe|002.12 MIF.DMTF|Electrical Current Probe|001.12 MIF.DMTF|Voltage Probe|001.12 � " � � � � [ � RestoreDefaultThresholds | ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetNonLinearFactors � � Deprecated � No Value ac6d1350600005Q ROOT\Hardware ���� � �� �� * � ����� � __PARAMETERS abstract SensorReading sint32
� 9 IN
� 9 ` �� ID )
� � ` ��� sint32 __ �_ ac6d1350600005Q ROOT\Hardware ���� � � �� * � L � � E D � � U���������������������n � __PARAMETERS abstract Accuracy sint32
� 4 OUT
� 4 [ �� ID )
� � [ ��� sint32 Resolution uint32
� � OUT
� � �� ID )
� | ��A uint32 Tolerance sint32
� � OUT
� � � �� ID )
� 2 � ��� sint32 Hysteresis uint32
� X OUT
� X �� ID )
� � ��� uint32 ReturnValue uint32
� 7 uint32 out
� 7 ? �� string Description The Location property specifies the physical location of the printer.
Example: Bldg. 38, Room 1164 MappingStrings R Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pLocation Network 8 � A
� � � �� � ��� S c boolean Description The Network property indicates whether the printer is a network printer. MappingStrings k Parameters E � A
� � � �� � ��� � ? O string Description The Parameters property specifies optional parameters for the print processor.
Example: Copies=2 MappingStrings W Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pParameters PortName G � A
� � � �� � �� ! /! string Description The PortName property identifies the ports that can be used to transmit data to the printer. If a printer is connected to more than one port, the names of each port are separated by commas. Under Windows 95, only one port can be specified.
Example: LPT1:, LPT2:, LPT3: MappingStrings 7! Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pPortName PrinterPaperNames F � 6
� �! � ���! �! �" �" string Description The PrinterPaperNames property indicates the list of paper sizes supported by the printer. The printer-specified names are used to represent supported paper sizes.
Example: B5 (JIS). MappingStrings �" Win32API|Printing and Print Spooler Structures|DeviceCapabilities|DC_PAPERNAMES PrinterState I � N
� w# # �� � ���# �# �$ �$ % (% uint32 DEPRECATED Description This property has been deprecated in favor of PrinterStatus, DetectedErrorState and ErrorInformation CIM properties that more clearly indicate the state and error status of the printer. The PrinterState property specifies a values indicating one of the possible states relating to this printer. MappingStrings �$ Win32API|Printing and Print Spooler Structures|PRINTER_INFO_6|dwStatus Values �% �% �% �% �% �% �% �% �% �% �% & & '& 0& <& L& X& c& m& x& �& �& �& �& Paused Error Pending Deletion Paper Jam Paper Out Manual Feed Paper Problem Offline IO Active Busy Printing Output Bin Full Not Available Waiting Processing Initialization Warming Up Toner Low No Toner Page Punt User Intervention Required Out of Memory Door Open Server_Unknown Power Save PrintJobDataType H � A
� +' � �� � ��3' @' �' �' string Description The PrintJobDataType property indicates the default data type that will be used for a print job. MappingStrings �' Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pDataType PrintProcessor T A
� b( � �� � ��j( w( �( �( string Description The PrintProcessor property specifies the name of the print spooler that handles print jobs.
Example: SPOOLSS.DLL. MappingStrings ) Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pPrintProcessor Priority R A
� �) � �� � ���) �) :* J* uint32 Description The Priority property specifies the priority of the printer. The jobs on a higher priority printer are scheduled first. MappingStrings R* Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|DefaultPriority Published A � A
� �* � �� � ��+ + v+ �+ boolean Description The Published property indicates whether the printer is published in the network directory service. MappingStrings �+ Queued 4 � A
� �+ � �� � ���+ �+ O, _, boolean Description The Queued property indicates whether the printer buffers and queues print jobs. MappingStrings g, Win32API RawOnly @ � A
� �, � �� � ���, �, 8- H- boolean Description The RawOnly property indicates whether the printer accepts only raw data to be spooled. MappingStrings P- SeparatorFile L � A
� �- � �� � ���- �- _. o. string Description The SeparatorFile property specifies the name of the file used to create a separator page. This page is used to separate print jobs sent to the printer. MappingStrings w. Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pSepFile ServerName M 6
� / � ��/ $/ �/ �/ string Description The ServerName property identifies the server that controls the printer. If this string is NULL, the printer is controlled locally. MappingStrings �/ Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pServerName Shared 7 � A
� d0 � �� � ��m0 z0 �0 �0 boolean Description The Shared property indicates whether the printer is available as a shared network resource. MappingStrings �0 ShareName N A
� L1 � �� � ��T1 a1 �1 �1 string Description The ShareName property indicates the share name of the Win32 printing device.
Example: \\PRINTSERVER1\PRINTER2 MappingStrings �1 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pShareName SpoolEnabled U A
� �2 �2 �� � ���2 �2 �3 �3 boolean DEPRECATED Description The SpoolEnabled property shows whether spooling is enabled for this printer.
Values:TRUE or FALSE.
The SpoolEnabled property has been deprecated. There is no replacementvalue and this property is now considered obsolete. MappingStrings �3 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|Attributes StartTime e O A
� P4 � �� � ��Z4 g4 K5 [5 datetime Description The StartTime property specifies the earliest time the printer can print a job (if the printer has been limited to print only at certain times). This value is expressed as time elapsed since 12:00 AM GMT (Greenwich mean time). MappingStrings c5 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|StartTime UntilTime e P A
� 6 � �� � ��6 6 �6 7 datetime Description The UntilTime property specifies the latest time the printer can print a job (if the printer has been limited to print only at certain times). This value is expressed as time elapsed since 12:00 AM GMT (Greenwich mean time). MappingStrings 7 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|UntilTime WorkOffline > � A
� �7 � �� � ���7 �7 =8 M8 boolean Description The WorkOffline property indicates whether to queue print jobs on the computer if the printer is offline. MappingStrings U8 X. � � T \ � � t � c g � � m
| � � � E T � � i | $ ( � � �# �# �& �& �) �+ t- � Pause 6 = ��J W x � � � Implemented Description The Pause method pauses the print queue. No jobs can print anymore until the print queue is resumed. The method can return the following values:
0 - Success.
5 - Access denied.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � � 0 5 .. Values � � � Success Access denied Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Resume 6 � ��� � � � & C I M _ E n a b l e d L o g i c a l E l e m e n t �d�%߬�� � # CIM_EnabledLogicalElement 6 �� & - 5 ; c { � � . A � � � � \ n � � � � � � U r @ Z � � r
~
s �
� � ���^UUU���������������������������������� ���� ����������������������������������������������������������������������������?
� CIM_LogicalDevice Abstract Version 2.8.0 Locale UUID {220b1188-a358-4be7-aa64-13f8033eb07a} AdditionalAvailability l +
� � � � i ~ uint16 ValueMap ! $ ' * - 0 3 6 9 = A E I M Q U Y ] a e 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 ModelCorrespondence � CIM_LogicalDevice.Availability Availability F E
� � � ] m � � uint16 Deprecated + \ � CIM_AssociatedPowerManagementService.PowerState CIM_ManagedSystemElement.OperationalStatus CIM_EnabledLogicalElement.EnabledState ValueMap ! $ ' * - 1 5 9 = A E I M Q U Y 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 MappingStrings } � � MIF.DMTF|Operational State|006.5 MIB.IETF|HOST-RESOURCES-MIB.hrDeviceStatus MIF.DMTF|Host Device|001.5 ModelCorrespondence CIM_LogicalDevice.AdditionalAvailability CreationClassName 8 )
� x � ��� string MaxLen DeviceID < )
� � � ��� @ string MaxLen ErrorCleared R
� ( boolean Deprecated 0 CIM_ManagedSystemElement.OperationalStatus ErrorDescription N
� � � � string Deprecated � CIM_DeviceErrorData.ErrorDescription IdentifyingDescriptions h +
� . 6 A J _ string ArrayType Indexed ModelCorrespondence g CIM_LogicalDevice.OtherIdentifyingInfo LastErrorCode J
� � � � uint32 Deprecated � CIM_DeviceErrorData.LastErrorCode MaxQuiesceTime p +
� R Z f x uint64 Deprecated n No value Units MilliSeconds OtherIdentifyingInfo T 8
� � � �
" string MaxLen ArrayType Indexed ModelCorrespondence * CIM_LogicalDevice.IdentifyingDescriptions PowerManagementCapabilities B +
� � � � � uint16 Deprecated � CIM_PowerManagementCapabilities.PowerCapabilities ValueMap ( + . 1 4 7 : = 0 1 2 3 4 5 6 7 PowerManagementSupported @
� � � � boolean Deprecated � CIM_PowerManagementCapabilities PowerOnHours X 6
�
*
[
b
i
�� uint64 Deprecated 2
CIM_PoweredStatisticalData.PowerOnHours Units Hours Counter StatusInfo H 8
� �
�
�
9 I uint16 Deprecated �
CIM_EnabledLogicalElement.EnabledState ValueMap * - 0 3 6 1 2 3 4 5 MappingStrings Q MIF.DMTF|Operational State|006.4 SystemCreationClassName 0 6
� � � ��� � string Propagated CIM_System.CreationClassName MaxLen SystemName 4 6
� Z � ��b n string Propagated CIM_System.Name MaxLen TotalPowerOnHours ` 6
� � � � (
/
6
�� uint64 Deprecated � CIM_PoweredStatisticalData.TotalPowerOnHours Units Hours Counter ^ � e l p t � U U �
�
6 3
� � � � � � ~ � � � d � SetPowerState , Deprecated 4 CIM_PowerManagementService.SetPowerState � ac6d1350600005Q ROOT\Hardware ���� � �- �� * � \ � ������� � __PARAMETERS abstract PowerState uint16
� 6 IN
� 6 ] �� � � � � � � 1 2 3 4 5 6 ValueMap )
� 6 ] ��� � ID 6
� B ] ��� � � uint16 e Time datetime e
� b IN e
� b � �� ID e )
� � � ��� datetime __ �| ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Reset | ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableDevice Deprecated ' CIM_EnabledLogicalElement.RequestStateChange � ac6d1350600005Q ROOT\Hardware ���� � �� �� * � ��� � __PARAMETERS abstract Enabled boolean
� 3 IN
� 3 [ �� ID )
� � [ ��� boolean __ �| ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � OnlineDevice �
Deprecated CIM_EnabledLogicalElement.RequestStateChange � ac6d1350600005Q ROOT\Hardware ���� � �� �� * � ��� � __PARAMETERS abstract Online boolean
� 2 IN
� 2 Z �� ID )
� � Z ��� boolean __ �| ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � QuiesceDevice � � Deprecated � CIM_EnabledLogicalElement.RequestStateChange � ac6d1350600005Q ROOT\Hardware ���� � �� �� * � ��� � __PARAMETERS abstract Quiesce boolean
� 3 IN
� 3 [ �� ID )
� � [ ��� boolean __ �| ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SaveProperties � � Deprecated � CIM_ConfigurationData.ConfigurationInformation | ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RestoreProperties � � Deprecated � CIM_ConfigurationData.ApplyConfiguration | ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �C39AB0A136360A5ACE2240DC19B0464EB.1163.866272930.368 KI_64659AB9F8F1C4B568DB6438BAE11B26EE8F93CB5F8195E21E8C383D6C44CC41 I_724155B2CA7FBBC304551F8A171392C3CA07A2D9AD12D47C6D2D987EFBFD727B.1163.872217503.187 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.3885814277.180 NS_FAD236DC88D4A39D9B808B598227AC32F45800A0F09FB4E10AAE80BE63A63AD1 CD_229F3CD4638E22D422843A148AD2ADA2C95B3802ED7FA9E6E4113BE6A1D690E2.1165.2468385363.1049 CD_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11.1165.1252411979.318 CD_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 CD_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45.1165.892627244.1603 CD_94250441BCE05715192D37120EDEE5CCA50FD2B2134EFE3C9E35BB834F26457D.1165.103062011.3667 CD_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC.1163.1796628911.413 CD_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809.1165.1610215079.698 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2707538804.368 CI_57E5F3ADD9E242C4E9F9EDF79AA97F79E7911C5A8B902EC150D6442E3B85A5AA IL_59543DA79A0A83C48BB9222B5916E17BBA9A5688C362D35DD3F13589A2596294.1164.4075838192.328 CI_71140CCD66EDC20B9C2CDF52F3C8373ACA9F966D80A43AD698A5BFCDF51549DD IL_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.378460097.247 CI_E083376FF2F9C4C523A988C92531F9188F5D2764166BDDDE013F24CC5899E85C IL_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.198150230.271 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2705033010.180 CR_229F3CD4638E22D422843A148AD2ADA2C95B3802ED7FA9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 CR_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11 C_94250441BCE05715192D37120EDEE5CCA50FD2B2134EFE3C9E35BB834F26457D CR_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45 C_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11 CR_94250441BCE05715192D37120EDEE5CCA50FD2B2134EFE3C9E35BB834F26457D C_229F3CD4638E22D422843A148AD2ADA2C95B3802ED7FA9E6E4113BE6A1D690E2 CR_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC C_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45 CR_E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2707538804.368 KI_7010B213179D98B16AF38723EE1D750E86F808F341EE215AD8783D29EA117262 IR_59543DA79A0A83C48BB9222B5916E17BBA9A5688C362D35DD3F13589A2596294 R_241ED574CEA1CE45C178048218C62F092191B3FEDB2EDBBB00DA39363C5BD5B2.1163.2401848248.526 R_DA290273C5C5246EBD4AD92A0C51323EC9F3405D662C9D949CD09183391AA1F8.1164.1513370804.530 I_59543DA79A0A83C48BB9222B5916E17BBA9A5688C362D35DD3F13589A2596294.1164.4075838192.328 KI_71140CCD66EDC20B9C2CDF52F3C8373ACA9F966D80A43AD698A5BFCDF51549DD I_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.378460097.247 KI_E083376FF2F9C4C523A988C92531F9188F5D2764166BDDDE013F24CC5899E85C I_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.198150230.271 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2705033010.180 C_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655 113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 A9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 A9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 A9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 A9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 A9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 A9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 CD_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 D_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 CD_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 _49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 D_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 _49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 _49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 �СI 5 =��E ? O��� U�kF� �
��9K w&�IM � Y8T�
�E� � ���- � ��� �_� 3s � ~, j� ��p
� � lK�c� � �mu � O M I _ B a s e R e s o u r c e �i�%߬�� G OMI_BaseResource ' / B � � � B I { � � � �
< J | � � � . ? r ~ � � i t � � UuUU�������������������������������������������������������������������� � MSFT_DSCResource ClassVersion 1.0.0 locale ConfigurationName @ )
� y � ��� � string Override ConfigurationName DependsOn ` )
� � � ��� � string Override DependsOn DurationInSeconds ,
� : � �� real64 Error >
� s � �� string FinalState :
� � � �� string InDesiredState $
� � � �� boolean InitialState 6
� 4 � �� string InstanceName
� t � �� string ModuleName @
� � � � string Override ModuleName ModuleVersion @
�
string Override ModuleVersion RebootRequested
4
� i � �� boolean ResourceId @
� � � � string Override ResourceId ResourceName
� � �� string SourceInfo @ )
� K � ��S ] string Override SourceInfo StartDate e (
� � � �� datetime StateChanged
&
� � � �� boolean � �i�%߬�' ) ��) 7 > F R � � E��������� � OMI_MetaConfigurationResource Abstract ClassVersion 1.0.0 locale ResourceId
� | � �� string Required SourceInfo
� � � �� string � � O M I _ M e t a C o n f i g u r a t i o n R e s o u r c e �i�%߬�� ' OMI_MetaConfigurationResource ) " ��, : A O��������I � OMI_ConfigurationDownloadManager Abstract ClassVersion 1.0.0 locale � O M I _ C o n f i g u r a t i o n D o w n l o a d M a n a g e r �i�%߬�f * OMI_ConfigurationDownloadManager " ( / 7 C � � _����������������� � MSFT_FileDownloadManager ClassVersion 1.0.0 locale Credential
� o � � object:MSFT_Credential EmbeddedInstance MSFT_Credential SourcePath
� � � �� string � O M I _ M e t a C o n f i g u r a t i o n R e s o u r c e �i�%߬�� ' OMI_MetaConfigurationResource ) ��% 3 : O��������B � OMI_ResourceModuleManager Abstract ClassVersion 1.0.0 locale � O M I _ R e s o u r c e M o d u l e M a n a g e r �i�%߬�_ # OMI_ResourceModuleManager ( / 7 C � � _����������������� � MSFT_FileResourceManager ClassVersion 1.0.0 locale Credential
� o � � object:MSFT_Credential EmbeddedInstance MSFT_Credential SourcePath
� � � �� string � �i�%߬� ) �� + 2 �: l s 5��������� � MSFT_KeyValuePair Abstract ClassVersion 1.0.0 locale
� d � �� string Value
� � � �� string Cl � O M I _ M e t a C o n f i g u r a t i o n R e s o u r c e �i�%߬�� " ' OMI_MetaConfigurationResource ) 0 8 M � � � � A N � � _U��������������������������������� � MSFT_PartialConfiguration ClassVersion 1.0.0 locale ConfigurationSource
� w � �� string DependsOn
� � � �� string Description
� � � �� string ExclusiveResources
� 9 � �� string RefreshMode
� z � � string ValueMap � � � Push Pull Disabled ResourceModuleSource
� � � �� string � M S F T _ D S C R e s o u r c e �i�%߬�� G MSFT_DSCResource $ + �����������������������������������������������������������������������3 � MSFT_ResourceChanged ClassVersion 1.0.0 locale � M S F T _ D S C R e s o u r c e �i�%߬�� G MSFT_DSCResource + 2 �����������������������������������������������������������������������: � MSFT_ResourceInDesiredState ClassVersion 1.0.0 locale � M S F T _ D S C R e s o u r c e �i�%߬�� G MSFT_DSCResource . 5 �����������������������������������������������������������������������= � MSFT_ResourceNotInDesiredState ClassVersion 1.0.0 locale � O M I _ M e t a C o n f i g u r a t i o n R e s o u r c e �i�%߬�\ ' OMI_MetaConfigurationResource ( / 7 G � � _����������������� � MSFT_SignatureValidation ClassVersion 1.0.0 locale SignedItemType
� s { � string ValueMap � � Configuration Module TrustedStorePath
� � string _S � O M I _ C o n f i g u r a t i o n D o w n l o a d M a n a g e r �i�%߬�� % * OMI_ConfigurationDownloadManager " ' . 6 O w � � � � � ` j � � � � _U����������������������������������� � MSFT_WebDownloadManager ClassVersion 1.0.0 locale AllowUnsecureConnection
� n boolean CertificateID
� � string ConfigurationNames
� � string ProxyCredential
� % = O object:MSFT_Credential EmbeddedInstance MSFT_Credential ProxyURL
� � string RegistrationKey
� � string ServerURL
� � � �� string � O M I _ M e t a C o n f i g u r a t i o n R e s o u r c e j�%߬�� ' OMI_MetaConfigurationResource ) �� + 2 O��������: � OMI_ReportManager Abstract ClassVersion 1.0.0 locale � O M I _ R e p o r t M a n a g e r j�%߬�g OMI_ReportManager % , 4 M u � � � # - T e � � _U������������������������������� � MSFT_WebReportManager ClassVersion 1.0.0 locale AllowUnsecureConnection
� l boolean CertificateID
� � string ProxyCredential
� � object:MSFT_Credential EmbeddedInstance MSFT_Credential ProxyURL
� L string RegistrationKey
� � string ServerURL
� � � �� string � j�%߬��
' � � � ������������D � MSFT_OdbcDriver locale KeyValuePair
)
� ^ � ��| � object:MSFT_OdbcKeyValuePair EmbeddedInstance MSFT_OdbcKeyValuePair Name 4
� � � �� � ��� � string MaxLen Platform '
� < � �� � �� string FT � �5]P� q ~TK� \ ��j>]
g � �� � e #X�E] ^ ��`û �H�u� � C I M _ C o n t r o l l e d B y l]�%߬�9 ' CIM_ControlledBy ) " � ��� � � � X c � � � � � ��������������������������������������� � CIM_SerialInterface Description CIM_SerialInterface is a CIM_ControlledBy relationship indicating which devices are accessed through the serial controller and the characteristics of this access. AMENDMENT LOCALE ms_409 Antecedent f@
� 3 @ ref:CIM_SerialController Description The serial controller. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device. FlowControlInfo +
� ' � � UINT16 Description An integer enumeration indicating the flow control (Xon-Xoff and/or RTS/CTS) for transmitted data. Values � � � � � � Unknown Not Supported None XonXoff RTS/CTS Both XonXoff and RTS/CTS NumberOfStopBits +
� D L Y � � UINT16 Description Number of stop bits to be transmitted. Units bits ParityInfo " +
� � � � \ d UINT16 Description Information on the parity setting for transmitted data. No parity (value=1), even (2) or odd (3) can be specified. Values x � � � Unknown None Even Odd � C I M _ D e p e n d e n c y m]�%߬�( CIM_Dependency ) ! . � ��� � � � 1 < ���������� � CIM_DeviceServiceImplementation Description An association between a service and how it is implemented. The cardinality of this association is many-to-many. A service may be provided by more than one logical device, operating in conjunction. And, any device may provide more than one service. When multiple devices are associated with a single service, it is assumed that these elements operate in conjunction to provide the service. If different implementations of a service exist, each of these implementations would result in individual instantiations of the service object. These individual instantiations would then have associations to the unique implementations. AMENDMENT LOCALE ms_409 Antecedent f@
� � ref:CIM_LogicalDevice Description The logical device. Dependent f@
� h y � ref:CIM_Service Description The service implemented using the logical device. � C I M _ D e p e n d e n c y n]�%߬�� CIM_Dependency ) ! � ��� � � � V a � � � � U��������������Q � CIM_DeviceSoftware Description The CIM_DeviceSoftware relationship identifies any software that is associated with a device - such as drivers, configuration or application software, or firmware. AMENDMENT LOCALE ms_409 Antecedent f@
� 2 ? ref:CIM_SoftwareElement Description The software element. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device that requires or uses the software. Purpose +
� + 3 @ � � UINT16 Description An enumerated integer to indicate the role this software plays in regards to its associated device. For example, this software could be instrumentation (value=5) or firmware (6). Values $ - 4 < T j { � � Unknown Other Driver Configuration Software Application Software Instrumentation Firmware BIOS Boot ROM PurposeDescription
� � � � STRING Description A free-form string to provide more information for the Purpose property, e.g. "Application Software". � C I M _ D e p e n d e n c y o]�%߬�] CIM_Dependency ) $ � ��� � � b m ���������� � CIM_HostedAccessPoint Description CIM_HostedAccessPoint is an association between a serviceaccess point and the system on which it is provided. The cardinality of this association is 1-to-many and is weak with respect to the system. Each system may host many service access points. Heuristic: If the implementation of the service access point is modeled, it must be implemented by a device or software feature that is part of the system hosting the service access point. AMENDMENT LOCALE ms_409 Antecedent f@
� 0 @ M ref:CIM_System Description The hosting system. Dependent f@
� � � � ref:CIM_ServiceAccessPoint Description The SAP(s) that are hosted on this system. � C I M _ H o s t e d A c c e s s P o i n t p]�%߬�# CIM_HostedAccessPoint ) � ��� � � � # . ���������� � CIM_HostedBootSAP Description CIM_HostedBootSAP defines the hosting unitary computer system for a CIM_BootSAP. Since this relationship is subclassed from CIM_HostedAccessPoint, it inherits the scoping/naming scheme defined for CIM_ServiceAccessPoint - where an access point is weak to its hosting system. In this case, CIM_BootSAP must be weak to its hosting CIM_UnitaryComputerSystem. AMENDMENT LOCALE ms_409 Antecedent f@
� � � ref:CIM_UnitaryComputerSystem Description The unitary computer system. Dependent f@
� Z k x ref:CIM_BootSAP Description The Boot SAP hosted on the unitary computer system. � C I M _ D e p e n d e n c y q]�%߬�* CIM_Dependency ) ' � ��� � � � 4 ? ���������� � CIM_HostedJobDestination Description An association between a job destination and a system on which it resides. The cardinality of this association is 1-to-many. A system may host many job queues. Job destinations are weak with respect to their hosting system. Heuristic: A job destination is hosted on the system where the logical devices, software features or services that implement/provide the job destination are located. AMENDMENT LOCALE ms_409 Antecedent f@
� ref:CIM_System Description The hosting system. Dependent f@
� k � � ref:CIM_JobDestination Description The job destination hosted on the system. � C I M _ D e p e n d e n c y r]�%߬�� CIM_Dependency ) e ��p x � � � � ���������b � CIM_HostedService Description CIM_HostedService is an association between a service and the system on which the functionality resides. The cardinality of this association is 1-to-many. A system may host many services. services are weak with respect to their hosting system. Heuristic: A service is hosted on the system where the logical devices or software features that implement the service are located. The model does not represent services hosted across multiple systems. This is modeled as an application system that acts as an aggregation point for services, that are each located on a single host. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_System Description The hosting system. Dependent f@
� ! 2 ? ref:CIM_Service Description The service hosted on the system. � �^�%߬�~ 2 " ��, ��9 �� F R � � E�������� � CIM_CollectedCollections Locale Abstract Association Aggregation Collection f '
� � � ��� �� ref:CIM_CollectionOfMSEs Aggregate CIM_Key CollectionInCollection f
� � �� ref:CIM_CollectionOfMSEs CIM_Key As � __ �������������������������������������������������������������������������������������������������������������������������������������� � " % ( + . 1 5 9 = A { E I M � Q U � Y ] a f k o s w � 7 6 , 8 $ 8 8 # 8 1 . 8 2 ) 8 6 - 9 9 9 9 9 9 9 9 & 9
9 " 9
! 9 % 9 9 9 9 9 9 9 1 0 9 3 ' : 9 3 ' ; 9 3 ( 9 4 + 9 5 * 9 6 / 9 9 9 9 9 < �$r��#{� �� �V� 4
�
{B � P � �
�F
�x
� � ���c�dU +r
d���� &6�� ��.
�UD � }�
NS_E8C4F9926E52E9240C37C4E59745CEB61A67A77C9F6692EA4295A97E0AF583C5 KI_FD1C1D414B71B5082C266A650E31EF6D5019382724244B685F217C0AAE00A921 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.10.493323525.180 NS_EC9F2768D2769112CE1EF50D7321735D7B87D36D0F8A1B65990E1538277EB1A0 CI_41C53E6DB1ACF2453CEFD41398198E613F10DFF47709ECAB1D7F037756AC8CE7 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.866272930.368 CI_64659AB9F8F1C4B568DB6438BAE11B26EE8F93CB5F8195E21E8C383D6C44CC41 IL_724155B2CA7FBBC304551F8A171392C3CA07A2D9AD12D47C6D2D987EFBFD727B.1163.872217503.187 CI_FD1C1D414B71B5082C266A650E31EF6D5019382724244B685F217C0AAE00A921 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.3885814277.180 KI_41C53E6DB1ACF2453CEFD41398198E613F10DFF47709ECAB1D7F037756AC8CE7 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.866272930.368 KI_64659AB9F8F1C4B568DB6438BAE11B26EE8F93CB5F8195E21E8C383D6C44CC41 I_724155B2CA7FBBC304551F8A171392C3CA07A2D9AD12D47C6D2D987EFBFD727B.1163.872217503.187 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.3885814277.180 NS_FAD236DC88D4A39D9B808B598227AC32F45800A0F09FB4E10AAE80BE63A63AD1 CD_229F3CD4638E22D422843A148AD2ADA2C95B3802ED7FA9E6E4113BE6A1D690E2.1165.2468385363.1049 CD_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11.1165.1252411979.318 CD_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.1166.1475828249.3715 CD_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45.1165.892627244.1603 CD_94250441BCE05715192D37120EDEE5CCA50FD2B2134EFE3C9E35BB834F26457D.1165.103062011.3667 CD_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC.1163.1796628911.413 CD_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809.1165.1610215079.698 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2707538804.368 CI_57E5F3ADD9E242C4E9F9EDF79AA97F79E7911C5A8B902EC150D6442E3B85A5AA IL_59543DA79A0A83C48BB9222B5916E17BBA9A5688C362D35DD3F13589A2596294.1164.4075838192.328 CI_71140CCD66EDC20B9C2CDF52F3C8373ACA9F966D80A43AD698A5BFCDF51549DD IL_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.378460097.247 CI_E083376FF2F9C4C523A988C92531F9188F5D2764166BDDDE013F24CC5899E85C IL_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.198150230.271 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2705033010.180 CR_229F3CD4638E22D422843A148AD2ADA2C95B3802ED7FA9E6E4113BE6A1D690E2 C_ED6C3A2F6CC04DF3DD2F991B72C978A94559E5D3850ACCDF521D9DB88CF8E809 CR_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11 C_94250441BCE05715192D37120EDEE5CCA50FD2B2134EFE3C9E35BB834F26457D CR_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45 C_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11 CR_94250441BCE05715192D37120EDEE5CCA50FD2B2134EFE3C9E35BB834F26457D C_229F3CD4638E22D422843A148AD2ADA2C95B3802ED7FA9E6E4113BE6A1D690E2 CR_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC C_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45 CR_E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2707538804.368 KI_7010B213179D98B16AF38723EE1D750E86F808F341EE215AD8783D29EA117262 IR_59543DA79A0A83C48BB9222B5916E17BBA9A5688C362D35DD3F13589A2596294 R_241ED574CEA1CE45C178048218C62F092191B3FEDB2EDBBB00DA39363C5BD5B2.1163.2401848248.526 R_DA290273C5C5246EBD4AD92A0C51323EC9F3405D662C9D949CD09183391AA1F8.1164.1513370804.530 I_59543DA79A0A83C48BB9222B5916E17BBA9A5688C362D35DD3F13589A2596294.1164.4075838192.328 KI_71140CCD66EDC20B9C2CDF52F3C8373ACA9F966D80A43AD698A5BFCDF51549DD I_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.378460097.247 KI_E083376FF2F9C4C523A988C92531F9188F5D2764166BDDDE013F24CC5899E85C I_9F79CC9E07BFC5EC416BFC61E17D76D6387C16B055C0398D995353255C542258.1164.198150230.271 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1164.2705033010.180 C_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655 CD_878D5D30666EBFE440F941E45E7884E8AFCA7A1478E4D09AB57DC26571C8B7A6.1166.3704247041.272 C_878D5D30666EBFE440F941E45E7884E8AFCA7A1478E4D09AB57DC26571C8B7A6 CD_3D10A0A77CAA5B54D6D0F826577C9C9001B09013C6D023D93A420AB24027FBBB.1166.445254643.348 CR_878D5D30666EBFE440F941E45E7884E8AFCA7A1478E4D09AB57DC26571C8B7A6 C_3D10A0A77CAA5B54D6D0F826577C9C9001B09013C6D023D93A420AB24027FBBB �:�P � w�5�.
� &14 �
6��+ E C I M _ C h e c k �]�%߬�� # CIM_Check ) ) �� ( 0 ? _ n �����������������������������������0 � CIM_DirectorySpecification Description The CIM_DirectorySpecification class captures the major directory structure of a software element. This class is used to organize the files of a software element into manageable units that can be relocated on a computer system. AMENDMENT LOCALE ms_409 DirectoryPath
� k s � string Description The DirectoryPath property is used to capture the name of a directory. The value supplied by an application provider is actually a default or recommended path name. The value can be changed for a particular environment. DirectoryType +
� � � � uint16 Description The DirectoryType property characterizes the type of directory being described. Values d | � � � � # : W q � � � � � ) Product base directory Product executable directory Product library directory Product configuration directory Product include directory Product working directory Product log directory Shared base directory Shared executable directory Shared library directory Shared include directory System base directory System executable directory System library directory System configuration directory System include directory System log directory Other � C I M _ C h e c k �]�%߬�� : CIM_Check ) $ 1 ��< D L V � � � J [ � � % � � ��U������������������������������������������������������� � CIM_FileSpecification Description A CIM_FileSpecification identifies a file that is either to be on or off the system. The file is to be located in the directory identified by the CIM_DirectorySpecificationFile associations. When the invoke() method is used, it is expected that it will use the combination of information provided to check for the file existence. Therefore, any of the properties with a NULL value are not checked. So, if only the Name and the MD5 properties have values, they are the only ones consider by the invoke() method. AMENDMENT LOCALE ms_409 CheckSum
&
� � � � uint32 Description The Checksum property is a checksum calculated as the 16-bit sum of the first 32 bytes of the file. CRC1 *
� 0 8 E uint32 Description The CRC1 property is the CRC value calculated using the middle 512K bytes. CRC2 .
� � � � uint32 Description The CRC2 is the CRC value for the middle 512K bytes with a offset modulo 3 to the start of the file of zero. CreateTimeStamp e
� � � � datetime Description The creation date and time of the file. FileSize
� �
uint64 units kilobytes MD5Checksum
2
� Q Y f string Description The MD5 algorithm is a well-known algorithm for computing a 128-bit checksum for any file or object. The likelihood of two different files producing the same MD5 checksum is very small (about 1 in 2^64), and as such, the MD5 checksum of a file can be used to construct a reliable content identifier that is very likely to uniquely identify the file. The reverse is also true. If two files have the same MD5 checksum, it is very likely that the files are identical. For purposes of MOF specification of the MD5 property, the MD5 algorithm always generates a 32 character string. For example: The string abcdefghijklmnopqrstuvwxyz generates the string c3fcd3d76192e4007dfb496cca67e13b. See http://www. rsa.com/pub/rfc1321.txt for details on the implementation of the MD5 algorithm. Name @
� � � � string Description Either the name of the file or the name of the file with a directory prefix. � �]�%߬��
) � ��� � � � � � � � � � � � � ^ g UU��������������������������
� CIM_Action Description A CIM_Action is an operation that is part of a process to either create a software element in its next state or to eliminate the software element in the current state. AMENDMENT LOCALE ms_409 ActionID )
� � ��' 4 string Description The ActionID property is a unique identifier assigned to a particular action for a software element. Description
� � � � string Description A description of the object. Direction +
� L T a ` h uint16 Description The Direction property indicates whether a particular CIM_Action object is part of a sequence of actions to transition the current software element to its next state, such as "Install" or to remove the current software element, such as "Uninstall". Values t } Install Uninstall Name
� � � � string Description Name is used to identify this software element SoftwareElementID
� > F S string Description The SoftwareElementID is an identifier for this software element. SoftwareElementState +
� � � � A I uint16 Description The SoftwareElementState indicates the state of a software element Values ] i v � Deployable Installable Executable Running TargetOperatingSystem +
� � � � Q Y uint16 Description The TargetOperatingSystem indicates the target operating system of the owning software element. Values > U ^ e l u { � � � � � � � � � � � � � � � � � � " 2 ; A J Q X a l v ~ � � � � � � � � � � � � � � � & 1 ; I T Y Unknown Other MACOS ATTUNIX DGUX DECNT Digital Unix OpenVMS HPUX AIX MVS OS400 OS/2 JavaVM MSDOS WIN3x WIN95 WIN98 WINNT WINCE NCR3000 NetWare OSF DC/OS Reliant UNIX SCO UnixWare SCO OpenServer Sequent IRIX Solaris SunOS U6000 ASERIES TandemNSK TandemNT BS2000 LINUX Lynx XENIX VM/ESA Interactive UNIX BSDUNIX FreeBSD NetBSD GNU Hurd OS9 MACH Kernel Inferno QNX EPOC IxWorks VxWorks MiNT BeOS HP MPE NextStep PalmPilot Rhapsody Windows 2000 Dedicated VSE TPF Version
� � � � string Description Version should be in the form <major>.<minor>.<revision> or <major>.<minor><letter><revision>. E � � ! � Invoke & Description The invoke method is to take a particular action. The details of how the method performs the action is implementation specific. The results of the method are based on the return value. - A 0 (zero) is returned if the condition is satisfied. - A 1 (one) is returned if the method is not supported. - Any other value indicates the condition is not satisfied. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �^�%߬�- ' ��* �� 4 A � � 5��������� � CIM_LogicalIdentity Locale Association Abstract SameElement f
� k � �� ref:CIM_LogicalElement SystemElement f
� � � �� ref:CIM_LogicalElement f � ��>�P F�<V
��-�c w d�5� W i n 3 2 _ B a s e S e r v i c e b�%߬�� T Win32_BaseService 6 � ��� � � � � � � � � � m w ����_������������������������������������������������������������������������������� � Win32_Service Description The Win32_Service class represents a service on a Win32 computer system. A service application conforms to the interface rules of the Service Control Manager (SCM) and can be started by a user automatically at system boot through the Services control panel utility, or by an application that uses the service functions included in the Win32 API. Services can execute even when no user is logged on to the system. AMENDMENT DisplayName Services LOCALE ms_409 CheckPoint @ +
� 1 9 F � uint32 Description The CheckPoint property specifies a value that the service increments periodically to report its progress during a lengthy start, stop, pause, or continue operation. For example, the service should increment this value as it completes each step of its initialization when it is starting up. The user interface program that invoked the operation on the service uses this value to track the progress of the service during a lengthy operation. This value is not valid and should be zero when the service does not have a start, stop, pause, or continue operation pending. DisplayName Check Point Count DelayedAutoStart D +
� � � � � boolean Description The DelayedAutoStart property specifies if the service is started after other auto-start services are started plus a short delay. DisplayName Delayed Auto-Start ProcessId F +
� � � � T a uint32 Description The ProcessId property specifies the process identifier of the service.
Example: 324 DisplayName Process Id WaitHint J +
� � � � � � uint32 Description The WaitHint property specifies the estimated time required (in milliseconds) for a pending start, stop, pause, or continue operation. After the specified amount of time has elapsed, the service makes its next call to the SetServiceStatus function with either an incremented CheckPoint value or a change in Current State. If the amount of time specified by WaitHint passes, and CheckPoint has not been incremented, or the Current State has not changed, the service control manager or service control program assumes that an error has occurred. DisplayName Estimated Wait Time � ~ � � � ) 6
� � GetSecurityDescriptor 5 B description Retrieves a structural representation of the service's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ( 1 @ Q d w Success Access denied Unknown failure Privilege missing Invalid parameter Other , ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor � � � � description Sets security descriptor on the service to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values � � � � " Success Access denied Unknown failure Privilege missing Invalid parameter Other ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ D M A .b�%߬�� . CIM_DMA ) � ��� � � � ����������������������������������������������b � Win32_DMAChannel Description The Win32_DMAChannel class represents a direct memory access (DMA) channel on a Win32 computer system. DMA is a method of moving data from a device to memory (or vice versa) without the help of the microprocessor. The system board uses a DMA controller to handle a fixed number of channels, each of which can be used by one (and only one) device at a time. AMENDMENT LOCALE ms_409 Port
&
� � � � uint32 Description The Port property specifies the DMA port used by the host bus adapter. This is meaningful for MCA-type buses.
Example: 12 � C I M _ L o g i c a l E l e m e n t Qb�%߬�; CIM_LogicalElement ) r ��} � � � [ h } � � � U����������������� � Win32_Registry Description The Win32_Registry class represents the system registry on a Win32 computer system. AMENDMENT LOCALE ms_409 CurrentSize +
� � � � I P uint32 Description The CurrentSize property indicates the current physical size of the Win32 registry.
Example 10. Units megabytes MaximumSize +
� � � � k r uint32 Description The MaximumSize property indicates the maximum size of the Win32 registry. If the system is successful in using the ProposedSize member, MaximumSize should contain the same value. Units megabytes Name )
� � � � � �� string Description The Name property indicates the name of the Win32 Registry. Maximum length is 256 characters.
Example: Microsoft Windows NT Workstation|C:\WINNT40|\Device\Harddisk0\partition1 ProposedSize +
� � � � � � uint32 Description The ProposedSize property indicates the proposed size of the Win32 registry. It is the only registry setting that can be modified, and its proposal is attempted the next time the system boots. Units megabytes te � C I M _ L o g �d�%߬�� I CIM_Log �� " ) 5 ��������������������������������������� ���� ������������������������g � CIM_RecordLog Abstract Version 2.9.0 InstanceID @
� _ � �� string � ���|� � �+�� l `�� � ���{ O #�� � dV�f� v��5� / X��� S $- + &�J i �ӌ� � ��w-� � //
}
C I M _ M a n a g e d E l e m e n t �d�%߬�� ) CIM_ManagedElement ��! * 1 L � � � � 7 � � , D � � U���������������������������������������� � CIM_RegisteredProfile Abstract Version 2.8.0 AdvertiseTypeDescriptions " +
� � � � � � string ArrayType Indexed ModelCorrespondence � CIM_RegisteredProfile.AdvertiseTypes AdvertiseTypes C
� E M ��W a z � � � uint16 Required ValueMap q t w 1 2 3 ArrayType Indexed ModelCorrespondence � CIM_RegisteredProfile.AdvertiseTypeDescriptions InstanceID
� � �� string OtherRegisteredOrganization +
� p x � � string MaxLen ModelCorrespondence � CIM_RegisteredProfile.RegisteredOrganization RegisteredName )
� ��$ string Required MaxLen RegisteredOrganization 6
� � � ��� � 7 L uint16 Required ValueMap � � � � # ' + / 3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 ModelCorrespondence T CIM_RegisteredProfile.OtherRegisteredOrganization RegisteredVersion
� � � �� string Required � C I M _ C o l l e c t i o n �d�%߬�� CIM_Collection �� % 7 s � � ����������������������������b � CIM_Group Abstract Version 2.6.0 BusinessCategory
� c k � string MaxLen CommonName
� � � �� string Required CreationClassName )
� � ��
string MaxLen Name )
� R � ��Z string MaxLen � C I M _ L o g i c a l E l e m e n t �d�%߬�� \ CIM_LogicalElement
�� ' : � � � � � - 3 � � � � D M t � � � � � * ��WUU���������������������������������������������������������������������������������������i � CIM_Account Abstract Version 2.8.0 CreationClassName * )
� q � ��y string MaxLen Descriptions 6
� � � string MaxLen Host :
� � string LocalityName >
� % string Name @ 6
� w � �� � � string Override Name MaxLen ObjectClass
2
� � string OrganizationName B
� �� string Required OU F
� < string SeeAlso J
� l string SystemCreationClassName " 6
� � � ��� � string Propagated CIM_System.CreationClassName MaxLen SystemName
& 6
� [ � ��c o � string Propagated CIM_System.Name MaxLen UserCertificate N
� � � �� string OctetString UserID .
� string MaxLen UserPassword R
� T \ �� string OctetString � C I M _ M a n a g e d E l e m e n t �d�%߬� CIM_ManagedElement �� " ) 5 / C � � 1 C k } T������������������������������~ � CIM_Privilege Abstract Version 2.8.0 Activities 8
� { � � � � � uint16 ValueMap � � � � � � � � � 1 2 3 4 5 6 7 ..15999 16000.. ArrayType Indexed ModelCorrespondence
CIM_Privilege.ActivityQualifiers ActivityQualifiers +
� | � � � � string ArrayType Indexed ModelCorrespondence � � CIM_Privilege.Activities CIM_Privilege.QualifierFormats InstanceID
� ) � �� string PrivilegeGranted
� b boolean QualifierFormats 8
� � � � + 6 ? T uint16 ValueMap
" 2 3 4 5 6 7 8 9 ..15999 16000.. ArrayType Indexed ModelCorrespondence \ CIM_Privilege.ActivityQualifiers �
C I M _ P r i v i l e g e �d�%߬�� CIM_Privilege ��# , ��������������������������������3 � CIM_AuthorizedPrivilege Abstract Version 2.8.0 � C I M _ C o l l e c t i o n �d�%߬�� CIM_Collection ��" + 2 > ����������������p � CIM_ConcreteCollection Abstract Version 2.8.0 InstanceID
� h � �� string � C I M _ A d m i n D o m a i n �d�%߬�� I CIM_AdminDomain 6 � �� �
$ ��������������������������������������� ���� ������������������������L � AdminDomain IPMIPrv Locale UUID {f0610966-50c3-47ab-8db5-a2f3bccf3cb1} � C I M _ C o m p u t e r S y s t e m �d�%߬� a CIM_ComputerSystem 6 � �� � ! ' ����������������������������������������� ���� ����������������������������������������������O � ComputerSystem IPMIPrv Locale UUID {a3ec8fe8-83cd-40af-9513-11936d531cea} � C I M _ S y s t e m S p e c i f i c C o l l e c t i o n �d�%߬�� & CIM_SystemSpecificCollection 6 � �� � # + 1 �����������������Y � SystemSpecificCollection IPMIPrv Locale UUID {49987cb1-a986-48bf-b668-65ece707c238} �
C I M _ S e n s o r �d�%߬�= � CIM_Sensor 6 � �� � ������������������������������������������� ���� ��������������������������������������������������������������������������������������������������G � Sensor IPMIPrv Locale UUID {61da4c13-cdca-44d5-ba39-dc4c73e5e049} � C I M _ N u m e r i c S e n s o r �d�%߬�� � CIM_NumericSensor 6 � �� � & ������������������������������������������������� ���� ����������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������N � NumericSensor IPMIPrv Locale UUID {7be7579b-4370-4a75-857c-9e789d1aff8a} �
C I M _ R e c o r d L o g �d�%߬�� I CIM_RecordLog 6 � �� � " ��������������������������������������� ���� ������������������������J � RecordLog IPMIPrv Locale UUID {ec524523-0bda-434b-941e-8f296cbf97a6} �
& * � � ClearLog �� Implemented | ac6d1350600005Q ROOT\Hardware ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
C I M _ L o g R e c o r d �d�%߬�� / CIM_LogRecord 6 � �� � " �����������������������������������������������J � LogRecord IPMIPrv Locale UUID {5efd8f2b-e1c7-46c1-a5cc-3aa70779c862} � ��ZP p ͜_�� G N�a � ��k� z h���5 � �J�k� � #�v� � �ͥt ; ��� ' ̩B�� � Wy�{s = ��9� � W:4�z � -S(! � �$�b� b C$ 7
�]�; � 1)�� a zb � � �5 � R S O P _ P o l m k r S e r v e r S e t t i n g �:����( 8 " RSOP_PolmkrServerSetting $ ( Z f ������������, * . ��������������������������������� � RSOP_PolmkrNetShareSetting Locale id @
� R � �� string precedence @
� � � �� uint32 �
W i n 3 2 _ S e r v i c e �:���� \ Win32_Service ) $ � ���
� � � � �����_��������������������������������������������������������������������������������������T � Win32_TerminalService Description La clase Win32_TerminalService proporciona indicadores de equilibrio de carga de Terminal Server. AMENDMENT LOCALE DisconnectedSessions R
� � � � uint32 Description El n�mero de sesiones desconectadas en este servidor. Es posible que estas sesiones est�n consumiendo recursos del servidor activamente, sin embargo el actual no tiene red. TotalSessions N
� � � � uint32 Description El n�mero total de sesiones en este servidor. Esto incluye las sesiones conectadas y desconectadas. �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �:�����Z�%߬�$ � __SystemSecurity �:����b ��%
- � CIM_ManagedSystemElement AMENDMENT LOCALE � C I M _ M a n a g e d S y s t e m E l e m e n t �:����z " CIM_ManagedSystemElement ��
' � CIM_LogicalElement AMENDMENT LOCALE � C I M _ M a n a g e d S y s t e m E l e m e n t �:����s " CIM_ManagedSystemElement
��
� CIM_Setting AMENDMENT LOCALE � C I M _ M a n a g e d S y s t e m E l e m e n t �:����z " CIM_ManagedSystemElement ��
' � CIM_ElementSetting AMENDMENT LOCALE � �:����# ) ! . � ���
� � � � v � - : U���������������������� � Win32_TSDiscoveredLicenseServer Description La clase Win32_TSDiscoveredLicenseServer proporciona detalles del servidor de licencias detectado AMENDMENT LOCALE HowDiscovered +
� � � % - uint32 Description Certificador del modo de detecci�n Values E \ p � � GroupPolicyConfigured RegistryConfigured WorkgroupDiscovery DomainDiscovery EnterpriseDiscovery IsAdminOnLS +
� � � I Q uint32 Description Certificador para Terminal Server con acceso de administrador a LS Values a e i No S� Desconocido IsLSAvailable +
� � � � � uint32 Description Certificador para la disponibilidad de LS Values ! No disponible Disponible IssuingCALs +
� s { � � � uint32 Description Certificador para LS que emite licencias CAL a Terminal Server Values � � � No permitidas Permitidas Desconocido LicenseServer )
� N � ��V c string Description Nombre del servidor de licencias de Terminal Server detectado. ed � C I M _ E l e m e n t S e t t i n g �:����� CIM_ElementSetting ) - ~ ���
� � Win32_TerminalServiceToSetting Description La clase Win32_TerminalServiceToSetting es una asociaci�n con Win32_TerminalService como elemento y Win32_TerminalServiceSetting como propiedad de configuraci�n que incluye modo de Terminal Server, licencias de Terminal Server, Active Desktop, capacidad de permisos, eliminaci�n de carpetas temporales y carpetas temporales por sesi�n. AMENDMENT LOCALE � C I M _ S e t t i n g �:����o CIM_Setting
) $ � ���
� � ����� � Win32_TerminalSetting Description La clase Win32_TerminalSetting es una clase de base abstracta para las todas clases Setting de Terminal Services. AMENDMENT LOCALE TerminalName
� � � � string Description Nombre del terminal. T � C I M _ E l e m e n t S e t t i n g �:���� CIM_ElementSetting ) , � ���
� � Win32_TerminalTerminalSetting Description La clase Win32_TerminalTerminalSetting representa una asociaci�n entre un terminal y su configuraci�n. AMENDMENT LOCALE � C I M _ E l e m e n t S e t t i n g ;����� CIM_ElementSetting ) ' ! ��,
4 � Win32_TSVirtualIPSetting Description La clase Win32_TSVirtualIPSetting es una asociaci�n con Win32_TerminalService como elemento y Win32_TSVirtualIP como propiedad de configuraci�n. Esto incluye funcionalidades como los modos para habilitar y establecer una IP virtual por sesi�n/por programa, agregar o quitar un programa en la lista de programas que necesita una IP virtual, enumerar adaptadores de red, establecer un adaptador de red para usarlo y habilitar o deshabilitar la virtualizaci�n de direcciones de bucle invertido por programa. AMENDMENT LOCALE �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 ;����lZ�%߬� � � __thisNAMESPACE � �� � � ? A # ? # @ ? 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7
;����lZ�%߬� � � __thisNAMESPACE � �� � � ? A # ? # @ ? 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A ;����nZ�%߬�� ���M 9 p � __Win32Provider {643B0017-1AAE-4AFA-B921-4BE3FB8308A2} NetworkServiceHost Win32_TSPublishedApplication_Prov E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C
;����rZ�%߬�� � �������� z � __InstanceProviderRegistration \\.\ROOT\cimv2\TerminalServices:__Win32Provider.Name="Win32_TSPublishedApplication_Prov" 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 ;����kZ�%߬�6
� __NAMESPACE TerminalServices 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A ;����nZ�%߬�� ���M 9 o � __Win32Provider {7970614A-BD82-439e-A828-CC96F8E91428} NetworkServiceHost Win32_WIN32_TERMINALSERVICE_Prov F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 $;�����Z�%߬�C ��& � __SystemSecurity RequiresEncryption 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �;����kZ�%߬�,
� __NAMESPACE ms_c0a :��[� � �\� D g��� ` +�L�e D ��I+�
-\F�� � i��0� Y F ��� 0 �- �) � ��V� X �P� � &>��� [ ؓ;1 � C I M _ B a t t e r y K\�%߬�� � CIM_Battery
6 � �� � ! ) / W k � � � �
� � �������U��������������������������������������������������������������������������������������������������������������������������������� � Win32_PortableBattery CIMWin32 Locale UUID {FAF76B9E-798C-11D2-AAD1-006008C78BC7} CapacityMultiplier # ~ )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 22|Design Capacity Multiplier DeviceID @ A
� F � �� � ��N X b r string Override DeviceId MappingStrings z WMI Location p )
� � � ��� � string MappingStrings � SMBIOS|Type 22|Location ManufactureDate t )
� A � ��I Y string MappingStrings a SMBIOS|Type 22|Manufacture Date Manufacturer ! x )
� � � ��� � string MappingStrings � SMBIOS|Type 22|Manufacturer MaxBatteryError " | )
� L � ��T d uint16 MappingStrings l SMBIOS|Type 22|Maximum Error in Battery Data � _ _ E x t r i n s i c E v e n t L\�%߬� __ExtrinsicEvent $ * R ] % _����������������� � Win32_PowerManagementEvent Locale UUID {86460B6B-E709-11d2-B139-00105A1F77A1} EventType 6
� � � ��� � � � uint16 MappingStrings � Win32API|Power Management Events ValueMap 4 7 10 11 18 OEMEventCode )
� \ � ��d t uint16 MappingStrings | Win32API|Power Management Events �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A M\�%߬�nZ�%߬�� ���J 9 n � __Win32Provider {3DD82D10-E6F1-11d2-B139-00105A1F77A1} LocalSystemHost MS_Power_Management_Event_Provider 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 N\�%߬�uZ�%߬�� O � � __EventProviderRegistration % select * from Win32_PowerManagementEvent \\.\Root\CIMV2:__Win32Provider.Name="MS_Power_Management_Event_Provider"
R O O T \ C I M V 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 9 B C E B F B D 0 9 9 F D 1 D B A 4 9 B 8 E 7 B C F 4 9 E E 9 7 6 2 F C 2 E F F 3 0 2 F 6 5 2 F 7 F 5 6 B F 3 E D E 2 5 D 1 F A s � C I M _ P C M C I A C o n t r o l l e r O\�%߬�� V CIM_PCMCIAController 6 � �� � " * 0 X b ��������������������������������������������������������������������������������������� � Win32_PCMCIAController CIMWin32 Locale UUID {98C7E2C6-D592-11d2-B355-00105A0A323A} DeviceID @ A
� � � ��� � � ��� � string Override DeviceId MappingStrings � WMI � C I M _ C o n t r o l l e r P\�%߬�% V CIM_Controller 6 � �� � ( . V ` � � �������������������������������������������������������������������������������������\ � Win32_1394Controller CIMWin32 Locale UUID {2A7DC003-BAEF-11d2-85E5-0000F8102E5F} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI Manufacturer L )
� - � ��5 E string MappingStrings M Win32Registry � C I M _ L o g i c a l D e v i c e Q\�%߬�� T CIM_LogicalDevice 6 � �� � # + 1 Y c � � � � U g ����������������������������������������������������������������������������������� � Win32_MotherboardDevice CIMWin32 Locale UUID {8502C4BA-5FBB-11D2-AAC1-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI PrimaryBusType B )
� 2 � ��: J string MappingStrings R Win32Registry|HKEY_LOCAL_MACHINE\HARDWARE\DESCRIPTION\System\MultifunctionAdapter|Identifier RevisionNumber F )
� � � ��� string MappingStrings Win32Registry|HKEY_LOCAL_MACHINE\HARDWARE\DESCRIPTION\System SecondaryBusType J )
� � � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\HARDWARE\DESCRIPTION\System\MultifunctionAdapter|Identifier � C I M _ C o n t r o l l e d B y R\�%߬�c CIM_ControlledBy 6 � �� � & . 4 \ h $ ��������������������������������� � Win32_1394ControllerDevice CIMWin32 Locale UUID {8835CFC9-BAEF-11d2-85E5-0000F8102E5F} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_1394Controller Override Antecedent MappingStrings � WMI|Win32_1394Controller Dependent f@ A
� s � �� � ��� � � � ref:CIM_LogicalDevice Override Dependent MappingStrings � CIM|CIM_LogicalDevice ol � C I M _ C o n t r o l l e r S\�%߬�$ V CIM_Controller 6 � �� � ' - U _ � � �������������������������������������������������������������������������������������[ � Win32_IDEController CIMWin32 Locale UUID {9ABA5122-C7A1-11d2-911D-0060081A46FD} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI Manufacturer L )
� , � ��4 D string MappingStrings L Win32Registry � C I M _ C o n t r o l l e d B y T\�%߬�` CIM_ControlledBy 6 � �� � % - 3 [ g ! ��������������������������������� � Win32_IDEControllerDevice CIMWin32 Locale UUID {5BC42B62-C7A1-11d2-911D-0060081A46FD} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_IDEController Override Antecedent MappingStrings � CIM|Win32_IDEController Dependent f@ A
� p � �� � ��� � � � ref:CIM_LogicalDevice Override Dependent MappingStrings � CIM|CIM_LogicalDevice ro � C I M _ E l e m e n t S e t t i n g U\�%߬� CIM_ElementSetting ) �� ( . V _ e��������� � Win32_DeviceSettings Abstract Locale UUID {8502C4FD-5FBB-11D2-AAC1-006008C78BC7} Element f@ A
� � � �� � ��� � � � ref:CIM_LogicalDevice Override Element MappingStrings � CIM|CIM_LogicalDevice Setting f@ A
� _ � �� � ��p z � � ref:CIM_Setting Override Setting MappingStrings � CIM|CIM_Setting L � C I M _ R e g i s t e r e d P r o f i l e �d�%߬�� ) CIM_RegisteredProfile ) � �� � �����������������������������������������$ � RegisteredProfile IPMIPrv Locale � ���� � n�~4� \ 7|�� c ^i��x � �z�T ) ��} ~ �y�O� ' >��/" T<�3 � � �X� 5��� � wc�%߬�� # ' < c w � � � � , S [ � � � �
$ UU���������������������������������L � RSOP_IESecurityContentRatings Locale alwaysViewableSites
� [ string neverViewableSites
� � string passwordOverrideEnabled
� � boolean ratingSystemFileNames
� string ratingSystems
� K string rsopID
� � � �� string rsopPrecedence
� � � �� sint32 selectedRatingsBureau
� string viewUnknownRatedSites
� C boolean � xc�%߬�D
# + 2 o ~ � � ������������� � RSOP_IEAdministrativeTemplateFile Locale GPOID '
� g � �� � �� string lastWriteTime e
� � � �� datetime name '
� � � �� � �� string Ad � R S O P _ P o l i c y S e t t i n g yc�%߬�' 4 RSOP_PolicySetting & / a n � � � � ) 5 r � � � � & 1 ����������� � � ������e g ���� c i � RSOP_IERegistryPolicySetting Locale command ,
� Y � �� string currentUser '
� � � �� � �� boolean deleted *
� � � �� boolean id @ '
� ! � �� � �� string precedence @ '
� j � �� � �� uint32 registryKey
� � � �� string value
&
� � � �� uint8 valueName
� � �� string valueType "
� [ � �� uint32 � zc�%߬�� ' ( 3 e u � � � � ? G y � � � � � UU�������������������������������������+ � RSOP_IEAuthenticodeCertificate Locale certIndex
� ] � �� sint32 expirationDate e
� � datetime friendlyName
� � string intendedPurposes
� string issuerName
� 7 string rsopID
� q � �� string rsopPrecedence
� � � �� sint32 subjectName
� � string tabIndex
� # � �� sint32 � {c�%߬� H P � � ����������� � RSOP_IEESC Locale EscEnabled
� ? boolean rsopID
� z � �� string rsopPrecedence
� � � �� sint32 � |c�%߬�f ��% - ; o v � � @ L � � ������� � � ����� � RSOP_PolicySettingBlocked abstract Locale creationTime e
� e � �� datetime GPOID
� � � �� string id 2
� � � ��� �� � �� string Required Not_Null name
� 8 � �� string precedence 2
� � � ��� �� � �� uint32 Required Not_Null SOMID
� � � �� string � R S O P _ P o l i c y S e t t i n g B l o c k e d }c�%߬�� 1 # RSOP_PolicySettingBlocked # + 4 f o � � � � , 9 k r � � � � ���������� � � ���� ! ���� # � RSOP_RegistryPolicySettingBlocked Locale command *
� ^ � �� string deleted
(
� � � �� boolean id @ '
� � � �� � �� string precedence @ '
� $ � �� � �� uint32 registryKey
� c � �� string value $
� � � �� uint8 valueName
� � � �� string valueType
� � �� uint32 � R S O P _ P o l i c y S e t t i n g ~c�%߬�� 1 RSOP_PolicySetting * 2 ? V f � � T X � � � � , 8 � � � �@��������� � � ���� ���� � RSOP_PushPrinterConnectionsPolicySetting Locale Description Policy object for PPc ConnectionType $ P
� � � � � � ! . � ��� � uint32 ValueMap � � 1 2 Values �
User connection Machine connection Description Whether the the connection is applied per machine, per user1 = User, 2 = Machine. DisplayName Connection Type deleted
( 6
� � � � ��; H boolean Description Indicates whether the print connectionhas been deleted. DisplayName Is deleted id @ A
� � � �� � ��� � � � string Description Inherited from RSOP_PolicySetting DisplayName ID precedence @ A
� K � �� � ��S ` � � uint32 Description Inherited from RSOP_PolicySetting DisplayName Precedence printerName 6
� � � � �� string Description Printer name, DisplayName Printer name PushResult * 6
� | � � � ��� � uint32 Description The final result of pushed printer connection. 0 indicate success DisplayName PushResult serverName 6
� = E R � ��e r string Description Short server name DisplayName Server name uncName 6
� � � � � ��� string Description Short server name DisplayName Network name � C I M _ L o g i c a l E l e m e n t �c�%߬�} + CIM_LogicalElement ) � �� � ' / 6 h l � � � � P Y � � W������������������������������������������ � Win32_ShadowProvider MSVSS__PROVIDER Locale CLSID
� ` � �� string ID '
� � � �� � �� string Name @
� � � �� string Type )
� & 0 � �� uint32 Valuemap D G J M 0 1 2 3 Version
� � � �� string VersionID $
� � � �� string � C I M _ D e p e n d e n c y �c�%߬�� CIM_Dependency ) � �� � , 4 @ � � U��������n � Win32_ShadowVolumeSupport MSVSS__PROVIDER Locale Antecedent f@ N
� � � �� � ��� � � � ref:Win32_ShadowProvider min max override Antecedent Dependent f@ N
� = � �� � ��O T Y c ref:Win32_Volume min max override Dependent � �c�%߬�� ) �� . G O X � � � � � U����������������/ � CIM_ManagedElement Abstract UMLPackagePath CIM::Core::CoreElements locale Caption
� � � @ string MaxLen Description
� � string ElementName
� � string InstanceID
� ' string � � �,�� � 6a�s u n�"^� o W�yFW n �� w ��P< � L>2�� � �c�%߬�h " ) " � ��� � � � d p � � G O U���������������������������������� � Win32_ShadowStorage Description The association between the volume for which a shadow copy is made and the volume to which the differential data is written. AMENDMENT LOCALE ms_409 AllocatedSpace +
� * 7 uint64 DisplayName Allocated Space Description Allocated space on differential area volume DiffVolume f 6
� � � � � ��� � ref:Win32_Volume DisplayName Differential Volume Description The differential volume MaxSpace +
� Q Y f u � uint64 DisplayName Maximum Space Description Maximum space on differential area volume UsedSpace +
� � � uint64 DisplayName Used Space Description Used space on differential area volume Volume f 6
� � � � � ��� � ref:Win32_Volume DisplayName Volume Description The original volume @ �
[ � Create & 3 � � Description Creates differential area storage for the specified Volume on the specified DiffVolume with the specified MaxSpace. Values � � � * J s � � � Success Access denied Invalid argument Specified volume not found Specified volume not supported Shadow copy storage area already exists Maximum number of shadow storage areas reached Shadow copy provider vetoed the operation Shadow copy provider not registered Shadow copy provider failure Unknown error Insufficient storage available � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �9 �� � x � � * a ���������������� � __PARAMETERS abstract Volume string
� 2 in
� 2 Y �� This parameter is the volume that is to be shadowed. This parameter can be specified as a volume drive letter, mount point or volume GUID name. Description )
� 2 Y �� � ID 6
� � Y �� � ] string DiffVolume string
� � in
� � � �� This parameter is the volume to be used to store the shadow differential area. If this paramter is not supplied the specified Volume will be used to store the differential area. This parameter can be specified as a volume drive letter, mount point or volume GUID name. Description )
� � � ��0 ID 6
� � � ��0 t string MaxSpace uint64
� � in
� � �� This parameter is the initial maximum size of the differential area. Description )
� � ��{ 5 ID 6
� ��{ 5 � UINT64 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ D e p e n d e n c y �c�%߬�A CIM_Dependency ) r ��} � � � 5 @ ���������� � Win32_ShadowBy Description The association between a shadow copy and the provider that created the shadow copy AMENDMENT LOCALE ms_409 Antecedent f@ 6
� � � + � �� ref:Win32_ShadowProvider Description The shadow copy provider DisplayName Provider Dependent f@ 6
� � � � � � � �� ref:Win32_ShadowCopy Description The shadow copy DisplayName Shadow Copy � C I M _ D e p e n d e n c y �c�%߬�; CIM_Dependency ) { ��� � � � / : ���������� � Win32_ShadowFor Description The association between a shadow copy and the volume for which the shadow copy was created. AMENDMENT LOCALE ms_409 Antecedent f@ 6
� � � ' � �� ref:Win32_Volume Description The original volume DisplayName Volume Dependent f@ 6
� ~ � � � � � �� ref:Win32_ShadowCopy Description The shadow copy DisplayName Shadow Copy � C I M _ D e p e n d e n c y �c�%߬�: CIM_Dependency ) z ��� � � � . 9 ���������� � Win32_ShadowOn Description The association between a shadow copy and the volume on which differential data is written. AMENDMENT LOCALE ms_409 Antecedent f@ 6
� � � & � �� ref:Win32_Volume Description The original volume DisplayName Volume Dependent f@ 6
� } � � � � � �� ref:Win32_ShadowCopy Description The shadow copy DisplayName Shadow Copy L � C I M _ D e p e n d e n c y �c�%߬�C CIM_Dependency ) ( p ��{ � � � 3 > ���������� � Win32_ShadowVolumeSupport Description The association between a shadow copy provider and a supported volume. AMENDMENT LOCALE ms_409 Antecedent f@ 6
� � � ) � �� ref:Win32_ShadowProvider Description The shadow copy provider DisplayName Provider Dependent f@ 6
� � � � � � � �� ref:Win32_Volume Description Volume supported by provider DisplayName Volume
� C I M _ D e p e n d e n c y �c�%߬�e CIM_Dependency ) , � ��� � � � U ` ���������� � Win32_ShadowDiffVolumeSupport Description The association between a shadow copy provider and a volume supported for differential storage area. AMENDMENT LOCALE ms_409 Antecedent f@ 6
� � $ > K � �� ref:Win32_ShadowProvider Description The shadow copy provider DisplayName Provider Dependent f@ 6
� � � � � � � �� ref:Win32_Volume Description Volume supported by provider DisplayName Volume 40 � C I M _ M a n a g e d E l e m e n t d�%߬�� CIM_ManagedElement ) �� + @ H U � � }���������������� � CIM_SettingData Abstract UMLPackagePath CIM::Core::Settings locale ElementName @ )
� � � ��� � string Required Override ElementName InstanceID @ )
� � � ��
string Override InstanceID st � �*
p , tc�� � � �5# � �
U� � ~q��X I �Tl}� � n�}� � ��;H p �`�Ѹ
I �r�� & ҉)'
�\3 � '( \g�0 J Y$��z ' �ʘ� |yA� � ڍ � �]U}� H �ZE� � q��
�@G�
_ _ S e c u r i t y R e l a t e d C l a s s �Z�%߬�� __SecurityRelatedClass �� R ` � � � � � � ) 6 A��] ���� ` � __Subject abstract Authority
� J � �� string EditSecurity
� boolean Enabled
� � boolean ExecuteMethods
� � boolean Name
� ! � �� string Permissions
� U sint32 . � _ _ S u b j e c t �Z�%߬�] __Subject �� ����H ���� � __User abstract � _ _ S u b j e c t �Z�%߬�^ __Subject �� ����H ���� � __Group abstract �
_ _ S y s t e m C l a s s �Z�%߬�{ __SystemClass �� " 1 X q � � � � U���������������� � __CIMOMIdentification singleton SetupDateTime
� P string VersionCurrentlyRunning
� � string VersionUsedToCreateDB
� � string WorkingDirectory
� string �
_ _ S y s t e m C l a s s �Z�%߬�
__SystemClass �� ( Q _ � � ������������� � __AdapStatus singleton LastStartTime e
� G datetime LastStopTime e
� ~ datetime Status
� � uint32 �2 D C 5 A 6 B 4 4 F 3 2 5 5 6 4 7 A 4 F 9 E 3 D 4 F 9 3 2 F D B 9 3 7 F F 6 A 6 B F C 9 0 F A E F A 2 7 8 8 D 2 2 0 3 7 5 3 3 5 �Z�%߬��Z�%߬�c ) D � __AdapStatus 00000000000000.000000:000 00000000000000.000000:000 F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �Z�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �Z�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �Z�%߬�nZ�%߬�� �?����M 9 W � __Win32Provider {d63a5850-8f16-11cf-9f47-00aa00bf345c} NetworkServiceHost CIMWin32 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �Z�%߬�rZ�%߬�� � ��������P i � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="CIMWin32" X WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�Z�%߬�tZ�%߬�e N � __MethodProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="CIMWin32"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�Z�%߬�nZ�%߬�� �?����M 9 X � __Win32Provider {04788120-12C2-498d-83C1-A7D92E677AC6} NetworkServiceHost Cimwin32A E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �Z�%߬�rZ�%߬�� � ��������Q j � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="Cimwin32A" Y WQL:UnarySelect
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�Z�%߬�tZ�%߬�f O � __MethodProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="Cimwin32A"
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ D F 1 D 7 2 E C C 9 2 6 8 2 1 3 F C B 4 3 A 0 6 A 3 8 D B F 2 A 7 4 5 2 D F F 8 3 D 9 A 2 A F 1 D 8 9 F 3 C E C A 7 6 D 4 A F 1 � �Z�%߬�0 ) ��$ , 2 Z c � � � � k q � � U���������������������� � CIM_ManagedSystemElement Abstract Locale UUID {8502C517-5FBB-11D2-AAC1-006008C78BC7} Caption )
� � � @ � �� string MaxLen Description
� � � �� string InstallDate e )
� - 7 G � �� datetime MappingStrings O MIF.DMTF|ComponentID|001.5 Name
� � � �� string Status 6
� � � ���
� string MaxLen ValueMap = A H R [ f p z � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 ib�%߬�kZ�%߬�@
� __NAMESPACE CIMV2 Locale 2 4 3 2 A 5 A B B E 7 1 7 3 F A 9 8 2 2 3 D 7 0 B 4 E D F B 3 1 2 E 0 A A 8 7 F 4 5 6 1 0 3 A 2 5 E 4 B 4 1 9 1 A B 5 5 F A 0 2 <�&@���Z�%߬�z ; * W � __CIMOMIdentification 10.0.19041.5794 10.0.19041.5794 %systemroot%\system32\wbem 2 4 3 2 A 5 A B B E 7 1 7 3 F A 9 8 2 2 3 D 7 0 B 4 E D F B 3 1 2 E 0 A A 8 7 F 4 5 6 1 0 3 A 2 5 E 4 B 4 1 9 1 A B 5 5 F A 0 2 =�&@���Z�%߬�z ; * W � __CIMOMIdentification 10.0.19041.5794 10.0.19041.5794 %systemroot%\system32\wbem � C� � ���ߡ | ��A İ �5 � 3�= g�? �$ 6V � Cj \vr-�
RaZB� ����� ?�Ͻ�
�A C� ��� V�
� О9� �s 5p�� V��8: ?�cfI C1�Z �ܰk �骈 P78L� 9�� >W�t� �x � C I M _ S e t t i n g D a t a /���L�� CIM_SettingData ) " ( ��3 ; �����������������C � MSFT_NetSettingData Description <10> AMENDMENT LOCALE MS_409 � W M I E v e n t E��@[��T WMIEvent
4 �� � �� � $ - 3 [ c � � _������������������� � MSMCAEvent_SwitchToCPEPolling WMI WmiProv guid {D5C870CE-4ED0-4fdc-BB54-8B452C18797E} Active
� � boolean InstanceName '
� � � �� � �� string �4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 f�&@��t_�%߬�� 0 ����� e � WDMClassesOfDriver MSWmi_GuidRegistrationInfo C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 g�&@��t_�%߬�x ����� U � WDMClassesOfDriver MSAcpiInfo C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 h�&@��t_�%߬�r ����� O � WDMClassesOfDriver WHEA C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 i�&@��t_�%߬�� / ����� d � WDMClassesOfDriver WHEAErrorInjectionMethods C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 j�&@��t_�%߬�� , ����� a � WDMClassesOfDriver WHEAErrorSourceMethods C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 k�&@��t_�%߬�� 1 ����� f � WDMClassesOfDriver WHEAPolicyManagementMethods C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 l�&@��t_�%߬�w ����� T � WDMClassesOfDriver MS_SmBios C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 m�&@��t_�%߬�� . ����� c � WDMClassesOfDriver MSSmBios_RawSMBiosTables C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 n�&@��t_�%߬�� - ����� b � WDMClassesOfDriver MSSmBios_SMBiosEventlog C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 o�&@��t_�%߬�� ( ����� ] � WDMClassesOfDriver MSSmBios_SysidUUID C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 p�&@��t_�%߬�� , ����� a � WDMClassesOfDriver MSSmBios_SysidUUIDList C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 q�&@��t_�%߬�� ( ����� ] � WDMClassesOfDriver MSSmBios_Sysid1394 C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 r�&@��t_�%߬�� , ����� a � WDMClassesOfDriver MSSmBios_Sysid1394List C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 s�&@��t_�%߬�w ����� T � WDMClassesOfDriver MSMCAInfo C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 t�&@��t_�%߬�� 3 ����� h � WDMClassesOfDriver MSMCAEvent_SwitchToCMCPolling C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 u�&@��t_�%߬�� 3 ����� h � WDMClassesOfDriver MSMCAEvent_SwitchToCPEPolling C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 v�&@��t_�%߬� ' ����� \ � WDMClassesOfDriver MSMCAEvent_Header C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 w�&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver MSMCAEvent_BusError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 x�&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver MSMCAEvent_TLBError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 y�&@��t_�%߬�� 5 ����� j � WDMClassesOfDriver MSMCAEvent_MemoryHierarchyError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 z�&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver MSMCAEvent_CPUError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 {�&@��t_�%߬�� , ����� a � WDMClassesOfDriver MSMCAEvent_MemoryError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 |�&@��t_�%߬�� , ����� a � WDMClassesOfDriver MSMCAEvent_PCIBusError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 }�&@��t_�%߬�� 2 ����� g � WDMClassesOfDriver MSMCAEvent_PCIComponentError C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ~�&@��t_�%߬�� 1 ����� f � WDMClassesOfDriver MSMCAEvent_SystemEventError C:\Windows\system32\kernelbase.dll[MofResourceName] E '
� � � �� � sint32 UpdateServiceUrl F '
� � �� � string UpdateServiceUrlAlternate G '
� o � �� � string � '�F � j �#Z ] tق<� ` ��
� e��f T�CU' ���> ' ���e � I��i � >bW�� � h��$� � �"�BZ � �J � �2`9= � C I M _ L o g i c a l D e v i c e X\�%߬�0 P CIM_LogicalDevice 6 � �� � # K S � � � � �������������������������������������������������������������������������������b � Win32_Bus CIMWin32 Locale UUID {8502C50E-5FBB-11D2-AAC1-006008C78BC7} BusNum B )
� � � ��� � uint32 MappingStrings � WMI BusType F 6
� � � �� < F uint32 MappingStrings Win32API|cHwRes|INTERFACE_TYPE ValueMap � � � � � � � � � � � � � � � � � � -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 DeviceID @ A
� ) � �� � ��1 ; E U string Override DeviceId MappingStrings ] WMI � C I M _ D e p e n d e n c y Y\�%߬�) CIM_Dependency 6 � �� � # ) Q ] � U��������� � Win32_DeviceBus CIMWin32 Locale UUID {8502C50F-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_Bus Override Antecedent MappingStrings � WMI|Win32_Bus Dependent f@ A
� R � �� � ��i s ~ � ref:CIM_LogicalDevice Override Dependent MappingStrings � CIM|CIM_LogicalDevice W � C I M _ D e p e n d e n c y Z\�%߬�, CIM_Dependency 6 � �� � # - 5 ; c o % � � * > U��������������� � Win32_CIMLogicalDeviceCIMDataFile CIMWin32 Locale UUID {8502C510-5FBB-11D2-AAC1-006008C78BC7} Antecedent f@ A
� � � �� � ��� � � � ref:CIM_LogicalDevice Override Antecedent MappingStrings CIM|CIM_LogicalDevice Dependent f@ A
� t � �� � ��� � � � ref:CIM_DataFile Override Dependent MappingStrings � CIM|CIM_DataFile Purpose )
� � ��
uint16 MappingStrings % CIM PurposeDescription
)
� u � ��} � string MappingStrings � CIM � C I M _ P h y s i c a l C o m p o n e n t [\�%߬�� I CIM_PhysicalComponent 6 � �� � ' - U b � � � G L ���_��������������������������������������������������������������������� � Win32_OnBoardDevice CIMWin32 Locale UUID {AEECF151-D0EA-11d2-ABFC-00805F538618} Description @ 6
� � � ��� � � � string Override Description MappingStrings � SMBIOS|Type 10|Description DeviceType @ 6
� I � ��Q a � � uint16 MappingStrings i SMBIOS|Type 10|Device Type n ValueMap � � � � � � � 1 2 3 4 5 6 7 Enabled B )
� � �� boolean MappingStrings ' SMBIOS|Type 10|Device Status n Tag @
( N
� � � ��� � ��� � � � string MaxLen Override Tag MappingStrings � WMI � C I M _ V o l t a g e S e n s o r \\�%߬�� � CIM_VoltageSensor 6 � �� � & , T ^ ������������������������������������������������������������������������������������������������������������������������������������������ � Win32_VoltageProbe CIMWin32 Locale UUID {464FFAB8-946F-11d2-AAE2-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � C I M _ C u r r e n t S e n s o r ]\�%߬�� � CIM_CurrentSensor 6 � �� � & , T ^ ������������������������������������������������������������������������������������������������������������������������������������������ � Win32_CurrentProbe CIMWin32 Locale UUID {464FFABA-946F-11d2-AAE2-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � C I M _ T e m p e r a t u r e S e n s o r ^\�%߬�� � CIM_TemperatureSensor 6 � �� � " * 0 X b ������������������������������������������������������������������������������������������������������������������������������������������ � Win32_TemperatureProbe CIMWin32 Locale UUID {464FFABB-946F-11d2-AAE2-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � C I M _ F a n _\�%߬�� T CIM_Fan 6 � �� � # K U ������������������������������������������������������������������������������������� � Win32_Fan CIMWin32 Locale UUID {464FFAB5-946F-11d2-AAE2-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � C I M _ R e f r i g e r a t i o n `\�%߬�� I CIM_Refrigeration 6 � �� � ' - U _ �������������������������������������������������������������������������� � Win32_Refrigeration CIMWin32 Locale UUID {464FFAB6-946F-11d2-AAE2-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � C I M _ H e a t P i p e a\�%߬�� I CIM_HeatPipe 6 � �� � " ( P Z �������������������������������������������������������������������������� � Win32_HeatPipe CIMWin32 Locale UUID {464FFAB7-946F-11d2-AAE2-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI � b\�%߬�� ) ��# + 1 Y c �� � � U���������������� � Win32_PnPDeviceProperty abstract Locale UUID {ee0b76cd-314b-41f1-99d4-d4f3b0421430} DeviceID
� � � �� string
� � � �� string KeyName
� � � �� string Type )
� ? � ��G Q Uint32 ValueMap 3 ! $ ' * - 0 3 6 9 < ? C G K O S W [ _ c g k o s w { � � � � � � � � � � � � � � � � � � � � � 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 4098 4099 4100 4101 4102 4103 4104 4105 4106 4107 4108 4109 4110 4111 4112 4113 8210 8211 8212 4117 4118 4119 4120 8217 .. � W i n 3 2 _ P n P D e v i c e P r o p e r t y c\�%߬�� ! Win32_PnPDeviceProperty $ �������������������U � Win32_PnPDevicePropertyUint8 Data
� N � �� Uint8 � W i n 3 2 _ P n P D e v i c e P r o p e r t y d\�%߬�� ! Win32_PnPDeviceProperty % ��������������������W � Win32_PnPDevicePropertyUint16 Data
� O � �� Uint16 � C I M _ G r o u p �d�%߬�� CIM_Group ) � �� � ������������������������������! � PrivilegeGroup IPMIPrv Locale � ��� � �Ĕ6� ��*X� m lu�7 e ]hY��
A �1�,� � *��
� ԇ�CI � �OST) + Ϗ T Q���q R ����� F ۙ� � 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �`�%߬�uZ�%߬�T � 9 � __EventProviderRegistration 5 \ � � � select * from Win32_ProcessStartTrace select * from Win32_ProcessStopTrace select * from Win32_ThreadStartTrace select * from Win32_ThreadStopTrace select * from Win32_ModuleLoadTrace \\.\Root\CIMV2:__Win32Provider.Name="WMI Kernel Trace Event Provider"
R O O T \ C I M V 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 6 3 2 5 C 5 C 9 6 D F D 6 B 5 1 F E 5 D 9 7 6 2 1 F D 6 5 E C 8 F E 5 E A 2 1 1 A E F 5 0 E C B 0 8 E 7 7 8 B 3 0 E 5 7 B C A C _ _ E x t r i n s i c E v e n t �`�%߬�5
__ExtrinsicEvent ) � ��� � ������������� � Win32_SystemTrace Description The SystemTrace class is the base class for all system trace events. System trace events are fired by the kernel logger via the event tracing API. AMENDMENT LOCALE ms_409 � W i n 3 2 _ S y s t e m T r a c e �`�%߬�+ " Win32_SystemTrace ) ! S ��^ f n ! , � � = H � � _��������������������������������� � Win32_ProcessTrace Description This event is the base event for process events. AMENDMENT LOCALE ms_409 ParentProcessID
� � � � uint32 Description The ParentProcessID property identifies of the process that actuallycaused the event to happen. ProcessID
� X ` m uint32 Description The ProcessID property identifies the process involved in the event. ProcessName
� � � string Description The ProcessName property contains the name of the process. SessionID
� t | � uint32 Description The SessionID property identifies the session under which the process exists. Sid
� uint8 Description The Sid property is the security identifier representing the user context under which the event happened. � W i n 3 2 _ P r o c e s s T r a c e �`�%߬� " Win32_ProcessTrace ) & n ��y � ����������������������������������� � Win32_ProcessStartTrace Description The ProcessStartTrace event class indicates a new process has started. AMENDMENT LOCALE ms_409 � W i n 3 2 _ P r o c e s s T r a c e �`�%߬�� & Win32_ProcessTrace ) % k ��v ~ � � ������������������������������������� � Win32_ProcessStopTrace Description The ProcessStopTrace event class indicates a process has terminated. AMENDMENT LOCALE ms_409 ExitStatus
� � � � uint32 Description The ExitStatus property contains the exit status of the stopped process � W i n 3 2 _ S y s t e m T r a c e �`�%߬�Q Win32_SystemTrace ) b ��m u } � - 7 _��������������������� � Win32_ThreadTrace Description The ThreadTrace event class is the base event for thread events. AMENDMENT LOCALE ms_409 ProcessID
� � � � uint32 Description The ProcessID property contains the process identifier of the process to which the thread belongs. ThreadID
� c k x uint32 Description The ThreadID property contains the thread identifier of the thread involved in the event. � W i n 3 2 _ T h r e a d T r a c e �`�%߬�� 6 Win32_ThreadTrace ) % k ��v ~ � � ( � � T d �U����������������������������������������������������� � Win32_ThreadStartTrace Description The ThreadStartTrace event class indicates a new thread has started. AMENDMENT LOCALE ms_409 StackBase
� � � � uint64 Description The StackBase property indicates the base address of the thread's stack. StackLimit
� T \ i uint64 Description The StackBase property indicates the limit of the thread's stack. UserStackBase $
� � � � uint64 Description The UserStackBase property indicates the base address of the thread's user-mode stack. UserStackLimit ,
� � � � uint64 Description The UserStackLimit property indicates the limit of the thread's user-mode stack. � W i n 3 2 _ T h r e a d T r a c e a�%߬�� Win32_ThreadTrace ) $ h ��s { ���������������������� � Win32_ThreadStopTrace Description The ThreadStopTrace event class indicates a thread has terminated. AMENDMENT LOCALE ms_409 � W i n 3 2 _ S y s t e m T r a c e a�%߬��
Win32_SystemTrace ) b ��m u ������������} � Win32_ModuleTrace Description The ModuleTrace event class is the base event for module events. AMENDMENT LOCALE ms_409 � W i n 3 2 _ M o d u l e T r a c e a�%߬� 7 Win32_ModuleTrace ) $ r ��} � � � � � * � � � � � / _U�����������������������������������������������������P � Win32_ModuleLoadTrace Description The ModuleLoadTrace event class indicates a process has loaded a new module. AMENDMENT LOCALE ms_409 DefaultBase ,
� � � � uint64 Description default load base address, as listed in the NT image header; if the requested address is unavailable the image will be loaded at a different address (ImageBase), causing rebasing. FileName
� � � � string Description The FileName property indicates the filename of the loaded module. ImageBase
� V ^ k uint64 Description The ImageBase property indicates the base address where the module was loaded into process memory. ImageChecksum $
�
uint32 Description NT image checksum (usually set at link time), as listed in the NT image header; it is a hash used to verify the image was not changed or it's the same. Note: This is not a cryptographic hash, therefore it's weak. ImageSize
� - 5 B uint64 Description The ImageSize property indicates the size in bytes of the loaded module. ProcessID
� � � � uint32 Description The ProcessID property indentifies the process that loaded the module. TimeDateStamp (
� [ c p uint32 Description NT image timestamp (usually set at link time), as listed in the NT image header; it is a used to identify the binary image along with the original file name and ImageSize, which is also retrieved from the NT image header. �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A a�%߬�nZ�%߬�� �����K 9 T � __Win32Provider {fe9af5c0-d3b6-11ce-a5b6-00aa00680c3f} LocalServiceHost RegProv 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D a�%߬�tZ�%߬�f O � __MethodProviderRegistration \\.\Root\Default:__Win32Provider.Name="RegProv" � � Implemented Description The Resume method resumes a paused print queue. The method can return the following values:
0 - Success.
5 - Access denied.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � � 0 5 .. Values � � � Success Access denied Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � CancelAllJobs 6 � ��� � , 4 Implemented Description The CancelAllJobs method cancels and removes all print jobs from the printer queue including the job currently printing. The method can return the following values:
0 - Success.
5 - Access denied.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap " % ( 0 5 .. Values D M \ Success Access denied Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � AddPrinterConnection A ;
��C
��P
]
x � � � Static Implemented Description The AddPrinterConnection method provides a connection to an existing printer on the network and adds it to the list of available printers on the computer system. If successful, applications will be able to use this printer for print jobs. If unsuccessful the printer is not installed. The method can return the following values:
0 - Success.
5 - Access denied.
1801 - Invalid printer name.
1930 - Incompatible printer driver.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � � � � 0 5 1801 1930 .. Values � � � � f
Success Access denied Invalid printer name The printer driver is not compatible with a policy enabled on your computer that blocks NT 4.0 drivers Other ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ���� � __PARAMETERS abstract Name string
� 0 In
� 0 W �� The Name parameter specifies a friendly name for the printer. This may be overridden if the name has alreadybeen set by the printer. Description )
� 0 W �� � X MappingStrings 6
� 0 W �� � Z P ID C
� W �� � Z P � string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RenamePrinter 6 > ��K X ] g � � Implemented Description The RenamePrinter method renames a printer. The method can return the following values:
0 - Success.
5 - Access denied.
1801 - Invalid printer name.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap { ~ � � 0 5 1801 .. Values � � � � Success Access denied Invalid printer name Other � ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * s ����� � __PARAMETERS abstract NewPrinterName string
� : In
� : a �� The NewPrinterName parameter specifies the new printer name. Description )
� : a ��� � MappingStrings 6
� : a ��� � ID C
� � a ��� � o string __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � PrintTestPage 6 � ��� � � � � � Implemented Description The PrintTestPage method prints a test page. The method can return the following values:
0 - Success.
5 - Access denied.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � � 0 5 .. Values � � � Success Access denied Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDefaultPrinter 6 � ��� � � � Implemented Description The SetDefaultPrinter method sets the printer to be the default printer for the user who executes the method. The method can return the following values:
0 - Success.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � 0 .. Values Success Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetSecurityDescriptor C � �� ! ! �" �" U# _# �# �# implemented description Retrieves a structural representation of the printer's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values �" # # (# ;# N# Success Access denied Unknown failure Privilege missing Invalid parameter Other ValueMap {# ~# �# �# �# �# 0 2 8 9 21 .. Privileges �# SeSecurityPrivilege % ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor C ?' ��L' Y' ) ) �) �) �) �) implemented description Sets security descriptor on the printer to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values 8) A) P) a) t) �) Success Access denied Unknown failure Privilege missing Invalid parameter Other ValueMap �) �) �) �) �) �) 0 2 8 9 21 .. Privileges �) SeSecurityPrivilege ac6d1350600005Q ROOT\CIMV2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �E078CF7C2D3C5371AB7D7BA2E3A5C78D38FD26BACE479.12.927762452.1617 CD_3935D6345388A245E9FF50F1CD42F69CC8FD444FF90B93C789385D0BD31672F7.17.2007166480.652 CD_39DCEF2AB20FDF7CAFAA304F91E99DB86E3E37A5DC94A931621C7269DB8703BF.40.90087890.1182 CD_39E75790979650C120BE778856591D7E59D2F85DDFBB3BFF1733B73153D5DC01.31.2941113497.474 CD_3AA1CCF33D8CEFD2B415A45A121A40E7E45802CD4F254AAE61989F4AA8DC738A.30.4178802298.502 CD_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11.12.3821327255.274 CD_3F67FA0166F0C8A24B462CDA43C543F340CD7BDE061E1F57A0BF997BF74531EB.15.236894778.3175 CD_3FF84C03B328C80EE72EA722B2C1AB0D0A4549FDEC5EB94A2670D175C0A3657F.40.3014044045.666 CD_403C7DAFD38411FBB7FFA51AD2D0CC5E3462A61D34EA60E279877DCCDC222D62.39.3901164362.452 CD_40BEEFCD86669714A96D09FC1ADF38E568E0B01D634EF8F9AD700B7740B2B19A.36.2230701201.646 CD_40CAFB87B847B798AC8F2045737A2A8390AC0416A38406D6F38EE740FBB0A4AC.21.2336647194.1508 CD_410A129DDF9C5559586E57FD96A9E962121A44EE9BB4B632CAC4A1E45DD8F6B4.16.1352257118.600 CD_44B2B33F232E78585BC06F82C484DB1BDFCFCAAFCAC5D29C12B11CCF8EE5BA88.46.3477544344.357 CD_45999BE1E716B224CDC60BBAEC2E4A9422A7548870411AB5310F9D9DCF7A8F92.18.2064360059.505 CD_47B8D9FB99659B3546500CA55AB79FFA62B2FC16F96D81F5B390216EEB78A7A9.38.1750957004.1932 CD_486709A1BC1AEA1713B7B7854CB54E0BA9471BB018357C834E1DD6BAF7DE7457.37.1828699760.365 CD_488B67E05BD8C144F890DD1628D2D632822D5CE3B99BFDA24BA6CC55C387B3C4.30.1560784502.718 CD_49777012274A486E8E2DA653CCC9FE3C0BAFC8CB49FF0E373F8540A5B458A655.12.2167383571.520 CD_4981A3BB969F4ED9382A86F274047A36B2A04D2A53526DFA477217266B033E1E.30.1193437684.1237 CD_49C003F958AE429B51E409471F01A643359D07DB4A4E6AA865D8578747CC13A3.34.1787134301.577 CD_4A805754DC4920C5CDF55FA12C65FB3FF31068A56F7569D69AC9CEBF6B6C724B.26.2454400919.533 CD_4B66FACE2F9688020890084420324926AA3CF21932AD39E8C9ACEA5209F73583.43.3564511159.262 CD_4B73D65E2FE4553C66EBB3CAEECF929ED3C6295923490BCF82E45AB15E13C3B2.33.3124051792.546 CD_4BBA71B8B969B6626A0E7F60779736282C60AEC40553354F5884C7B9E51AF36A.17.1896102235.288 CD_4BD0F8A6C8D9EC0678D50228DC3CB44B9F26CFF9B291F8B882B0AD7C252B23A9.42.3154021213.219 CD_35A718313A1D788647FBE70E3BDCD7DD0916025FCA299E4EDF879E32418A1A55.52.751762984.8061 CD_43B35DA4EAEBC0284206ADBC4132DA71EB8556E731586CFE46B5A658E2C2F498.51.1518680481.682 CD_48C8FF9D3F57E7744A3D1C2C52E57FC97BA717E184730EB1BDE77718DB3C9C93.51.3268578348.772 CD_3035B16D02866D7EE030442132A18B7ACF25E1EBBE385D31EBEA6DA0AB2F86A6.57.345690657.3394 CD_45F5A698FE1F369FCC9E35170EFC43E4DFBC18F38DA62C3D1FEF22A7B3B706DD.58.4271515548.1313 CD_3F71F51676E0E4D666CAF1EBCB8834168AA41A1C9D4D74E4D596C66D86A39AA9.67.1065059953.587 CD_404A8A60F06FF86C891EF2776F930A45A835547F74E3D08788D5D842F92EEA38.69.2705932747.519 CD_34FD9E1177E28334594B80DCA69BD741401DD280ADBA44870846F7381632F88D.71.1187103344.441 CD_410A7F9BCBF68F143E8FFFBF91BEB08109AC58714E0E02572A1BE71E6EE2A05C.71.797393471.1122 CD_48B29E9AE4FFC8EF806EFE0B21B81E1AD49B510512EB4535634C1F796E081ABA.72.1024667953.915 CD_4C5229B4915A098FA9E249BF643245728F52EEA4263D760742E82296F3E1B97E.74.4237442598.603 CD_49164C7AB89E7FE6DA81BECB881C8C4D65839FBBD034989674E74CAE234E85F7.75.1724504165.535 CD_3593792BE66B364C91CB864BB99BBAAA7F25D2BB3385AF25FEAE463E3985026A.75.4172547056.443 CD_428941D3E4DA5D73C4ACFBC21B050EE334D4553F43C52B09A9D3CA1C7657E068.75.353606162.243 CD_3CFDE39E9D28C34AE877E11B2DF9F63280B899B04139F6BF489E37FF8557DDA2.39.2594731857.249 CD_4C6CD71FCC442DE647DE566A7976E508BB0047F456840F2469A44C2BA062A4A9.61.1889457469.250 CD_38CA7FED21B16AE8C42210D10395046AA0C1BC650EF11697FFB6D8AC7EB96050.67.2370432329.250 CD_2F43B8EB8E14762A257D84DCB10913E4CD9E8069D8AEA3384120BB143668FB2E.91.3074961256.667 CD_349957449457FCB3DC5CC416323F05E6E56083B532266B79EAB7F5AB720C36C1.92.3411141240.633 CD_4AC1D3A26D87995319BF08535EEE6BAC00658FC9706A2D0A430BCE00D546062C.97.1913818272.655 CD_38522FF056841CE5D155E4CC0CC353966200DA04021E80EE70B3AC6C9663D8EF.93.3732652140.556 CD_4C51C80A2BAFAD3102FF110F62EC213D34DD3E23F9AFBD5B7FE6DAFCFBF7A94A.98.1758378749.1908 CD_4863CCD7EA7AAB9B370DC41C90A9C0EAFEA91FBA205A7BBE9446323C4F6EDFAB.263.743118307.219 CD_33D246EB3B57E6928B893AD6FD55D978AB60895C15739A40D6B9E85119ED3D71.265.4268454207.573 CD_46220D63709C3AA26B1F26BFEDBED5BF0C3449D14236275DE54E229C2751EF56.270.761933767.566 CD_49077985F3FCF4259B2FE7EFC831F5599CA91F6DC9D11720E6A401A1DE18B2D2.270.3138366782.649 CD_44176E2582D203C4E24AFCA28B3D2E229104AC44AFAB0DE90ED2E93CD38781CD.276.1213186376.139 CD_49FB736F05F6E9A78F87E84FC5279EF60B08777EF5A714391B9E97553F332914.276.1439197231.173 CD_45825D5E91CA2C0282764680BAD49693442FDEEE8D15EF9FADD54C4BF9438553.279.2401677735.2321 g the serial port. � C I M _ S e t t i n g p^�%߬�
CIM_Setting
) � ��� � ?������������� � Win32_COMSetting Description The Win32_COMSetting class represents the settings associated with a COM component or COM application. AMENDMENT LOCALE ms_409 � C I M _ P h y s i c a l M e d i a �^�%߬�J X CIM_PhysicalMedia 6 � �� � ( . V d � � ���������������������������������������������������������������������������������������| � Win32_PhysicalMedia CIMWin32a Locale UUID {BF253431-1E4D-4F57-00E7-64B2CACC801E} SerialNumber @ $ 6
� � � ��� � � � string Override SerialNumber MappingStrings � Tag @
( N
� C � ��K � ��S ] b r string MaxLen Override Tag MappingStrings z � є �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ޓ vN � MSFT_CliFormat LIST FULL � Y w � � � � * Q * 2! �# �% k( �* J- �/ �3 7 �9 ,< C �F >J \L u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; � ! � � � MSFT_CliProperty ConfigOptions The ConfigOptions property contains strings that describe the configuration of the jumpers and switches located on the base board. ConfigOptions 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G N � MSFT_CliProperty Depth The depth of the physical package in inches. Depth 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � I Q � MSFT_CliProperty Height The height of the physical package in inches. Height S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty HostingBoard Boolean indicating that this card is a motherboard or, more generically, a baseboard in a chassis. HostingBoard � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � � � � MSFT_CliProperty HotSwappable A physical package can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). HotSwappable D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � � MSFT_CliProperty OtherIdentifyingInfo OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. One example is bar code data associated with an element that also has an asset tag. OtherIdentifyingInfo 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PartNumber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � s | � MSFT_CliProperty Product The Product property indicates the base board part number defined by the manufacturer. Product � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier l � � � � MSFT_CliProperty Removable A physical package is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. Removable m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Replaceable A physical package is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. Replaceable j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � + � � � MSFT_CliProperty RequirementsDescription A free-form string describing the way(s) in which this card is physically unique from other cards. RequirementsDescription r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � ) � � � MSFT_CliProperty RequiresDaughterBoard Boolean indicating that at least one daughterboard or auxiliary card is required in order to function properly. RequiresDaughterBoard � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � � ;{� ��z�� � 6FI�a � �Rf�J < Ɖ��� � &젥t ' [C� � S(8� } \q@� � C I M _ E l e m e n t S e t t i n g x^�%߬�� CIM_ElementSetting ) , � ��� � � � � � ���������\ � Win32_ClassicCOMClassSettings Description The Win32_ClassicCOMClassSettings class represents an association between a COM class and the settings used to configure instances of the COM class. AMENDMENT LOCALE ms_409 Element f@ )
� 8 E � �� ref:Win32_ClassicCOMClass Description The Element reference represents the COM class where the settings are applied. Setting f@ )
� � � � �� ref:Win32_ClassicCOMClassSetting Description The Setting reference represents configuration settings associated with the COM class. � z^�%߬�� ) ( � ��� � � � � � ��������C � Win32_ImplementedCategory Description The Win32_ImplementedCategory class represents an association between a component category and the COM classusing its interfaces. AMENDMENT LOCALE ms_409 Category f )
� � ��$ 1 ref:Win32_ComponentCategory Description The Category reference represents the component category being used by the COM class. Component f )
� � � ��� � ref:Win32_ClassicCOMClass Description The Component reference represents the COM class using the associated category. te � {^�%߬�� ) % � ��� � � � � � ���������v � Win32_ComClassEmulator Description The Win32_ComClassEmulator class represents an association between two versions of a COM class. AMENDMENT LOCALE ms_409 NewVersion f )
� � � ��� ref:Win32_ClassicCOMClass Description The NewVersion reference represents the COM component containing interfaces that emulate the older version of the component. OldVersion f )
� � � ��� � ref:Win32_ClassicCOMClass Description The OldVersion reference represents the COM component with interfaces that can be emulated by the new version of the component. o � |^�%߬�$ ) ) � ��� � � � � � ��������� � Win32_ComClassAutoEmulator Description The Win32_ComClassAutoEmulator class represents an association between a COM class and another COM class that it automatically emulates. AMENDMENT LOCALE ms_409 NewVersion f )
� � ��, 9 ref:Win32_ClassicCOMClass Description The NewVersion reference represents the COM component that can automatically emulate the associated COM component. This information is obtained through the AutoTreatAs registry entry. OldVersion f )
� 5 � ��P ] ref:Win32_ClassicCOMClass Description The OldVersion reference represents the COM component that is automatically emulated by another component. tr � }^�%߬�� ) - � ��� � � � � ���������{ � Win32_ClientApplicationSetting Description The Win32_ClientApplicationSetting class represents an association between an executable and a DCOM application that contains the DCOM configuration options for the executable. AMENDMENT LOCALE ms_409 Application f )
� > � ��Y f ref:Win32_DCOMApplication Description The Application reference represents the DCOM application containing configuration options of the executable. Client f )
� � ��& 3 ref:CIM_DataFile Description The Client reference represents an executable that uses DCOM settings. D � C I M _ R e a l i z e s �^�%߬�� CIM_Realizes 6 � �� � ) 1 7 ; G � � U��������} � Win32_DiskDrivePhysicalMedia CIMWin32a Locale UUID {} Antecedent f@ A
� � � �� � ��� � � � ref:Win32_PhysicalMedia Override Antecedent MappingStrings � Dependent f@ A
� 9 � �� � ��N X c s ref:Win32_DiskDrive Override Dependent MappingStrings { � � C I M _ P h y s i c a l P a c k a g e �a�%߬�� V CIM_PhysicalPackage ) ( �� & . 8 * 7 � � � � � � � � � � ����W��������������������������������������������������������������������������������� � Win32_PhysicalMemoryArray Description The Win32_PhysicalMemoryArray class represents details about the computer system's physical memory. This includes the number of memory devices, memory capacity available, and memory type (for example, system memory or video memory). AMENDMENT LOCALE ms_409 Location < +
� q y � � � uint16 Description The Location property indicates the physical location of the memory array. Values $ + 4 Q b t � � � � � � �
Reserved Other Unknown System board or motherboard ISA add-on card EISA add-on card PCI add-on card MCA add-on card PCMCIA add-on card Proprietary add-on card NuBus PC-98/C20 add-on card PC-98/C24 add-on card PC-98/E add-on card PC-98/Local bus add-on card MaxCapacity >
� c k x uint32 Description This property is deprecated, please use MaxCapacityEx MaxCapacityEx B +
� � � � � uint64 Description The MaxCapacity property indicates the maximum memory size (in bytes) installable for this particular memory array. If the size is unknown, the property is given a value of 0. Units kilobytes MemoryDevices J
�
uint16 Description The MemoryDevices property indicates the number of physical slots or sockets available in this memory array. MemoryErrorCorrection L +
� � � � W _ uint16 Description The MemoryErrorCorrection property indicates the type of error correction used by the memory array. Values � � � � � � � � Reserved Other Unknown None Parity Single-bit ECC Multi-bit ECC CRC Tag @ )
� � �� string Description The Tag property contains a string that uniquely identifies the physical memory array.
Example: Physical Memory Array 1 Use N +
� � � � 7 ? uint16 Description The Use property indicates how the memory is used in the computer system. Values c m t } � � � � Reserved Other Unknown System memory Video memory Flash memory Non-volatile RAM Cache memory � C I M _ L o g i c a l E l e m e n t b�%߬�A CIM_LogicalElement ) & � ��� � � � ; A u��������� � Win32_ComponentCategory Description The Win32_ComponentCategory class represents a component category. Component categories are groups of COM classes with a defined functionality set shared between them. A client using these interfaces queries the registry for the category title and unique identifier called a CategoryID, which is created from a globally unique identifier (GUID). AMENDMENT LOCALE ms_409 CategoryId )
� � � � � �� string Description The CategoryId property indicates a GUID for this component category. Name
� m u � string Description The Name property indicates a descriptive name of this component category. � C I M _ A c c o u n t �d�%߬�� \ CIM_Account
) � �� � �������������������������������������������������������������������������������������������� � Account IPMIPrv Locale � �nM � ��ݕ g�jdz � ��81�
� uuD@
Y Iq��f .
��� " �^�%߬�� 4 ��' ��4 < B j v � � � 5 B t � � � " ( U����������������������������Z � Win32_SecuritySettingAccess abstract Association Locale UUID {8502C587-5FBB-11D2-AAC1-006008C78BC7} AccessMask
� � � �� uint32 GuidInheritedObjectType
� � � �� string GuidObjectType
� - � �� string Inheritance
� l � �� uint32 SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting Trustee f '
� � �� � �� ref:Win32_SID Type
� R � �� uint32 � �^�%߬� 4 ��) ��6 > D l � � � > K } � � � + 1 U����������������������������c � Win32_SecuritySettingAuditing abstract Association Locale UUID {8502C588-5FBB-11D2-AAC1-006008C78BC7} AuditedAccessMask
� � � �� uint32 GuidInheritedObjectType
� � � �� string GuidObjectType
� 6 � �� string Inheritance
� u � �� uint32 SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting Trustee f '
� � �� � �� ref:Win32_SID Type
� [ � �� uint32 � _ _ T r u s t e e �^�%߬�� __Trustee ) �� ! ' O W � � g l � � � � W����������������������������� � Win32_Trustee abstract Locale UUID {8502C589-5FBB-11D2-AAC1-006008C78BC7} Domain @ )
� � � ��� � string WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege Name @ )
� � ��! 2 string WritePrivileges > S SeSecurityPrivilege SeRestorePrivilege SID ` )
� � � ��� � uint8 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege SidLength @ )
� 2 � ��: K uint32 WritePrivileges W l SeSecurityPrivilege SeRestorePrivilege SIDString @ )
� � � ��� � string WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege � _ _ A C E �^�%߬�g " __ACE ) �� # K W � � k t � � � , 5 W��������������������������������� � Win32_ACE abstract Locale UUID {8502C58A-5FBB-11D2-AAC1-006008C78BC7} AccessMask @ )
� � � ��� � uint32 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege AceFlags @ )
� � ��% 6 uint32 WritePrivileges B W SeSecurityPrivilege SeRestorePrivilege AceType @ )
� � � ��� � uint32 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege GuidInheritedObjectType @ )
� I � ��Q b string WritePrivileges n � SeSecurityPrivilege SeRestorePrivilege GuidObjectType @ )
� � � ��� � string WritePrivileges SeSecurityPrivilege SeRestorePrivilege Trustee
@ )
� l � ��� � object:Win32_Trustee WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege � � _ _ S e c u r i t y D e s c r i p t o r �^�%߬� __SecurityDescriptor ) ��$ , 2 Z h � � � � 2 9 � � W�����������������������������w � Win32_SecurityDescriptor abstract Locale UUID {8502C58B-5FBB-11D2-AAC1-006008C78BC7} ControlFlags @ )
� � � ��� � uint32 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege DACL
` 4
� 5 � �� � ��G X object:Win32_ACE WritePrivileges d y SeSecurityPrivilege SeRestorePrivilege Group
@ 4
� � � �� � ��� � object:Win32_Trustee WritePrivileges SeSecurityPrivilege SeRestorePrivilege Owner
@ 4
� { � �� � ��� � object:Win32_Trustee WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege SACL
` 4
� � �� � ��1 B object:Win32_ACE WritePrivileges N c SeSecurityPrivilege SeRestorePrivilege e � W i n 3 2 _ S e c u r i t y S e t t i n g �^�%߬�| Win32_SecuritySetting 6 � �� � " , 4 : b t � � ������������������������� � Win32_LogicalFileSecuritySetting SECRCW32 Locale UUID {8502C58C-5FBB-11D2-AAC1-006008C78BC7} OwnerPermissions
� � � �� boolean Path '
� � � �� � �� string | � � � � � @ � GetSecurityDescriptor ) @ L � ��� � Privileges X m SeSecurityPrivilege SeRestorePrivilege implemented ValueMap � � � � � � 0 2 8 9 21 .. % ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor ) 5 A v ��� � Privileges M b SeSecurityPrivilege SeRestorePrivilege implemented ValueMap � � � � � � 0 2 8 9 21 .. ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � W i n 3 2 _ S e c u r i t y S e t t i n g O f O b j e c t �^�%߬�� ' Win32_SecuritySettingOfObject 6 � �� � $ . 6 < d m � � e��������E � Win32_SecuritySettingOfLogicalFile SECRCW32 Locale UUID {8502C58D-5FBB-11D2-AAC1-006008C78BC7} Element f@ )
� � � � � �� ref:CIM_LogicalFile Override Element Setting f@ )
� 2 < � �� ref:Win32_LogicalFileSecuritySetting Override Setting � `�� Y�h(� � M�9^
> �Bq� b cO 7� * |�?( P +�3 x � �(VJ �
�
0" { � I�
R O O T \ C I M V 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 9 F D 0 8 2 1 3 7 7 0 0 7 2 9 C 3 A 0 0 9 8 3 D 8 3 A 0 7 2 D 3 9 5 D C 7 E 5 A A 5 0 6 1 7 3 8 F F 9 B B D A 9 2 7 7 9 E C 8 F ment �^�%߬��
) # ��+ 3 ; D � � � � ������������) � CIM_CollectionOfMSEs Description The CollectionOfMSEs object allows the grouping of ManagedSystemElements for the purposes of associating Settings and Configurations. It is abstract to require further definition and semantic refinement in subclasses. The CollectionOfMSEs object does not carry any state or status information, but only represents a grouping or 'bag' of Elements. For this reason, it is incorrect to subclass groups that have state/status from CollectionOfMSEs - an example is CIM_RedundancyGroup (which is correctly subclassed from LogicalElement).
Collections typically aggregate 'like' objects, and represent an optimization. Without Collections, one is forced to define individual ElementSetting and ElementConfiguration associations, to tie Settings and Configuration objects to individual ManagedSystemElements. There may be much duplication in assigning the same Setting to multiple objects. In addition, using the Collection object allows the determination that the Setting and Configuration associations are indeed the same for the Collection's members. This information would otherwise be obtained by defining the Collection in a proprietary manner, and then querying the ElementSetting and ElementConfiguration associations to determine if the Collection set is completely covered. AMENDMENT LOCALE ms_409 Caption
� p x � string Description A short textual description (one-line string) of the CollectionOfMSEs object. CollectionID
� # string Description The identification of the Collection object. When subclassed, the CollectionID property can be overridden to be a Key property. Description
� � � � string Description A textual description of the CollectionOfMSEs object. th � �^�%߬�& ) � ��� � � � L T ���������� � CIM_CollectedMSEs Description CIM_CollectedMSEs is a generic association used to establish the members of the grouping object, CollectionOfMSEs. AMENDMENT LOCALE ms_409 Collection f
� � ref:CIM_CollectionOfMSEs Description The grouping or 'bag' object that represents the Collection. Member f
� � � � ref:CIM_ManagedSystemElement Description The members of the Collection. 40 � �^�%߬�J ) ' � ��� � � � g ��������� � CIM_CollectedCollections Description CIM_CollectedCollections is an aggregation association representing that a CollectionOfMSEs may itself be contained in a CollectionOfMSEs. AMENDMENT LOCALE ms_409 Collection f
� - ref:CIM_CollectionOfMSEs Description The 'higher level' or parent element in the aggregation. CollectionInCollection f
� � � � ref:CIM_CollectionOfMSEs Description The 'collected' Collection. n � �^�%߬� ) $ � ��� � � � 0 9 ���������� � CIM_CollectionSetting Description CollectionSetting represents the association between a CollectionOfMSEs class and the Setting class(es) defined for them. AMENDMENT LOCALE ms_409 Collection f
� � ref:CIM_CollectionOfMSEs Description The CollectionOfMSEs. Setting f
� e v � ref:CIM_Setting Description The Setting object associated with the Collection. � �^�%߬�8 ) " p ��{ � � � 6 E ���������� � CIM_LogicalIdentity Description CIM_LogicalIdentity is an abstract and generic association, indicating that two LogicalElements represent different aspects of the same underlying entity. This relationship conveys what could be defined with multiple inheritance. It is restricted to the 'logical' aspects of a ManagedSystemElement. In most scenarios, the Identity relationship is determined by the equivalence of Keys or some other identifying properties of the related Elements. The association should only be used in well understood scenarios. This is why the association is abstract - allowing more concrete definition and clarification in subclasses. One of the scenarios where this relationship is reasonable is to represent that a Device is both a 'bus' entity and a 'functional' entity. For example, a Device could be both a USB (bus) and a Keyboard (functional) entity. AMENDMENT LOCALE ms_409 SameElement f )
� � � ��� � ref:CIM_LogicalElement Description SameElement represents an alternate aspect of the System entity. SystemElement f )
� | � ��� � ref:CIM_LogicalElement Description SystemElement represents one aspect of the LogicalElement. le � �^�%߬�� ) ) � ��� � � � � � ��������_ � Win32_CollectionStatistics Description This class represents an association between a managed system element collection and the class representing statistical information about the collection. AMENDMENT LOCALE ms_409 Collection f
� 1 > ref:CIM_CollectionOfMSEs Description This property is a reference to an instance of a collection of managed system elements. Stats f
� � � � ref:CIM_StatisticalInformation Description This property is a reference to the instance that contains statistical information about a collection. � _ _ E x t r i n s i c E v e n t �^�%߬�� __ExtrinsicEvent ) ( i ��t | � � ����������������/ � Win32_ComputerSystemEvent Description This event class represents events related to a computer sytem. AMENDMENT LOCALE ms_409 MachineName
� � � � string Description The MachineName property contains the name of the machine for which the event had occurred. s � W i n 3 2 _ C o m p u t e r S y s t e m E v e n t �^�%߬�1 # Win32_ComputerSystemEvent ) * � ��� � � � ��������������������� � Win32_ComputerShutdownEvent Description This event class represents events when a computer has begun the process of shutting down. AMENDMENT LOCALE ms_409 Type +
� � � � � � uint32 Description The Type property contains the type of shutdown that was initiated. This event pertains to both shutdown as well as reboots of the system. Values � � Log Off Shutdown or Reboot as �
R O O T \ c i m v 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 3 4 0 C B E 7 8 E C D C 1 4 7 C C 0 D 8 E 0 8 D 2 5 E 2 8 D 5 8 1 2 D D 3 5 2 A 6 0 2 0 A 7 8 4 7 8 6 0 B 2 3 A 3 D 7 4 7 C 8 4 __ �h�p � ���0 � 20 � � I��� ^n�(� - �|�� � C I M _ S e t t i n g D a t a d�%߬�� CIM_SettingData ) � �� � # + 5 ��������������������h � Win32_PowerPlan PowerWmiProvider Locale IsActive
� _ � �� boolean �
� � Activate � ac6d1350600005Q ROOT\cimv2\power ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � C I M _ M a n a g e d E l e m e n t d�%߬�� CIM_ManagedElement ) �� , E M Z � � }���������������� � CIM_Capabilities Abstract UMLPackagePath CIM::Core::Capabilities locale ElementName @ )
� � � ��� � string Required Override ElementName InstanceID @ )
� � � �� string Override InstanceID e � C I M _ C a p a b i l i t i e s d�%߬�� CIM_Capabilities ) � �� � 0 �����������������8 � Win32_PowerSettingDefinition PowerWmiProvider Locale � d�%߬�� ) ��% 5 J R ] � � � � � � 7 D U���������������� � CIM_ElementSettingData Association UMLPackagePath CIM::Core::Settings locale IsCurrent
� | uint16 IsDefault
� � uint16 IsNext
� � uint16 ManagedElement f
� � �� ref:CIM_ManagedElement SettingData f
� n � �� ref:CIM_SettingData � C I M _ M a n a g e d E l e m e n t .d�%߬�� CIM_ManagedElement ) ��" / , 4 < W � � � o � K [ � � D W U��������������������������C � CIM_RegisteredProfile AMENDMENT Description A RegisteredProfile describes a set of CIM Schema classes with required properties and/or methods, necessary to manage a real-world entity or to support a usage scenario, in an interoperable fashion. RegisteredProfiles can be defined by the DMTF or other standards organizations. Note that this class should not be confused with CIM_Profile, which collects SettingData instances, to be applied as a 'configuration profile' for an element.
A RegisteredProfile is a named 'standard' for CIM-based management of a particular System, subsystem, Service or other entity, for a specified set of uses. It is a complete, standalone definition, as opposed to the subclass RegisteredSubProfile, which requires a scoping profile for context.
The uses for a RegisteredProfile or SubProfile MUST be specified in the document that defines the profile. Examples of Profiles are to manage various aspects of an Operating System, Storage Array, or Database. The name of the profile is defined and scoped by its authoring organization. LOCALE ms_409 AdvertiseTypeDescriptions
� � � � string Description A free-form string providing additional information related to the AdvertiseType. A description MUST be provided when the AdvertiseType is 1, "Other". An entry in this array corresponds to the entry in the AdvertiseTypes array at the same index. It is not expected that additional descriptions are needed if the Type is set to "Not Advertised" or "SLP". However, as the SLP template expands, or as other advertisement mechanisms are defined, support for additional descriptions may be needed. This array is defined to support this. AdvertiseTypes 8
� � � � � uint16 Description This property signifies the advertisement for the profile information. It is used by the advertising services of the WBEM infrastructure to determine what should be advertised, via what mechanisms. The property is an array so that the profile MAY be advertised using several mechanisms. Note: If this property is null/uninitialized, this is equivalent to specifying the value 2, "Not Advertised". ValueMap � � � 1 2 3 Values � � � Other Not Advertised SLP InstanceID )
� @ H U � �� string Description Within the scope of the instantiating Namespace, InstanceID opaquely and uniquely identifies an instance of this class. In order to ensure uniqueness within the NameSpace, the value of InstanceID SHOULD be constructed using the following 'preferred' algorithm:
<OrgID>:<LocalID>
Where <OrgID> and <LocalID> are separated by a colon ':', and where <OrgID> MUST include a copyrighted, trademarked or otherwise unique name that is owned by the business entity creating/defining the InstanceID, or is a registered ID that is assigned to the business entity by a recognized global authority. (This is similar to the <Schema Name>_<Class Name> structure of Schema class names.) In addition, to ensure uniqueness, <OrgID> MUST NOT contain a colon (':'). When using this algorithm, the first colon to appear in InstanceID MUST appear between <OrgID> and <LocalID>.
<LocalID> is chosen by the organizational entity and SHOULD not be re-used to identify different underlying (real-world) elements. If the above 'preferred' algorithm is not used, the defining entity MUST assure that the resultant InstanceID is not re-used across any InstanceIDs produced by this or other providers for this instance's NameSpace.
For DMTF defined instances, the 'preferred' algorithm MUST be used with the <OrgID> set to 'CIM'. OtherRegisteredOrganization
� � � � string Description A free-form string providing a description of the organization when 1, "Other", is specified for the RegisteredOrganization. RegisteredName
� � � � string Description The name of this registered profile. Since multiple versions can exist for the same RegisteredName, the combination of RegisteredName, RegisteredOrganization, and RegisteredVersion MUST uniquely identify the registered profile within the scope of the organization. RegisteredOrganization 8
� F P � uint16 Description The organization that defines this profile. ValueMap � � � � � � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 .. Values _ f l u � � � � � � � � � � % 5 Other DMTF CompTIA Consortium for Service Innovation FAST GGF INTAP itSMF NAC Northwest Energy Efficiency Alliance SNIA TM Forum The Open Group ANSI IEEE IETF INCITS ISO W3C OGF The Green Grid DMTF Reserved RegisteredVersion
� � � � string Description The version of this profile. The string representing the version MUST be in the form:
M + "." + N + "." + U
Where:
M - The major version (in numeric form) describing the profile's creation or last modification.
N - The minor version (in numeric form) describing the profile's creation or last modification.
U - The update (e.g. errata, patch, ..., in numeric form) describing the profile's creation or last modification. t � C I M _ M a n a g e d S y s t e m E l e m e n t 5d�%߬�\ ! " CIM_ManagedSystemElement ) ! � ��� � ���������������������������������� � CIM_LogicalElement Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. AMENDMENT LOCALE ms_409 �ion. t � � M �^�%߬�� 6 � �� � * 2 8 ` � Win32_SecurityDescriptorHelper SECRCW32 Locale UUID {A502B5A5-B91A-41d1-83D6-BBFA55076333} � el SEC > D / {A5 B q w f
-BB u
�
a � � � ~ m � � � � �
� � Win32SDToSDDL ) ��6 �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������F � __PARAMETERS abstract SDDL string
� 0 out
� 0 W �� ID )
� � W ��� string ReturnValue uint32
� uint32 out
� �� __ � Win32SDToBinarySD \ ��i �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � ��������H � __PARAMETERS abstract BinarySD uint8
� 4 out
� 4 Z �� ID )
� � Z ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � SDDLToWin32SD �
���
�� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �f �� * � ����� � __PARAMETERS abstract SDDL string
� 0 in
� 0 W �� ID )
� � W ��� string __ � ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � 7 ��������a � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor ReturnValue uint32
� * uint32 out
� * 2 �� __ � SDDLToBinarySD � ��� �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �f �� * � ����� � __PARAMETERS abstract SDDL string
� 0 in
� 0 W �� ID )
� � W ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � ��������H � __PARAMETERS abstract BinarySD uint8
� 4 out
� 4 Z �� ID )
� � Z ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � BinarySDToWin32SD � ��� �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract BinarySD uint8
� 4 in
� 4 Z �� ID )
� � Z ��� uint8 __ � ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � 7 ��������a � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor ReturnValue uint32
� * uint32 out
� * 2 �� __ � BinarySDToSDDL � �� �� implemented static � ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract BinarySD uint8
� 4 in
� 4 Z �� ID )
� � Z ��� uint8 __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������F � __PARAMETERS abstract SDDL string
� 0 out
� 0 W �� ID )
� � W ��� string ReturnValue uint32
� uint32 out
� �� __ �4 ��' ��4 < B j v � � � 5 B t � � � " ( U����������������������������Z � Win32_SecuritySettingAccess abstract Association Locale UUID {8502C587-5FBB-11D2-AAC1-006008C78BC7} AccessMask
� � � �� uint32 GuidInheritedObjectType
� � � �� string GuidObjectType
� - � �� string Inheritance
� l � �� uint32 SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting Trustee f '
� � �� � �� ref:Win32_SID Type
� R � �� uint32 � �^�%߬� 4 ��) ��6 > D l � � � > K } � � � + 1 U����������������������������c � Win32_SecuritySettingAuditing abstract Association Locale UUID {8502C588-5FBB-11D2-AAC1-006008C78BC7} AuditedAccessMask
� � � �� uint32 GuidInheritedObjectType
� � � �� string GuidObjectType
� 6 � �� string Inheritance
� u � �� uint32 SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting Trustee f '
� � �� � �� ref:Win32_SID Type
� [ � �� uint32 � _ _ T r u s t e e �^�%߬�� __Trustee ) �� ! ' O W � � g l � � � � W����������������������������� � Win32_Trustee abstract Locale UUID {8502C589-5FBB-11D2-AAC1-006008C78BC7} Domain @ )
� � � ��� � string WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege Name @ )
� � ��! 2 string WritePrivileges > S SeSecurityPrivilege SeRestorePrivilege SID ` )
� � � ��� � uint8 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege SidLength @ )
� 2 � ��: K uint32 WritePrivileges W l SeSecurityPrivilege SeRestorePrivilege SIDString @ )
� � � ��� � string WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege � _ _ A C E �^�%߬�g " __ACE ) �� # K W � � k t � � � , 5 W��������������������������������� � Win32_ACE abstract Locale UUID {8502C58A-5FBB-11D2-AAC1-006008C78BC7} AccessMask @ )
� � � ��� � uint32 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege AceFlags @ )
� � ��% 6 uint32 WritePrivileges B W SeSecurityPrivilege SeRestorePrivilege AceType @ )
� � � ��� � uint32 WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege GuidInheritedObjectType @ )
� I � ��Q b string WritePrivileges n � SeSecurityPrivilege SeRestorePrivilege GuidObjectType @ )
� � � ��� � string WritePrivileges SeSecurityPrivilege SeRestorePrivilege Trustee
@ )
� l � ��� � object:Win32_Trustee WritePrivileges � � SeSecurityPrivilege SeRestorePrivilege � �582-5FBB-11D2-AAC1-006008C78BC7} Element f '
� � � �� � �� ref:Win32_Account Setting f '
� � � �� � �� ref:Win32_SID B- � C I M _ S e t t i n g �^�%߬� CIM_Setting
) ��! ) / W e ����������������� � Win32_SecuritySetting abstract Locale UUID {8502C583-5FBB-11D2-AAC1-006008C78BC7} ControlFlags
� � � �� uint32 � i m � � � � � GetSecurityDescriptor ( 4 Privileges @ U SeSecurityPrivilege SeRestorePrivilege % ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor � � Privileges � � SeSecurityPrivilege SeRestorePrivilege ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ E l e m e n t S e t t i n g �^�%߬�� CIM_ElementSetting ) ��) 1 7 _ h � � e��������" � Win32_SecuritySettingOfObject Abstract Locale UUID {8502C584-5FBB-11D2-AAC1-006008C78BC7} Element f@
� � � � ref:CIM_LogicalElement Override Element Setting f@
� � ref:Win32_SecuritySetting Override Setting me � �^�%߬�{ 4 ��& ��3 ; A i p � � e�������� � Win32_SecuritySettingOwner abstract Association Locale UUID {8502C585-5FBB-11D2-AAC1-006008C78BC7} Owner f '
� � � �� � �� ref:Win32_SID SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting 02 �;<�m; ` �� ��m;��m; '�� �� 8 n;$ n; ` �� � n;� n; ʏ,� �� 8 n; n; ` �� �n;�n; � � �� 8 �n;�n; ` �� pn;pn; ��v� �� 8 �n;�n; ` �� ˹Y` � T���3 � Na1Y� � ��lK� �� �
C I M _ C o m p o n e n t �^�%߬�� CIM_Component ) � ��� � � � d s ���������3 � Win32_GroupUser Description The Win32_GroupUser class represents an association between a group and an account that is a member of that group. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� � � �� ref:Win32_Group Description The GroupComponent reference represents a group that the account is a member of. PartComponent f@ )
� � � � � �� ref:Win32_Account Description The PartComponent reference represents a user or system account that is a part of a group of accounts. 9 �
C I M _ S y s t e m �^�%߬�r a CIM_System 6 � �� � # ) O _ � � � � ) [ x � � ' Y e � � � � * ; n � � � O n � � � � ��_UUU������������������������������������������������������������������������������������������* � Win32_NTDomain CIMWin32a Locale UUID 78F4FA18-EE46-4D4C-AB9B-8CC0D42B7038 ClientSiteName V
� � � �� string DcSiteName R
� � � �� string DnsForestName <
� � �� string DomainControllerAddress ,
� S � �� string DomainControllerAddressType 0 )
� � � ��� � sint32 ValueMap � � 1 2 DomainControllerName
(
� � �� string DomainGuid
4
� Q � �� string DomainName 8
� � � �� string DSDirectoryServiceFlag F
� � � �� boolean DSDnsControllerFlag L
� ! � �� boolean DSDnsDomainFlag N
� e � �� boolean DSDnsForestFlag P
� � � �� boolean DSGlobalCatalogFlag D
� � � �� boolean DSKerberosDistributionCenterFlag H
� F � �� boolean DSPrimaryDomainControllerFlag @
� � � �� boolean DSTimeServiceFlag J
� � � �� boolean DSWritableFlag B
� ! � �� boolean �
W i n 3 2 _ A c c o u n t b�%߬�� $ Win32_Account ) z ��� � � � E O % � � � g m ; O 9 J +
=
�WU��������������������������������� � Win32_UserAccount Description The Win32_UserAccount class contains information about a user account on a Win32 system. AMENDMENT LOCALE ms_409 AccountType +
� � � � � uint32 BitValues # 3 N i Temporary duplicate account Normal account Interdomain trust account Workstation trust account Server trust account Description The AccountType property contains flags describing the characteristics of Win32 user account:
UF_TEMP_DUPLICATE_ACCOUNT - Local user account for users whose primary account is in another domain. This account provides user access to this domain, but not to any domain that trusts this domain.
UF_NORMAL_ACCOUNT - default account type that representing a typical user.
UF_INTERDOMAIN_TRUST_ACCOUNT - account is for a system domain that trusts other domains.
UF_WORKSTATION_TRUST_ACCOUNT - This is a computer account for a Windows NT/Windows 2000 machine that is a member of this domain.
UF_SERVER_TRUST_ACCOUNT - account is for a system backup domain controller that is a member of this domain.
Disabled
� { � � boolean Description The Disabled property determines whether the Win32 user account is disabled.
Values: TRUE or FALSE. If TRUE, the user account is disabled. Domain @
� Q Y f string Description The Domain property indicates the name of the Windows domain to which the user account belongs.
Example: NA-SALES FullName
� $ string Description The FullName property indicates the full name of the local user.
Example: Thomas Williams Lockout
� � � � boolean Description The Lockout property determines whether the user account is locked out of the Win32 system.
Values: TRUE or FALSE. If TRUE, the user account is locked out. Name @
� � � � string Description The Name property indicates the name of the Win32 user account on the domain specified by the Domain member of this class.
Example: thomasw PasswordChangeable
� { � � boolean Description The PasswordChangeable property determines whether the password on the Win32 user account can be changed.
Values: TRUE or FALSE. If TRUE, the password can be changed. PasswordExpires
� v � boolean Description The PasswordExpires property determines whether the password on the Win32 user account will expire.
Values: TRUE or FALSE. If TRUE, the password will expire. PasswordRequired
� i
r
boolean Description The PasswordRequired property determines whether a password is required on the Win32 user account.
Values: TRUE or FALSE. If TRUE, a password is required. � � J � � Rename & 3 c k Description The Rename() allows for the renaming of the user account name; a key in this class. The functionality to change the key property "Name" is implemented as a method to provide a separate context for the new name distinguishable from the key name associated with the instance to be modified in this class. Values � � � � � � J � � � Success Instance not found Instance required Invalid parameter User not found Domain not found Operation is allowed only on the primary domain controller of the domain Operation is not allowed on the last administrative account. Operation is not allowed on specified special groups; user, admin, local or guest. Other API error Internal error I ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * Z ����� � __PARAMETERS abstract Name string
� 0 In
� 0 W �� The Name property indicates the name of the Win32 user account on the domain specified by the Domain member of this class.
Example: thomasw Description )
� 0 W �� � ID 6
� � W �� � V string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ L o g i c a l E l e m e n t Bb�%߬�� CIM_LogicalElement ) � ��� � � � �����p � Win32_Session Description The Win32_Session class defines state information specific to the interaction between a user and a resource, typically a computer system or a terminal session. AMENDMENT LOCALE ms_409 StartTime e
� & DateTime Description The StartTime property represents the time at which the session started. n � C I M _ A u t h o r i z e d P r i v i l e g e �d�%߬�� ! CIM_AuthorizedPrivilege ) � �� � ��������������������������������& � AuthorizedPrivilege IPMIPrv Locale � R# C I M _ J o b �_�%߬�- | CIM_Job [ � �� � ' ? ��O Y i q w � � � � � � � � 2 9 |
�
� � � � , Z e i u � � � � � � F R 2 > �WUUU���������������������������������������������������������������������������������������������������������������������� � Win32_PrintJob CIMWin32 Description The Win32_PrintJob class represents a print job generated by a Win32 application. Any unit of work generated by the Print command of an application running on a Win32 system is a descendent (or member) of this class.
Example: A print document created by an Office 97 application SupportsDelete DeleteBy DeleteInstance Locale UUID {8502C4DF-5FBB-11D2-AAC1-006008C78BC7} Color p 6
� � � ��� � c s string Description The Color property indicates whether the document is to be printed in color or monochrome. Some color printers have the capability to print using true black instead of a combination of Yellow, Cyan, and Magenta. This usually creates darker and sharper text for documents. This option is only useful for color printers that support true black printing. MappingStrings { Win32API|Printing and Print Spooler Structures|DEVMODE|dmColor DataType
4 6
� � �� # 3 string Description The DataType property indicates the format of the data for this print job. This instructs the printer driver to eithertranslate the data (generic text, PostScript, or PCL) before printing, or to print in a raw format (for graphics and pictures).
Example: TEXT MappingStrings ; Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pDatatype Document 8 6
� � � ��� � � � string Description The Document property specifies the name of the print job. The user sees this name when viewing documents waiting to be printed.
Example: Microsoft Word - Review.doc MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pDocument DriverName < 6
� 8 � ��@ M � � string Description The DriverName property indicates the name of the printer driver used for the print job. MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pDriverName HostPrintQueue @ 6
� Z � ��b o � � string Description The HostPrintQueue property contains the name of the computer on which the print job was created. MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pMachineName JobId D 6
� } � ��� � #
3
uint32 Description The JobId property indicates the identifier number of the job. It is used by other methods as a handle to a single job spooling to the printer. MappingStrings ;
Win32API|Printing and Print Spooler Structures|JOB_INFO_4|JobId Name @ N
� �
� �� � ���
�
�
` p string Override Name Description The Name property contains the name of the printer to which the print job is being spooled. MappingStrings x Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pPrinterName Notify @ 6
� � �� & 3 string Override Notify Description User to be notified upon job completion or failure. This property is restricted to 16 characters under Windows 9x platforms. PagesPrinted H 6
�
� ��
�
�
uint32 Description The PagesPrinted property specifies the number of pages that have been printed. This value may be zero if the print job does not contain page delimiting information. MappingStrings �
Win32API|Printing and Print Spooler Structures|JOB_INFO_4|PagesPrinted PaperLength P C
� } � ��� � � � � uint32 Units tenths of a millimeter Description The PaperLength property indicates the length of the paper.
Example: 2794 MappingStrings Win32API|Printing and Print Spooler Structures|DEVMODE|dmPaperLength PaperSize T 6
� � � ��� �
string Description The PaperSize property indicates the size of the paper.
Example: A4 or Letter MappingStrings % Win32API|Printing and Print Spooler Structures|DEVMODE|dmPaperSize PaperWidth X C
� � � ��� � � � C S uint32 Units tenths of a millimeter Description The PaperWidth property indicates the width of the paper.
Example: 2159 MappingStrings [ Win32API|Printing and Print Spooler Structures|DEVMODE|dmPaperWidth Parameters L 6
� � � ��� � � string Description The Parameters property indicates optional parameters to send to the print processor. See the PrintProcessor member for more information. MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pParameters PrintProcessor \ 6
� E � ��M Z � � string Description The PrintProcessor property indicates the print processor service used to process the print job. A printer processor works in conjunction with the printer driver to provide additional translation of printer data for the printer, and can also be used to provide special options such as a title page for the job. MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|pPrintProcessor Size ` C
� L � ��T [ b o � � uint32 Units bytes Description The Size property indicates the size of the print job. MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|Size SizeHigh d C
� Z � ��b i p } � � uint32 Units bytes Description The SizeHigh property indicates the size of the print job if the Size property exceeds 4,294,967,295 bytes. MappingStrings Win32API|Printing and Print Spooler Structures|JOB_INFO_4|SizeHigh StatusMask h C
� � � ��� � $ � � uint32 Description The StatusMask property specifies a bitmap of the possible statuses relating to this print job. BitValues X ` g q { � � � � � � � Paused Error Deleting Spooling Printing Offline Paperout Printed Deleted Blocked_DevQ User_Intervention_Req Restart MappingStrings � Win32API|Printing and Print Spooler Structures|JOB_INFO_4|Status TotalPages l 6
� � � ��� � B R uint32 Description The TotalPages property specifies the number of pages required to complete the job. This value may be zero if the print job does not contain page-delimiting information. MappingStrings Z Win32API|Printing and Print Spooler Structures|JOB_INFO_4|TotalPages . 2 � � N R � � Pause 6 = ��J W � � � � Implemented Description The Pause method pauses a job in a print queue. If the job was currently printing, no other job will be printed. If the job wasn't printing yet, another unpaused print job may begin printing. The method can return the following values:
0 - Success.
5 - Access denied.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap � � � 0 5 .. Values ' Success Access denied Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� fu�lp s *�-e� w R:�_Z } =�[� � x�Q�f y b劸� C I M _ P a r a l l e l C o n t r o l l e r �\�%߬�/ _ CIM_ParallelController 6 � �� � & , T ^ � � �����������������������������������������������������������������������������������������������U � Win32_ParallelPort CIMWin32 Locale UUID {8502C4C2-5FBB-11D2-AAC1-006008C78BC7} DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI OSAutoDiscovered V )
� / � ��8 H boolean MappingStrings P WMI � C I M _ S e t t i n g �\�%߬�I h CIM_Setting
6 � �� � ) 1 7 _ v
� � . ; � � g z � � < L � � � � P g � � � ( 0 � � V
^
0 D � � ` j #
2
�
�
R ` � � } � - UUUUUU�������������������������������������������������������������������������������������������������� � Win32_SerialPortConfiguration CIMWin32 Locale UUID {8502C4EB-5FBB-11D2-AAC1-006008C78BC7} AbortReadWriteOnError )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|DCB|fAbortOnError BaudRate )
� D � ��L \ uint32 MappingStrings d Win32API|Communication Structures|DCB|BaudRate BinaryModeEnabled )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|DCB|fBinary BitsPerByte )
� r � ��z � uint32 MappingStrings � Win32API|Communication Structures|DCB|ByteSize ContinueXMitOnXOff )
�
� �� & boolean MappingStrings . Win32API|Communication Structures|DCB|fTXContinueOnXoff CTSOutflowControl )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|DCB|fOutxCtsFlow DiscardNULLBytes )
� O � ��X h boolean MappingStrings p Win32API|Communication Structures|DCB|fNull DSROutflowControl
)
� � � ��� boolean MappingStrings Win32API|Communication Structures|DCB|fOutxDsrFlow DSRSensitivity )
� � � ��� � boolean MappingStrings � Win32API|Communication Structures|DCB|fDsrSensitivity DTRFlowControlType " 6
� 3 � ��; E q � string ValueMap U ] f Enable Disable Handshake MappingStrings � Win32API|Communication Structures|DCB|fDtrControl EOFCharacter
& )
� � �� uint32 MappingStrings ! Win32API|Communication Structures|DCB|EofChar ErrorReplaceCharacter * )
� � � ��� � uint32 MappingStrings � Win32API|Communication Structures|DCB|ErrorChar ErrorReplacementEnabled . )
� ? � ��H X boolean MappingStrings ` Win32API|Communication Structures|DCB|fErrorChar EventCharacter 0 )
� � � ��� � uint32 MappingStrings � Win32API|Communication Structures|DCB|EvtChar IsBusy 4 )
� g � ��p � boolean MappingStrings � Win32API|File Functions|CreateFile Name 6 A
�
� �� � ��
!
string MaxLen MappingStrings )
Win32Registry|Hardware\DeviceMap\SerialComm Parity : 6
� �
� ���
�
�
�
string MappingStrings �
Win32API|Communication Structures|DCB|Parity ValueMap # ) None Odd Even Mark Space ParityCheckEnabled > )
� { � ��� � boolean MappingStrings � Win32API|Communication Structures|DCB|fParity RTSFlowControlType @ )
� � �� ( string ValueMap < D M X Enable Disable Handshake Toggle StopBits D 6
� � � ��� � �
string MappingStrings � Win32API|Communication Structures|DCB|StopBits ValueMap
1 1.5 2 XOffCharacter H )
� i
� ��q
�
uint32 MappingStrings �
Win32API|Communication Structures|DCB|XoffChar XOffXMitThreshold L )
� � �� uint32 MappingStrings # Win32API|Communication Structures|DCB|XoffLim XOnCharacter P )
� � � ��� � uint32 MappingStrings � Win32API|Communication Structures|DCB|XonChar XOnXMitThreshold T )
� / � ��7 G uint32 MappingStrings O Win32API|Communication Structures|DCB|XonLim XOnXOffInFlowControl X )
� � � ��� � uint32 MappingStrings � Win32API|Communication Structures|DCB|fInX XOnXOffOutFlowControl \ )
� d � ��l | uint32 MappingStrings � Win32API|Communication Structures|DCB|fOutX � W i n 3 2 _ D e v i c e S e t t i n g s �\�%߬�= Win32_DeviceSettings 6 � �� � # + 1 Y b � e��������� � Win32_SerialPortSetting CIMWin32 Locale UUID {8502C4FE-5FBB-11D2-AAC1-006008C78BC7} Element f@ 6
� � � ��� � � � ref:Win32_SerialPort Override Element MappingStrings � WMI|Win32_SerialPort Setting f@ 6
� J � ��m w � � ref:Win32_SerialPortConfiguration Override Setting MappingStrings � WMI|Win32_SerialPortConfiguration 60 � C I M _ P h y s i c a l C o n n e c t o r �\�%߬�M Q CIM_PhysicalConnector 6 � �� � ' - U d . � � S ] � � ���U����������������������������������������������������������������������������j � Win32_PortConnector CIMWin32 Locale UUID {FAF76B92-798C-11D2-AAD1-006008C78BC7} ConnectorType ` > 6
� � � ��� � � � uint16 Override ConnectorType MappingStrings � SMBIOS|Type 8|Internal/External Connector Type ExternalReferenceDesignator F )
� e � ��m } string MappingStrings � SMBIOS|Type 8|External Reference Designator InternalReferenceDesignator B )
� � �� string MappingStrings & SMBIOS|Type 8|Internal Reference Designator PortType J )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 8|Port Type Tag @
( N
� . � ��6 � ��> H M ] string MaxLen Override Tag MappingStrings e WMI �
C I M _ C o m p o n e n t �\�%߬�G CIM_Component ) ��' / 5 ] m " 1 e��������� � Win32_COMApplicationClasses abstract Locale UUID {0F73ED51-8ED9-11d2-B340-00105A1F8569} GroupComponent f@ A
� � � �� � ��� � � ref:Win32_COMApplication Override GroupComponent MappingStrings WMI|Win32_COMApplication PartComponent f@ A
� � � �� � ��� � � � ref:Win32_COMClass Override PartComponent MappingStrings � WMI|Win32_COMClass �E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �^�%߬�rZ�%߬�� � �������� ^ � __InstanceProviderRegistration \\.\root\cimv2:__Win32Provider.Name="Msft_ProviderSubSystem" �# �^�%߬�� ) - P ��[ c k � Win32_SecurityDescriptorHelper Description The Win32_SecurityDescriptorHelper class provides the basic functionality for converting a security descriptor between three different representations: 1) __SecurityDescriptor 2) SDDL - string representation of a security descriptor 3) Binary representation of a security descriptor AMENDMENT LOCALE ms_409 �! � 2_S z � y er �
32_ � d
� per � & � � asi � t y � onv � : ? 1! � Win32SDToSDDL - Description This method converts a __SecurityDescriptor instance to SDDL string format. ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� � * � ��������F � __PARAMETERS abstract SDDL string
� 0 out
� 0 W �� ID )
� � W ��� string ReturnValue uint32
� uint32 out
� �� __ � Win32SDToBinarySD � � Description This method converts a __SecurityDescriptor instance to a binary blob security descriptor format. ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 in
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � ��������H � __PARAMETERS abstract BinarySD uint8
� 4 out
� 4 Z �� ID )
� � Z ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � SDDLToWin32SD 0 = Description This method converts a SDDL string security descriptor format to a __SecurityDescriptor instance. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �f �� * � ����� � __PARAMETERS abstract SDDL string
� 0 in
� 0 W �� ID )
� � W ��� string __ �$ ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � 7 ��������a � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor ReturnValue uint32
� * uint32 out
� * 2 �� __ � SDDLToBinarySD � � Description This method converts a SDDL string security descriptor format to a binary blob security descriptor format. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �f �� * � ����� � __PARAMETERS abstract SDDL string
� 0 in
� 0 W �� ID )
� � W ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � ��������H � __PARAMETERS abstract BinarySD uint8
� 4 out
� 4 Z �� ID )
� � Z ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � BinarySDToWin32SD Description This method converts a binary blob security descriptor format to a __SecurityDescriptor instance. ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract BinarySD uint8
� 4 in
� 4 Z �� ID )
� � Z ��� uint8 __ �$ ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � 7 ��������a � __PARAMETERS abstract
Descriptor object
� 6 out
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor ReturnValue uint32
� * uint32 out
� * 2 �� __ � BinarySDToSDDL � � Description This method converts a binary blob security descriptor formatto a SDDL string security descriptor format. ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract BinarySD uint8
� 4 in
� 4 Z �� ID )
� � Z ��� uint8 __ � Resume 6 � ��� � � Implemented Description The Resume method continues a paused print job. The method can return the following values:
0 - Success.
5 - Access denied.
Other - For integer values other than those listed above, refer to the documentation on the Win32 error codes. ValueMap
0 5 .. Values / 8 G Success Access denied Other y ac6d1350600005Q ROOT\CIMV2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �2 ( ( ( & ( ! ( C (
6 ( ( ( % (
> (
< (
; F D �^k���C��V'�� �
� �6k�� �� [ g
�s� I�
� � ���
� = � ��y���
0N Q�4
A
� �w �$
P]� (c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tes the Unique Name associated with the instance of __Win32Provider. SECURITY_DESCRIPTOR `
�# uint8 TIME_CREATED @
�# 9 uint64 TransactionIdentifer @
�# � � " � String Description The TransactionIdentifer property is for internal use, currently always empty. User @
�# " " / String Description If the provider registration specifies per user initialization, then the User property defines the client principal identity associated with specific instantiation of a provider. Msft_WmiProvider_LoadOperationEvent The Msft_WmiProvider_LoadOperationEvent event class defines the successful activation and initialization of the provider cache entry. WMI caches provider registration objects to decrease overallexecution time. The substem will drop cache entries either through the cache ageing process, through loss of RPC connectivity, through user control or due to some change in the provider's registration. AMENDMENT ms_409 LOCALE ( Clsid string (
� �
The Clsid property, if applicable, defines the COM CLSID associated with server implementation. Note: decoupled providers do not have an associated COM CLSID. Description (
� � � �
String
, ServerName string
,
� � The ServerName property, if applicable, defines the COM server name present within the unnamed value of the CLSID key. Description
,
� � � String 0 InProcServer boolean 0
� � The InProcServer property, if applicable, defines whether the server supports inproc32 activation. Description 0
� �
{
boolean 2 LocalServer boolean 2
� �
The LocalServer property, if applicable, defines whether the server supports localserver32 activation. Description 2
� � l boolean
4 InProcServerPath string
4
� � The InProcServerPath property, if applicable, defines the server inproc32 executable name. Description
4
� � V � String 8 LocalServerPath string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� � * � ��������F � __PARAMETERS abstract SDDL string
� 0 out
� 0 W �� ID )
� � W ��� string ReturnValue uint32
� uint32 out
� �� __ �)P�z �
�Q �� _ l
��]� �� S
m7 �� '� ��� )
�8���D j��+�
�
7��D
��z �
� �NS_88591E56F7DF51C96BBDD94E4112A5C7AADAE3154C1ACB64E20A2CB89B0D6F02 CR_91604F794B64A61196688751D972A0B3626DF7A1827369CDD4AD7A23AC00FD14 C_4981A3BB969F4ED9382A86F274047A36B2A04D2A53526DFA477217266B033E1E CR_91882C4E4700146BC908AC03DB139338C0844AE5A877163990AFB47483D7264C R_97C7D526C4DBEB7083476F235A5653C31F00C78AFD98652230E17D721E353ADD CR_9257E4A3C9993B750EBCB6C34C9BA11105FABAD75B9C0DE005A64417B00B58B0 R_0C641AF43E24BC384C9291373FBBEE013FBB02E71DB5BE5F4A078ACA9D6EB46E CR_93D683378335762C284317F9836C36B73320C30A8A815437365079222449D208 C_43B35DA4EAEBC0284206ADBC4132DA71EB8556E731586CFE46B5A658E2C2F498 CR_95151EBC7602F93A6E06460EF447E398F547B7CD3033E5B6ADD3848197B31384 C_BDE5107C5341475AE649B7075E5FB1B219CF6D2FF755D735AA60A09AE0ED6BD6 CR_9545373C4C410A85043435CEFDB53CA783FCE515B65345546AA266D2B18EC658 R_29E8AA5244375C87F1F5AB9F42A22D9A1B648F420047277D7A92CD564C59256E CR_960A016BC71A8D938443FD5B4BD545FA10D9D76A0776A92D75D4E23235CAD0D0 C_45999BE1E716B224CDC60BBAEC2E4A9422A7548870411AB5310F9D9DCF7A8F92 C_848678FEA3E9DEEA8B4E9FB42ED8A13EB705C3DB7C73AB893E320FAEEC87714C C_DA60DE4570557569315706E8539F2BA1D42DB73DA9542D7DBEAA586346CFF0D8 CR_961B71EE3CEF77853FD06FD1FD078D670615B8B606936AC4407F5BADB29E35F4 C_40CAFB87B847B798AC8F2045737A2A8390AC0416A38406D6F38EE740FBB0A4AC R_49C003F958AE429B51E409471F01A643359D07DB4A4E6AA865D8578747CC13A3 CR_962C6E7C58B97BBA37F5179D96ED3E00EE4A4FC20E4C3C3A3312674F9F7C4195 C_DC39EB125CD5896A582C9CCFCFEF5267AF9611EEF285D00CC4FF5DF7F8AE6FFC C_EC31DBAC8296A2F597184183FC259C7595AD4BCCFF23FB0BD832DE414BDE578A CR_9A3419D1BEB3DD772F317128C59554641FCDDB696104EEE43BBF4385A72BA8A9 C_4D4CE956D39D51456603D4ED1BF7ABAD64E72F02B0D569299B434D13F41AD4C4 R_124B2D8A86058DD102C833379996E9AF4D90CC4B792958ACD8E55DB72860976E R_2E4CB0F875356763EA64F3060366993EE0D49772670FDDF29B1CAAF86CE9720B R_39E75790979650C120BE778856591D7E59D2F85DDFBB3BFF1733B73153D5DC01 CR_9DA9A42CAE7919197E51305D69CEECAE7B645320A73D6DC468ACB11BA2001D79 R_5F24F19683720FD1EB4928C01BE6B72971BB4F46F372476DC9706705301704D6 R_6BA587F6AF181129EF94B57125FFF3ABFF81218B46E9C3323CB782B9288DC94A CR_9F036BA68CA921AFF06984BDB9CEE80E8A2696D8DB098A0C679A6507C62F4DAD C_73859BDECC6E59555AB103C0DF5302F8942C19E249A9E48DB616B611E1AA3893 CR_A393FEDC8D8439E642FD70414F2815F8C5D6DC216A8FBF3F8BB710BDED38BED7 C_2E052A2746A43D11BFF3F6205A3F0D292400CF9B8F3DB09F6AD7A671FE848750 C_841F1DC98C3FA6D8D114A873F8BBB48736A8E2FDF60D6C1F08DF493438718909 CR_A3BB95ED0B202A25A7223B16F2A4B7FC5CE2975B203508279C7D21714713609A C_BB925C26F6C4E973C68AC5FC9E68CE66EBB8087D6E05ABF71723D446983422A5 R_336E7A880175CEC7983BFE0692AA78604916DE79A3400288DC3CA68EB96A07CD R_6B2889479D57435939038FBF287B4AFDC16FF0B74EF9BB25FE6D86160746289D R_CE2777A1E2E8F0439A275F7E5E7BEE453C2145F60A592F57CCEA55492EC8B6F1 CR_A3FF4B5E169562F5D12527C651F2FA9F17677983CAE812428672F30175B2773F R_C5E17D61729E7377496CB88367D8A18CD6A24A14E576524968A24894CCE3FA5F CR_A53803A976BCA3FFB16063ACA85E663ADBA78B63EC0DAF8A23C68DAD672A3EF9 R_DC39EB125CD5896A582C9CCFCFEF5267AF9611EEF285D00CC4FF5DF7F8AE6FFC CR_A68B01B18C25C8BFC9B36419B9B64DB698A481D87C42ADCA7EC744307E0456D7 R_C867B637B25E413A5893A8DF403F24B113B36FB9DA058811D901C232D15C4E60 CR_A726CC10C860A315296DCD93520657C7C068B6652EE5FFD6550B3E0DAB8CACAE C_89FE4ECD715508D84EE36BC94DB9C9AB6DC6A560D227442061D4288D96910660 C_C867B637B25E413A5893A8DF403F24B113B36FB9DA058811D901C232D15C4E60 C_D08FBE660E54A308159ADDC588C79311912D65E76D5871EF0ACC7C841B0E3373 CR_A810B8BCB28B4593289F5B14287BCC8F9F33A8E5A5BE4903C9226502B53FB3AA R_35C0F224CC2308A9D8BACDB20F08468AE9D1134753B5808A41A3EA43EE4C047D CR_9B3B36A993A462F50891454718B9E94854BEF6CDA6B45E39722B69B985CF4900 R_4DA19C7C1345D18991969860D5303884780EF4410093048FC0F1820643E62177 R_7BD86541C4D37094DD12C29DFB358834E34ADB28AD42E60E36A946EB5619F833 CR_A4B7E1219FA76BD23A588641B4F3CEC1D9A3585F7F85B74432295927C547BE69 R_6A28C9121AC74A9EB361B4BCCF85389D5F225385AD9FDFA10E6FCB506E2CAE2C C_F27728D32A3636F45280AD3F71C73821FAB17D765ED15BCD09B89B7007E5475A C_C013BAEF52C1702952D5C4A7F180A34E20C7F843E3022D39040318DA1B2232C2 C_E6695722F42AFD2A38B87A3A03743A182D780F4AE622B7E7DF87DC65E7D101EB C_6FF6CB589253824DE681EA946AEBFF7061F07B8322E36020A90CC770B8046443 CR_9FAFCCC688F5A73C3B168A2E3CFB29D7012E555844D21034E40221A532E99A1D R_62C8891E57F68B5018AA739FA2F9A6FA324F5514D7DD621D65681F6B7E0BBD4F C_25C2E8C327D4AE50AB0B89215561563C42973CDF72E4E8164880862FB1C155CC C_7D3C758EE8FB44B72514B3588512147905DB19A0456725381223C5A506626F7A C_2F43B8EB8E14762A257D84DCB10913E4CD9E8069D8AEA3384120BB143668FB2E C_D821F8DA4BB17D06861EA625B573DB6B0B2A831564E8C02E1D4046ADA0C2D7FB CR_A5405992D9D674E902DFC53B45CA5EA7030AC30531ACB3BF91D0DF7BC783E1A4 C_B7D757AC18FF2608497B974C70CC80BE5C41C99B984057C2991D1A13D3816E92 R_01F6508C1866E0E79B21585B0217BD595D533D4A180A35479737402276CAE352 R_7362E8F68732AA5E821EC10EE1BECFA5EBEB33CEDC9F406248A6EF25071BCC2C D021DDCC83A8D429CDB678D3D29879253FD3 CR_C1EDB2C3B16B75C05D994CBAD887CFED943CA4B2E1180F3891F60984B8988B63 C_EC87315EA07FEB82B95B6ECC853900B53DFD9FAE520CF4C1FE8CD7F52B679C09 CR_C089BE570AD24F592E44F1AB17521DCC9203176DB1FE73F89D8F1D13C2998CF4 C_10549F8F6A0C1E0A975F931BF6E1962F49CF18068F6079CD179A794A32D030D5 C_5D2BB5E72A2F48A448D0C78E4EF523FCA37E91EFD1ED92B23F38B836649C78DA CR_BC9D109850BB5F86324C40247B677E50BD3CFF55E165C6078CA0EA6516A48293 C_F32492DA8D1952EDCCAB707AFA3F69E046829AB6D46D4B2279EAC5E6BCBBB3FB C_D9A10218F30FA4E428551F3E416442A7D38AB8762B28D40A8E89B4D3006D1DA2 ervice
97 - Interface not configurable
98 - Not all DHCP leases could be released/renewed
100 - DHCP not enabled on adapter
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' �4 �4 �4 5 5 )5 k5 �5 �5 �5 �5 #6 86 K6 u6 �6 �6 �6 �6 �6 7 (7 F7 a7 }7 �7 �7 �7 �7 �7 8 8 -8 M8 g8 �8 �8 �8 �8 Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other J ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract KeepAliveTim���` d c�ҵ� ` � ��$ { ~�C�
M �Af�� p
�^�%߬�L ) , � ��� � � � * C � � T a � � q z U����������������������������� � Win32_SecuritySettingAuditing description Specifies the auditing for a given trustee on a given object. Modeled after EXPLICIT_ACCESS AMENDMENT LOCALE ms_409 AuditedAccessMask
� � � � uint32 Description Bit flags specifying what activities are audited GuidInheritedObjectType
� o w � string Description The guid of the type of object this object inherits from GuidObjectType
� � string Description The guid of the type of object the security settings are applied to Inheritance
� � � � uint32 Description Bit flags specifying how the audit policies are inherited SecuritySetting f )
� % @ M � �� ref:Win32_SecuritySetting Description The security settings of an object Trustee f )
� � � � � �� ref:Win32_SID Description The Win32_SID of the trustee for this audit entry Type +
� ? G T � � uint32 Description The type of access specified for the trustee Values � � Audit success Audit failure � _ _ T r u s t e e �^�%߬�6 __Trustee ) b ��m u } � � � Q V � � % W������������������������������ � Win32_Trustee description Specifies a trustee. Either a name or a SID (byte array) can be used AMENDMENT LOCALE ms_409 Domain @
� � � � string Description The domain portion of the account Name @
� # 0 string Description The name portion of the account SID `
� � � � uint8 Description The SID of the trustee SidLength @
� � � � uint32 Description The length of the SID in BYTES SIDString @
� Q Y f string Description The SID of the trustee in string format (e.g., S-1-1-0) � _ _ A C E �^�%߬�Y " __ACE ) ; ��F N V b � � X a % � � C L W��������������������������������� � Win32_ACE description Specifies an access control entry AMENDMENT LOCALE ms_409 AccessMask @
� � � � uint32 Description Bit flags representing rights granted/denied to the trustee AceFlags @
� + uint32 Description Bit flags specifying inheritance of the ACE AceType @ +
� � � � � � uint32 Description The type of ACE entry this is Values � � Access Allowed Access Denied Audit GuidInheritedObjectType @
� Q Y f string Description The guid associated with the parent of the object these rights apply to GuidObjectType @
� � � string Description The guid associated with the type of object these rights apply to Trustee
@
� x � � object:Win32_Trustee Description The trustee of this ACE entry ss � _ _ S e c u r i t y D e s c r i p t o r �^�%߬�
__SecurityDescriptor ) ' [ ��f n v � � � . 5 � � W�����������������������������k � Win32_SecurityDescriptor description Structural representation of a SECURITY_DESCRIPTOR AMENDMENT LOCALE ms_409 ControlFlags @
� � � � uint32 Description Bit flags that provide information about the descriptor's contents and format DACL
`
� F X e object:Win32_ACE Description An array of Win32_ACE entries that specify access to the object Group
@
� � � � object:Win32_Trustee Description The trustee representing the group of the object Owner
@
� a w � object:Win32_Trustee Description The trustee representing the owner of the object SACL
`
� � � object:Win32_ACE Description An array of Win32_ACE entries that specify which users/groups auditing information is gathered for � W i n 3 2 _ S e c u r i t y S e t t i n g �^�%߬�U Win32_SecuritySetting ) # 0 V ��a i q w ����������������������� � Win32_LogicalShareSecuritySetting Description security settings for a logical file AMENDMENT LOCALE ms_409 Name )
� � � ��� � string Description The name of the share � } � � � %
� � GetSecurityDescriptor 5 B description Retrieves a structural representation of the object's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 0 ? P c v Success Access denied Unknown failure Privilege missing Invalid parameter Other , ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor � � � � description Sets security descriptor to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values � � � � � Success Access denied Unknown failure Privilege missing Invalid parameter Other ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � 5�3 , X4�l, 0��0 � y< +��6[ � ܌�N � �5[�I
' r~��p ��kq �{z + � Sw� ��
�
j� ' �{�[� bqa �
M S S A M T r a c e �l�%߬� MSSAMTrace C � �� 9 ? g t � � � � SamDelMemGrp Description SAM Delete Member From Group Guid {250959aa-899d-11d2-819e-0000f875a064} DisplayName SamDelMemGrp locale MS\0x409 � S a m D e l M e m G r p �l�%߬�� SamDelMemGrp C � �� ! ? J Y ` h r z > C � � � � U����������������5 � SamDelMemGrp_Start Description SAM Delete Member From Group EventType EventTypeName Start locale MS\0x409 Client P
� � � � � # 3 ; � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� ] e p } � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� $ � �� uint32 WmiDataId Description SamTraceVersion � S a m D e l M e m G r p �l�%߬�� SamDelMemGrp C � �� = H W \ d n � SamDelMemGrp_End Description SAM Delete Member From Group EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� . 4 \ i u } � � SamPwdChng Description SAM Password Change Guid {45fc997e-899d-11d2-819e-0000f875a064} DisplayName SamPwdChng locale MS\0x409 �
S a m P w d C h n g �l�%߬�� SamPwdChng C � �� 4 ? N U ] g o 3 8 � � � � U����������������* � SamPwdChng_Start Description SAM Password Change EventType EventTypeName Start locale MS\0x409 Client P
� � � � � ( 0 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� R Z e r ~ � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion �
S a m P w d C h n g �l�%߬�� SamPwdChng C � �� 2 = L Q Y c � SamPwdChng_End Description SAM Password Change EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� 3 9 a n } � � � SamUserPwdSet Description SAM User Password Set Guid {62bef71e-899d-11d2-819e-0000f875a064} DisplayName SamUserPwdSet locale MS\0x409 �
S a m U s e r P w d S e t �l�%߬�� SamUserPwdSet C � �� " 9 D S Z b l t 8 = � � � � U����������������/ � SamUserPwdSet_Start Description SAM User Password Set EventType EventTypeName Start locale MS\0x409 Client P
� � � � �
- 5 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� W _ j w � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion �
S a m U s e r P w d S e t �l�%߬�� SamUserPwdSet C � �� 7 B Q V ^ h � SamUserPwdSet_End Description SAM User Password Set EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� 7 = e r � � � � SamCompPwdSet Description SAM Computer Password Set Guid {880217b8-899d-11d2-819e-0000f875a064} DisplayName SamCompPwdSet locale MS\0x409 �
S a m C o m p P w d S e t �l�%߬�� SamCompPwdSet C � �� " = H W ^ f p x < A � � � � U����������������3 � SamCompPwdSet_Start Description SAM Computer Password Set EventType EventTypeName Start locale MS\0x409 Client P
� � � � � ! 1 9 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� [ c n { � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
�
" � �� uint32 WmiDataId Description SamTraceVersion �
S a m C o m p P w d S e t �l�%߬�� SamCompPwdSet C � �� ; F U Z b l � SamCompPwdSet_End Description SAM Computer Password Set EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� 3 9 a n } � � � SamPwdPushPdc Description SAM Password Push PDC Guid {1f228de8-8a6c-11d2-819e-0000f875a064} DisplayName SamPwdPushPdc locale MS\0x409 �
S a m P w d P u s h P d c �l�%߬�� SamPwdPushPdc C � �� " 9 D S Z b l t 8 = � � � � U����������������/ � SamPwdPushPdc_Start Description SAM Password Push PDC EventType EventTypeName Start locale MS\0x409 Client P
� � � � �
- 5 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� W _ j w � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � �� uint32 WmiDataId Description SamTraceVersion �
S a m P w d P u s h P d c �l�%߬�� SamPwdPushPdc C � �� 7 B Q V ^ h � SamPwdPushPdc_End Description SAM Password Push PDC EventType EventTypeName End locale MS\0x409 � �9 C I M _ S e t t i n g �_�%߬�|9 � CIM_Setting
C � �� � & 3 � � �
L S � � �
�
l t � � & � � � � M X \ g e! k! �" �" $ %$ S% ^% b& n& �' �' G) R) �* �* �, �, h. ~. �/ �/ �2 �2 �4 �4 6 6 UUUUUUU����������������������������������������������������������������������������������������������������������������������������������7 � Win32_PrinterConfiguration CIMWin32 Description The Win32_PrinterConfiguration class defines the configuration for a printer device. This includes capabilities such as resolution, color, fonts, and orientation. Locale UUID {8502C4E9-5FBB-11D2-AAC1-006008C78BC7} BitsPerPel A
� i q �� � ��} � � � uint32 DEPRECATED Description The BitsPerPel property contains the number of bits per pixel for the output device Win32 printer. This member is used by display drivers and not by printer drivers.
Example: 8.
This property has been deprecated because it is not applicable to printers. There is no replacement value. MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmBitsPerPel Collate 6
� W � ��` m � boolean Description The Collate property specifies whether to collate the pages that are printed. To collate is to print out the entire document before printing the next copy, as opposed to printing out each page of the document the required number times. This property is ignored unless the printer driver indicates support for collation.
Values: TRUE or FALSE. If TRUE, the printer collates all documents. MappingStrings
Win32API|Printing and Print Spooler Structures|DEVMODE|dmCollate Color P
� � � ��� � * 2 Q [ m } uint32 Description The Color property indicates whether the document is to be printed in color or monochrome. Some color printers have the capability to print using true black instead of a combination of Yellow, Cyan, and Magenta. This usually creates darker and sharper text for documents. This option is only useful for color printers that support true black printing. Values > J Monochrome Color ValueMap g j 1 2 MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmColor Copies 6
� � �� & � � uint32 Description The Copies property indicates the number of copies to be printed. The printer driver must support printing multi-page copies.
Example: 2 MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmCopies DeviceName 6
� Y � ��a n O
_
string Description The DeviceName property specifies the friendly name of the printer. This name is unique to the type of printer and may be truncated because of the limitations of the string from which it is derived.
Example PCL/HP LaserJet MappingStrings g
Win32API|Printing and Print Spooler Structures|DEVMODE|dmDeviceName DisplayFlags A
� �� � �� * � � uint32 DEPRECATED Description The DisplayFlags property contains two bits of information about the display. This member communicates whether the display device is monochrome or colored, and interlaced or non-interlaced, by masking its value with the DM_GRAYSCALE and DM_INTERLACED masks respectively.
This property has been deprecated because it is not applicable to printers. There is no replacement value. MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmDisplayFlags DisplayFrequency " A
� h
p
�� � ��|
�
� � uint32 DEPRECATED Description The DisplayFrequency property indicates the refresh frequency of the display The refresh frequency for a monitor is the number of times the screen is redrawn per second.
This property has been deprecated because it is not applicable to printers. There is no replacement value. MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmDisplayFrequency DitherType
& P
� o � ��w � ' t | � � uint32 Description The DitherType property indicates the dither type of the printer. This member can assume predefined values of 1 to 5, or driver-defined values from 6 to 256. Line art dithering is a special dithering method that produces well defined borders between black, white, and gray scalings. It is not suitable for images that include continuous graduations in intensity and hue such as scanned photographs. MappingStrings / Win32API|Printing and Print Spooler Structures|DEVMODE|dmDitherType Values � � � � � No Dithering Coarse Brush Fine Brush Line Art Greyscale ValueMap � � � � � 1 2 3 4 5 DriverVersion * 6
� U � ��] j uint32 Description The DriverVersion property indicates the version number of the Win32 printer driver. The version numbers are created and maintained by the driver manufacturer. MappingStrings $ Win32API|Printing and Print Spooler Structures|DEVMODE|dmDriverVersion Duplex . 6
� � � ��� � \ l boolean Description The Duplex property indicates whether printing is done on one or both sides.
Values: TRUE or FALSE. If TRUE, printing is done on both sides. MappingStrings t Win32API|Printing and Print Spooler Structures|DEVMODE|dmDuplex FormName
0 6
� � �� � � string Description The FormName property indicates the name of the form used for the print job. This property is used only on Windows NT/Windows 2000 systems.
Example: Legal MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmFormName HorizontalResolution x C
� w � �� � � � � � uint32 Units dots per inch Description The HorizontalResolution property indicates the print resolution along the X axis (width) of the print job. This value is only set when the PrintQuality property of this class is positive and is similar to the XResolution property. MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmPrintQuality ICMIntent 4 P
� S � ��[ h " 2 ~ � � � uint32 Description The ICMIntent (Image Color Matching Intent) property indicates the specific value of one of the three possible color matching methods (called intents) that should be used by default. ICM applications establish intents by using the ICM functions. This property can assume predefined values of 1 to 3, or driver-defined values from 4 to 256. Non-ICM applications can use this value to determine how the printer handles color printing jobs. MappingStrings : Win32API|Printing and Print Spooler Structures|DEVMODE|dmICMIntent Values � � � Saturation Contrast Exact Color ValueMap � � � 1 2 3 ICMMethod 8 P
� E � ��M Z � � � � # - uint32 Description The ICMMethod (Image Color Matching Method) property specifies how ICM is handled. For a non-ICM application, this property determines if ICM is enabled or disabled. For ICM applications, the system examines this property to determine which part of the computer system handles ICM support. MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmICMMethod Values � Disabled Windows Device Driver Device ValueMap A D G J 1 2 3 4 LogPixels < N
� � � �� � ��� � � � uint32 DEPRECATED Units pixels �� � � 8��Cu � H�OHZ � ��B7� � � ��r � c��
� � n0� t�`�� � ~ԗ�
� �LM6Y � O�' P3 A "�] � �cPA+ � ��N�� � �O�~� � �%�: � /h�U� � G
nh > �EH� ? Ac�u� %�;<� L �J7 �[�,: �^�%߬�� ) + 8 � ��� � � � � � �������r � Win32_DCOMApplicationLaunchAllowedSetting Description The Win32_DCOMApplicationLaunchAllowedSetting class is an association between the Win32_DCOMApplication and the user sid's that can launch it AMENDMENT LOCALE ms_409 Element f )
� " � ��= J ref:Win32_DCOMApplication Description The Element reference represents the role of the Win32_DCOMApplication Setting f )
� � � ��� � ref:Win32_SID Description The Setting reference represents the role of a user that can launch a component grouped under the associated Win32_DCOMApplication t � �^�%߬�� ) + 8 � ��� � � � � � �������r � Win32_DCOMApplicationAccessAllowedSetting Description The Win32_DCOMApplicationAccessAllowedSetting class is an association between the Win32_DCOMApplication and the user sid's that can access it AMENDMENT LOCALE ms_409 Element f )
� " � ��= J ref:Win32_DCOMApplication Description The Element reference represents the role of the Win32_DCOMApplication Setting f )
� � � ��� � ref:Win32_SID Description The Setting reference represents the role of a user that can access a component grouped under the associated Win32_DCOMApplication t � _ _ E x t r i n s i c E v e n t �^�%߬�S
__ExtrinsicEvent ������������ � MSFT_WmiSelfEvent � M S F T _ W m i S e l f E v e n t �^�%߬�S
MSFT_WmiSelfEvent ������������ � MSFT_WmiEssEvent � M S F T _ W m i E s s E v e n t �^�%߬�Z " MSFT_WmiEssEvent " - T [ � � � � _���������������������������������� � MSFT_WmiRegisterNotificationSink Namespace
� L string Query
� z string QueryLanguage
� � string Sink
� � uint64 � M S F T _ W m i E s s E v e n t �^�%߬�X " MSFT_WmiEssEvent + R Y � � � � _���������������������������������� � MSFT_WmiCancelNotificationSink Namespace
� J string Query
� x string QueryLanguage
� � string Sink
� � uint64 � M S F T _ W m i E s s E v e n t �^�%߬�� MSFT_WmiEssEvent " I W _��������������������~ � MSFT_WmiProviderEvent Namespace
� A string ProviderName
� v string � M S F T _ W m i P r o v i d e r E v e n t �^�%߬�� MSFT_WmiProviderEvent ( ��������������������������O � MSFT_WmiConsumerProviderEvent Machine
� G string � M S F T _ W m i C o n s u m e r P r o v i d e r E v e n t �^�%߬�z ' MSFT_WmiConsumerProviderEvent �������������������������� � MSFT_WmiConsumerProviderLoaded � M S F T _ W m i C o n s u m e r P r o v i d e r E v e n t �^�%߬�| ' MSFT_WmiConsumerProviderEvent ��������������������������" � MSFT_WmiConsumerProviderUnloaded � M S F T _ W m i C o n s u m e r P r o v i d e r E v e n t �^�%߬�� ' MSFT_WmiConsumerProviderEvent $ . ������������������������������b � MSFT_WmiConsumerProviderSinkLoaded Consumer f
� M ref:__EventConsumer � M S F T _ W m i C o n s u m e r P r o v i d e r E v e n t �^�%߬�� ' MSFT_WmiConsumerProviderEvent & 0 ������������������������������d � MSFT_WmiConsumerProviderSinkUnloaded Consumer f
� O ref:__EventConsumer � M S F T _ W m i E s s E v e n t �^�%߬�� MSFT_WmiEssEvent # ����������������J � MSFT_WmiThreadPoolEvent ThreadId
� B uint32 � M S F T _ W m i T h r e a d P o o l E v e n t �^�%߬�l ! MSFT_WmiThreadPoolEvent ?����������������! � MSFT_WmiThreadPoolThreadCreated � M S F T _ W m i T h r e a d P o o l E v e n t �^�%߬�l ! MSFT_WmiThreadPoolEvent ?����������������! � MSFT_WmiThreadPoolThreadDeleted � M S F T _ W m i E s s E v e n t �^�%߬�I MSFT_WmiEssEvent B M t { � � _������������������������������ � MSFT_WmiFilterEvent Name
� : string Namespace
� l string Query
� � string QueryLanguage
� � string � M S F T _ W m i F i l t e r E v e n t �^�%߬�m MSFT_WmiFilterEvent ������������������������������ � MSFT_WmiFilterActivated � M S F T _ W m i F i l t e r E v e n t �^�%߬�o MSFT_WmiFilterEvent ������������������������������ � MSFT_WmiFilterDeactivated �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �^�%߬�nZ�%߬�� ������# L � __Win32Provider Decoupled:NonCOM WMI Self-Instrumentation Event Provider 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �^�%߬�uZ�%߬�� E � � __EventProviderRegistration % select * from MSFT_WmiEssEvent \\.\root\cimv2:__Win32Provider.Name="WMI Self-Instrumentation Event Provider"
R O O T \ c i m v 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�^�%߬�nZ�%߬�� ���B 9 Z � __Win32Provider {7F598975-37E0-4a67-A992-116680F0CEDA} WmiCore Msft_ProviderSubSystem 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �^�%߬�tZ�%߬�s \ � __MethodProviderRegistration \\.\root\cimv2:__Win32Provider.Name="Msft_ProviderSubSystem"
R O O T \ c i m v 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 5 2 0 9 3 2 5 5 4 7 C 4 C 3 D C 8 5 4 3 3 F 4 8 9 A C 2 2 1 5 3 9 4 E E 0 0 2 4 9 C B 4 8 A A 9 2 A D 2 B 0 B 6 C 8 0 1 4 C 3 1 __ -��Z� � j�:�, � �/H~� x ��I $ h �m ��cm} V�WA� U ���|� � 7��z` �^�%߬�t ) M ��X ` h u � � W m � � L W U���������������������� � Win32_SID description Represents an arbitrary SID -- CANNOT BE ENUMERATED AMENDMENT LOCALE ms_409 AccountName
� � � � string Description The name of the account associated with the SID BinaryRepresentation
� ) 0 = uint8 Description The SID in binary format ReferencedDomainName
� � � � string Description The domain of the account associated with the SID SID )
� % 2 � �� string Description The SID in string format SidLength +
� � � � � � uint32 Description The SidLength property indicates the length of the SID in bytes Units bytes � �^�%߬�� ) 6 ��A I Q Z � � U��������2 � Win32_AccountSID description The SID of an account AMENDMENT LOCALE ms_409 Element f )
� � � � � �� ref:Win32_Account Description The account Setting f )
� �
� �� ref:Win32_SID Description The SID of the account ef � C I M _ S e t t i n g �^�%߬�k CIM_Setting
) $ X ��c k s � ����������������� � Win32_SecuritySetting Description Represents security settings for a managed element AMENDMENT LOCALE ms_409 ControlFlags
� � � � uint32 description Inheritance-related flags. See SECURITY_DESCRIPTOR_CONTROL � � � � � + � � GetSecurityDescriptor ( 5 description Retrieves a structural representation of the object's security descriptor , ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor � � description Sets security descriptor to the specified structure ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ E l e m e n t S e t t i n g �^�%߬�� CIM_ElementSetting ) , [ ��f n v � � ���������u � Win32_SecuritySettingOfObject Description Associates an object to its security settings AMENDMENT LOCALE ms_409 Element f@
� � � � ref:CIM_LogicalElement Description The object with security settings Setting f@
� ( C P ref:Win32_SecuritySetting Description The security settings of the object � �^�%߬�� ) ) o ��z � � � ���������� � Win32_SecuritySettingOwner description Association between the security settings of an object and its owner AMENDMENT LOCALE ms_409 Owner f )
� � � � � �� ref:Win32_SID Description The Win32_SID of the object's owner SecuritySetting f )
� Q l y � �� ref:Win32_SecuritySetting Description The security settings of an object � �^�%߬�� ) ) f ��q y � � ���������� � Win32_SecuritySettingGroup description Association between the security of an object and its group AMENDMENT LOCALE ms_409 Group f )
� � � � � �� ref:Win32_SID Description The Win32_SID of the object's group SecuritySetting f )
� H c p � �� ref:Win32_SecuritySetting Description The security settings of an object � �^�%߬�= ) * � ��� � � � . G � � X e � � t }
U����������������������������� � Win32_SecuritySettingAccess description Specifies the rights granted and denied to a trustee for a given object. Modeled after EXPLICIT_ACCESS AMENDMENT LOCALE ms_409 AccessMask
� � � � uint32 Description Bit flags specifying what permissions are affected GuidInheritedObjectType
� s { � string Description The guid of the type of object this object inherits from GuidObjectType
� � string Description The guid of the type of object the security settings are applied to Inheritance
� � � � uint32 Description Bit flags specifying how the access rights are inherited SecuritySetting f )
� ( C P � �� ref:Win32_SecuritySetting Description The security settings of an object Trustee f )
� � � � � �� ref:Win32_SID Description The Win32_SID of the trustee for this access entry Type +
� C K X � � uint32 Description The type of access specified for the trustee Values � � Set Deny � W i n 3 2 _ S e c u r i t y S e t t i n g A u d i t i n g �^�%߬�5 ' Win32_SecuritySettingAuditing ) ) { ��� � � � 2 ; ������������������������������� � Win32_LogicalShareAuditing description Association between the security settings of a share and one member of its SACL. AMENDMENT LOCALE ms_409 SecuritySetting f@
� � � ref:Win32_LogicalShareSecuritySetting Description The security settings of the share object Trustee f@
� g v � ref:Win32_SID Description An entry on the object's SACL �
R O O T \ c i m v 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 5 2 0 9 3 2 5 5 4 7 C 4 C 3 D C 8 5 4 3 3 F 4 8 9 A C 2 2 1 5 3 9 4 E E 0 0 2 4 9 C B 4 8 A A 9 2 A D 2 B 0 B 6 C 8 0 1 4 C 3 1 ��3� � 1Ԁ� �+/ �6�) Z ,0� � �W^0 � p� �
p �f�%߬�w 9 ) � �� � # 4 M t � � � � � # , ^ i � � � � � � � � � � & 1 Z c UUU������������������������������������������������������� � MDM_CertificateEnrollment locale MDMSettingsProv ConfigurationParameters
1
� l string EnhancedKeyUsages
� � � �� string Error
� � uint32 ExpirationThreshold
� uint32 Issuers
� V � �� string RequestID
� � � �� string SerialNumber
%
� � string Status
� � uint32 StoreLocation )
� E � ��L V uint8 ValueMap b o ContextUser ContextMachine SubjectAlternativeNames
� � string SubjectName
� � string Thumbprint !
� string ValidFrom e )
� P datetime ValidTo e -
� � datetime � �f�%߬�4 ) � �� � % 5 g s � � � � � < E l u U����������������������������� � MDM_Client locale MDMSettingsProv DeviceClientID
� _ � �� string DeviceName
� � string DomainSID
� � string PlatformID
� � string ProcessorDescription
� 4 string UserSid
� d string Version
� � string � D Z � � � � � � s � SendUnenrollRequest / ��< �� implemented static ac6d1350600005Q ROOT\cimv2\mdm ���� � �� �� * � ����� � __PARAMETERS abstract DeviceClientID string
� : In
� : a �� ID )
� � a ��� string __ �} ac6d1350600005Q ROOT\cimv2\mdm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � LockWorkstation �� �� implemented static } ac6d1350600005Q ROOT\cimv2\mdm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � ResetUserPassword � ��� �� implemented static ac6d1350600005Q ROOT\cimv2\mdm ���� � �� �� * � ����� � __PARAMETERS abstract ConfigString string
� 8 In
� 8 _ �� ID )
� � _ ��� string __ �} ac6d1350600005Q ROOT\cimv2\mdm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �f�%߬�� ) � �� � , 9 k y %��������� � MDM_ConfigSetting locale MDMSettingsProv SettingName
� c � �� string SettingValue
� � string fi � �f�%߬�B
) � �� � $ 5 L s } � � ������������� � MDM_DeviceRegistrationInfo locale MDMSettingsProv CertificateThumbprint
� k string DeviceId
� � � �� string UPN
� � string � �f�%߬�� ) � �� � �( )����Z � MDM_EASPolicy locale MDMSettingsProv
� R � �� uint32 � : S � � SetValues % ��2 �� implemented static ac6d1350600005Q ROOT\cimv2\mdm ���� � �� �� * � ����� � __PARAMETERS abstract NamedValuesList string
� ; In
� ; b �� ID )
� � b ��� string __ �} ac6d1350600005Q ROOT\cimv2\mdm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �f�%߬�� ) � �� � , ; m � � � � � # / U���������������������V � MDM_MgmtAuthority locale MDMSettingsProv AuthorityName
� e � �� string ClientSearchCriteria
� � string ProvisionedCertThumbprint
� � string RootThumbprint
� string ServerList
� N string � C V � � CreateNewAuthority . ��; �� implemented static ac6d1350600005Q ROOT\cimv2\mdm ���� � �� �� * � ����� � __PARAMETERS abstract AuthorityName string
� 9 In
� 9 ` �� ID )
� � ` ��� string __ �} ac6d1350600005Q ROOT\cimv2\mdm ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �f�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? ���� � � Z � � ���v� - 6?HZ� � 6���n - �P�2� > ���B�
> ��T�
? a6�V H K�Z� D �
��� C u_ �% F F ��k { �=� � i�B�� � # M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬�� < - Msft_WmiProvider_OperationEvent_Pre % + 2 Y j � � � � ��W���������������������������������������������������������� � Msft_WmiProvider_ExecMethodAsyncEvent_Pre Flags 0
� Q Uint32 InputParameters
4
� � Object MethodName
,
� � String ObjectPath (
� � String �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬�H 7 - Msft_WmiProvider_OperationEvent_Pre % & M V } � ��W����������������������������������������������������� � Msft_WmiProvider_NewQuery_Pre Query 0
� E string QueryId (
� u uint32 QueryLanguage
,
� � string �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬�� / - Msft_WmiProvider_OperationEvent_Pre % " + �����������������������������������������������R � Msft_WmiProvider_CancelQuery_Pre QueryId (
� J uint32 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬�F 7 - Msft_WmiProvider_OperationEvent_Pre % " ) P _ � � ��W����������������������������������������������������� � Msft_WmiProvider_AccessCheck_Pre Query
,
� H string QueryLanguage (
� ~ string Sid 0
� � uint8 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬�� / - Msft_WmiProvider_OperationEvent_Pre % $ + �����������������������������������������������R � Msft_WmiProvider_ProvideEvents_Pre Flags (
� J uint32 �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & + 2 Y j � � � � � ��W�������������������������������������������������������������/ � Msft_WmiProvider_GetObjectAsyncEvent_Post Flags
,
� Q Uint32 ObjectParameter
4
� � Object ObjectPath (
� � String ResultCode 0
� � Uint32 StringParameter
8
� ' String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & * 7 ^ e � � � � � ��W�������������������������������������������������������������/ � Msft_WmiProvider_PutClassAsyncEvent_Post ClassObject
(
� V Object Flags
,
� � Uint32 ObjectParameter
4
� � Object ResultCode 0
� � Uint32 StringParameter
8
� ' String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & - 8 _ f � � � � � ��W�������������������������������������������������������������0 � Msft_WmiProvider_DeleteClassAsyncEvent_Post ClassName (
� W String Flags
,
� � Uint32 ObjectParameter
4
� � Object ResultCode 0
� � Uint32 StringParameter
8
� ( String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & 1 8 _ p � � � � ��W�������������������������������������������������������������9 � Msft_WmiProvider_CreateClassEnumAsyncEvent_Post Flags
,
� W Uint32 ObjectParameter
4
� � Object ResultCode 0
� � Uint32 StringParameter
8
� � String SuperclassName (
� 1 String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & - 4 [ k � � � � � ��W�������������������������������������������������������������5 � Msft_WmiProvider_PutInstanceAsyncEvent_Post Flags
,
� S Uint32 InstanceObject
(
� � Object ObjectParameter
4
� � Object ResultCode 0
� � Uint32 StringParameter
8
� - String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & 0 7 ^ o � � � � �
��W�������������������������������������������������������������4 � Msft_WmiProvider_DeleteInstanceAsyncEvent_Post Flags
,
� V Uint32 ObjectParameter
4
� � Object ObjectPath (
� � String ResultCode 0
� � Uint32 StringParameter
8
� , String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & 4 ? f m � � � � � ��W�������������������������������������������������������������7 � Msft_WmiProvider_CreateInstanceEnumAsyncEvent_Post ClassName (
� ^ String Flags
,
� � Uint32 ObjectParameter
4
� � Object ResultCode 0
� � Uint32 StringParameter
8
� / String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬� D . Msft_WmiProvider_OperationEvent_Post & + 2 Y j � � � � � ( 9 ��W����������������������������������������������������������������` � Msft_WmiProvider_ExecQueryAsyncEvent_Post Flags 0
� Q Uint32 ObjectParameter
8
� � Object Query
,
� � String QueryLanguage (
� � String ResultCode 4
� Uint32 StringParameter <
� X String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�b H . Msft_WmiProvider_OperationEvent_Post & , 3 Z k � � � � � 0 < c t ��WU��������������������������������������������������������������������� � Msft_WmiProvider_ExecMethodAsyncEvent_Post Flags 0
� R Uint32 InputParameters
4
� � Object MethodName
,
� � String ObjectParameter
<
� � Object ObjectPath (
� ( String ResultCode
8
� [ Uint32 StringParameter @
� � String �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� < . Msft_WmiProvider_OperationEvent_Post & ' N W ~ � � � ��W���������������������������������������������������������� � Msft_WmiProvider_NewQuery_Post Query 0
� F string QueryId (
� v uint32 QueryLanguage
,
� � string Result 4
� � uint32 � I�r�0 V �5gK� � _[EUn � E~�zW s ���`� � !��
� ��!�u
8 U��x� � ��ޟ 8 �
�� � �y� r E9�3 r .��Y� s ��� |
7�F� x �'6� w -�~� z [m^�� � M S F T _ W m i S e l f E v e n t �^�%߬� + MSFT_WmiSelfEvent ! / V l � � � � �� 1 X ^ _U������������������������������������������ � Msft_WmiProvider_OperationEvent HostingGroup $
� N String HostingSpecification
� � Uint32 Locale
� � String Namespace
� � String
� String TransactionIdentifer
� P String User
� } String � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t �^�%߬�� + ) Msft_WmiProvider_OperationEvent ! �������������������������������������������% � Msft_WmiProvider_OperationEvent_Pre � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�� + ) Msft_WmiProvider_OperationEvent ! �������������������������������������������& � Msft_WmiProvider_OperationEvent_Post � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬� @ ) Msft_WmiProvider_OperationEvent ! . 5 \ j � � � � 8 D ��W������������������������������������������������������������k � Msft_WmiProvider_ComServerLoadOperationEvent Clsid (
� T String InProcServer 0
� � boolean InProcServerPath
4
� � String LocalServer 2
� � boolean LocalServerPath 8
� 0 String ServerName
,
� c String � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�c D ) Msft_WmiProvider_OperationEvent ! 5 < c q � � � � ? K r ~ ��WU����������������������������������������������������������������� � Msft_WmiProvider_ComServerLoadOperationFailureEvent Clsid (
� [ String InProcServer 0
� � boolean InProcServerPath
4
� � String LocalServer 2
� � boolean LocalServerPath 8
� 7 String ResultCode <
� j uint32 ServerName
,
� � String � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�� I ) Msft_WmiProvider_OperationEvent ! % , S a � � � � � / ; b s � � ��WU���������������������������������������������������������������������� � Msft_WmiProvider_LoadOperationEvent Clsid (
� K String InProcServer 0
� � boolean InProcServerPath
4
� � String LocalServer 2
� � boolean LocalServerPath 8
� ' String ServerName
,
� Z String Synchronisation @
� � uint32 ThreadingModel <
� � uint32 � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�� M ) Msft_WmiProvider_OperationEvent ! , 3 Z h � � � � � 6 B i u � � � � ��WU������������������������������������������������������������������������� � Msft_WmiProvider_LoadOperationFailureEvent Clsid (
� R String InProcServer 0
� � boolean InProcServerPath
4
� � String LocalServer 2
� � boolean LocalServerPath 8
� . String ResultCode D
� a uint32 ServerName
,
� � String Synchronisation @
� � uint32 ThreadingModel <
� uint32 � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�� + ) Msft_WmiProvider_OperationEvent ! �������������������������������������������/ � Msft_WmiProvider_InitializationOperationEvent � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�� / ) Msft_WmiProvider_OperationEvent ! 6 B �����������������������������������������������i � Msft_WmiProvider_InitializationOperationFailureEvent ResultCode (
� a uint32 � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _�%߬�� + ) Msft_WmiProvider_OperationEvent ! �������������������������������������������' � Msft_WmiProvider_UnLoadOperationEvent �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % * 1 X d ��������������������������������������������������� � Msft_WmiProvider_GetObjectAsyncEvent_Pre Flags
,
� P Uint32 ObjectPath (
� � String �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % ) 6 ] d ��������������������������������������������������� � Msft_WmiProvider_PutClassAsyncEvent_Pre ClassObject
(
� U Object Flags
,
� � Uint32 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e
_�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % , 7 ^ e ��������������������������������������������������� � Msft_WmiProvider_DeleteClassAsyncEvent_Pre ClassName (
� V String Flags
,
� � Uint32 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % 0 7 ^ n ��������������������������������������������������� � Msft_WmiProvider_CreateClassEnumAsyncEvent_Pre Flags
,
� V Uint32 SuperclassName (
� � String �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % , 3 Z j ��������������������������������������������������� � Msft_WmiProvider_PutInstanceAsyncEvent_Pre Flags
,
� R Uint32 InstanceObject
(
� � Object �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e
_�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % / 6 ] i ��������������������������������������������������� � Msft_WmiProvider_DeleteInstanceAsyncEvent_Pre Flags
,
� U Uint32 ObjectPath (
� � String �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬� 3 - Msft_WmiProvider_OperationEvent_Pre % 3 > e l ��������������������������������������������������� � Msft_WmiProvider_CreateInstanceEnumAsyncEvent_Pre ClassName (
� ] String Flags
,
� � Uint32 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e _�%߬�Q 7 - Msft_WmiProvider_OperationEvent_Pre % * 1 X _ � � ��W����������������������������������������������������� � Msft_WmiProvider_ExecQueryAsyncEvent_Pre Flags 0
� P Uint32 Query
,
� ~ String QueryLanguage (
� � String � -�P� � �YI(� 3_\� " 3�� � �/j-� 6 M�f 2 �$AA : X�L{ � >�� � �� ~ ��� � W i n 3 2 _ S e c u r i t y S e t t i n g G r o u p �^�%߬�� $ Win32_SecuritySettingGroup 6 � �� � " * 0 X _ � � e��������) � Win32_LogicalFileGroup SECRCW32 Locale UUID {8502C58F-5FBB-11D2-AAC1-006008C78BC7} Group f@
� � � � ref:Win32_SID Override Group SecuritySetting f@
� � ref:Win32_LogicalFileSecuritySetting Override SecuritySetting � W i n 3 2 _ S e c u r i t y S e t t i n g A c c e s s �^�%߬�� % Win32_SecuritySettingAccess 6 � �� � # + 1 Y j � � ������������������������������. � Win32_LogicalFileAccess SECRCW32 Locale UUID {8502C590-5FBB-11D2-AAC1-006008C78BC7} SecuritySetting f@
� � � � ref:Win32_LogicalFileSecuritySetting Override SecuritySetting Trustee f@
� % ref:Win32_SID Override Trustee � W i n 3 2 _ S e c u r i t y S e t t i n g A u d i t i n g �^�%߬�� ' Win32_SecuritySettingAuditing 6 � �� � % - 3 [ l � � ������������������������������0 � Win32_LogicalFileAuditing SECRCW32 Locale UUID {FCC86599-DB20-11d2-85FC-0000F8102E5F} SecuritySetting f@
� � � � ref:Win32_LogicalFileSecuritySetting Override SecuritySetting Trustee f@
� ' ref:Win32_SID Override Trustee � W i n 3 2 _ S e c u r i t y S e t t i n g �^�%߬�. Win32_SecuritySetting 6 � �� � # - 5 ; c i ����������������������� � Win32_LogicalShareSecuritySetting SECRCW32 Locale UUID {8502C591-5FBB-11D2-AAC1-006008C78BC7} Name '
� � � �� � �� string | � � � � � @ � GetSecurityDescriptor ) @ L � ��� � Privileges X m SeSecurityPrivilege SeRestorePrivilege implemented ValueMap � � � � � � 0 2 8 9 21 .. % ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor ) 5 A v ��� � Privileges M b SeSecurityPrivilege SeRestorePrivilege implemented ValueMap � � � � � � 0 2 8 9 21 .. ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � W i n 3 2 _ S e c u r i t y S e t t i n g O f O b j e c t �^�%߬�� ' Win32_SecuritySettingOfObject 6 � �� � % / 7 = e n � � e��������Y � Win32_SecuritySettingOfLogicalShare SECRCW32 Locale UUID {8502C592-5FBB-11D2-AAC1-006008C78BC7} Element f@ 4
� � � � � �� � �� ref:Win32_Share Override Element Setting f@ 4
� F P � �� � �� ref:Win32_LogicalShareSecuritySetting Override Setting � � W i n 3 2 _ S e c u r i t y S e t t i n g A c c e s s �^�%߬�� % Win32_SecuritySettingAccess 6 � �� � $ , 2 Z k � � ������������������������������F � Win32_LogicalShareAccess SECRCW32 Locale UUID {8502C593-5FBB-11D2-AAC1-006008C78BC7} SecuritySetting f@ )
� � � ��� � ref:Win32_LogicalShareSecuritySetting Override SecuritySetting Trustee f@ )
� $ � ��3 = ref:Win32_SID Override Trustee � W i n 3 2 _ S e c u r i t y S e t t i n g A u d i t i n g �^�%߬�� ' Win32_SecuritySettingAuditing 6 � �� � & . 4 \ m � � ������������������������������H � Win32_LogicalShareAuditing SECRCW32 Locale UUID {8502C594-5FBB-11D2-AAC1-006008C78BC7} SecuritySetting f@ )
� � � ��� � ref:Win32_LogicalShareSecuritySetting Override SecuritySetting Trustee f@ )
� & � ��5 ? ref:Win32_SID Override Trustee � �^�%߬�q A + �� � �� � 8 B J P x � H Q u��������� � Win32_DCOMApplicationLaunchAllowedSetting Association CIMWin32 Locale UUID {0F73ED55-8ED9-11d2-B340-00105A1F8569} Element f A
� � � �� � ��� � � ref:Win32_DCOMApplication Override Element MappingStrings Microsoft CIM Win32|Win32_DCOMApplication|AppID Setting f A
� � � �� � ��� � � � ref:Win32_SID Override Setting MappingStrings � Microsoft CIM Win32|Win32_SID|SID M � �^�%߬�q A + �� � �� � 8 B J P x � H Q u��������� � Win32_DCOMApplicationAccessAllowedSetting Association CIMWin32 Locale UUID {0F73ED59-8ED9-11d2-B340-00105A1F8569} Element f A
� � � �� � ��� � � ref:Win32_DCOMApplication Override Element MappingStrings Microsoft CIM Win32|Win32_DCOMApplication|AppID Setting f A
� � � �� � ��� � � � ref:Win32_SID Override Setting MappingStrings � Microsoft CIM Win32|Win32_SID|SID M � W i n 3 2 _ S e c u r i t y S e t t i n g A c c e s s �^�%߬�0 % Win32_SecuritySettingAccess ) ' x ��� � � � / 8 ������������������������������� � Win32_LogicalShareAccess description Association between the security settings of a share and one member of its DACL AMENDMENT LOCALE ms_409 SecuritySetting f@
� � � ref:Win32_LogicalShareSecuritySetting Description The security settings of the share object Trustee f@
� d s � ref:Win32_SID Description An entry on the object's DACL � C I M _ C o n c r e t e C o l l e c t i o n �d�%߬�� CIM_ConcreteCollection ) � �� � �����������������% � ConcreteCollection IPMIPrv Locale � Description The LogPixels property contains the number of pixels per logical inch. This member is valid only with devices that work with pixels (this excludes devices such as printers).
This property has been deprecated because it is not applicable to printers. There is no replacement value. MappingStrings Win32API|Printing and Print Spooler Structures|DEVMODE|dmLogPixels MediaType @ P
� � � ��� � � �
! ! B! L! uint32 Description The MediaType property specifies the type of media being printed on. The property can be set to a predefined value or a driver-defined value greater than or equal to 256. For Windows 95 and later; Windows 2000. MappingStrings � Win32API|Printing and Print Spooler Structures|DEVMODE|dmMediaType Values "! ,! :! Standard Transparency Glossy ValueMap \! _! b! 1 2 3 Name D N
� �! � �� � ���! �! �! F" V" string MaxLen Description The Name property indicates the name of the printer with which this configuration is associated. MappingStrings ^" Win32API|Printing and Print Spooler Structures|PRINTER_INFO_5|pPrinterName Orientation H P
� # � �� # *# u# }# �# �# �# �# uint32 Description The Orientation property indicates the printing orientation of the paper. Values �# �# Portrait Landscape ValueMap �# �# 1 2 MappingStrings �# Win32API|Printing and Print Spooler Structures|DEVMODE|dmOrientation PaperLength L C
� v$ � ��~$ �$ �$ �$ �$ % uint32 Units tenths of a millimeter Description The PaperLength property indicates the length of the paper.
Example: 2794 MappingStrings
% Win32API|Printing and Print Spooler Structures|DEVMODE|dmPaperLength PaperSize P 6
� �% � ���% �% & & string Description The PaperSize property indicates the size of the paper.
Example: A4 or Letter MappingStrings & Win32API|Printing and Print Spooler Structures|DEVMODE|dmPaperSize PaperWidth T C
� �& � ���& �& �& �& <' L' uint32 Units tenths of a millimeter Description The PaperWidth property indicates the width of the paper.
Example: 2159 MappingStrings T' Win32API|Printing and Print Spooler Structures|DEVMODE|dmPaperWidth PelsHeight X N
� (
( �� � ��( ( %( 2( �( �( uint32 DEPRECATED Units pixels Description The PelsHeight property indicates the height of the displayable surface.
This property has been deprecated because it is not applicable to printers. There is no replacement value. MappingStrings ) Win32API|Printing and Print Spooler Structures|DEVMODE|dmPelsHeight PelsWidth \ N
� �) �) �� � ���) �) �) �) �* �* uint32 DEPRECATED Units pixels Description The PelsWidth property indicates the width of the displayable surface.
This property has been deprecated because it is not applicable to printers. There is no replacement value. MappingStrings �* Win32API|Printing and Print Spooler Structures|DEVMODE|dmPelsWidth PrintQuality ` P
� ]+ � ��e+ r+ , 0, , �, �, �, uint32 Description The PrintQuality property indicates one of four quality levels of the print job. If a positive value is specified, the quality is measured in dots per inch.
Example: Draft MappingStrings 8, Win32API|Printing and Print Spooler Structures|DEVMODE|dmPrintQuality Values �, �, �, �, Draft Low Medium High ValueMap �, �, �, �, -1 -2 -3 -4 Scale d C
� ;- � ��C- J- S- `- . . uint32 Units percent Description The Scale property specifies the factor by which the printed output is to be scaled. For example a scale of 75 reduces the print output to 3/4 its original height and width. MappingStrings (. Win32API|Printing and Print Spooler Structures|DEVMODE|dmScale SpecificationVersion h 6
� �. � ���. �. d/ t/ uint32 Description The SpecificationVersion property indicates the version number of the initialization data for the device associated with the Win32 printer. MappingStrings |/ Win32API|Printing and Print Spooler Structures|DEVMODE|dmSpecVersion TTOption l P
� *0 � ��20 ?0 2 2 ^2 f2 �2 �2 uint32 Description The TTOption property specifies how TrueType(r) fonts should be printed. There are 3 possible values:
Bitmap - Prints TrueType fonts as graphics. This is the default action for dot-matrix printers.
Download - Downloads TrueType fonts as soft fonts. This is the default action for printers that use the Printer Control Language (PCL).
Substitute - Substitutes device fonts for TrueType fonts. This is the default action for PostScript(r) printers. MappingStrings 2 Win32API|Printing and Print Spooler Structures|DEVMODE|dmTTOption Values v2 ~2 �2 Bitmap Download Substitute ValueMap �2 �2 �2 1 2 3 VerticalResolution | C
� 3 � ��$3 +3 :3 G3 04 @4 uint32 Units dots per inch Description The VerticalResolution property indicates the print resolution along the Y axis (height) of the print job. This value is only set when the PrintQuality property of this class is positive, and is similar to the YResolution property. MappingStrings H4 Win32API|Printing and Print Spooler Structures|DEVMODE|dmYResolution XResolution p N
� �4 � ���4 �� 5 5 !5 .5 �5 �5 uint32 DEPRECATED Units dots per inch Description The XResolution property has been deprecated to theHorizontalResolution property. Please refer to the description of that property. MappingStrings �5 Win32API|Printing and Print Spooler Structures|DEVMODE|dmPrintQuality YResolution t N
� |6 � ���6 ���6 �6 �6 �6 77 G7 uint32 DEPRECATED Units dots per inch Description The YResolution property has been deprecated to theVerticalResolution property. Please refer to the description of that property. MappingStrings O7 Win32API|Printing and Print Spooler Structures|DEVMODE|dmYResolution � whether the flat panel supports color display. VerticalResolution H +
� ] e r � � uint32 Description Flat panel's vertical resolution in pixels. Units pixels � C I M _ U s e r D e v i c e �\�%߬�� R CIM_UserDevice ) X ��c k s { � � ���������������������������������������������������������������������������������� � CIM_Keyboard Description Capabilities and management of the keyboard logical device. AMENDMENT LOCALE ms_409 Layout D
� � � � string Description A free-form string indicating the format and layout of the Keyboard. NumberOfFunctionKeys H
� D L Y uint16 Description Number of function keys on the Keyboard. Password J +
� � � � � � uint16 Description An integer indicating whether a hardware-level password is enabled at the keyboard (value=4), preventing local input. Other values are: "Disabled" (3), "Not Implemented" (5), "Other" (1) and "Unknown" (2). Values � � � � � Other Unknown Disabled Enabled Not Implemented � �� � ( �o�}� i ;I-1 � !ķ}� � ���.? � � ��� � �]�"� C ���,� ( ~�K~� � W i n 3 2 _ S e c u r i t y S e t t i n g �^�%߬� Win32_SecuritySetting ) " / U ��` h p � ������������������������� � Win32_LogicalFileSecuritySetting Description security settings for a logical file AMENDMENT LOCALE ms_409 OwnerPermissions
� � � � boolean description Indicates whether the caller has Owner permissions to the object. Path )
� F � ��N [ string Description The full pathname of the file or directory � } � � � &
� � GetSecurityDescriptor 5 B description Retrieves a structural representation of the object's security descriptor.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values ' 0 ? P c v Success Access denied Unknown failure Privilege missing Invalid parameter Other , ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor � � � � description Sets security descriptor to the specified structure.
The method returns an integer value that can be interpreted as follows:
0 - Successful completion.
2 - The user does not have access to the requested information.
8 - Unknown failure.
9 - The user does not have adequate privileges.
21 - The specified parameter is invalid.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values � � � � � Success Access denied Unknown failure Privilege missing Invalid parameter Other ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � W i n 3 2 _ S e c u r i t y S e t t i n g O f O b j e c t �^�%߬� ' Win32_SecuritySettingOfObject ) $ 1 b ��m u } � � � ���������� � Win32_SecuritySettingOfLogicalFile Description Security settings of a file or directory object AMENDMENT LOCALE ms_409 Element f@ )
� � � � � �� ref:CIM_LogicalFile Description The file or directory Setting f@ )
� 6 \ i � �� ref:Win32_LogicalFileSecuritySetting Description The security settings of the file or directory � W i n 3 2 _ S e c u r i t y S e t t i n g O w n e r �^�%߬�; $ Win32_SecuritySettingOwner ) % r ��} � � � ���������� � Win32_LogicalFileOwner description Association between the security settings of a file/directory and its owner AMENDMENT LOCALE ms_409 Owner f@
� � � � ref:Win32_SID Description The owner of the file/directory object SecuritySetting f@
� A g t ref:Win32_LogicalFileSecuritySetting Description The security settings of the file/directory object -- CANNOT BE ENUMERATED ri � W i n 3 2 _ S e c u r i t y S e t t i n g G r o u p �^�%߬�; $ Win32_SecuritySettingGroup ) % r ��} � � � ���������� � Win32_LogicalFileGroup description Association between the security settings of a file/directory and its group AMENDMENT LOCALE ms_409 Group f@
� � � � ref:Win32_SID Description The group of the file/directory object SecuritySetting f@
� A g t ref:Win32_LogicalFileSecuritySetting Description The security settings of the file/directory object -- CANNOT BE ENUMERATED As � W i n 3 2 _ S e c u r i t y S e t t i n g A c c e s s �^�%߬�X % Win32_SecuritySettingAccess ) & � ��� � � � W ` ������������������������������� � Win32_LogicalFileAccess description Association between the security settings of a file/directory and one member of its DACL AMENDMENT LOCALE ms_409 SecuritySetting f@
� � � ref:Win32_LogicalFileSecuritySetting Description The security settings of the file/directory object -- CANNOT BE ENUMERATED Trustee f@
� � � � ref:Win32_SID Description An entry on the object's DACL � W i n 3 2 _ S e c u r i t y S e t t i n g A u d i t i n g �^�%߬�Y ' Win32_SecuritySettingAuditing ) ( ��� � � � V _ ������������������������������� � Win32_LogicalFileAuditing description Association between the security settings of a file/directory one member of its SACL. AMENDMENT LOCALE ms_409 SecuritySetting f@
� � �
ref:Win32_LogicalFileSecuritySetting Description The security settings of the file/directory object -- CANNOT BE ENUMERATED Trustee f@
� � � � ref:Win32_SID Description An entry on the object's SACL � W i n 3 2 _ S e c u r i t y S e t t i n g O f O b j e c t �^�%߬�� ' Win32_SecuritySettingOfObject ) % 2 W ��b j r { � � ���������s � Win32_SecuritySettingOfLogicalShare Description Security settings of a share object AMENDMENT LOCALE ms_409 Element f@ )
� � � � � �� ref:Win32_Share Description The share Setting f@ )
� B O � �� ref:Win32_LogicalShareSecuritySetting Description The security settings of the share �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �^�%߬�nZ�%߬�� ������# 6 � __Win32Provider Decoupled:NonCOM ProviderSubSystem 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �d�%߬�kZ�%߬�,
� __NAMESPACE ms_409 a@
C I M _ S e n s o r 0d�%߬�- � CIM_Sensor ) � ��� � � � * 5 �
�
N a �
r | � y � � � � � � � M ] � � � � F Q ; G : N � � u! �! ,# :# & 6& �' �' �( ) ���������UUUUU���������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������+ � CIM_NumericSensor Description A Numeric Sensor is capable of returning numeric readings and optionally supports thresholds settings. AMENDMENT LOCALE ms_409 Accuracy ' �
� � � � sint32 Description Indicates the accuracy of the Sensor for the measured property. Its value is recorded as plus/minus hundredths of a percent. Accuracy, along with Resolution, is used to calculate the actual value of the measured physical property. Accuracy may vary depending on whether the Device is linear over its dynamic range. BaseUnits ( � 8
� { � � + 5 G O uint16 Description The base unit of the values returned by this Sensor. All the values returned by this Sensor are represented in the units obtained by (BaseUnits * 10 raised to the power of the UnitModifier). For example, if BaseUnits is Volts and the UnitModifier is -6, then the units of the values returned are MicroVolts. However, if the RateUnits property is set to a value other than "None", then the units are further qualified as rate units. In the above example, if RateUnits is set to "Per Second", then the values returned by the Sensor are in MicroVolts/Second. The units apply to all numeric properties of the Sensor, unless explicitly overridden by the Units qualifier. ValueMap C E H K N Q T W Z ] ` c g k o s w { � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � # ' + / 3 7 ; ? C 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 Values C _ h o z � � � � � � � � � � � � � � � � � �
! ' / 5 C O W j x � � � � � � � � � � � � �
&
2
G
Q
V
[
b
l
�
�
�
�
�
�
�
Unknown Other Degrees C Degrees F Degrees K Volts Amps Watts Joules Coulombs VA Nits Lumens Lux Candelas kPa PSI Newtons CFM RPM Hertz Seconds Minutes Hours Days Weeks Mils Inches Feet Cubic Inches Cubic Feet Meters Cubic Centimeters Cubic Meters Liters Fluid Ounces Radians Steradians Revolutions Cycles Gravities Ounces Pounds Foot-Pounds Ounce-Inches Gauss Gilberts Henries Farads Ohms Siemens Moles Becquerels PPM (parts/million) Decibels DbA DbC Grays Sieverts Color Temperature Degrees K Bits Bytes Words (data) DoubleWords QuadWords Percentage Pascals CurrentReading ) �
�
" sint32 Description The current value indicated by the Sensor. EnabledThresholds * � 8
� � � � F N uint16 Description An array representing the thresholds that are currently enabled for this Sensor. ValueMap 4 7 : = @ C 0 1 2 3 4 5 Values j � � � � � LowerThresholdNonCritical UpperThresholdNonCritical LowerThresholdCritical UpperThresholdCritical LowerThresholdFatal UpperThresholdFatal Hysteresis + �
� 2
:
G
uint32 Description Indicates the margin built around the thresholds. This margin prevents unnecessary state changes when the Sensor reading may fluctuate very close to its thresholds. This could be due to the Sensor's tolerance/accuracy/resolution or due to environmental factors. Once a threshold is crossed, the state of the Sensor should change. However, the state should not fluctuate between the old and new states unless the Sensor's change in the reading exceeds the hysteresis value. The units for this measurement are determined by BaseUnit*UnitModifier/RateUnit. IsLinear , �
� � � � boolean Description Indicates that the Sensor is linear over its dynamic range. LowerThresholdCritical - �
� ? G T sint32 Description The Sensor's threshold values specify the ranges (min and max values) for determining whether the Sensor is operating under Normal, NonCritical, Critical or Fatal conditions. If the CurrentReading is between LowerThresholdCritical and Lower ThresholdFatal, then the CurrentState is Critical. LowerThresholdFatal . �
� � � � sint32 Description The Sensor's threshold values specify the ranges (min and max values) for determining whether the Sensor is operating under Normal, NonCritical, Critical or Fatal conditions. If the CurrentReading is below LowerThresholdFatal, then the Current State is Fatal. LowerThresholdNonCritical / �
� # 0 sint32 Description The Sensor's threshold values specify the ranges (min and max values) for determining whether the Sensor is operating under Normal, NonCritical, Critical or Fatal conditions. If Current Reading is between LowerThresholdNonCritical and Upper ThresholdNonCritical, then the Sensor is reporting a normal value. If CurrentReading is between LowerThresholdNonCritical and LowerThresholdCritical, then the CurrentState is NonCritical. MaxReadable 0 �
� , sint32 Description MaxReadable indicates the largest value of the measured property that can be read by the NumericSensor. MinReadable 1 �
� � � � sint32 Description MinReadable indicates the smallest value of the measured property that can be read by the NumericSensor. NominalReading 2 �
� � � � sint32 Description NominalReading indicates the 'normal' or expected value for the NumericSensor. NormalMax 3 �
� % - : sint32 Description NormalMax provides guidance for the user as to the normal maximum range for the NumericSensor. NormalMin 4 �
� � � � sint32 Description NormalMin provides guidance for the user as to the normal minimum range for the NumericSensor. RateUnits 5 � 8
� � � � A K � � uint16 Description Specifies if the units returned by this Sensor are rate units. All the values returned by this Sensor are represented in the units obtained by (BaseUnits * 10 raised to the power of the UnitModifier). This is true unless this property (RateUnits) has a value different than "None". For example, if BaseUnits is Volts and the UnitModifier is -6, then the units of the values returned are MicroVolts. But, if the RateUnits property is set to a value other than "None", then the units are further qualified as rate units. In the above example, if RateUnits is set to "Per Second", then the values returned by the Sensor are in MicroVolts/Second. The units apply to all numeric properties of the Sensor, unless explicitly overridden by the Units qualifier. Any implementation of CurrentReading should be qualified with either a Counter or a Gauge qualifier, depending on the characteristics of the sensor being modeled. ValueMap
w z } � � � � � � � 0 1 2 3 4 5 6 7 8 9 Values
� � � � � & 1 None Per MicroSecond Per MilliSecond Per Second Per Minute Per Hour Per Day Per Week Per Month Per Year Resolution 6 �
� s { � uint32 Description Resolution indicates the ability of the Sensor to resolve differences in the measured property. The units for this measurement are determined by BaseUnit*UnitModifier/RateUnit. SettableThresholds 7 � 8
� � � � � � % - uint16 Description An array representing the writable thresholds supported by Sensor. ValueMap " 0 1 2 3 4 5 Values I d � � � LowerThresholdNonCritical UpperThresholdNonCritical LowerThresholdCritical UpperThresholdCritical LowerThresholdFatal UpperThresholdFatal SupportedThresholds 8 � 8
� 4 < I � � � � uint16 Description An array representing the thresholds supported by this Sensor. ValueMap � � � � � � 0 1 2 3 4 5 Values � ! ! 3! K! `! LowerThresholdNonCritical UpperThresholdNonCritical LowerThresholdCritical UpperThresholdCritical LowerThresholdFatal UpperThresholdFatal Tolerance 9 �
� �! �! �! sint32 Description This property is being deprecated in lieu of using the Resolution and Accuracy properties.
Indicates the tolerance of the Sensor for the measured property. Tolerance, along with Resolution and Accuracy, is used to calculate the actual value of the measured physical property. Tolerance may vary depending on whether the Device is linear over its dynamic range. UnitModifier : �
� f# n# {# sint32 Description The unit multiplier for the values returned by this Sensor. All the values returned by this Sensor are represented in the units obtained by (BaseUnits * 10 raised to the power of the UnitModifier). For example, if BaseUnits is Volts and the Unit Modifier is -6, then the units of the values returned are MicroVolts. However, if the RateUnits property is set to a value other than "None", then the units are further qualified as rate units. In the above example, if RateUnits is set to "Per Second", then the values returned by the Sensor are in MicroVolts/Second. The units apply to all numeric properties of the Sensor, unless explicitly overridden by the Units qualifier. UpperThresholdCritical ; �
� b& j& w& sint32 Description The Sensor's threshold values specify the ranges (min and max values) for determining whether the Sensor is operating under Normal, NonCritical, Critical or Fatal conditions. If the CurrentReading is between UpperThresholdCritical and Upper ThresholdFatal, then the CurrentState is Critical. UpperThresholdFatal < �
� �' �' �' sint32 Description The Sensor's threshold values specify the ranges (min and max values) for determining whether the Sensor is operating under Normal, NonCritical, Critical or Fatal conditions. If the CurrentReading is above UpperThresholdFatal, then the Current State is Fatal. UpperThresholdNonCritical = �
� >) F) S) sint32 Description The Sensor's threshold values specify the ranges (min and max values) for determining whether the Sensor is operating under Normal, NonCritical, Critical or Fatal conditions. If the CurrentReading is between LowerThresholdNonCritical and UpperThresholdNonCritical, then the Sensor is reporting a normal value. If the CurrentReading is between UpperThreshold NonCritical and UpperThresholdCritical, then the CurrentState is NonCritical. 9 � � Z o � � RestoreDefaultThresholds + 8 Description This method resets the values of the thresholds to hardware defaults. This method returns 0 if successful, 1 if unsupported and any other value if an error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. � ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetNonLinearFactors � � Description The use of this method is being deprecated, since Current senor reading can be retrieved through the GetInstance operation.
For a non-linear Sensor, the resolution, accuracy, tolerance and hysteresis vary as the current reading moves. This method can be used to get these factors for a given reading. It returns 0 if successful, 1 if unsupported, and any other value if an error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �� �� * ����N � __PARAMETERS abstract SensorReading sint32
� 9 IN
� 9 ` �� The sensor reading to get information for. Description )
� 9 ` ��� � ID 6
� F ` ��� � � sint32 __ ��
ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � ��
�� * � � f N � v > U���������������������/ � __PARAMETERS abstract Accuracy sint32
� 4 OUT
� 4 [ �� The accuracy of the reading. Description )
� 4 [ ��� � ID 6
� 4 [ ��� � � sint32 Resolution uint32
� Z OUT
� Z � �� The resolution of the reading. Description )
� Z � ��� � ID 6
� \ � ��� � uint32 Tolerance sint32
� � OUT
� � � �� The tolerance of the reading. Description )
� � � ��� � ID 6
� � � ��� � : sint32 Hysteresis uint32
� � OUT
� � � �� The Hysteresis of the reading. Description )
� � � �� � ID 6
� � � �� � b uint32 ReturnValue uint32
� � uint32 out
� � �� U9�0
��1Y: DD�V % "l�{ t�"ߐ ŖlR� L'`� % �}
!� ��(�
Zc�$ ���0 " �\!R
��pd " 3��)� " e֏�� + U�?,� / ��?� $ �3��& � 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�z " ����� W � WDMClassesOfDriver MuiTraceData C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� * v�襎� i � WDMClassesOfDriver EventTrace_V0_Header C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� 3 v�襎� r � WDMClassesOfDriver Header_Extension_V0_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� # v�襎� b � WDMClassesOfDriver RDComplete_V0 C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� ( v�襎� g � WDMClassesOfDriver EventTraceEvent_V1 C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 !�&@��t_�%߬�� * v�襎� i � WDMClassesOfDriver EventTrace_V1_Header C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 "�&@��t_�%߬�� 3 v�襎� r � WDMClassesOfDriver Header_Extension_V1_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 #�&@��t_�%߬�� # v�襎� b � WDMClassesOfDriver RDComplete_V1 C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 $�&@��t_�%߬�� % v�襎� d � WDMClassesOfDriver EventTraceEvent C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 %�&@��t_�%߬�� ' v�襎� f � WDMClassesOfDriver EventTrace_Header C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 &�&@��t_�%߬�� 0 v�襎� o � WDMClassesOfDriver Header_Extension_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 '�&@��t_�%߬�� v�襎� _ � WDMClassesOfDriver RDComplete C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 (�&@��t_�%߬�� 0 v�襎� o � WDMClassesOfDriver Header_DbgIdRSDS_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 )�&@��t_�%߬�� 0 v�襎� o � WDMClassesOfDriver Header_BuildInfo_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 *�&@��t_�%߬�� 9 v�襎� x � WDMClassesOfDriver Header_ProviderBinaryPath_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 +�&@��t_�%߬�� = v�襎� | � WDMClassesOfDriver Header_PartitionInfoExtension_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 2 v�襎� q � WDMClassesOfDriver WmiMonitorBasicDisplayParams C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] C I M _ L o g E n t r y �:X��� W CIM_LogEntry C & 3 � � �� � �
� � P f � � � 4 G & � � N c @ P � i t = O R d ��_UU���������������������������������������������������������������������������������x
� AMT_SetupAuditRecord Version 0.0.4 Description Provides a record of the last Intel(R) ME Activation Event as recorded by Intel(R) ME LOCALE IntelMEProv AdditionalCaSerialNums E
� � � � boolean Description Indicates whether the certificate chain includes additional CA that were not recorded CACertificateSerial1 9
� � � � uint8 Description The serial number of the first intermediate CA in the certification chain CACertificateSerial2 =
� 3 : G uint8 Description The serial number of the second intermediate CA in the certification chain CACertificateSerial3 A
� � � � uint8 Description The serial number of the third intermediate CA in the certification chain CreationTimeStamp e@
( +
� � � � � � datetime Override CreationTimeStamp Description Provides Time and Date of the Provisioning operation, based on the system Real-Time-clock (RTC) HostInitiated
/
� R [ h boolean Description Indicates whether a previous provisioning attempt was initiated by the host IsTimeValid G
� � � boolean Description Indicates whether the certificate timestamp verification was successful. ProvisioningTLSMode , 8
� � � � � � uint8 Description Specifies the TLS algorithm used for provisioning ValueMap
0 1 2 Values + 6 ; NOT READY PKI PSK ProvServerFQDN M
� | � � string Description Common Name specified in the SSL certificate, typically this is the FQDN of the provisioning server ProvServerIP I
� 0 8 E string Description The Provisioning Server IP address SecureDNS -
� � � � boolean Description Specifies whether the OOB service was pre-configured with DNS suffix information to verify the SSL certificate used for configuration SelectedHashData 5
� { � � uint8 Description The stored Hash value of the root certificate used to validate the provisioning server. More information on the root CA can be retrieved by querying the AMT_ProvisioningCertificateHash instance SelectedHashType 1 8
� � � � 8
B
T
\
uint32 Description Specifies the hash algorithm used to generate seed values for HMAC computations performed in the registration operation ValueMap N
Q
1 2 Values h
o
SHA-1 SHA-256 � � !� a�%߬�_ ) � �� � � StdRegProv Locale RegProv �� : � O oca Z � � � � l ] i � . � � � � X g � ! �" �" �" S( �) �) * . 1 1 M1 [5 P8 `8 �8
> �? �? �? �C �F �F G �L N N ON ]R NU fU �U [ �\ �\ �\ �` �c �c d �i k #k Rk `o Mr Zr �r �v �y �y z ~ � � � �� ʅ � CreateKey % ��2 �� implemented static � ac6d1350600005Q ROOT\Default ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DeleteKey t ��� �� implemented static � ac6d1350600005Q ROOT\Default ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnumKey � ��� �� implemented static � ac6d1350600005Q ROOT\Default ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �� ac6d1350600005Q ROOT\Default ���� � �� �� � * � ��������H � __PARAMETERS abstract sNames string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � EnumValues � ��� �� implemented static � ac6d1350600005Q ROOT\Default ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ �] ac6d1350600005Q ROOT\Default ���� � �
�� � � * � � > ������������� � __PARAMETERS abstract sNames string
� 2 out
� 2 Y �� ID )
� � Y ��� string Types sint32
� � out
� � �� ID )
� u ��: sint32 ReturnValue uint32
� � uint32 out
� � � �� __ � DeleteValue � ��� �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDWORDValue � ��� �� implemented static z ac6d1350600005Q ROOT\Default ���� � �% �� * � � C � � J � ��������� � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID ����� �K
� \ Q�Z�
x K�sEp � ��ȶf . N�,�� 5 �N�� : �|� � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t -_�%߬��
M ) Msft_WmiProvider_OperationEvent ! ) , 9 � ��� � � � � � ' 9 � � U f � � � C T - ��WU�������������������������������������������������������������������������� � Msft_WmiProvider_LoadOperationFailureEvent Description WMI caches provider registration objects to decrease overallexecution time. The substem will drop cache entries either through the cache ageing process, through loss of RPC connectivity, through user control or due to some change in the provider's registration. This event defines the unsuccessful activation and initialization of the provider cache entry. AMENDMENT LOCALE ms_409 Clsid (
� � � String Description If applicable, defines the COM CLSID associated with server implementation. Note: decoupled providers do not have an associated COM CLSID. InProcServer 0
� � � � boolean Description If applicable, defines whether the server supports inproc32 activation. InProcServerPath
4
� e m z String Description If applicable, defines the server inproc32 executable name. LocalServer 2
� � � boolean Description If applicable, defines whether the server supports localserver32 activation. LocalServerPath 8
� � � � String Description If applicable, defines the server localserver32 executable application name. ResultCode D
� - 5 B uint32 Description The ResultCode property reveals the HRESULT code returned from the loading process. ServerName
,
� � � � String Description If applicable, defines the COM server name present within the unnamed value of the CLSID key. Synchronisation @ 8
� � � � � � � � uint32 Description The Synchronisation property, if applicable, defines the server synchronisation model, can take on one of the following values:
0 - Ignored
1 - None
2 - Supported
3 - Required
4 - RequiresNew
5 - Unknown Values � � � � � � Ignored None Supported Required RequiresNew Unknown ValueMap 0 1 2 3 4 5 ThreadingModel < 8
� s { � @ H � � uint32 Description The ThreadingModel property, if applicable, defines the server threading model, can take one of the following values:
0 - Apartment
1 - Both
2 - Free
3 - Neutral
4 - Unknown Values ` k q w � Apartment Both Free Neutral Unknown ValueMap � � � � � 0 1 2 3 4 � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t ._�%߬� + ) Msft_WmiProvider_OperationEvent ! ) / < Y ��d l �������������������������������������������t � Msft_WmiProvider_InitializationOperationEvent Description The Msft_WmiProvider_InitializationOperationEvent event class defines the successful initialization of the provider server instance. Following activation of the provider server, the WMI will attempt to initialize the instance provider through a number of COM interface method calls. AMENDMENT LOCALE ms_409 � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t /_�%߬�" / ) Msft_WmiProvider_OperationEvent ! ) 6 C � ��� � � � ������������������������������������������������ � Msft_WmiProvider_InitializationOperationFailureEvent Description The Msft_WmiProvider_InitializationOperationFailureEvent event class defines the unsuccessful initialization of the provider server instance. Following activation of the provider server, the WMI willattempt to initialize the instance provider through a number of COM interface method calls. This event defines the unsuccessful initialization of the provider server instance. AMENDMENT LOCALE ms_409 ResultCode (
� ( uint32 Description The ResultCode property reveals the HRESULT code returned from the initialization process. � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t 0_�%߬�� + ) Msft_WmiProvider_OperationEvent ! ) ' 4 � ��� ������������������������������������������� � Msft_WmiProvider_UnLoadOperationEvent Description The Msft_WmiProvider_UnLoadOperationEvent event class defines the removal of the provider cache entry. At this point there will be no reference held by WMI onthe COM server instance. WMI caches provider registration objects to decrease overallexecution time. The substem will drop cache entries either through the cache ageing process, through loss of RPC connectivity, through user control or due to some change in the provider's registration. AMENDMENT LOCALE ms_409 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 1_�%߬�� 3 - Msft_WmiProvider_OperationEvent_Pre % ) * 7 � ���
� � ��������������������������������������������������" � Msft_WmiProvider_GetObjectAsyncEvent_Pre Description The Msft_WmiProvider_GetObjectAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: GetObjectAsync. AMENDMENT LOCALE ms_409 Flags
,
� = E R Uint32 Description The Flags property contains the flags associated with the call. ObjectPath (
� � � � String Description The ObjecPath property holds the path of the object to retrieve. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 2_�%߬�� 3 - Msft_WmiProvider_OperationEvent_Pre % ) ) 6 � ��� � � � ��������������������������������������������������) � Msft_WmiProvider_PutClassAsyncEvent_Pre Description The Msft_WmiProvider_PutClassAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: PutClassAsync. AMENDMENT LOCALE ms_409 ClassObject
(
� ? G T Object Description The ClassObject property holds the object containing the class definition. Flags
,
� � � � Uint32 Description The Flags property contains the flags associated with the call. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 3_�%߬�� 3 - Msft_WmiProvider_OperationEvent_Pre % ) , 9 � ��� � � ��������������������������������������������������. � Msft_WmiProvider_DeleteClassAsyncEvent_Pre Description The Msft_WmiProvider_DeleteClassAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: DeleteClassAsync. AMENDMENT LOCALE ms_409 ClassName (
� F N [ String Description The ClassName property hold the name of the class targeted for deletion. Flags
,
� � � � Uint32 Description The Flags property contains the flags associated with the call. � M S F T _ S C M E v e n t L o g E v e n t `�%߬�� MSFT_SCMEventLogEvent + { @( 3 M o x � � � � _�������������������������� � MSFT_NetServiceControlSuccess EventId EventType InsertionStringTemplates Y d %Service% %Control% Control
� � string Service
� � string sid
� � string � _Π� N �zO�� k �k�I � LY�T6 � ��N� � �Δ� � ���~ h �u�Q� � # M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 6_�%߬�� 3 - Msft_WmiProvider_OperationEvent_Pre % ) / < � �� � � ��������������������������������������������������B � Msft_WmiProvider_DeleteInstanceAsyncEvent_Pre Description The Msft_WmiProvider_DeleteInstanceAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: DeleteInstanceAsync. AMENDMENT LOCALE ms_409 Flags
,
� K S ` Uint32 Description The Flags property contains the flags associated with the call. ObjectPath (
� � � � String Description The ObjectPath property is a string containing the path of instance to be deleted. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 7_�%߬�
3 - Msft_WmiProvider_OperationEvent_Pre % ) 3 @ �� $ / � � ��������������������������������������������������_ � Msft_WmiProvider_CreateInstanceEnumAsyncEvent_Pre Description The Msft_WmiProvider_CreateInstanceEnumAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: CreateInstanceEnumAsync. AMENDMENT LOCALE ms_409 ClassName (
� [ c p String Description The ClassName property is a string containing the name of the class for which instances are desired. Flags
,
� Uint32 Description The Flags property contains the flags associated with the call. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 8_�%߬�� 7 - Msft_WmiProvider_OperationEvent_Pre % ) * 7 � ��� �
� � % ��W����������������������������������������������������� � Msft_WmiProvider_ExecQueryAsyncEvent_Pre Description The Msft_WmiProvider_ExecQueryAsyncEvent_Pre class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: ExecQueryAsync. AMENDMENT LOCALE ms_409 Flags 0
� 6 > K Uint32 Description The Flags property contains the flags associated with the call. Query
,
� � � � String Description The Query property is a string containing the text of the query. QueryLanguage (
� Q Y f String Description The QueryLanguage property is a string containing one of the query languages supported by Windows Management. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 9_�%߬�H < - Msft_WmiProvider_OperationEvent_Pre % ) + 8 � ��� � � $ 0 � � ��W���������������������������������������������������������� � Msft_WmiProvider_ExecMethodAsyncEvent_Pre Description The Msft_WmiProvider_ExecMethodAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: ExecMethodAsync. AMENDMENT LOCALE ms_409 Flags 0
� ? G T Uint32 Description The Flags property contains the flags associated with the call. InputParameters
4
� � � � Object Description The InputParameters property is Null, if no inbound parameters are required to execute the method. Otherwise, an object that contains the properties acting as inbound parameters for the method execution. The contents of the object are method-specific, and are part of the specification for the provider in question. MethodName
,
� \ d q String Description The MethodName is a string container the name of the method for the object. ObjectPath (
� � � String Description The ObjectPath property is a string containing the object path of the object for which the method is to be executed. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e :_�%߬�G 7 - Msft_WmiProvider_OperationEvent_Pre % ) , � ��� � � � � � � ��W����������������������������������������������������� � Msft_WmiProvider_NewQuery_Pre Description The Msft_WmiProvider_NewQuery_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemEventProviderQuerySink :: NewQuery. AMENDMENT LOCALE ms_409 Query 0
� . 6 C string Description The Query property is a string containing the event query filter, which was registered by a logical consumer. QueryId (
� � � � uint32 Description The QueryId property holds the Windows Management-generated identifier for the query. The provider can track this so that during a later cancellation it will know which query was canceled. QueryLanguage
,
� � �
string Description The QueryLanguage property contains the language of the following query filter. For this version of WMI, it will always be 'WQL'. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e ;_�%߬�� / - Msft_WmiProvider_OperationEvent_Pre % ) " / � ��� �
������������������������������������������������ � Msft_WmiProvider_CancelQuery_Pre Description The Msft_WmiProvider_CancelQuery_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemEventProviderQuerySink :: CancelQuery. AMENDMENT LOCALE ms_409 QueryId (
� 9 A N uint32 Description The QueryId property holds the Identifier of the query which was canceled. This identifier was originally delivered to the provider by the NewQuery method of this interface. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e <_�%߬�
7 - Msft_WmiProvider_OperationEvent_Pre % ) " / � ��� � � � � � � ��W����������������������������������������������������P � Msft_WmiProvider_AccessCheck_Pre Description The Msft_WmiProvider_AccessCheck_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemEventSecurity :: AccessCheck. AMENDMENT LOCALE ms_409 Query
,
� . 6 C string Description The Query property is a string containing the event query filter, which was registered by a logical consumer. QueryLanguage (
� � � string Description The QueryLanguage property contains the language of the following query filter. For this version of WMI, it will always be 'WQL'. Sid 0
� � � � uint8 Description The Sid property holds a Byte Array representing the SID of the client creating the subscription, NULL if subscription is temporary. �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e =_�%߬�, / - Msft_WmiProvider_OperationEvent_Pre % ) $ 1 � ��� � ������������������������������������������������ � Msft_WmiProvider_ProvideEvents_Pre Description The Msft_WmiProvider_ProvideEvents_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemEventProvider :: ProvideEvents. AMENDMENT LOCALE ms_409 Flags (
� 4 < I uint32 Description The Flags property contains the flags associated with the call. �1C9E35DCF899DDC0B30F2B23CFF106F5805254E0E64E1E04F4 �Vu� E ¢�� � 0�2ŗ � B���K p `j~�� � B�UG � �) � K_�%߬�- � ) ( � ��� � � � � � l � R } A j 0 [ % H & � � � � � j
�
E g 7 �
�
�
� � ` � 1 U * � � � � � p � UUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������e � Msft_WmiProvider_Counters Description ThMsft_WmiProvider_Counters class exposes approximate internal operation call count information accross all providers. AMENDMENT LOCALE ms_409 ProviderOperation_AccessCheck �
� Uint64 Description The ProviderOperation_AccessCheck property indicates the number of calls to IWbemEventProviderSecurity :: AccessCheck. ProviderOperation_CancelQuery �
� � � � Uint64 Description The ProviderOperation_CancelQuery property indicates the number of calls to IWbemEventProviderQuerySink :: CancelQuery. ProviderOperation_CreateClassEnumAsync
� � � � Uint64 Description The ProviderOperation_CreateClassEnumAsync property indicates the number of calls to IWbemServices :: CreateClassEnumAsync. ProviderOperation_CreateInstanceEnumAsync 0
� � � � Uint64 Description The ProviderOperation_CreateInstanceEnumAsync property indicates the number of calls to IWbemServices :: CreateInstanceEnumAsync. ProviderOperation_CreateRefreshableEnum
h
� � � � Uint64 Description The ProviderOperation_CreateRefreshableEnum property indicates the number of calls to IWbemHiPerfProvider :: CreateRefreshableEnum. ProviderOperation_CreateRefreshableObject X
� � � � Uint64 Description The ProviderOperation_CreateRefreshableObject property indicates the number of calls to IWbemHiPerfProvider :: CreateRefreshableObject. ProviderOperation_CreateRefresher
P
� t | � Uint64 Description The ProviderOperation_CreateRefresher property indicates the number of calls to IWbemHiPerfProvider :: CreateRefresher. ProviderOperation_DeleteClassAsync
� R Z g Uint64 Description The ProviderOperation_DeleteClassAsync property indicates the number of calls to IWbemServices :: DeleteClassAsync. ProviderOperation_DeleteInstanceAsync (
� / 7 D Uint64 Description The ProviderOperation_DeleteInstanceAsync property indicates the number of calls to IWbemServices :: DeleteInstanceAsync. ProviderOperation_ExecMethodAsync @
� # Uint64 Description The ProviderOperation_ExecMethodAsync property indicates the number of calls to IWbemServices :: ExecMethodAsync. ProviderOperation_ExecQueryAsync 8
� � � � Uint64 Description The ProviderOperation_ExecQueryAsync property indicates the number of calls to IWbemServices :: ExecQueryAsync. ProviderOperation_FindConsumer �
� �
�
�
Uint64 Description The ProviderOperation_FindConsumer property indicates the number of calls to IWbemEventConsumerProvider :: FindConsumer. ProviderOperation_GetObjectAsync
� � � � Uint64 Description The ProviderOperation_GetObjectAsync property indicates the number of calls to IWbemServices :: GetObjectAsync. ProviderOperation_GetObjects p
� c k x Uint64 Description The ProviderOperation_GetObjects property indicates the number of calls to IWbemHiPerfProvider :: GetObjects. ProviderOperation_GetProperty x
� 2
:
G
Uint64 Description The ProviderOperation_GetProperty property indicates the number of calls to IWbemPropertyProvider :: GetProperty. ProviderOperation_NewQuery �
�
Uint64 Description The ProviderOperation_NewQuery property indicates the number of calls to IWbemEventProviderQuerySink :: NewQuery. ProviderOperation_ProvideEvents �
� � � � Uint64 Description The ProviderOperation_ProvideEvents property indicates the number of calls to IWbemEventProvider :: ProvideEvents. ProviderOperation_PutClassAsync
� � � � Uint64 Description The ProviderOperation_PutClassAsync property indicates the number of calls to IWbemServices :: PutClassAsync. ProviderOperation_PutInstanceAsync
� � � � Uint64 Description The ProviderOperation_PutInstanceAsync property indicates the number of calls to IWbemServices :: PutInstanceAsync. ProviderOperation_PutProperty �
� V ^ k Uint64 Description The ProviderOperation_PutProperty property indicates the number of calls to IWbemPropertyProvider :: PutProperty. ProviderOperation_QueryInstances H
� , 4 A Uint64 Description The ProviderOperation_QueryInstances property indicates the number of calls to IWbemHiPerfProvider :: QueryInstances. ProviderOperation_SetRegistrationObject �
�
" Uint64 Description The ProviderOperation_SetRegistrationObject ProviderOperation_SetRegistrationObject property is currently not set. ProviderOperation_StopRefreshing `
� � � � Uint64 Description The ProviderOperation_StopRefreshing property indicates the number of calls to IWbemHiPerfProvider :: StopRefreshing. ProviderOperation_ValidateSubscription �
� � � � Uint64 Description The ProviderOperation_ValidateSubscription property indicates the number of calls to IWbemEventConsumerProviderEx :: ValidateSubscription. �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 M_�%߬�kZ�%߬�B
� __NAMESPACE Interop Locale F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 N_�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 P_�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? Q_�%߬�t 6 ��+ 4 ; K Y a u � � e�������� � CIM_ElementConformsToProfile Association Version 2.8.0 UMLPackagePath CIM::Interop Locale ConformantStandard f
� � � �� ref:CIM_RegisteredProfile ManagedElement f
� � � �� ref:CIM_ManagedElement ck � R_�%߬�� 6 �� ' / ? X ` i � � � �
U����������������@ � CIM_ManagedElement Abstract Version 2.19.0 UMLPackagePath CIM::Core::CoreElements Locale Caption
� � � @ string MaxLen Description
� � string ElementName
� string InstanceID
� 8 string � M S F T _ S C M E v e n t L o g E v e n t `�%߬�R MSFT_SCMEventLogEvent + | @' 2 L n w � � _��������������������� � MSFT_NetServiceStatusSuccess EventId EventType InsertionStringTemplates X c %Service% %Control% Control
� � string Service
� � string � __ �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��]� I �)4d� �
Q�u*� W $��]� � {��r� �&��� ��U=� * C I M _ F i l e A c t i o n �b�%߬� 4 CIM_FileAction ) # � ��� � � � � � � � � 8 D ��U�������������������������������������������������[ � Win32_MoveFileAction Description The MoveFiles action allows the author to locate files that already exist on the user's machine, and move or copy those files to a new location. AMENDMENT LOCALE ms_409 DestFolder &
� string Description The name of a win32_Property whose value resolves to the full path to the destination directory. DestName
� � � � string Description This property contains the name to be given to the original file after it is moved or copied. If this field is blank, then the destination file is given the same name as the source file. FileKey
,
� � � � string Description A unique key identifying this move file action within its product. Options *
� I Q ^ uint16 Description Integer value specifying the operating mode. ) indicates a copy, 1 indicates a move. SourceFolder
"
� � � string Description This property contains the name of a Win32_Property having a value that resolves to the full path to the source directory. If the SourceName property is left blank, then the property named in the SourceFolder property is assumed to contain the full path to the source file itself (including the file name). SourceName
� p x � string Description This property contains the name of the source files to be moved or copied.
This property may be left blank. See the description of the SourceFolder property. This field may contain wildcard characters (* and ?). �
C I M _ A c t i o n �b�%߬��
E CIM_Action ) $ a ��l t
| � ( H O � � � � � � � � D L � � 9 C ��UU������������������������������������������������������������������ � Win32_ClassInfoAction Description The RegisterClassInfo action manages the registration of COM class information with the system. In the Advertise mode the action registers all COM classes for which the corresponding feature is enabled. Else the action registers COM classes for which the corresponding feature is currently selected to be installed. AMENDMENT LOCALE ms_409 AppID (
� � � � string Description Application ID containing DCOM information for the associated application (string GUID). Argument 0
� T \ i string Description This property is optional only when the Context property is set to the LocalServer or LocalServer32 server context. The text is registered as the argument against the OLE server and is used by OLE for invoking the server. CLSID
� { � � string Description The class identifier of a COM server Context 8
� � � string Description The server context for this server. This may be one of the following values: LocalServer, LocalServer32, InprocServer, InprocServer32 DefInprocHandler 4
� � � � string Description Default inproc handler. May be optionally provided only for Context = LocalServer or LocalServer32. A non-numeric value is treated as a system file that serves as the 32-bit InprocHandler (appearing as the InprocHandler32 value).
Value
Meaning
1 = default (system)
16-bit InprocHandler (appearing as the InprocHandler value)
2 = default (system)
32-bit InprocHandler (appearing as the InprocHandler32 value)
3 = default (system)
16-bit as well as 32-bit InprocHandlers FileTypeMask
,
� � string Description Contains information for the HKCR (this CLSID) key. If multiple patterns exist, they must be delimited by a semicolon, and numeric subkeys are generated: 0, 1, 2. Insertable &
� � � uint16 Description An indicator as to whether this object is insertable or not. ProgID
� x � � string Description The default Program ID associated with this Class ID. RemoteName <
� � string Description The name used remotely for the server. VIProgID
"
� o w � string Description The VI Program ID associated with this Class ID. �
C I M _ A c t i o n �b�%߬�+ ) CIM_Action ) # q ��| � � � + 8 � � ����������������������������������������� � Win32_MIMEInfoAction Description The RegisterMIMEInfo action registers the MIME related registry information with the system. In the Advertise mode the action registers all MIME info for servers for which the corresponding feature is enabled. Else the action registers MIME info for servers for which the corresponding feature is currently selected to be installed. AMENDMENT LOCALE ms_409 CLSID
� � � � string Description This property contains the COM server CLSID that is associated with the MIME content. ContentType
� d l y string Description This column is an identifier for the MIME content. It is commonly written in the form of type/format. Extension
"
� , string Description This column contains the server extension that is to be associated with the MIME content, without the dot. �
C I M _ A c t i o n �b�%߬�� % CIM_Action ) # � ��� � � � 9 D ������������������������������������� � Win32_FontInfoAction Description The RegisterFonts action registers installed fonts with the system. It maps the Font.FontTitle to the path of the font file installed. The RegisterFonts action is triggered when the Component to which the Font.File_ belongs is selected for install. This implies that fonts can be made private, shared or system by making the Components to which they belong so. AMENDMENT LOCALE ms_409 File
� � � � string Description The FileID of a Win32_FileSpecification that represents this fonts file. FontTitle
� p x � string Description Font name. For TrueType Fonts and TrueType Collections if NULL the installer registers the font after reading the correct font title from the font file. �
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 1 4 E 8 1 F E D 6 5 C A 2 5 6 A 2 9 1 5 5 2 D 7 3 6 8 0 7 6 B D F 0 8 6 E 6 5 B 0 7 9 8 6 8 D 3 3 E 5 0 C 9 7 9 9 C 9 0 9 A 9 8 roduct
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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d�%߬�rZ�%߬�� � �� m � __InstanceProviderRegistration \\.\root\cimv2\power:__Win32Provider.Name="ProfileAssociationProviderCimV2"
9 L_�%߬��% � ) l ��w � � d z "
9
�
�
� � �� �
�
� � Y � ? j . W H 5 � � � � � � � W w 2 T $ � � � � w � M n � # � � � � � � < ^ ! >! " "" �" �" UUUUUUUU���������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������# � Msft_Providers Description The Msft_Providers class exposes configuration relating to provider instances AMENDMENT LOCALE ms_409 HostingGroup )
� � � ��� � String Description The HostingGroup specification defines the second component of the __Win32provider :: HostingModel whenthe hosting model is one of LocalSystemHost, LocalSystemHostOrSelfHost, NetworkServiceHost or LocalServiceHost.The hosting group defines a particular instantiation of a wmi provider host, providers that share the same hosting modeland hosting group share the same surrogate process. HostingSpecification )
� � � ��� � Uint32 Description The HostingSpecification property defines the first component of the __Win32provider :: HostingModelproperty. The hosting property is defined to be one of the following value types :-WmiCore - Activate provider in host to the winmgmt service, note this is only supported for OS components.Note, attempts to register providers with WmiCore as HostingModel will fail with WBEM_E_ACCESS_DENIEDWmiCoreOrSelfHost - Activate provider in host to the winmgmt service or as local server,Note this is only supported for OS components.SelfHost - Activate provider as a local server implementation.Decoupled:Com - Activate provider as a decoupled com provider.Decoupled:NonCom - Activate provider as a non com event provider.LocalSystemHost[:((.)+)] - Activate provider in host to a wmi provider host running as LocalSystem.Note, this is the default if __Win32provider :: HostingModel is not set. Further note, that on creation of an instance of __Win32provider with HostingModel equal to NULL, LocalSystemHost or LocalSystemHostOrSelfHost, an event log record is generated so that admins are aware ofproviders running under the trusted status.LocalSystemHostOrSelfHost[:((.)+)] - Activate provider in host to a wmi provider host running as LocalSystem or as local server. Note, this is the default if __Win32provider :: HostingModel is not set. Further note, that on creation of an instance of __Win32provider with HostingModel equal to NULL, LocalSystemHost or LocalSystemHostOrSelfHost, an event log record is generated so that admins are aware ofproviders running under the trusted status.NetworkServiceHost[:((.)+)] - Activate provider in host to a wmi provider host running as NetworkService.LocalServiceHost[:((.)+)] - Activate provider in host to a wmi provider host running as LocalService.Note, [:((.)+)] refers to a regular expression that defines the hosting group for the provider. HostProcessIdentifier
� e
m
z
Uint32 Description The HostProcessIdentifier property defines the process identifier hosting the particular instance of the provider. Locale )
� . � ��6 C String Description If provider is configured for Per Local Initialization, then the Locale property refers to Locale's particular instantiation of a provider instance. Namespace )
� � ��# 0 String Description The Namespace property indicates the Namespace associated with a particular instantiation of a provider instance. )
� � � ��� � String Description The Provider property holds the Provider Name associated with a particular instantiation of a provider instance.The Provider Name is identical to the __Win32provider :: Name property. ProviderOperation_AccessCheck �
� �
�
Uint64 Description The ProviderOperation_AccessCheck property indicates the number of calls to IWbemEventProviderSecurity :: AccessCheck. ProviderOperation_CancelQuery �
� � � � Uint64 Description The ProviderOperation_CancelQuery property indicates the number of calls to IWbemEventProviderQuerySink :: CancelQuery. ProviderOperation_CreateClassEnumAsync 8
� � � � Uint64 Description The ProviderOperation_CreateClassEnumAsync property indicates the number of calls to IWbemServices :: CreateClassEnumAsync. ProviderOperation_CreateInstanceEnumAsync P
� � � � Uint64 Description The ProviderOperation_CreateInstanceEnumAsync property indicates the number of calls to IWbemServices :: CreateInstanceEnumAsync. ProviderOperation_CreateRefreshableEnum �
� � � � Uint64 Description The ProviderOperation_CreateRefreshableEnum property indicates the number of calls to IWbemHiPerfProvider :: CreateRefreshableEnum. ProviderOperation_CreateRefreshableObject x
� t | � Uint64 Description The ProviderOperation_CreateRefreshableObject property indicates the number of calls to IWbemHiPerfProvider :: CreateRefreshableObject. ProviderOperation_CreateRefresher p
� a i v Uint64 Description The ProviderOperation_CreateRefresher property indicates the number of calls to IWbemHiPerfProvider :: CreateRefresher. ProviderOperation_DeleteClassAsync
0
� ? G T Uint64 Description The ProviderOperation_DeleteClassAsync property indicates the number of calls to IWbemServices :: DeleteClassAsync. ProviderOperation_DeleteInstanceAsync
H
� $ 1 Uint64 Description The ProviderOperation_DeleteInstanceAsync property indicates the number of calls to IWbemServices :: DeleteInstanceAsync. ProviderOperation_ExecMethodAsync `
� � Uint64 Description The ProviderOperation_ExecMethodAsync property indicates the number of calls to IWbemServices :: ExecMethodAsync. ProviderOperation_ExecQueryAsync X
� � � � Uint64 Description The ProviderOperation_ExecQueryAsync property indicates the number of calls to IWbemServices :: ExecQueryAsync. ProviderOperation_FindConsumer �
� � � � Uint64 Description The ProviderOperation_FindConsumer property indicates the number of calls to IWbemEventConsumerProvider :: FindConsumer. ProviderOperation_GetObjectAsync
� � � � Uint64 Description The ProviderOperation_GetObjectAsync property indicates the number of calls to IWbemServices :: GetObjectAsync. ProviderOperation_GetObjects �
� P X e Uint64 Description The ProviderOperation_GetObjects property indicates the number of calls to IWbemHiPerfProvider :: GetObjects. ProviderOperation_GetProperty �
� ' 4 Uint64 Description The ProviderOperation_GetProperty property indicates the number of calls to IWbemPropertyProvider :: GetProperty. ProviderOperation_NewQuery �
� � � Uint64 Description The ProviderOperation_NewQuery property indicates the number of calls to IWbemEventProviderQuerySink :: NewQuery. ProviderOperation_ProvideEvents �
� � � � Uint64 Description The ProviderOperation_ProvideEvents property indicates the number of calls to IWbemEventProvider :: ProvideEvents. ProviderOperation_PutClassAsync (
� � � � Uint64 Description The property indicates the number of calls to IWbemServices :: PutClassAsync. ProviderOperation_PutInstanceAsync @
� O W d Uint64 Description The ProviderOperation_PutInstanceAsync property indicates the number of calls to IWbemServices :: PutInstanceAsync. ProviderOperation_PutProperty �
� $ , 9 Uint64 Description The ProviderOperation_PutProperty property indicates the number of calls to IWbemPropertyProvider :: PutProperty. ProviderOperation_QueryInstances h
� � Uint64 Description The ProviderOperation_QueryInstances property indicates the number of calls to IWbemHiPerfProvider :: QueryInstances. ProviderOperation_SetRegistrationObject �
� � � � Uint64 Description The ProviderOperation_SetRegistrationObject property is currently not set. ProviderOperation_StopRefreshing �
� � � � Uint64 Description The ProviderOperation_StopRefreshing property indicates the number of calls to IWbemHiPerfProvider :: StopRefreshing. ProviderOperation_ValidateSubscription �
� j! r! ! Uint64 Description The ProviderOperation_ValidateSubscription property indicates the number of calls to IWbemEventConsumerProviderEx :: ValidateSubscription. TransactionIdentifier )
� Y" � ��a" n" String Description The TransactionIdentifier property is for internal use, currently always {00000000-0000-0000-0000-000000000000}. User )
� # � ��%# 2# String Description If provider is configured for Per User Initialization, then the User property refers to User's particular instantiation of a provider instance. O S � � ` d � � K O � � 1
! � � Suspend ' Description The Suspend method suspends execution of providers. All calls passing through a particular instance of the provider will be pass through aninterception layer, this layer will fail the call. Depending on the particular operation, the client may receive the status code WBEM_E_PROVIDER_SUSPENDED � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � Resume � � Description The Resume method resumes execution of providers suspended through the use of the Suspend method. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � UnLoad Description The dynamic UnLoad method unloads the COM server associated with the particular instance of the provider. Further calls intothe provider with the same CLSID will return WBEM_E_PROVIDER_DISABLED. If the COM server implementation is an inproc server hosted in the provider host process it will receive calls to the exported function DllCanUnloadNow, if the provider responds by returning TRUE then COM will unload the executable image. Currently COM is configured to unload the executable approximately 30 seconds after the first successful call to DllCanUnloadNow. If hosted in some other process surrogate the surrogate will unload using some other strategy. The provider can be re-enabled either through the use of the Msft_Provider :: Load method, changes to the associated instance of __Win32Provider or via service restart. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � Load � � Description The Load method loads a specific instance of a provider. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� � � * � �� � [ � > U���������������������� � __PARAMETERS abstract Namespace string
� 5 In
� 5 \ �� ID )
� � \ ��� String User string
� � In
� � �� ID )
� u ��: String Locale string
� � In
� � � �� ID )
� ' � ��� String string
� A In
� A h �� ID )
� � h ��� String TransactionIdentifier string
� In
� ) �� ID )
� � ) ��W String __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ Uint32 out
� ^ f �� __ � )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string uValue uint32
� R in
� R y �� ID )
� � y ��� uint32 __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetQWORDValue �" ���" �� implemented static ~ ac6d1350600005Q ROOT\Default ���� � �) �� * � � C � � J � ��������� � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string uValue uint64
� R in
� R y �� ID )
� � y ��� uint64 __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetDWORDValue �) ��* �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\Default ���� � �� �� � * � ��������H � __PARAMETERS abstract uValue uint32
� 2 out
� 2 Y �� ID )
� � Y ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetQWORDValue 81 ��E1 �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\Default ���� � ��
�� � * � ������������H � __PARAMETERS abstract uValue uint64
� 2 out
� 2 Y �� ID )
� � Y ��� uint64 ReturnValue uint32
� uint32 out
� �� __ � SetStringValue z8 ���8 �� implemented static z ac6d1350600005Q ROOT\Default ���� � �% �� * � � C J � � � ���������y � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string sValue string
� R hello in
� R � �� ID )
� � � ��� string T�sd� N t+ g z��,� ƍ�_� 9 ���
��� � �p�� Q�)�� g 2D�M_ � .�L�� z �_�:d � �0"� � - R O O T \ C I M V 2 \ S e c u r i t y \ M i c r o s o f t V o l u m e E n c r y p t i o n _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ C 8 F A C 0 B 9 7 4 2 D A 2 2 2 9 C 2 E C F 3 7 F B D 0 E D 6 6 8 7 D 2 7 F 2 4 3 C F B 1 0 F 8 2 4 B 8 6 2 A 8 3 4 6 7 D D C F \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ D 7 8 E 6 5 D 4 3 C 5 8 7 E B 3 7 A 9 E 4 3 F C F 3 F 4 E 7 3 6 3 7 2 7 C 5 F 5 0 E E B 6 3 C 8 C E D B 3 6 F 0 5 1 6 4 A C 6 D - 1 6 C I M _ L o g i c a l E l e m e n t �;����+ K CIM_LogicalElement ) ' F ��Q Y a y � � % � � ���_�����������������������������������������������������������������������^ � MSFT_NetBranchCacheCache Description Describes a BranchCache cache AMENDMENT LOCALE MS_c0a CacheFileDirectoryPath B
� � � � string Description The directory path where the cache file is located CurrentSizeOnDiskAsNumberOfBytes :
� < D Q uint64 Description The size of the cache file on disk, in bytes InstanceID @ )
� � � � � �� string Description Identifies an instance of MSFT_BranchCacheStore MaxCacheSizeAsNumberOfBytes 2
� Q Y f uint64 Description The maximum cache file size, in bytes MaxCacheSizeAsPercentageOfDiskVolume .
� � � � uint32 Description The maximum cache file size, represented as a percentage of the disk volume on which the cache is stored � M S F T _ N e t S e t t i n g D a t a �;����� MSFT_NetSettingData ) - X ��c k �����������������s � MSFT_NetBranchCacheSettingData Description Describes settings related to BranchCache AMENDMENT LOCALE MS_c0a � M S F T _ N e t B r a n c h C a c h e S e t t i n g D a t a �;����� - ( MSFT_NetBranchCacheSettingData ) & 3 n ��y � � � r � � � � 1 � � V z ? k �UU������������������������������������������ � MSFT_NetBranchCacheClientSettingData Description Describes settings related to the BranchCache client role AMENDMENT LOCALE MS_c0a CurrentClientMode +
� � � � ! ) uint32 Description The current operating mode of this BranchCache client Values = G S e Disabled LocalCache DistributedCache HostedCache DistributedCachingIsEnabled
� � � � boolean Description Indicates if Distributed Caching is enabled HostedCacheDiscoveryEnabled
� G P ] boolean Description Indicates if Hosted Cache discovery is enabled HostedCacheServerList
� � � � string Description Hosted cache servers to which this client will connect HostedCacheVersion
"
� ] e r uint32 Description The version of the hosted cache server MinimumSmbLatencyInMilliseconds &
� � � � uint32 Description The minimum network latency, in milliseconds, before the SMB client will use BranchCache PreferredContentInformationVersion +
� � � � uint32 Description The content information version this client will request from content servers Values + 5 Windows7 Windows8 ServeDistributedCachingPeersOnBatteryPower
� � � � boolean Description Indicates if this client will serve other distributed caching peers when operating on battery power � M S F T _ N e t B r a n c h C a c h e S e t t i n g D a t a �;����� ( MSFT_NetBranchCacheSettingData ) - : } ��� � � � ��������������������4 � MSFT_NetBranchCacheContentServerSettingData Description Describes settings related to the BranchCache content server role AMENDMENT LOCALE MS_c0a ContentServerIsEnabled
� � � � boolean Description Indicates if BranchCache content server functionality is enabled � M S F T _ N e t B r a n c h C a c h e C a c h e �;����� S " MSFT_NetBranchCacheCache ) ! . U ��` h p � ����������������������������������������������������������������������������������� � MSFT_NetBranchCachePrimaryCache Description Describes a BranchCache primary cache AMENDMENT LOCALE MS_c0a CurrentActiveCacheSize F
� � � � uint64 Description The current size of the cached data, in bytes � M S F T _ N e t B r a n c h C a c h e P r i m a r y C a c h e �;����� W ) MSFT_NetBranchCachePrimaryCache ! ) + P ��[ c k � ��������������������������������������������������������������������������������������� � MSFT_NetBranchCacheDataCache Description Represents a BranchCache data cache AMENDMENT LOCALE MS_c0a DataCacheExtensions
N
� � � � object:MSFT_NetBranchCacheDataCacheExtension Description DataCacheExtensions � M S F T _ N e t B r a n c h C a c h e C a c h e �;���� K " MSFT_NetBranchCacheCache ) # 0 Y ��d l ���������������������������������������������������������������������������t � MSFT_NetBranchCacheSecondaryCache Description Describes a BranchCache secondary cache AMENDMENT LOCALE MS_c0a �! M S F T _ N e t B r a n c h C a c h e S e c o n d a r y C a c h e �;����1 K + MSFT_NetBranchCacheSecondaryCache # ) ' 4 b ��m u ���������������������������������������������������������������������������} � MSFT_NetBranchCacheDataCacheExtension Description Describes a BranchCache data cache extension AMENDMENT LOCALE MS_c0a � M S F T _ N e t B r a n c h C a c h e P r i m a r y C a c h e �;����$ S ) MSFT_NetBranchCachePrimaryCache ! ) + O ��Z b �����������������������������������������������������������������������������������j � MSFT_NetBranchCacheHashCache Description Describes a BranchCache hash cache AMENDMENT LOCALE MS_c0a � M S F T _ N e t B r a n c h C a c h e S e t t i n g D a t a �;����; ( MSFT_NetBranchCacheSettingData ) 1 > � ��� � � � ] � ( �������������������������� � MSFT_NetBranchCacheHostedCacheServerSettingData Description Describes settings related to the BranchCache hosted cache server role AMENDMENT LOCALE MS_c0a ClientAuthenticationMode +
� � � ; C uint32 Description The authentication mode for hosted cache clients Values O U None Domain HostedCacheScpRegistrationEnabled
� � � � boolean Description Indicates if BranchCache hosted cache server Scp registration is enabled HostedCacheServerIsEnabled
� T ] j boolean Description Indicates if BranchCache hosted cache server is enabled � M S F T _ N e t B r a n c h C a c h e C a c h e �;����� S " MSFT_NetBranchCacheCache 6 ! 1 J ��T b i q � ����������������������������������������������������������������������������������� � MSFT_NetBranchCachePrimaryCache UMLPackagePath CIM::Core::CoreElements Abstract ClassVersion 1.0.0 locale CurrentActiveCacheSize F
� � � �� uint64 � bt�Рd
/ �� � XŖ,�
�K��� G WD�SF � �;.� f�T� � � �T� � s�Z�� X C I M _ S e t t i n g xa�%߬�6
CIM_Setting
) % 2 > ��I Q Y m v � � � � � � � }����������������������������� � Win32_NamedJobObjectSecLimitSetting Description The Win32_NamedJobObjectSecLimitSetting class represents the security limit settings for a job object. For more information about job object security limit settings, see the Job Object Security and Access Rights topic in the Platform SDK Base Services documentation. AMENDMENT LOCALE ms_409 PrivilegesToDelete
� � � � object:Win32_TokenPrivileges Description This property specifies the privileges to delete from the token, if SecurityLimitFlags is Filter Tokens. This property can be NULL if you do not want to delete any privileges. RestrictedSIDs
� � � � object:Win32_TokenGroups Description This property specifies the deny-only SIDs that will be added to the access token, if SecurityLimitFlags is Filter Tokens. This property can be NULL if you do not want to specify any deny-only SIDs. SecurityLimitFlags +
� � � P X uint32 Description Specifies the security limitations for the job.A value of No Administrator prevents any process in the job from using a token that specifies the local administrators group.A value of Rescricted Token prevents any process in the job from using a token that was not created with the CreateRestrictedToken function.A value of Specific Token forces processes in the job to run under.A value Filter Tokens of applies a filter to the token when a process impersonates a client. Requires at least one of the following properties to be set - SidsToDisable, PrivilegesToDelete, or RestrictedSids. Values l ~ � � No Administrator Restricted Token Specific Token Filter Tokens SettingID @ )
� � � � �� string Description The identifier by which the job object security limit setting instance is known.
As a Kernel object job object names are case sensitive. Because WMI keys are case insensitive, the name of the named job object must be decorated as follows: a capital letter should be preceded by a backslash. As a consequence of this convention, 'A' and 'a' are lower case and '\A' and '\a' are upper case. SIDsToDisable
� � � � object:Win32_TokenGroups Description This property specifies the SIDs to disable for access checking, if SecurityLimitFlagss is Filter Tokens.This property can be NULL if you do not want to disable any SIDs. � ya�%߬�� ) F ��Q Y a m � � e��������o � Win32_TokenGroups Description The Win32_TokenGroups abstract class contains information about the group account security identifiers (SIDs) associated with an access token. For more information about token groups and the TOKEN_GROUPS structure, see the Access Tokens topic in the Platform SDK Access Control documentation. AMENDMENT LOCALE ms_409 GroupCount
� � � � uint32 Description Specifies the number of groups in the access token. Groups
� 6 C object:Win32_SIDandAttributes Description Specifies an array of SIDs and attributes. on � za�%߬� ) $ n ��y � � � ���������� � Win32_TokenPrivileges Description The Win32_TokenPrivileges abstract class contains information about a set of privileges for an access token. Each process or thread in the job object has an access token specifying what resources and actions are available to it. For more information, see the Access Tokens topic in the Platform SDK Access Control documentation. AMENDMENT LOCALE ms_409 PrivilegeCount
� � � � uint32 Description Specifies the number of entries in the Privileges array. Privileges
� L l y object:Win32_LUIDandAttributes Description Specifies an array of LUIDs and attributes. ss � {a�%߬�/ ) % l ��w � � \ a ���������� � Win32_SIDandAttributes Description This class represents a security identifier (SID) and its attributes. AMENDMENT LOCALE ms_409 Attributes
� � � � uint32 Description Specifies attributes of the SID. This value contains up to 32 one-bit flags. Its meaning depends on the definition and use of the SID. SID
� � � � object:Win32_SID Description Specifies a security identifier (SID). us � |a�%߬�j ) & � ��� � � � � � ��������� � Win32_LUIDandAttributes Description The Win32_LUIDandAttributes abstract class represents a locally unique identifier (LUID) of a privilege and a set of bit flags that indicate the attributes of the privilege, such as whether the privilege is enabled. Each LUID and attributes structure defines the availability of a security privilege for the process. For more information, see LUID_AND_ATTRIBUTES. AMENDMENT LOCALE ms_409 Attributes
� � � � uint32 Description Specifies attributes of the LUID. This value contains two 32-bit flags. Its meaning is dependent on the definition and use of the LUIDSpecifies attributes of the LUID. LUID
� � � � object:Win32_LUID Description Specifies a LUID value. TE � }a�%߬� ) � ��� � � � 0 9 ���������� � Win32_LUID Description The Win32_LUID abstract class represents a locally unique identifier (LUID), an identifier unique only on the local computer. Instances of the Win32_LUID class identify a process or thread so that they can be associated with security token privileges represented by instances of the Win32_LUIDandAttributes class. For more information about the role of LUIDs in security, see LUID. AMENDMENT LOCALE ms_409 HighPart
� � � � uint32 Description Specifies the most significant bits of the LUID. LowPart
� e m z uint32 Description Specifies the least significant bits of the LUID. of � _ _ E x t e n d e d S t a t u s ~a�%߬�� __ExtendedStatus ) $ � ��� � � � x � �����������������������������A � Win32_JobObjectStatus Description The Win32_JobObjectStatus class reports error information obtained while attempting any failed operation in the Job Object provider. AMENDMENT LOCALE ms_409 AdditionalDescription
� string Description The AdditionalDescription property contains additional information relating to the error. Win32ErrorCode
� � � � uint32 Description The Win32ErrorCode property contains the Win32 error code most recently encountered that caused the operation to fail. � a�%߬�� ) ��% - 3 [ k Y����� � NTEventlogProviderConfig singleton Locale UUID {8502C57A-5FBB-11D2-AAC1-006008C78BC7} LastBootUpTime e
� � datetime Lo �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �a�%߬�nZ�%߬�� �?����M �� 9 f � __Win32Provider {FD4F53E0-65DC-11d1-AB64-00C04FD9159E} NetworkServiceHost MS_NT_EVENTLOG_PROVIDER STRING Qualifiers
� � object:MSFT_CliQualifier i � � � � MSFT_CliProperty SlotLayout SlotLayout is a free-form string that describes the slot positioning, typical usage, restrictions, individual slot spacing or any other pertinent information for the slots on a card. SlotLayout 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E � ' � � � MSFT_CliProperty SpecialRequirements Boolean indicating that this card is physically unique from other cards of the same type and therefore requires a special slot. SpecialRequirements � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X [ ` � � MSFT_CliProperty Tag The Tag property uniquely identifies the base board of the system. Tag h � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProperty Version A string indicating the version of the physical element. Version f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � I Q � MSFT_CliProperty Weight The weight of the physical package in pounds. Weight 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G N � MSFT_CliProperty Width The width of the physical package in inches. Width � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF : �
�
I � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 �FS�p e �`1�� k r��@ h W�� � i��l ( ��.d� $ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t >_�%߬� @ . Msft_WmiProvider_OperationEvent_Post & ) + 8 � �� � � � � ! � � ��W�������������������������������������������������������������1 � Msft_WmiProvider_GetObjectAsyncEvent_Post Description The Msft_WmiProvider_GetObjectAsyncEvent_Post event class representes an event generated immediately following completion of the provider's implementation of IWbemServices :: GetObjectAsync. AMENDMENT LOCALE ms_409 Flags
,
� G O \ Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
4
� � � � Object Description The ObjectParameter property holds the object defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ObjectPath (
� � � � String Description The ObjectPath property hold the path of the object to retrieve. ResultCode 0
� M U b Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� � � � String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t ?_�%߬� @ . Msft_WmiProvider_OperationEvent_Post & ) * 7 � ��� � � 2 C ' � � ��W�������������������������������������������������������������7 � Msft_WmiProvider_PutClassAsyncEvent_Post Description The Msft_WmiProvider_PutClassAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: PutClassAsync. AMENDMENT LOCALE ms_409 ClassObject
(
� H P ] Object Description The ClassObject property holds the object containing the class definition. Flags
,
� � � � Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
4
� o w � Object Description The ObjectParameter property holds the object defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ResultCode 0
� S [ h Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� � � � String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t @_�%߬� @ . Msft_WmiProvider_OperationEvent_Post & ) - : � �� � � 4 E $ � � ��W�������������������������������������������������������������4 � Msft_WmiProvider_DeleteClassAsyncEvent_Post Description Msft_WmiProvider_DeleteClassAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: DeleteClassAsync. AMENDMENT LOCALE ms_409 ClassName (
� K S ` String Description The ClassName property holds the name of the class targeted for deletion. Flags
,
� � � � Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
4
� q y � Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ResultCode 0
� P X e Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� � � � String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t A_�%߬�d @ . Msft_WmiProvider_OperationEvent_Post & ) 1 > �� $ + � � � � # 4 � � ��W�������������������������������������������������������������� � Msft_WmiProvider_CreateClassEnumAsyncEvent_Post Description The Msft_WmiProvider_CreateClassEnumAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: CreateClassEnumAsync. AMENDMENT LOCALE ms_409 Flags
,
� W _ l Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
4
� � � � Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ResultCode 0
� � � � Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� ` h u String Description The StringParameter property is currently always NULL. SuperclassName (
� � � � String Description The SuperclassName property, if not NULL or blank, this parameter specifies a superclass name. Only classes that are subclasses of this class are returnedIf NULL or blank, and Flags contains WBEM_FLAG_SHALLOW,only top-level classes, that is, those which have noparent class or superclass, are returned. If it isNULL or blank and Flags is WBEM_FLAG_DEEP, all classes within the namespace are returned. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t B_�%߬�� @ . Msft_WmiProvider_OperationEvent_Post & ) - : � �� � � 8 I ( � � ��W�������������������������������������������������������������� � Msft_WmiProvider_PutInstanceAsyncEvent_Post Description The Msft_WmiProvider_PutInstanceAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: PutInstanceAsync. AMENDMENT LOCALE ms_409 Flags
,
� K S ` Uint32 Description The Flags property contains the flags associated with the call. InstanceObject
(
� � � � Object Description The InstanceObject property holds the object instance to be written. ObjectParameter
4
� u } � Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ResultCode 0
� T \ i Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� � � String Description The StringParameter property, for create operations, string containing the path of the instance created during the call.The provider can pass the StringParameter to IWbemObjectSink :: SetStatus indicating the key of the instance just created. � R O O T \ W M I _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 F B D C B 0 8 E C D 3 3 F B E F 0 2 8 D 2 D B 3 E F 0 5 8 F 8 C E 9 5 9 7 7 9 B 9 4 3 F 4 3 A B 3 D B 3 E C 3 4 A C A 1 4 7 D \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 5 4 4 C F C 8 2 C 2 1 C D F 4 7 1 3 B 5 2 9 5 D E 1 D 9 2 8 C 0 0 A 6 4 1 6 9 D 6 3 3 3 9 B F 4 6 F 7 D 6 B 0 4 3 1 4 B 4 8 4 8 | � �P?Yp ~ q���� � { ��n * ��/�� � ���} E I-�x� � $ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t C_�%߬� @ . Msft_WmiProvider_OperationEvent_Post & ) 0 = �� ! ( � � � � . : � � ��W�������������������������������������������������������������J � Msft_WmiProvider_DeleteInstanceAsyncEvent_Post Description The Msft_WmiProvider_DeleteInstanceAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: DeleteInstanceAsync. AMENDMENT LOCALE ms_409 Flags
,
� T \ i Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
4
� � � � Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ObjectPath (
� � � � String Description The ObjectPath property holds a string containing path of instance to be deleted. ResultCode 0
� f n { Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� � String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t D_�%߬� @ . Msft_WmiProvider_OperationEvent_Post & ) 4 A �� % - 8 � � L ] 0 < � � ��W�������������������������������������������������������������L � Msft_WmiProvider_CreateInstanceEnumAsyncEvent_Post Description The Msft_WmiProvider_CreateInstanceEnumAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: CreateInstanceEnumAsync. AMENDMENT LOCALE ms_409 ClassName (
� d l y String Description String containing the name of the class for which instances are desired. Flags
,
� � � Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
4
� � � � Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ResultCode 0
� h p } Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter
8
� � String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t E_�%߬�� D . Msft_WmiProvider_OperationEvent_Post & ) + 8 � ��
� � � � � ` q ��W����������������������������������������������������������������� � Msft_WmiProvider_ExecQueryAsyncEvent_Post Description The Msft_WmiProvider_ExecQueryAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: ExecQueryAsync. AMENDMENT LOCALE ms_409 Flags 0
� E M Z Uint32 Description The Flags property contains the flags associated with the call. ObjectParameter
8
� � � � Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. Query
,
� � � � String Description The Query property holds a string containing the text of the query. QueryLanguage (
� G O \ String Description The QueryLanguage property holds a string containing one of the query languages supported by Windows Management. ResultCode 4
� Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter <
� � � � String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t F_�%߬�� H . Msft_WmiProvider_OperationEvent_Post & ) , 9 � ��
� � - 9 � � � � } � ��WU��������������������������������������������������������������������� � Msft_WmiProvider_ExecMethodAsyncEvent_Post Description The Msft_WmiProvider_ExecMethodAsyncEvent_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemServices :: ExecMethodAsync. AMENDMENT LOCALE ms_409 Flags 0
� H P ] Uint32 Description The Flags property contains the flags associated with the call. InputParameters
4
� � � � Object Description The InputParameters property is Null, if no inbound parameters are required to execute the method. Otherwise, an object that contains the properties acting as inbound parameters for the method execution. The contents of the object are method-specific, and are part of the specification for the provider in question. MethodName
,
� e m z String Description The MethodName property holds a string container the name of the method for the object. ObjectParameter
<
� % Object Description The ObjectParameter property holds the o defining the extended status passed though provider's IWbemObjectSink :: SetStatus call, possibly NULL. ObjectPath (
� � � String Description The ObjectPath property holds a string containing the object path of the object for which the method is to be executed. ResultCode
8
� � � � Uint32 Description The ResultCode property holds the HRESULT Status code of operation. StringParameter @
� L T a String Description The StringParameter property is currently always NULL. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t G_�%߬�� < . Msft_WmiProvider_OperationEvent_Post & ) - � ��� � � � � � � � ��W��������������������������������������������������������� � Msft_WmiProvider_NewQuery_Post Description The Msft_WmiProvider_NewQuery_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemEventProviderQuerySink :: NewQuery. AMENDMENT LOCALE ms_409 Query 0
� 7 ? L string Description The Query property holds a string containing the event query filter, which was registered by a logical consumer. QueryId (
� � � uint32 Description The QueryId property holds a Windows Management-generated identifier for the query. The provider can track this so that during a later cancellation it will know which query was canceled. QueryLanguage
,
� � string Description The QueryLanguage property hold the language of the following query filter. For this version of WMI, it will always be 'WQL'. Result 4
� � � � uint32 Description The Result property holds the HRESULT Status code of operation. �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D w_�%߬�tZ�%߬�b K � __MethodProviderRegistration \\.\Root\WMI:__Win32Provider.Name="WMIProv" ,Y C I M _ E n a b l e d L o g i c a l E l e m e n t 3d�%߬�& � # CIM_EnabledLogicalElement ) � ��� � � � � � �
�
I S � � � � � � � � � � " 8 ^ { � � B P � � # # �# �# $ $ ����WUUU����������������������������������������������������������������������������������������������������������������������������$ � CIM_LogicalDevice Description An abstraction or emulation of a hardware entity, that may or may not be Realized in physical hardware. Any characteristics of a LogicalDevice that are used to manage its operation or configuration are contained in, or associated with, the LogicalDevice object. Examples of the operational properties of a Printer would be paper sizes supported, or detected errors. Examples of the configuration properties of a Sensor Device would be threshold settings. Various configurations could exist for a LogicalDevice. These configurations could be contained in Setting objects and associated with the LogicalDevice. AMENDMENT LOCALE ms_409 AdditionalAvailability 2 8
� � p z % uint16 Description Additional availability and status of the Device, beyond that specified in the Availability property. The Availability property denotes the primary status and availability of the Device. In some cases, this will not be sufficient to denote the complete status of the Device. In those cases, the AdditionalAvailability property can be used to provide further information. For example, a Device's primary Availability may be "Off line" (value=8), but it may also be in a low power state (AdditonalAvailability value=14), or the Device could be running Diagnostics (AdditionalAvailability value=5, "In Test"). ValueMap � � � � � � � � � � � � � �
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 Values } � � � � � � � � � � �
= S ` v ~ � � Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning Paused Not Ready Not Configured Quiesced Availability 6 8
� � � � � f n uint16 Description The primary availability and status of the Device. (Additional status information can be specified using the Additional Availability array property.) For example, the Availability property indicates that the Device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the Power Save states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the Device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the Device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the Device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the Device is in a warning state, though also in a power save mode. ValueMap ! $ ' * - 0 3 6 : > B F J N R V Z ^ b 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 Values � � � � � �
!
+
5
D
S
i
�
�
�
�
�
�
�
Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning Paused Not Ready Not Configured Quiesced CreationClassName 8 )
� 6 > K � �� string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. DeviceID < )
� � � � � �� string Description An address or other identifying information to uniquely name the LogicalDevice. ErrorCleared @
� * 3 @ boolean Description ErrorCleared is a boolean property indicating that the error reported in LastErrorCode is now cleared. ErrorDescription B
� � � � string Description ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode, and information on any corrective actions that may be taken. IdentifyingDescriptions F
� � � string Description An array of free-form strings providing explanations and details behind the entries in the OtherIdentifyingInfo array. Note, each entry of this array is related to the entry in OtherIdentifyingInfo that is located at the same index. LastErrorCode J
� % - : uint32 Description LastErrorCode captures the last error code reported by the LogicalDevice. MaxQuiesceTime N
� � � � uint64 Description The MaxQuiesceTime property has been deprecated. When evaluating the use of Quiesce, it was determine that this single property is not adequate for describing when a device will automatically exit a quiescent state. In fact, the most likely scenario for a device to exit a quiescent state was determined to be based on the number of outstanding requests queued rather than on a maximum time. This will be re-evaluated and repositioned later.
Maximum time in milliseconds, that a Device can run in a "Quiesced" state. A Device's state is defined in its Availability and AdditionalAvailability properties, where "Quiesced" is conveyed by the value 21. What occurs at the end of the time limit is device-specific. The Device may unquiesce, may offline or take other action. A value of 0 indicates that a Device can remain quiesced indefinitely. OtherIdentifyingInfo V
� d l y string Description OtherIdentifyingInfo captures additional data, beyond DeviceID information, that could be used to identify a LogicalDevice. One example would be to hold the Operating System's user friendly name for the Device in this property. PowerManagementCapabilities Z 8
� � � � � �
uint16 Description An enumerated array describing the power management capabilities of the Device. The use of this property has been deprecated. Instead, the PowerCapabilites property in an associated PowerManagementCapabilities class should be used. ValueMap � � � � � � � 0 1 2 3 4 5 6 7 Values 1 : I S \ � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported PowerManagementSupported ^
� + boolean Description Boolean indicating that the Device can be power managed. The use of this property has been deprecated. Instead, the existence of an associated PowerManagementCapabilities class (associated using the ElementCapabilities relationhip) indicates that power management is supported. PowerOnHours `
� | � � uint64 Description The number of consecutive hours that this Device has been powered, since its last power cycle. StatusInfo h 8
� C K X " �" �" �" uint16 Description The StatusInfo property indicates whether the Logical Device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the LogicalDevice, the value, 5 ("Q�lp J1� p �*� V ��9RT u 4��� .��9� C I M _ M a n a g e d E l e m e n t ]_�%߬�� ) CIM_ManagedElement ) $ ! ��, 4 < W � � � o � K [ � � ( ; �U���������������������������������������' � CIM_RegisteredProfile Description A RegisteredProfile describes a set of CIM Schema classes with required properties and/or methods, necessary to manage a real-world entity or to support a usage scenario, in an interoperable fashion. RegisteredProfiles can be defined by the DMTF or other standards organizations. Note that this class should not be confused with CIM_Profile, which collects SettingData instances, to be applied as a 'configuration profile' for an element.
A RegisteredProfile is a named 'standard' for CIM-based management of a particular System, subsystem, Service or other entity, for a specified set of uses. It is a complete, standalone definition, as opposed to the subclass RegisteredSubProfile, which requires a scoping profile for context.
The uses for a RegisteredProfile or SubProfile MUST be specified in the document that defines the profile. Examples of Profiles are to manage various aspects of an Operating System, Storage Array, or Database. The name of the profile is defined and scoped by its authoring organization. AMENDMENT LOCALE ms_409 AdvertiseTypeDescriptions "
� � � � string Description A free-form string providing additional information related to the AdvertiseType. A description MUST be provided when the AdvertiseType is 1, "Other". An entry in this array corresponds to the entry in the AdvertiseTypes array at the same index. It is not expected that additional descriptions are needed if the Type is set to "Not Advertised" or "SLP". However, as the SLP template expands, or as other advertisement mechanisms are defined, support for additional descriptions may be needed. This array is defined to support this. AdvertiseTypes 8
� � � � � uint16 Description This property signifies the advertisement for the profile information. It is used by the advertising services of the WBEM infrastructure to determine what should be advertised, via what mechanisms. The property is an array so that the profile MAY be advertised using several mechanisms. Note: If this property is null/uninitialized, this is equivalent to specifying the value 2, "Not Advertised". ValueMap � � � 1 2 3 Values � � � Other Not Advertised SLP InstanceID @ )
� @ H U � �� string Description Within the scope of the instantiating Namespace, InstanceID opaquely and uniquely identifies an instance of this class. In order to ensure uniqueness within the NameSpace, the value of InstanceID SHOULD be constructed using the following 'preferred' algorithm:
<OrgID>:<LocalID>
Where <OrgID> and <LocalID> are separated by a colon ':', and where <OrgID> MUST include a copyrighted, trademarked or otherwise unique name that is owned by the business entity creating/defining the InstanceID, or is a registered ID that is assigned to the business entity by a recognized global authority. (This is similar to the <Schema Name>_<Class Name> structure of Schema class names.) In addition, to ensure uniqueness, <OrgID> MUST NOT contain a colon (':'). When using this algorithm, the first colon to appear in InstanceID MUST appear between <OrgID> and <LocalID>.
<LocalID> is chosen by the organizational entity and SHOULD not be re-used to identify different underlying (real-world) elements. If the above 'preferred' algorithm is not used, the defining entity MUST assure that the resultant InstanceID is not re-used across any InstanceIDs produced by this or other providers for this instance's NameSpace.
For DMTF defined instances, the 'preferred' algorithm MUST be used with the <OrgID> set to 'CIM'. OtherRegisteredOrganization
� � � � string Description A free-form string providing a description of the organization when 1, "Other", is specified for the RegisteredOrganization. RegisteredName
� � � � string Description The name of this registered profile. Since multiple versions can exist for the same RegisteredName, the combination of RegisteredName, RegisteredOrganization, and RegisteredVersion MUST uniquely identify the registered profile within the scope of the organization. RegisteredOrganization 8
� F P � � uint16 Description The organization that defines this profile. ValueMap � � � � � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 .. Values S Z ` i � � � � � � � � � � � �
Other DMTF CompTIA Consortium for Service Innovation FAST GGF INTAP itSMF NAC Northwest Energy Efficiency Alliance SNIA TM Forum The Open Group ANSI IEEE IETF INCITS ISO W3C OGF DMTF Reserved RegisteredVersion
� g o | string Description The version of this profile. The string representing the version MUST be in the form:
M + "." + N + "." + U
Where:
M - The major version (in numeric form) describing the profile's creation or last modification.
N - The minor version (in numeric form) describing the profile's creation or last modification.
U - The update (e.g. errata, patch, ..., in numeric form) describing the profile's creation or last modification. � ^_�%߬�X ) � ��� � � � P [ ���������� � CIM_Dependency Description CIM_Dependency is a generic association used to establish dependency relationships between ManagedElements. AMENDMENT LOCALE ms_409 Antecedent f )
� � � ��
ref:CIM_ManagedElement Description Antecedent represents the independent object in this association. Dependent f )
� � � ��� � ref:CIM_ManagedElement Description Dependent represents the object that is dependent on the Antecedent. De � C I M _ D e p e n d e n c y __�%߬�" CIM_Dependency ) $ ` ��k s { � * ���������� � CIM_ReferencedProfile Description A profile that is referenced by another RegisteredProfile. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_RegisteredProfile Description The RegisteredProfile that is referenced by the Dependent Profile. Dependent f@
� V q ~ ref:CIM_RegisteredProfile Description A RegisteredProfile that references other profiles. �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A {_�%߬�nZ�%߬�� ������r 9 a � � __Win32Provider {B0A2AB46-F612-4469-BEC4-7AB038BC476C} {B0A2AB46-F612-4469-BEC4-7AB038BC476C} LocalSystemHost HiPerfCooker_v1 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C |_�%߬�rZ�%߬�� �� �� �� U � __InstanceProviderRegistration \\.\root\wmi:__Win32Provider.Name="HiPerfCooker_v1" R O O T \ W M I _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 F B D C B 0 8 E C D 3 3 F B E F 0 2 8 D 2 D B 3 E F 0 5 8 F 8 C E 9 5 9 7 7 9 B 9 4 3 F 4 3 A B 3 D B 3 E C 3 4 A C A 1 4 7 D \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ B 4 B E 7 9 6 E 4 9 B D 9 4 0 E F 3 2 3 3 A A 1 E 2 0 E 0 2 F 7 4 C 4 9 D 5 8 8 0 3 E F B 7 D C 7 A 8 B F 1 9 6 5 7 D 6 8 5 4 C ��m�p � p�T� � ��� ���r� > �%�
Gc{� � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t *_�%߬�V @ ) Msft_WmiProvider_OperationEvent ! ) . ; � ��� � � � � � � E R �
� � ��W������������������������������������������������������������ � Msft_WmiProvider_ComServerLoadOperationEvent Description The Msft_WmiProvider_ComServerLoadOperationEvent event class defines the successful activation of a com server instanceassociated with the provider registration. AMENDMENT LOCALE ms_409 Clsid (
� , 4 A String Description The Clsid property, if applicable, defines the COM CLSID associated with server implementation. Note: decoupled providers do not have an associated COM CLSID. InProcServer 0
� $ 1 boolean Description The InProcServer property, if applicable, defines whether the server supports inproc32 activation. InProcServerPath
4
� � � � String Description The InProcServerPath property, if applicable, defines the server inproc32 executable name. LocalServer 2
� ~ � � boolean Description The LocalServer property, if applicable, defines whether the server supports localserver32 activation. LocalServerPath 8
� 9 A N String Description The LocalServerPath property, if applicable, defines the server localserver32 executable application name. ServerName
,
� � � String Description The ServerName property, if applicable, defines the COM server name present within the unnamed value of the CLSID key. � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t +_�%߬�- D ) Msft_WmiProvider_OperationEvent ! ) 5 B � ��� � � � V c
� � � � ��WU����������������������������������������������������������������J � Msft_WmiProvider_ComServerLoadOperationFailureEvent Description The Msft_WmiProvider_ComServerLoadOperationFailureEvent event class defines the unsuccessful activation of a com server instanceassociated with the provider registration. AMENDMENT LOCALE ms_409 Clsid (
� < D Q String Description The Clsid property, if applicable, defines the COM CLSID associated with server implementation. Note: decoupled providers do not have an associated COM CLSID. InProcServer 0
� , 5 B boolean Description The InProcServer property, if applicable, defines whether the server supports inproc32 activation. InProcServerPath
4
� � � � String Description The InProcServerPath property, if applicable, defines the server inproc32 executable name. LocalServer 2
� � � � boolean Description The LocalServer property, if applicable, defines whether the server supports localserver32 activation. LocalServerPath 8
� J R _ String Description The LocalServerPath property, if applicable, defines the server localserver32 executable application name. ResultCode <
� uint32 Description The ResultCode property, if applicable, defines the result code returned from the COM activation procedure. ServerName
,
� � � � String Description The ServerName property, if applicable, defines the COM server name present within the unnamed value of the CLSID key. � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t ,_�%߬��
I ) Msft_WmiProvider_OperationEvent ! ) % 2 � ��� � � � � � v � & 3 � � � � ` q : J ��WU���������������������������������������������������������������������� � Msft_WmiProvider_LoadOperationEvent Description The Msft_WmiProvider_LoadOperationEvent event class defines the successful activation and initialization of the provider cache entry. WMI caches provider registration objects to decrease overallexecution time. The substem will drop cache entries either through the cache ageing process, through loss of RPC connectivity, through user control or due to some change in the provider's registration. AMENDMENT LOCALE ms_409 Clsid (
�
" String Description The Clsid property, if applicable, defines the COM CLSID associated with server implementation. Note: decoupled providers do not have an associated COM CLSID. InProcServer 0
� � boolean Description The InProcServer property, if applicable, defines whether the server supports inproc32 activation. InProcServerPath
4
� � � � String Description The InProcServerPath property, if applicable, defines the server inproc32 executable name. LocalServer 2
� _ h u boolean Description The LocalServer property, if applicable, defines whether the server supports localserver32 activation. LocalServerPath 8
� " / String Description The LocalServerPath property, if applicable, defines the server localserver32 executable application name. ServerName
,
� � � � String Description The ServerName property, if applicable, defines the COM server name present within the unnamed value of the CLSID key. Synchronisation @ 8
� � � � � � uint32 Description The Synchronisation property, if applicable, defines the server synchronisation model, can take on one of the following values:
0 - Ignored
1 - None
2 - Supported
3 - Required
4 - RequiresNew
5 - Unknown Values � � � � � � Ignored None Supported Required RequiresNew Unknown ValueMap ( + . 1 4 7 0 1 2 3 4 5 ThreadingModel < 8
� � � � ] e � � uint32 Description The ThreadingModel property, if applicable, defines the server threading model, can take one of the following values:
0 - Apartment
1 - Both
2 - Free
3 - Neutral
4 - Unknown Values } � � � � Apartment Both Free Neutral Unknown ValueMap � � � � � 0 1 2 3 4 �# M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P r e 5_�%߬�� 3 - Msft_WmiProvider_OperationEvent_Pre % ) , 9 � ��� � � ��������������������������������������������������2 � Msft_WmiProvider_PutInstanceAsyncEvent_Pre Description The Msft_WmiProvider_PutInstanceAsyncEvent_Pre event class represents an event generated immediately prior to calling the provider's implementation of IWbemServices :: PutInstanceAsync. AMENDMENT LOCALE ms_409 Flags
,
� B J W Uint32 Description The Flags property contains the flags associated with the call. InstanceObject
(
� � � � Object Description The InstanceObject property contains the object instance to be written. �E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C v_�%߬�rZ�%߬�z � ���� �� M � __InstanceProviderRegistration \\.\Root\WMI:__Win32Provider.Name="WMIProv" ~_�%߬��
) ��& . 4 g p � � � � U������������C � CIM_StatisticalInformation Abstract Locale UUID {956597A1-7D80-11D2-AAD3-006008C78BC7}:ToInstance Caption )
� � � ��� @ string MaxLen Description
� � � �� string Name )
� 3 � ��; string MaxLen U � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � s | � MSFT_CliProperty Product The Product property indicates the base board part number defined by the manufacturer. Product s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH BaseBoard Select * from Win32_BaseBoard 00.314.1352278839.435 C_69F693B09761D259F9E36F2E07509E240E77C62CCA21F57F463D23C41F558900 CD_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4.314.2317161516.637 C_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 CD_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E.314.3466380270.324 C_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E CR_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 R_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E CD_CDB424FE67340CCC2621376F2156DC346548CA8F3622EA235EAF7BC515A8CBC2.314.224804471.226 C_CDB424FE67340CCC2621376F2156DC346548CA8F3622EA235EAF7BC515A8CBC2 CD_5DCEADFA575A67B8870603880BD491602DCD3BD7BDE6B9896E3244EBC7BD1866.314.3758602078.230 C_5DCEADFA575A67B8870603880BD491602DCD3BD7BDE6B9896E3244EBC7BD1866 I_A9F8B44D617BF5CE113FEF784720616F96802102F33327316324B2A6D9D506A6.314.941523886.188 IL_A9F8B44D617BF5CE113FEF784720616F96802102F33327316324B2A6D9D506A6.314.941523886.188 KI_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 I_F55E9786D9F50DBDFB52762DDD65690364DF865004D37F7A0B919F2DED2C5FD1.317.1.19893 F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 A`�%߬�-`�%߬��� � + [ 1� 7� 9� S� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Basic input/output services (BIOS) management. s � 7! �C � s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name �" �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �! � MSFT_CliFormat TABLE BRIEF 6 � 9 � �
J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % v � � MSFT_CliProperty SMBIOSBIOSVersion The SMBIOSBIOSVersion property contains the BIOS version as reported by SMBIOS. SMBIOSBIOSVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w G U x � MSFT_CliProperty Manufacturer Manufacturer of this software element Manufacturer ] � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` V d � � MSFT_CliProperty SerialNumber The assigned serial number of this software element. SerialNumber l � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R T ] � � MSFT_CliProperty Version The Version property contains the version of the BIOS. Version e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 W� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty d� <p � MSFT_CliFormat LIST FULL � $ � �
� � X � A � N$ �' K. w0 �2 �6 �8 _; �= .@ �D P �_ Jl � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier b � ' � � � MSFT_CliProperty BiosCharacteristics The BiosCharacteristics property identifies the BIOS characteristics supported by the system as defined by the System Management BIOS Reference Specification BiosCharacteristics � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g t � � MSFT_CliProperty BuildNumber The internal identifier for this compilation of this software element. BuildNumber | � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s I R u � MSFT_CliProperty CodeSet The code set used by this software element. CodeSet Z � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # n � MSFT_CliProperty CurrentLanguage The CurrentLanguage property shows the name of the current BIOS language. CurrentLanguage 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > & � � � � MSFT_CliProperty IdentificationCode The value of this property is the manufacturer's identifier for this software element. Often this will be a stock keeping unit (SKU) or a part number. IdentificationCode � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � � MSFT_CliProperty InstallableLanguages The InstallableLanguages property indicates the number of languages available for installation on this system. Language may determine properties such as the need for Unicode and bi-directional text. InstallableLanguages � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier # 2 C f � MSFT_CliProperty LanguageEdition The value of this property identifies the language edition of this software element. The language codes defined in ISO 639 should be used. Where the software element represents multi-lingual or international version of a product, the string multilingual should be used. LanguageEdition K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 32 T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty ListOfLanguages The ListOfLanguages property contains a list of namesof available BIOS-installable languages. ListOfLanguages � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w G U x � MSFT_CliProperty Manufacturer Manufacturer of this software element Manufacturer ] � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty OtherTargetOS The OtherTargetOS property records the manufacturer and operating system type for a software element when the TargetOperatingSystem property has a value of 1 ("Other"). Therefore, when the TargetOperatingSystem property has a value of "Other", the OtherTargetOS property must have a non-null value. For all other values of TargetOperatingSystem, the OtherTargetOS property is to be NULL. OtherTargetOS � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z g � MSFT_CliProperty PrimaryBIOS If true, this is the primary BIOS of the computer system. PrimaryBIOS ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � � � � MSFT_CliProperty ReleaseDate The ReleaseDate property indicates the release date of the BIOS in the Coordinated Universal Time (UTC) format of YYYYMMDDHHMMSS.MMMMMM(+-)OOO. ReleaseDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` V d � � MSFT_CliProperty SerialNumber The assigned serial number of this software element. SerialNumber l � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % v � � MSFT_CliProperty SMBIOSBIOSVersion The SMBIOSBIOSVersion property contains the BIOS version as reported by SMBIOS. SMBIOSBIOSVersion v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � & � � � MSFT_CliProperty SMBIOSMajorVersion The SMBIOSMajorVersion property contains the major SMBIOS version number. This property will be NULL if SMBIOS not found. SMBIOSMajorVersion v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � & � � � MSFT_CliProperty SMBIOSMinorVersion The SMBIOSMinorVersion property contains the minor SMBIOS Version number. This property will be NULL if SMBIOS not found. SMBIOSMinorVersion Q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty SMBIOSPresent The SMBIOSPresent property indicates whether the SMBIOS is available on this computer system.. SMBIOSPresent � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` % � � � MSFT_CliProperty SoftwareElementID This is an identifier for this software element and is designed to be used in conjunction with other keys to create a unique representation of this CIM_SoftwareElement SoftwareElementID � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
( � � � MSFT_CliProperty SoftwareElementState The SoftwareElementState is defined in this model to identify various states of a software elements life cycle. - A software element in the deployable state describes the details necessary to successful distribute it and the details (conditions and actions) required to create a software element in the installable state (i.e., the next state). - A software element in the installable state describes the details necessary to successfully install it and the details (conditions and actions required to create a software element in the executable state (i.e., the next state). - A software element in the executable state describes the details necessary to successfully start it and the details (conditions and actions required to create a software element in the running state (i.e., the next state). - A software element in the running state describes the details necessary to monitor and operate on a start element. SoftwareElementState � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / ; H T Deployable Installable Executable Running � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . ) 3 � � MSFT_CliProperty TargetOperatingSystem The TargetOperatingSystem property allows the provider to specify the operating system environment. The value of this property does not ensure binary executable. Two other pieces of information are needed. First, the version of the OS needs to be specified using the OS version check. The second piece of information is the architecture the OS runs on. The combination of these constructs allows the provider to clearly identify the level of OS required for a particular software element. TargetOperatingSystem ; G � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values : ' - 4 B K Q V [ b h p w ~ � � � � � � � � � � � � � �
( 0 7 = D L ^ g p x � � � � � � � � � � � � � Unknown Other MACOS ATTUNIX DGUX DECNT Digital Unix OpenVMS HPUX AIX MVS OS400 OS/2 JavaVM MSDOS WIN3x WIN95 WIN98 WINNT WINCE NCR3000 NetWare OSF DC/OS Reliant UNIX SCO UnixWare SCO OpenServer Sequent IRIX Solaris SunOS U6000 ASERIES TandemNSK TandemNT BS2000 LINUX Lynx XENIX VM/ESA Interactive UNIX BSDUNIX FreeBSD NetBSD GNU Hurd OS9 MACH Kernel Inferno QNX EPOC IxWorks VxWorks MiNT BeOS HP MPE NextStep PalmPilot Rhapsody � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Version The Version property contains the version of the BIOS. This string is created by the BIOS manufacturer. Version � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 % �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty #$ � � MSFT_CliFormat TABLE STATUS 3 � � h � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier S � ! � � � MSFT_CliProperty SMBIOSPresent The SMBIOSPresent property indicates whether the SMBIOS is available on this computer system./nValues: TRUE or FALSE. If TRUE, SMBIOS is on this computer. SMBIOSPresent BIOS Select * from Win32_BIOS 5BD8C144F890DD1628D2D632822D5CE3B99BFDA24BA6CC55C387B3C4.137.2065240135.1520 �k F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 B`�%߬�-`�%߬�*k � + K �j �j �j �j � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Boot configuration management. c � +! �1 �V s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS M �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty Z ! � � MSFT_CliFormat TABLE INSTANCE ) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat Status ( � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } K V y � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % u � � MSFT_CliProperty ConfigurationPath The ConfigurationPath property indicates the path to the configuration files. ConfigurationPath % �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ,$ � � MSFT_CliFormat LIST FULL @ � � W K
� k V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty BootDirectory The BootDirectory property indicates the path to the system files required for booting the system. BootDirectory I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % u � � MSFT_CliProperty ConfigurationPath The ConfigurationPath property indicates the path to the configuration files. ConfigurationPath 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � E R � MSFT_CliProperty Description A textual description of the object. Description H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � | � � MSFT_CliProperty LastDrive The LastDrive property indicates the last drive letter to which a physical drive is assigned. LastDrive � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Name The Name property indicates the name of the boot configuration. It is an identifier for the boot configuration. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 a 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ' � $ � � � MSFT_CliProperty ScratchDirectory The ScratchDirectory property indicates the directory where temporary files can reside during boot time. ScratchDirectory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } K V y � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� ! w � � MSFT_CliProperty TempDirectory The TempDirectory property indicates the directory where temporary files are stored. TempDirectory � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �
� MSFT_CliFormat TABLE BRIEF 2 � " � V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty BootDirectory The BootDirectory property indicates the path to the system files required for booting the system. BootDirectory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X Z ` � � MSFT_CliProperty Name The Name property indicates the name of the boot configuration. Name h � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } K V y � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 BootConfig Select * from Win32_BootConfiguration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�\ F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 C`�%߬�-`�%߬�
\ � + ? �[ �[ �[ �[� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . CD-ROM management. [ � �! �N �4 BJ s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � ! R � MSFT_CliFormat TABLE INSTANCE ) % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] d � MSFT_CliProperty Drive The Drive property indicates the drive letter of the CD ROM drive. Drive - �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty , �! � MSFT_CliFormat TABLE STATUS ? � �
Q � w J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M [ = � MSFT_CliProperty Availability The availability and status of the device. Availability g � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] d � MSFT_CliProperty Drive The Drive property indicates the drive letter of the CD ROM drive. Drive ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e r � MSFT_CliProperty MediaLoaded The MediaLoaded property indicates whether a CD-ROM is in the drive. MediaLoaded 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! e t � MSFT_CliProperty NeedsCleaning Boolean indicating that the media access device needs cleaning. /n NeedsCleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable 0� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty =� $� � MSFT_CliFormat LIST FULL - � " - � " I% �' �) , J. s0 �2 /5 �7 Q: �< �> (A �C �E 4H iJ �L O PQ �U zX �Z �\ _ �a �c �o �r �t ,w �y �{ �} � � � đ �� �� J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M [ = � MSFT_CliProperty Availability The availability and status of the device. Availability g � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L Z � � MSFT_CliProperty Capabilities Capabilities of the media access device. Capabilities b ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values
G P W j y � � � � � Unknown Other Sequential Access Random Access Supports Writing Encryption Compression Supports Removable Media Manual Cleaning Automatic Cleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Y � * � � � MSFT_CliProperty CapabilityDescriptions An array of free-form strings providing more detailed explanations for any of the access device features indicated in the Capabilities array. CapabilityDescriptions Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � MSFT_CliProperty CompressionMethod A free form string indicating the algorithm or tool used by the device to support compression. CompressionMethod # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ T f � MSFT_CliProperty DefaultBlockSize Default block size, in bytes, for this device. DefaultBlockSize 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 8 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � m w � MSFT_CliProperty DeviceID The DeviceID property contains a string to uniquely identify this CD-ROM drive. DeviceID % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] d � MSFT_CliProperty Drive The Drive property indicates the drive letter of the CD ROM drive. Drive T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty DriveIntegrity The DriveIntegrity property indicates whether files can be accurately read from the CD device. DriveIntegrity ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription o 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 5 � $ � � � MSFT_CliProperty ErrorMethodology ErrorMethodology is a free-form string describing the type of error detection and correction supported by this device. ErrorMethodology ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # m ~ � MSFT_CliProperty FileSystemFlags The FileSystemFlags property is deprecated in favor of FileSystemFlagsEx FileSystemFlags \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � % � � � MSFT_CliProperty FileSystemFlagsEx The FileSystemFlagsEx property indicates the file system flags associated with the CD-ROM drive. FileSystemFlagsEx 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k o � MSFT_CliProperty Id The Id property indicates the driver letter uniquely identifying this CD-ROM drive. Id � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k y � MSFT_CliProperty Manufacturer The Manufacturer property indicates the manufacturer of the CD-ROM drive. Manufacturer 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MaxBlockSize Maximum block size, in bytes, for media accessed by this device. MaxBlockSize | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � * � � � MSFT_CliProperty MaximumComponentLength The MaximumComponentLength property indicates the maximum length of a filename component supported by the CD-ROM drive. MaximumComponentLength , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] k � MSFT_CliProperty MaxMediaSize Maximum size, in Kbytes, of media supported by this device. MaxMediaSize 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e r � MSFT_CliProperty MediaLoaded The MediaLoaded property indicates whether a CD-ROM is in the drive. MediaLoaded � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier h � � C � MSFT_CliProperty MediaType The MediaType property indicates the type of media used or accessed by this device. In this class, the value will always be "CD-ROM". MediaType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � i � MSFT_CliQualifier Values / > P a Random Access Supports Writing Removable Media CD-ROM � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F �� , � � MSFT_CliProperty MfrAssignedRevisionLevel The MfrAssignedRevisionLevel property indicates the manufacturer assigned firmware revision level of the CDROM drive./n MfrAssignedRevisionLevel 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MinBlockSize Minimum block size, in bytes, for media accessed by this device. MinBlockSize # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! e t � MSFT_CliProperty NeedsCleaning Boolean indicating that the media access device needs cleaning. /n NeedsCleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � * � � � MSFT_CliProperty NumberOfMediaSupported When the media access device supports multiple individual media, this property defines the maximum number which can be supported or inserted. NumberOfMediaSupported - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , 2 � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. This boolean does not indicate that power management features are currently enabled, only that the logical device is capable of power management. PowerManagementSupported H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! x � � MSFT_CliProperty RevisionLevel The RevisionLevel property indicates the firmware revision level of the CD-ROM drive. RevisionLevel - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c l � MSFT_CliProperty SCSIBus The SCSIBus property indicates the SCSI bus number for the disk drive. SCSIBus U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty SCSILogicalUnit The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive. SCSILogicalUnit 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e o � MSFT_CliProperty SCSIPort The SCSIPort property indicates the SCSI port number of the disk drive. SCSIPort < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � m { � MSFT_CliProperty SCSITargetId The SCSITargetId property indicates the SCSI ID number of the CD-ROM drive. SCSITargetId 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Q W � MSFT_CliProperty Size The Size property indicates the size of the disk drive. Size � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty TransferRate The TransferRate property indicates the CD-ROM drive's transfer rate. A value of -1 indicates that the rate could not be determined. This could potentially happen, for example, if the CD is not in the drive. TransferRate 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f r � MSFT_CliProperty VolumeName The VolumeName property indicates the volume name of the CD-ROM drive. VolumeName a 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ' � & � � � MSFT_CliProperty VolumeSerialNumber The VolumeSerialNumber property indicates the volume serial number of the media in the CD-ROM drive. VolumeSerialNumber Y �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty f b
� MSFT_CliFormat TABLE BRIEF 2 � � + � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N R [ ~ � MSFT_CliProperty Caption The Caption property is a short textual description.. Caption c � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] d � MSFT_CliProperty Drive The Drive property indicates the drive letter of the CD ROM drive. Drive @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q � MSFT_CliProperty Manufacturer The Manufacturer property indicates the manufacturer of the Win32 CD-ROM drive. Manufacturer 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f r � MSFT_CliProperty VolumeName The VolumeName property indicates the volume name of the CD-ROM drive. VolumeName [ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty h \ � MSFT_CliFormat TABLE SCSI 5 ^ � � % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] d � MSFT_CliProperty Drive The Drive property indicates the drive letter of the CD ROM drive. Drive - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c l � MSFT_CliProperty SCSIBus The SCSIBus property indicates the SCSI bus number for the disk drive. SCSIBus U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty SCSILogicalUnit The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive. SCSILogicalUnit 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e o � MSFT_CliProperty SCSIPort The SCSIPort property indicates the SCSI port number of the disk drive. SCSIPort < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � m { � MSFT_CliProperty SCSITargetId The SCSITargetId property indicates the SCSI ID number of the CD-ROM drive. SCSITargetId CDROM Where Drive='#' Select * from Win32_CDROMDrive perty � � � MSFT_CliFormat TABLE BRIEF : �
�
I � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 �b F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 D`�%߬�-`�%߬�Qb + H , . R b� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Computer system management. h �� � < �9 = ą � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty '� ZI � MSFT_CliFormat TABLE STATUS O
( � � " �+ 90 U7 G � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y ' � � M � MSFT_CliProperty AdminPasswordStatus The AdminPasswordStatus property identifies the system-wide hardware security settings for Administrator Password Status. AdminPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty BootupState The BootupState property specifies how the system was started. Fail-safe boot (also called SafeBoot) bypasses the user's startup files. /nConstraints: Must have a value. BootupState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � e � MSFT_CliQualifier Values + 8 H Normal boot Fail-safe boot Fail-safe with network boot 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & o � = � MSFT_CliProperty ChassisBootupState The ChassisBootupState property indicates the enclosure's bootup state. ChassisBootupState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * � � Q � MSFT_CliProperty KeyboardPasswordStatus The KeyboardPasswordStatus property identifies the system-wide hardware security settings for Keyboard Password Status. KeyboardPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { ) � � N � MSFT_CliProperty PowerOnPasswordStatus The PowerOnPasswordStatus property identifies the system-wide hardware security settings for Power On Password Status. PowerOnPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown o 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 5 $ � � [ � MSFT_CliProperty PowerSupplyState The PowerSupplyState identifies the state of the enclosure's power supply (or supplies) when last booted. PowerSupplyState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable s 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 9 � � � MSFT_CliProperty PowerState Indicates the current power state of the computer system and its associated operating system. Regarding the power saving states, these are defined as follows: Value 4 (Unknown) indicates that the system is known to be in a power save mode, but its exact status in this mode is unknown; 2 (Low Power Mode) indicates that the system is in a power save state but still functioning, and may exhibit degraded performance; 3 (Standby) describes that the system is not functioning but could be brought to full power 'quickly'; and value 7 (Warning) indicates that the computerSystem is in a warning state, though also in a power save mode. PowerState � p � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H T q � � � � Unknown Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Unknown Power Cycle Power Off Power Save - Warning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q ) � � I � MSFT_CliProperty FrontPanelResetStatus The FrontPanelResetStatus property identifies the hardware security settings for the reset button on the machine. FrontPanelResetStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v � > � MSFT_CliProperty ThermalState The ThermalState property identifies the enclosure's thermal state when last booted. ThermalState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty Name The inherited Name property serves as key of a CIM_System instance in an enterprise environment. Name �� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �� � MSFT_CliFormat LIST FULL 5 � � j R � � 2 ; ' &* �, ,/ f1 �3 &: Y? D �F 2I �K ~P �R EU �W �Y �f �i 0m �o /r u 7� 7� � g� ڙ W� �� =� Ħ K� �� I� ؽ 9� �� �� �� �� [� �� `� � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y ' � � M � MSFT_CliProperty AdminPasswordStatus The AdminPasswordStatus property identifies the system-wide hardware security settings for Administrator Password Status. AdminPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , � � � MSFT_CliProperty AutomaticResetBootOption The AutomaticResetBootOption property determines whether the automatic reset boot option is enabled. /nValues: TRUE or FALSE. If TRUE, the automatic reset boot option is enabled. AutomaticResetBootOption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , # � MSFT_CliProperty AutomaticResetCapability The AutomaticResetCapability property determines whether the automatic reset is enabled. This capability is available on Windows NT but not on Windows 95./nValues: TRUE or FALSE. If TRUE, the automatic reset is enabled. AutomaticResetCapability � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier G % � � 9 � MSFT_CliProperty BootOptionOnLimit Boot Option on Limit. Identifies the system action to be taken when the Reset Limit is reached. BootOptionOnLimit � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � l � MSFT_CliQualifier Values / 9 K ] Reserved Operating system System utilities Do not reboot � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � d � MSFT_CliProperty BootOptionOnWatchDog The BootOptionOnWatchDog Property indicates the type of re-boot action to be taken after the time on the watchdog timer has elapsed. BootOptionOnWatchDog � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � l � MSFT_CliQualifier Values / 9 K ] Reserved Operating system System utilities Do not reboot | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � $ � � � MSFT_CliProperty BootROMSupported The BootROMSupported property determines whether a boot ROM is supported./nValues: TRUE or FALSE. If TRUE, a boot ROM is supported. BootROMSupported 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty BootupState The BootupState property specifies how the system was started. Fail-safe boot (also called SafeBoot) bypasses the user's startup files. /nConstraints: Must have a value. BootupState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � e � MSFT_CliQualifier Values + 8 H Normal boot Fail-safe boot Fail-safe with network boot � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & o � = � MSFT_CliProperty ChassisBootupState The ChassisBootupState property indicates the enclosure's bootup state. ChassisBootupState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % 0 C � MSFT_CliProperty CreationClassName The CreationClassName property indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. CreationClassName x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > � # � � � MSFT_CliProperty CurrentTimeZone The CurrentTimeZone property indicates the amount of time the unitary computer system is offset from Coordinated Universal Time. CurrentTimeZone � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L � $ � � � MSFT_CliProperty DaylightInEffect The DaylightInEffect property specifies if the daylight savings mode is on. /nValues: TRUE or FALSE. If TRUE, daylight savings is in effect. DaylightInEffect 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 8 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o w � MSFT_CliProperty Domain The Domain property indicates the name of the domain to which the computer belongs. Domain � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F 2 > � � MSFT_CliProperty DomainRole The DomainRole property indicates the role this computer plays within its assigned domain-workgroup. The domain-workgroup is a collection of computers on the same network. For example, the DomainRole property may show this computer is a "Member Workstation" (value of [1]). DomainRole F I � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 7 O c v � � Standalone Workstation Member Workstation Standalone Server Member Server Backup Domain Controller Primary Domain Controller / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � - , n � MSFT_CliProperty EnableDaylightSavingsTime The EnableDaylightSavingsTime property indicates whether Daylight Savings Time is recognized on this machine. FALSE - time does not move an hour ahead or behind in the year. NULL - the status of DST is unknown on this system EnableDaylightSavingsTime 8 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q ) � � I � MSFT_CliProperty FrontPanelResetStatus The FrontPanelResetStatus property identifies the hardware security settings for the reset button on the machine. FrontPanelResetStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � % � � � MSFT_CliProperty InfraredSupported The InfraredSupported property determines whether an infrared (IR) port exists on the computer system./nValues: TRUE or FALSE. If TRUE, an IR port exists. InfraredSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier S � # � � � MSFT_CliProperty InitialLoadInfo This object contains the data needed to find either the initial load device (its key) or the boot service to request the operating system to start up. InitialLoadInfo � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * � � Q � MSFT_CliProperty KeyboardPasswordStatus The KeyboardPasswordStatus property identifies the system-wide hardware security settings for Keyboard Password Status. KeyboardPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; � � � � MSFT_CliProperty LastLoadInfo The array entry of the InitialLoadInfo property, that holds the data corresponding to booting the currently loaded operating system. LastLoadInfo J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the computer manufacturer./nExample: Acme Manufacturer [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty Model The Model property indicates the product name of the computer given by the manufacturer./nConstraints: Must have a value Model A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty Name The inherited Name property serves as key of a CIM_System instance in an enterprise environment. Name
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty NameFormat The CIM_ComputerSystem object and its derivatives are Top Level Objects of CIM. They provide the scope for numerous components. Having unique CIM_System keys is required. A heuristic is defined to create the CIM_ComputerSystem name to attempt to always generate the same name, independent of discovery protocol. This prevents inventory and management problems where the same asset or entity is discovered multiple times, but can not be resolved to a single object. Use of the heuristic is optional, but recommended. /n The NameFormat property identifies how the computer system name is generated, using a heuristic. The heuristic is outlined, in detail, in the CIM V2 Common Model specification. It assumes that the documented rules are traversed in order, to determine and assign a name. The NameFormat values list defines the precedence order for assigning the computer system name. Several rules do map to the same Value. /n Note that the CIM_ComputerSystem Name calculated using the heuristic is the system's key value. Other names can be assigned and used for the CIM_ComputerSystem, that better suit the business, using Aliases. NameFormat � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i � � MSFT_CliQualifier ValueMap Y ] c h m r w } � � � � � � IP Dial HID NWA HWA X25 ISDN IPX DCC ICD E.164 SNA OID/OSI Other � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING c � � MSFT_CliQualifier Values W [ a f k p u { � � � � � � IP Dial HID NWA HWA X25 ISDN IPX DCC ICD E.164 SNA OID/OSI Other � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � , � � � MSFT_CliProperty NetworkServerModeEnabled The NetworkServerModeEnabled property determines whether Network Server Mode is enabled./nValues: TRUE or FALSE. If TRUE, Network Server Mode is enabled. NetworkServerModeEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � & � � � MSFT_CliProperty NumberOfProcessors The NumberOfProcessors property indicates the number of processors currently available on the system. This is the number of processors whose status is "enabled" - versus simply the number of processors for the computer system. The former can be determined by enumerating the number of processor instances associated with the computer system object, using the Win32_ComputerSystemProcessor association. NumberOfProcessors � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � " � � � MSFT_CliProperty OEMStringArray This structure contains free form strings defined by the OEM. Examples of this are: Part Numbers for Reference Documents for the system, contact information for the manufacturer, etc. OEMStringArray K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �| � � MSFT_CliProperty PartOfDomain The PartOfDomain property indicates whether the computer is part of a domain or workgroup. PartOfDomain � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # ) � MSFT_CliProperty PauseAfterReset The PauseAfterReset property identifies the time delay before the reboot is initiated. It is used after a system power cycle, system reset (local or remote), and automatic system reset. A value of -1 indicates that the pause value is unknown PauseAfterReset 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � o � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of a computer system and its associated running operating system. The values, 0="Unknown", 1="Not Supported", and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a system can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState parameter set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState parameter set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , ! ; � MSFT_CliProperty PowerManagementSupported Boolean indicating that the computer system, with its running operating system, support power management. This boolean does not indicate that power management features are currently enabled, only that the system is capable of power management. PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { ) � � N � MSFT_CliProperty PowerOnPasswordStatus The PowerOnPasswordStatus property identifies the system-wide hardware security settings for Power On Password Status. PowerOnPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown s 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 9 � � � MSFT_CliProperty PowerState Indicates the current power state of the computer system and its associated operating system. Regarding the power saving states, these are defined as follows: Value 4 (Unknown) indicates that the system is known to be in a power save mode, but its exact status in this mode is unknown; 2 (Low Power Mode) indicates that the system is in a power save state but still functioning, and may exhibit degraded performance; 3 (Standby) describes that the system is not functioning but could be brought to full power 'quickly'; and value 7 (Warning) indicates that the computerSystem is in a warning state, though also in a power save mode. PowerState � p � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H T q � � � � Unknown Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Unknown Power Cycle Power Off Power Save - Warning o 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 5 $ � � [ � MSFT_CliProperty PowerSupplyState The PowerSupplyState identifies the state of the enclosure's power supply (or supplies) when last booted. PowerSupplyState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � ' � � � MSFT_CliProperty PrimaryOwnerContact A string that provides information on how the primary system owner can be reached (e.g. phone number, email address, ...). PrimaryOwnerContact 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ K ] � MSFT_CliProperty PrimaryOwnerName The name of the primary system owner. PrimaryOwnerName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t # Z k % � MSFT_CliProperty ResetCapability If enabled (value = 4), the unitary computer system can be reset via hardware (e.g. the power and reset buttons). If disabled (value = 3), hardware reset is not allowed. In addition to Enabled and Disabled, other values for the property are also defined - "Not Implemented" (5), "Other" (1) and "Unknown" (2). ResetCapability w � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � g � MSFT_CliQualifier Values 3 : C M V Other Unknown Disabled Enabled Not Implemented � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier I � � � � MSFT_CliProperty ResetCount The ResetCount property indicates the number of automatic resets since the last intentional reset. A value of -1 indicates that the count is unknown. ResetCount � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier I � � � � MSFT_CliProperty ResetLimit The ResetLimit property indicates the number of consecutive time the system reset will be attempted. A value of -1 indicates that the limit is unknown ResetLimit : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r y � MSFT_CliProperty Roles A collection of strings that specify the roles this system plays in the IT-environment. Roles � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Q � - � � � MSFT_CliProperty SupportContactDescription The SupportContactDescription property is an array that indicates the support contact information for the Win32 computer system. SupportContactDescription ] 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier # � & � � � MSFT_CliProperty SystemStartupDelay The SystemStartupDelay property indicates the time to delay before starting the operating system SystemStartupDelay � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � ( � � � MSFT_CliProperty SystemStartupOptions The SystemStartupOptions property array indicates the options for starting up the Win32 computer system./nConstraints: Must have a value SystemStartupOptions ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( R h � MSFT_CliProperty SystemStartupSetting The SystemStartupSetting property indicates the index of the default start profile. This value is 'calculated' so that it usually returns zero (0) because at write-time, the profile string is physically moved to the top of the list. (This is how Windows NT determines which value is the default.) SystemStartupSetting �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty SystemType The SystemType property indicates the type of system running on the Win32 computer./nConstraints: Must have a value SystemType � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
I W f v � � � � � � X86-based PC MIPS-based PC Alpha-based PC Power PC SH-x PC StrongARM PC 64-bit Intel PC 64-bit Alpha PC Unknown X86-Nec98 PC e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values
G U d t ~ � � � � � X86-based PC MIPS-based PC Alpha-based PC Power PC SH-x PC StrongARM PC 64-bit Intel PC 64-bit Alpha PC Unknown X86-Nec98 PC 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v � > � MSFT_CliProperty ThermalState The ThermalState property identifies the enclosure's thermal state when last booted. ThermalState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � ' � � � MSFT_CliProperty TotalPhysicalMemory The TotalPhysicalMemory property indicates the total size of physical memory./nExample: 67108864 TotalPhysicalMemory h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � � � � MSFT_CliProperty UserName The UserName property indicates the name of the currently-logged-on user./nConstraints: Must have a value. /nExample: johnsmith UserName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [
� � + � MSFT_CliProperty Workgroup The Workgroup property contains the name of the workgroup. This value is only valid if the PartOfDomain property is FALSE. Workgroup � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # 9 � MSFT_CliQualifier MappingStrings / 7 string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o { � MSFT_CliProperty WakeUpType The WakeUpType property indicates the event that caused the system to power up. WakeUpType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values C M T ] h t � � � Reserved Other Unknown APM Timer Modem Ring LAN Remote Power Switch PCI PME# AC Power Restored � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �
� MSFT_CliFormat TABLE BRIEF : v � � 9 m 8 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o w � MSFT_CliProperty Domain The Domain property indicates the name of the domain to which the computer belongs. Domain ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � l z � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the computer manufacturer. Manufacturer ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � s z � MSFT_CliProperty Model The Model property indicates the product name of the computer given by the manufacturer. Model A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty Name The inherited Name property serves as key of a CIM_System instance in an enterprise environment. Name 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ K ] � MSFT_CliProperty PrimaryOwnerName The name of the primary system owner. PrimaryOwnerName _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � ' � � � MSFT_CliProperty TotalPhysicalMemory The TotalPhysicalMemory property indicates the total size of physical memory./nExample: 67108864 TotalPhysicalMemory s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name �H �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �G <' � MSFT_CliFormat TABLE POWER : � � R � A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty Name The inherited Name property serves as key of a CIM_System instance in an enterprise environment. Name 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � o � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of a computer system and its associated running operating system. The values, 0="Unknown", 1="Not Supported", and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a system can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState parameter set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState parameter set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , ! ; � MSFT_CliProperty PowerManagementSupported Boolean indicating that the computer system, with its running operating system, support power management. This boolean does not indicate that power management features are currently enabled, only that the system is capable of power management. PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { ) � � N � MSFT_CliProperty PowerOnPasswordStatus The PowerOnPasswordStatus property identifies the system-wide hardware security settings for Power On Password Status. PowerOnPasswordStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values / 9 B S Disabled Enabled Not Implemented Unknown s 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 9 � � � MSFT_CliProperty PowerState Indicates the current power state of the computer system and its associated operating system. Regarding the power saving states, these are defined as follows: Value 4 (Unknown) indicates that the system is known to be in a power save mode, but its exact status in this mode is unknown; 2 (Low Power Mode) indicates that the system is in a power save state but still functioning, and may exhibit degraded performance; 3 (Standby) describes that the system is not functioning but could be brought to full power 'quickly'; and value 7 (Warning) indicates that the computerSystem is in a warning state, though also in a power save mode. PowerState � p � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H T q � � � � Unknown Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Unknown Power Cycle Power Off Power Save - Warning o 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 5 $ � � [ � MSFT_CliProperty PowerSupplyState The PowerSupplyState identifies the state of the enclosure's power supply (or supplies) when last booted. PowerSupplyState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � q � MSFT_CliQualifier Values 7 > G M V ` Other Unknown Safe Warning Critical Non-recoverable T� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty a� DY � MSFT_CliFormat WRITEABLE ? � � P' �3 "C �M � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier d , # = v � MSFT_CliProperty AutomaticResetBootOption The AutomaticResetBootOption property determines whether the automatic reset boot option is enabled, i.e. whether the machine will try to reboot after a system failure./nValues: TRUE or FALSE. If TRUE, the automatic reset boot option is enabled. AutomaticResetBootOption Q m C \ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING $ # � � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\CrashControl|AutoReboot � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � � MSFT_CliProperty CurrentTimeZone The CurrentTimeZone property indicates the amount of time the unitary computer system is offset from Coordinated Universal Time. CurrentTimeZone � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ sint16 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # l � MSFT_CliQualifier MappingStrings / 7 sint16 Win32API|Time Structures|TIME_ZONE_INFORMATION|Bias � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h + � MSFT_CliQualifier Units " Minutes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � - , n � MSFT_CliProperty EnableDaylightSavingsTime The EnableDaylightSavingsTime property indicates whether Daylight Savings Time is recognized on this machine. FALSE - time does not move an hour ahead or behind in the year. NULL - the status of DST is unknown on this system EnableDaylightSavingsTime 8 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� � � MSFT_CliProperty Roles An array (bag) of strings that specify the roles this System plays in the IT-environment. Subclasses of System may override this property to define explicit Roles values. Alternately, a Working Group may describe the heuristics, conventions and guidelines for specifying Roles. For example, for an instance of a networking system, the Roles property might contain the string, 'Switch' or 'Bridge'. Roles � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` & � � � � MSFT_CliProperty SystemStartupDelay The SystemStartupDelay property indicates the time to delay before starting the operating system SystemStartupDelay � � } � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint16 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # j � MSFT_CliQualifier MappingStrings / 7 uint16 Win32API|GetPrivateProfileInt|Boot Loader|timeout � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h + � MSFT_CliQualifier units " Seconds � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
( 1 G � MSFT_CliProperty SystemStartupOptions The SystemStartupOptions property array indicates the options for starting up the computer system./nConstraints: Must have a value./nNote: The SE_SYSTEM_ENVIRONMENT_NAME privilege is required on IA64bit machines. This privilege is not required for 32bit systems. SystemStartupOptions _ { * � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # l � MSFT_CliQualifier MappingStrings / 7 string Win32API|GetPrivateProfileSection|Operating Systems � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Privileges / 7 l string Win32API|GetPrivateProfileSection|Operating Systems SeSystemEnvironmentNamePrivilege � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier K ( R h � � MSFT_CliProperty SystemStartupSetting The SystemStartupSetting property indicates the index of the default start profile. This value is 'calculated' so that it usually returns zero (0) because at write-time, the profile string is physically moved to the top of the list. (This is how Windows NT determines which value is the default.) SystemStartupSetting | � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j + � MSFT_CliQualifier CIMTYPE $ uint8 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # ; � MSFT_CliQualifier MappingStrings / 6 uint8 WMI � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [
� � + � MSFT_CliProperty Workgroup The Workgroup property contains the name of the workgroup. This value is only valid if the PartOfDomain property is FALSE. Workgroup � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # 9 � MSFT_CliQualifier MappingStrings / 7 string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True ComputerSystem Select * from Win32_ComputerSystem b � L �w � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �u 9 A �4 �: �: � MSFT_CliVerb Rename Renaming a computer can be performed only by a member of the Administrators local group on the computer. You cannot call this Rename function remotely for domain computers. /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. /nThe method can return the following values: /n0 - Success. Reboot required. /nOther - For integer values other than those listed above, refer to Win32 error code documentation. Rename Q � �' g � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � C K � MSFT_CliParam The Name parameter specifies the new name. The name cannot include control characters, leading or trailing spaces, or any of the following characters: / \ [ ] : | < > + = ; , ? Name � � , � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j � � MSFT_CliQualifier Description ( The Name parameter specifies the new name. The name cannot include control characters, leading or trailing spaces, or any of the following characters: / \ [ ] : | < > + = ; , ? � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING O 3 � � � � � MSFT_CliParam If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL. /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. /nThis parameter is only used for domain renames on Windows 2000 platforms and beyond. Password # � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL. /nPassword and Username must use a high authentication level (i. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING 5
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � �
�
� MSFT_CliParam The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMOND\user") or the user principal name (UPN) of the user in the form of an Internet-style login name (for example, "someone@microsoft.com"). If this parameter is NULL, the caller's context is used. /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. /nThis parameter is only used for domain renames on Windows 2000 platforms and beyond. UserName % � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMON � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING 5 r7 �8 �9 f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( Renaming a computer can be performed only by a member of the Administrators local group on the computer. You cannot call this Rename function remotely for domain computers. /nPassword and Username must use a high authentication level (i.e. no less than RPC � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 0 � MSFT_CliQualifier ValueMap ) , 0 .. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 7 � MSFT_CliQualifier Values ' 0 Success Other Rename 6� � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ;� % 3 qV H\ _\ � MSFT_CliVerb JoinDomainOrWorkgroup The JoinDomainOrWorkgroup method joins computer systems to a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:/n0 - Success./nOther - For integer values other than those listed above, refer to Win32 error code documentation./nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. JoinDomainOrWorkgroup K � /) �5 �I g � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 q | C K � MSFT_CliParam The AccountOU optionally specifies the pointer to a constant null-terminated character string that contains the RFC 1779 format name of the organizational unit (OU) for the computer account. If you specify this parameter, the string must contain a full path, for example, OU=testOU, DC=domain, DC=Domain,DC=com. Otherwise, this parameter must be NULL. AccountOU � � , � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The AccountOU optionally specifies the pointer to a constant null-terminated character string that contains the RFC 1779 format name of the organizational unit (OU) for the computer account. If you specify this parameter, the string must contain a full pa � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING u � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � k s � MSFT_CliParam The FJoinOptions parameter contains a set of bit flags defining the join options. This parameter can be one or more of the following values: /nJoin Domain - Joins the computer to a domain. If this value is not specified, joins the computer to a workgroup. 0 bit - Join Domain - If not present, a workgroup is joined. /n1 bit - Acct Create - Creates the account on the domain. /n2 bit - Acct Delete - Delete the account when a domain is left. /n4 bit - Win9X Upgrade - The join operation is occurring as part of an upgrade of Windows 95/98 to Windows NT/Windows 2000. /n5 bit - Domain Join If Joined - Allows a join to a new domain even if the computer is already joined to a domain. /n6 bit - Join Unsecure - Performs an unsecured join./n7 bit - Machine Password Passed - Indicates that the machine (not user) password is passed. This option is only valid for unsecure joins /n8 bit - Deferred SPN Set - Specifies that writing SPN and DnsHostName attributes on the computer object should be deferred until the rename that will follow the join. /n18 bit - Install Invocation - The APIs were invoked during install. /nThe method returns a 0 if no options are involved. FJoinOptions � V � � = T
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � _ � MSFT_CliQualifier BitMap C F I L O R U X [ 0 1 2 4 5 6 7 8 18 ] � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier BitValues F S ` m | � � � � Join Domain Acct Create Acct Delete Win9X Upgrade Domain Join If Joined Join Unsecure Machine Password Passed Deferred SPN Set Install Invocation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( The FJoinOptions parameter contains a set of bit flags defining the join options. This parameter can be one or more of the following values: /nJoin Domain - Joins the computer to a domain. If this value is not specified, joins the computer to a workgroup. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING
3 m s � � � MSFT_CliParam The Name parameter specifies the domain or workgroup to join. This parameter cannot be NULL. Name � � i � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Description ( The Name parameter specifies the domain or workgroup to join. This parameter cannot be NULL. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING J 3 � � d l � MSFT_CliParam If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL. /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Password � � 6 M � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL. /nPassword and Username must use a high authentication level (i. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING �
3 � � e
m
� MSFT_CliParam The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMOND\user") or the user principal name (UPN) of the user in the form of an Internet-style login name (for example, "someone@microsoft.com"). If this parameter is NULL, the caller's context is used. /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. UserName � � 7 N � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMON � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING �V �X Z -[ g � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � + � MSFT_CliQualifier Description ( The JoinDomainOrWorkgroup method joins computer systems to a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:/n0 - Success./nOther - For integer values other than those lis � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 0 � MSFT_CliQualifier ValueMap ) , 0 .. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 7 � MSFT_CliQualifier Values ' 0 Success Other JoinDomainOrWorkgroup �L � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �J ' 1 J �9 �? �? � MSFT_CliVerb UnjoinDomainOrWorkgroup The UnjoinDomainOrWorkgroup method un-joins or removes a computer system from a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:/n0 - Success./nOther - For integer values other than those listed above, refer to Win32 error code documentation./nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. UnjoinDomainOrWorkgroup Z - � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The FUnjoinOptions parameter specifies the unjoin options. If this parameter is NETSETUP_ACCT_DELETE, the account is disabled when the unjoin occurs. Note that this option does not delete the account. Currently, there are no other unjoin options defined. /n2 bit - Acct Delete - Delete the account when a domain is left. /nThe method returns a 0 if no options are involved. FUnjoinOptions � � � q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i & � MSFT_CliQualifier BitMap # 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING l 3 � MSFT_CliQualifier BitValues & Acct Delete � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The FUnjoinOptions parameter specifies the unjoin options. If this parameter is NETSETUP_ACCT_DELETE, the account is disabled when the unjoin occurs. Note that this option does not delete the account. Currently, there are no other unjoin options defined. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING J 3 � � d l � MSFT_CliParam If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL. /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Password � � 6 M � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL. /nPassword and Username must use a high authentication level (i. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING ? 3 � � �
�
� MSFT_CliParam The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMOND\user") or the user principal name (UPN) of the user in the form of an Internet-style login name (for example, "someone@microsoft.com"). If this parameter is NULL, the caller's context is used. Blank password is passed by using an empty string /nPassword and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt. /nIf Password and Username are left null, the provider does not care. /nIf the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. UserName � i � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMON � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING : o< �= �> g � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � + � MSFT_CliQualifier Description ( The UnjoinDomainOrWorkgroup method un-joins or removes a computer system from a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:/n0 - Success./nOther - For integer values o � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 0 � MSFT_CliQualifier ValueMap ) , 0 .. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 7 � MSFT_CliQualifier Values ' 0 Success Other UnjoinDomainOrWorkgroup ame
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty NameFormat The CIM_ComputerSystem object and its derivatives are Top Level Objects of CIM. They provide the scope for numerous components. Having unique CIM_System keys is required. A heuristic is defined to create the CIM_ComputerSystem name to attempt to always generate the same name, independent of discovery protocol. This prevents inventory and management problems where the same asset or entity is discovered multiple times, but can not be resolved to a single object. Use of the heuristic is optional, but recommended. /n The NameFormat property identifies how the computer system name is generated, using a heuristic. The heuristic is outlined, in detail, in the CIM V2 Common Model specification. It assumes that the documented rules are traversed in order, to determine and assign a name. The NameFormat values list defines the precedence order for assigning the computer system name. Several rules do map to the same Value. /n Note that the CIM_ComputerSystem Name calculated using the heuristic is the system's key value. Other names can be assigned and used for the CIM_ComputerSystem, that better suit the business, using Aliases. NameFormat � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i � � MSFT_CliQualifier ValueMap Y ] c h m r w } � � � � � � IP Dial HID NWA HWA X25 ISDN IPX DCC ICD E.164 SNA OID/OSI Other � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING c � � MSFT_CliQualifier Values W [ a f k p u { � � � � � � IP Dial HID NWA HWA X25 ISDN IPX DCC ICD E.164 SNA OID/OSI Other � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � , � � � MSFT_CliProperty NetworkServerModeEnabled The NetworkServerModeEnabled property determines whether Network Server Mode is enabled./nValues: TRUE or FALSE. If TRUE, Network Server Mode is enabled. NetworkServerModeEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � & � � � MSFT_CliProperty NumberOfProcessors The NumberOfProcessors property indicates the number of processors currently available on the system. This is the number of processors whose status is "enabled" - versus simply the number of processors for the computer system. The former can be determined by enumerating the number of processor instances associated with the computer system object, using the Win32_ComputerSystemProcessor association. NumberOfProcessors � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � " � � � MSFT_CliProperty OEMStringArray This structure contains free form strings defined by the OEM. Examples of this are: Part Numbers for Reference Documents for the system, contact information for the manufacturer, etc. OEMStringArray K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �| � � MSFT_CliProperty PartOfDomain The PartOfDomain property indicates whether the computer is part of a domain or workgroup. PartOfDomain � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # ) � MSFT_CliProperty PauseAfterReset The PauseAfterReset property identifies the time delay before the reboot is initiated. It is used after a system power cycle, system reset (local or remote), and automatic system reset. A value of -1 indicates that the pause value is unknown PauseAfterReset 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � o � M
� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 E`�%߬�-`�%߬�z� � + < � � '� F� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . CPU management. T oq B � �� o �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty $n �K � MSFT_CliFormat LIST FULL , � � 6 � � T � z 2 � � I � � b � p "! �" �$ 5& �' �) Q+ �, �. k0 -2 �3 �5 R7 9 �: d< > �? qA /C �D �F CH �I � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty AddressWidth AddressWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Architecture Architecture � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Availability Availability � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Caption Caption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * B � MSFT_CliProperty ConfigManagerErrorCode ConfigManagerErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty ConfigManagerUserConfig ConfigManagerUserConfig � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty CpuStatus CpuStatus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty CreationClassName CreationClassName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty CurrentClockSpeed CurrentClockSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty CurrentVoltage CurrentVoltage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty DataWidth DataWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorCleared ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty ErrorDescription ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty ExtClock ExtClock � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Family Family � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty L2CacheSize L2CacheSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty L2CacheSpeed L2CacheSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty LastErrorCode LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty Level Level � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty LoadPercentage LoadPercentage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Manufacturer Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty MaxClockSpeed MaxClockSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * B � MSFT_CliProperty OtherFamilyDescription OtherFamilyDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty PNPDeviceID PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / L � MSFT_CliProperty PowerManagementCapabilities PowerManagementCapabilities � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , F � MSFT_CliProperty PowerManagementSupported PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ProcessorId ProcessorId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty ProcessorType ProcessorType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty Revision Revision � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Role Role � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty SocketDesignation SocketDesignation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty Stepping Stepping � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty SystemCreationClassName SystemCreationClassName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty UniqueId UniqueId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty UpgradeMethod UpgradeMethod � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Version Version � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty VoltageCaps VoltageCaps �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � a
� MSFT_CliFormat TABLE BRIEF : � � J � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Caption Caption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Manufacturer Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty MaxClockSpeed MaxClockSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty SocketDesignation SocketDesignation � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � C � MSFT_CliFormat TABLE STATUS
K � � c � |
0 �
� � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Availability Availability � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty CpuStatus CpuStatus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty CurrentVoltage CurrentVoltage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorCleared ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty ErrorDescription ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty LastErrorCode LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty LoadPercentage LoadPercentage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � k � MSFT_CliFormat TABLE CONFIG
W
� i � }
1 �
� S � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty AddressWidth AddressWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty DataWidth DataWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty ExtClock ExtClock � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty L2CacheSize L2CacheSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty L2CacheSpeed L2CacheSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty MaxClockSpeed MaxClockSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , F � MSFT_CliProperty PowerManagementSupported PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty ProcessorType ProcessorType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty Revision Revision � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty SocketDesignation SocketDesignation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Version Version � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty VoltageCaps VoltageCaps Q �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ^ ! � � MSFT_CliFormat TABLE INSTANCE ) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID CPU Where DeviceID='#' Select * from WIN32_PROCESSOR � ' � � � MSFT_CliProperty TotalPhysicalMemory The TotalPhysicalMemory property indicates the total size of physical memory./nExample: 67108864 TotalPhysicalMemory s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � o �g F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 F`�%߬�-`�%߬�/g � + ^ �f �f �f �f � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Computer system product information from SMBIOS. v � <! �) K s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH ^ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty k � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; D g � MSFT_CliProperty Version Product version information. Version L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 j! �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty w � � MSFT_CliFormat list FULL < a g � N
! � ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the product. Description 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � � MSFT_CliProperty IdentifyingNumber Product identification such as a serial number on software or a die number on a hardware chip. IdentifyingNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 5 ; ^ � MSFT_CliProperty Name Commonly used product name. Name C � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L W z � MSFT_CliProperty SKUNumber Product SKU (stock keeping unit) information. SKUNumber _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty UUID The UUID property contains the Universally Unique Identifier (UUID) for this product. A UUID is a 128-bit identifier that is guaranteed to be different from other generated UUIDs. (If a UUID is not available, a UUID of all zeros is used). UUID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f @ H k � MSFT_CliProperty Vendor The name of the product's supplier. Vendor P � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; D g � MSFT_CliProperty Version Product version information. Version L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF 6 < e � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � � MSFT_CliProperty IdentifyingNumber Product identification such as a serial number on software or a die number on a hardware chip. IdentifyingNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 5 ; ^ � MSFT_CliProperty Name Commonly used product name. Name C � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Vendor The name of the product's supplier. Corresponds to the vendor property in the product object in the DMTF Solution Exchange Standard. Vendor � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; D g � MSFT_CliProperty Version Product version information. Version L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 9 B e � MSFT_CliProperty Caption A short textual description. Caption J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 CSProduct Select * from Win32_ComputerSystemProduct � � P' �3 "C �M � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier d , # = v � MSFT_CliProperty AutomaticResetBootOption The AutomaticResetBootOption property determines whether the automatic reset boot option is enabled, i.e. whether the machine will try to reboot after a system failure./nValues: TRUE or FALSE. If TRUE, the automatic reset boot option is enabled. AutomaticResetBootOption Q m C \ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING $ # � � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\CrashControl|AutoReboot � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � � MSFT_CliProperty CurrentTimeZone The CurrentTimeZone property indicates the amount of time the unitary computer system is offset from Coordinated Universal Time. CurrentTimeZone � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ sint16 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # l � MSFT_CliQualifier MappingStrings / 7 sint16 Win32API|Time Structures|TIME_ZONE_INFORMATION|Bias � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h + � MSFT_CliQualifier Units " Minutes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � - , n � MSFT_CliProp �L F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 G`�%߬�-`�%߬� L + � q { � � �K� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . CIM_DataFile is a type of logical file that is a named collection of data or executable code./n<B>The behavior of the provider backing this class will be changed in future releases. Currently the provider returns both files on fixed disks as well as files on mapped logical disks. In the future, only instances of files on local fixed disks will be returned.<B> � � t# ^I k K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ � � MSFT_CliFormat TABLE STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name �! �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF F � � � ' �
E g ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Encrypted The Encrypted property is a boolean value indicating that the file is encrypted. Encrypted * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ e � MSFT_CliProperty FileSize The FileSize property represents the size of the file (in bytes). Size - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Hidden The Hidden property is a boolean value indicating if the file is hidden. Hidden � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Readable The Readable property is a boolean value indicating if the file can be read. Readable 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k x � MSFT_CliProperty System The system property is a boolean value indicating if the file is a system file. System File 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � T ] � MSFT_CliProperty Version Version string from version resource if one is present. Version ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Writeable The Writeable property is a boolean value indicating if the file can be written. Writeable W� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty d� Ba � MSFT_CliFormat LIST FULL ! � � =
J d � � S � � � �" �& <) �+ �- 0 x2 �4 �6 d9 �; > p@ �B NE �G �I �Z �\ _ V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty AccessMask The AccessMask property is a bit array representing the access rights to the given file or directory held by the user or group on whose behalf the instance is returned. This property is only supported under Windows NT and Windows 2000. On Windows 98 and on Windows NT/2000 FAT volumes, FULL_ACCESS is returned, indicating no security has been set on the object. Access Rights ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q � � MSFT_CliProperty Archive The Archive property is a boolean value indicating that the file should be archived. Should Be Archived � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % B V � MSFT_CliProperty CompressionMethod The CompressionMethod property is a free form string indicating the algorithm or tool used to compress the logical file. If it is not possible (or not desired) to describe the compression scheme (perhaps because it is not known), use the following words: "Unknown" to represent that it is not known whether the logical file is compressed or not, "Compressed" to represent that the file is compressed but either its compression scheme is not known or not disclosed, and "Not Compressed" to represent that the logical file is not compressed. Compression Method H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % t � � MSFT_CliProperty CreationClassName The CreationClassName property is a string indicating the name of this class. Class Name C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t � � MSFT_CliProperty CreationDate The CreationDate property is a datetime value indicating the file's creation date. Creation Date X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' � � � MSFT_CliProperty CSCreationClassName The CSCreationClassName property is a string indicating the class of the computer system. Computer System Class Name 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g } � MSFT_CliProperty CSName The CSName property is a string indicating the name of the computer system. Computer System Name 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Drive The Drive property is a string representing the drive letter (including colon) of the file. Example: c: Drive � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � ) � � � MSFT_CliProperty EightDotThreeFileName The EightDotThreeFileName property is a string representing the DOS-compatible file name for this file./nExample: c:\progra~1 Eight Dot Three File Name ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Encrypted The Encrypted property is a boolean value indicating that the file is encrypted. Encrypted 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ 5 H � MSFT_CliProperty EncryptionMethod The EncryptionMethod property is a free form string indicating the algorithm or tool used to encrypt the logical file. If it is not possible (or not desired) to describe the encryption scheme (perhaps for security reasons), use the following words: "Unknown" to represent that it is not known whether the logical file is encrypted or not, "Encrypted" to represent that the file is encrypted but either its encryption scheme is not known or not disclosed, and "Not Encrypted" to represent that the logical file is not encrypted. Encryption Method Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Extension The Extension property is a string representing the file's extension (without the dot). Example: txt, mof, mdb. File Extension W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty FileName The FileName property is a string representing the filename (without extension) of the file. Example: autoexec File Name * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ e � MSFT_CliProperty FileSize The FileSize property represents the size of the file (in bytes). Size W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty FileType The FileType property is a string descriptor representing the file type (indicated by the Extension property). File Type T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' ~ � � MSFT_CliProperty FSCreationClassName The FSCreationClassName property is a string indicating the class of the file system. File System Class Name * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a s � MSFT_CliProperty FSName The FSName property is string indicating the name of the file system. File System Name - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Hidden The Hidden property is a boolean value indicating if the file is hidden. Hidden � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. Install Date d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty InUseCount The InUseCount property is an integer indicating the number of 'file opens' that are currently active against the file. Current File Open Count N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastAccessed The LastAccessed property is a datetime value indicating the time the file was last accessed. Last Accessed N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastModified The LastModified property is a datetime value indicating the time the file was last modified. Last Modified - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ l � MSFT_CliProperty Manufacturer Manufacturer string from version resource if one is present. Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 � � � � MSFT_CliProperty Path The Path property is a string representing the path of the file. This includes leading and trailing backslashes. Example: \windows\system\ Path 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Readable The Readable property is a boolean value indicating if the file can be read. Readable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k x � MSFT_CliProperty System The system property is a boolean value indicating if the file is a system file. System File 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � T ] � MSFT_CliProperty Version Version string from version resource if one is present. Version ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Writeable The Writeable property is a boolean value indicating if the file can be written. Writeable DataFile Where Name = '#' Select * from CIM_DataFile � �- ZJ �X :g �s ,� �� �� �� �� � 2 �< � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� - ' 6 � MSFT_CliVerb TakeOwnerShip The TakeOwnerShip method obtains ownership of the logical file specified in the object path . If the logical file is actually a directory, then TakeOwnerShip will act recursively, taking ownership of all the files and sub-directories the directory contain TakeOwnerShip 9 � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter TakeOwnerShip � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ) * E U O
j
� MSFT_CliVerb ChangeSecurityPermissions The ChangeSecurityPermissions method changes the security permissions for the logical file specified in the object path. If the logical file is actually a directory, then ChangeSecurityPermissions will act recursively, changing the security permissions of ChangeSecurityPermissions Q � r � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 6 > � MSFT_CliParam Option � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? # B J � MSFT_CliParam SecurityDescriptor + � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True OBJECT a � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter ChangeSecurityPermissions f � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 k � � � � MSFT_CliVerb Copy The Copy method copies the logical file or directory specified in the object path to the location specified by the input parameter. Copy returns an integer value of 0 if the file was successfully copied, and any other number to indicate an error. A copy i Copy # v � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 8 @ � MSFT_CliParam FileName ! � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ; � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Copy r � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 w � � � � MSFT_CliVerb Rename The Rename method renames the logical file (or directory) specified in the object path. Rename returns an integer value of 0 if the file was successfully renamed, and any other number to indicate an error. A rename is not supported if the destination is o Rename ' v � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 8 @ � MSFT_CliParam FileName ! � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Rename o � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 t
� " � MSFT_CliVerb Delete The Delete method will delete the logical file (or directory) specified in the object path. Delete returns an integer value of 0 if the file was successfully deleted, and any other number to indicate an error./nIt returns one of the following integer value Delete , � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Delete { � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� $ ( � MSFT_CliVerb Compress The Compress method compresses the logical file (or directory) specified in the object path. Compress returns an integer value of 0 if the file was successfully compressed, and any other number to indicate an error./nIt returns one of the following integer Compress 0 � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Compress � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� ( " . � MSFT_CliVerb Uncompress The Uncompress method uncompresses the logical file (or directory) specified in the object path. Uncompress returns an integer value of 0 if the file was successfully decompressed, and any other number to indicate an error./nIt returns one of the following Uncompress 4 � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Uncompress � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � 1 � � � � MSFT_CliVerb TakeOwnerShipEx The TakeOwnerShipEx method obtains ownership of the logical file specified in the object path. If the logical file is actually a directory, then this method will act recursively, taking ownership of all the files and sub-directories the directory contains TakeOwnerShipEx A � A x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 B � MSFT_CliParam Recursive " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING � b
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter TakeOwnerShipEx � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � + , I � � � � MSFT_CliVerb ChangeSecurityPermissionsEx The ChangeSecurityPermissionsEx method changes the security permissions for the logical file specified in the object path. If the logical file is actually a directory, then this method will act recursively, changing the security permissions of all the fil ChangeSecurityPermissionsEx a � S � e r � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 6 > � MSFT_CliParam Option � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 B � MSFT_CliParam Recursive " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? # B J � MSFT_CliParam SecurityDescriptor + � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True OBJECT � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter ChangeSecurityPermissionsEx q � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 v 0 * 2 � MSFT_CliVerb CopyEx The CopyEx method copies the logical file or directory specified in the object path to the location specified by the FileName parameter. CopyEx returns an integer value of 0 if the file was successfully copied, and any other number to indicate an error. A CopyEx 3 � ) � v � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 8 @ � MSFT_CliParam FileName ! � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 B � MSFT_CliParam Recursive " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING < � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter CopyEx � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � # 6 0
:
� MSFT_CliVerb DeleteEx The DeleteEx method will delete the logical file (or directory) specified in the object path. DeleteEx returns an integer value of 0 if the file was successfully deleted, and any other number to indicate an error. DeleteEx is an extended version of the De DeleteEx / � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING B � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter DeleteEx � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ' � � � � MSFT_CliVerb CompressEx The CompressEx method compresses the logical file (or directory) specified in the object path. CompressEx returns an integer value of 0 if the file was successfully compressed, and any other number to indicate an error. CompressEx is an extended version o CompressEx 7 � 7 x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 B � MSFT_CliParam Recursive " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING � X
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter CompressEx � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � + � � � � MSFT_CliVerb UncompressEx The UncompressEx method uncompresses the logical file (or directory) specified in the object path. UncompressEx returns an integer value of 0 if the file was successfully decompressed, and any other number to indicate an error. UncompressEx is an extended UncompressEx ; � ; x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 B � MSFT_CliParam Recursive " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING � \
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter UncompressEx � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � & ( @ � � � � MSFT_CliVerb GetEffectivePermission The GetEffectivePermission method determines whether the caller has the aggregated permissions specified by the Permission argument not only on the file object, but on the share the file or directory resides on (if it is on a share). /nThe method returns a GetEffectivePermission H | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; C � MSFT_CliParam Permissions $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � j � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap Y \ _ b e i m q u y } � � � 0 2 8 9 10 11 12 13 14 15 16 17 21 .. X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter GetEffectivePermission � o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMON � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING : o< �= �> g � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � + � MSFT_CliQualifier Description ( The UnjoinDomainOrWorkgroup method un-joins or removes a computer system from a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:/n0 - Success./nOther - For integer values o � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 0 � MSFT_CliQualifier ValueMap ) , 0 .. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 7 � MSFT_CliQualifier Values ' 0 Success Other UnjoinDomainOrWorkgroup �= F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 H`�%߬�-`�%߬�= � + I �< �< �< �< � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . DCOM Application management. a O )! �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat list FULL 4 � � D � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty AppID AppID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � 7 � MSFT_CliFormat table BRIEF . � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty AppID AppID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS DCOMAPP WHERE Name='#' Select * from WIN32_DCOMApplication ng Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty ErrorDescription ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � >n F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 I`�%߬�-`�%߬��m � + G Dm Mm ]m zm � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . User's Desktop management. _ �9 �G �J tf s7 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �6 �" � MSFT_CliFormat list FULL p " � � ; � �
Y � y $ � � F � � g � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty BorderWidth BorderWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty CoolSwitch CoolSwitch � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty CursorBlinkRate CursorBlinkRate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty DragFullWindows DragFullWindows � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty GridGranularity GridGranularity � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty IconSpacing IconSpacing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty IconTitleFaceName IconTitleFaceName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty IconTitleSize IconTitleSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty IconTitleWrap IconTitleWrap � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Pattern Pattern � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty ScreenSaverActive ScreenSaverActive � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � ) @ � MSFT_CliProperty ScreenSaverExecutable ScreenSaverExecutable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty ScreenSaverSecure ScreenSaverSecure � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty ScreenSaverTimeout ScreenSaverTimeout � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty SettingID SettingID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty Wallpaper Wallpaper � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty WallpaperStretched WallpaperStretched � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty WallpaperTiled WallpaperTiled �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table BRIEF 6 � � Q
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty ScreenSaverActive ScreenSaverActive � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty ScreenSaverSecure ScreenSaverSecure � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty ScreenSaverTimeout ScreenSaverTimeout � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty SettingID SettingID I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS $ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty ScreenSaverActive ScreenSaverActive DESKTOP WHERE Name='#' Select * from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�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE m� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 J`�%߬�-`�%߬�݂ � + H a� q� �� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Desktop Monitor management. d : �G �U �c �f �7 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �6 u) � MSFT_CliFormat list FULL � 3 � � ^ �
q $ � � < � � \ � u 1 � �" e$ & �' � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Availability Availability � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty Bandwidth Bandwidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * B � MSFT_CliProperty ConfigManagerErrorCode ConfigManagerErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty ConfigManagerUserConfig ConfigManagerUserConfig � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty DisplayType DisplayType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorCleared ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty ErrorDescription ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty IsLocked IsLocked � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty LastErrorCode LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | � ' < � MSFT_CliProperty MonitorManufacturer MonitorManufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty MonitorType MonitorType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty PNPDeviceID PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � ) @ � MSFT_CliProperty PixelsPerXLogicalInch PixelsPerXLogicalInch � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � ) @ � MSFT_CliProperty PixelsPerYLogicalInch PixelsPerYLogicalInch � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / L � MSFT_CliProperty PowerManagementCapabilities PowerManagementCapabilities � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , F � MSFT_CliProperty PowerManagementSupported PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ScreenHeight ScreenHeight � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ScreenWidth ScreenWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � r
� MSFT_CliFormat table CONFIG ; � � Q
� � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � ) @ � MSFT_CliProperty PixelsPerXLogicalInch PixelsPerXLogicalInch � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � ) @ � MSFT_CliProperty PixelsPerYLogicalInch PixelsPerYLogicalInch � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ScreenHeight ScreenHeight � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ScreenWidth ScreenWidth �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � V
� MSFT_CliFormat table STATUS ; � � M � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty IsLocked IsLocked � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty LastErrorCode LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � e
� MSFT_CliFormat table BRIEF : � � U � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty DisplayType DisplayType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | � ' < � MSFT_CliProperty MonitorManufacturer MonitorManufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ScreenHeight ScreenHeight � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ScreenWidth ScreenWidth Q �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ^ ! � � MSFT_CliFormat TABLE INSTANCE ) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS DesktopMonitor WHERE DEVICEID='#' Select * from WIN32_DESKTOPMONITOR �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ � � MSFT_CliFormat TABLE STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name �} F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 K`�%߬�-`�%߬��| � + P �| �| �| �| � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Device memory addresses management. h `% �@ *D 1X �" �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty " C � MSFT_CliFormat TABLE STATUS / C � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � � MSFT_CliProperty MemoryType The MemoryType property indicates the characteristics of the memory resource on the system. MemoryType � ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � _ � MSFT_CliQualifier ValueMap 1 < F Q ReadWrite ReadOnly WriteOnly Prefetchable � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / : D O ReadWrite ReadOnly WriteOnly Prefetchable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS O �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty \ ! � � MSFT_CliFormat TABLE INSTANCE ) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty B � MSFT_CliFormat TABLE BRIEF . . U
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � � MSFT_CliProperty MemoryType The MemoryType property indicates the characteristics of the memory resource on the system. MemoryType � ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � _ � MSFT_CliQualifier ValueMap 1 < F Q ReadWrite ReadOnly WriteOnly Prefetchable � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / : D O ReadWrite ReadOnly WriteOnly Prefetchable # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service S$ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty `# � � MSFT_CliFormat TABLE FULL 9 s � � � � 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! n } � MSFT_CliProperty EndingAddress The EndingAddress property contains the ending address of memory mapped I/O EndingAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � � MSFT_CliProperty MemoryType The MemoryType property indicates the characteristics of the memory resource on the system. MemoryType � ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � _ � MSFT_CliQualifier ValueMap 1 < F Q ReadWrite ReadOnly WriteOnly Prefetchable � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / : D O ReadWrite ReadOnly WriteOnly Prefetchable # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } � # � � � MSFT_CliProperty StartingAddress The StartingAddress property contains the starting address of memory mapped I/O. The hardware resource identifier property should be set to this value to construct the mapped I/O resource key. StartingAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service DeviceMemoryAddress Select * from Win32_DeviceMemoryAddress �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 L`�%߬�-`�%߬�� � + M �� �� �� އ� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Physical disk drive management. m *T �o �r M� �� <? �Q �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �P �4 � MSFT_CliFormat Table STATUS ? f � @ ' Z) k2 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ! � � � MSFT_CliProperty NeedsCleaning Boolean indicating that the media access device needs cleaning. Whether manual or automatic cleaning is possible is indicated in the Capabilities array property. NeedsCleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the disk drive with other devices on the system. DeviceID
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Partitions The Partitions property indicates the number of partitions on this physical disk drive that are recognized by the operating system. Partitions s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS N �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty [ ! � � MSFT_CliFormat Table INSTANCE ) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty Index Index V �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty c � � MSFT_CliFormat TABLE BRIEF 6 � : V p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Partitions The Partitions property indicates the number of partitions on this physical disk drive that are recognized by the operating system. Partitions V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the disk drive with other devices on the system. DeviceID 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j q � MSFT_CliProperty Model The Model property indicates the manufacturer's model number of the disk drive. Model 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Q W � MSFT_CliProperty Size The Size property indicates the size of the disk drive. Size � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L Q Z } � MSFT_CliProperty Caption The Caption property is a short textual description. Caption b � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 R �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty _ �
� MSFT_CliFormat TABLE SCSI 9 � � # z � V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the disk drive with other devices on the system. DeviceID \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � � � � MSFT_CliProperty Index The Index property indicates the physical drive number of the given drive. This member is filled by Get Drive Map Info. Index , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b k � MSFT_CliProperty SCSIBus The SCSIBus property indicates the SCSI bus number of the disk drive. SCSIBus S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty SCSILogicalUnit The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive. SCSILogicalUnit 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e o � MSFT_CliProperty SCSIPort The SCSIPort property indicates the SCSI port number of the disk drive. SCSIPort : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k y � MSFT_CliProperty SCSITargetId The SCSITargetId property indicates the SCSI ID number of the disk drive. SCSITargetId �� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� �� � MSFT_CliFormat list FULL . � & � �
1( * �, �. P1 �3 c6 �8 6; }= �? B ED zF �H �J (O ]Q �S �U SX �Z ]] �_ �d Lg |i �k n Ep �r �t �w ]� n� � w� �� � U� J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M [ = � MSFT_CliProperty Availability The availability and status of the device. Availability g � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty BytesPerSector The BytesPerSector property indicates the number of bytes in each sector for the physical disk drive. BytesPerSector � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier S � � $ � MSFT_CliProperty Capabilities Capabilities of the media access device. For example, the device may support "Random Access", removable media and "Automatic Cleaning". Capabilities � ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values
G P W j y � � � � � Unknown Other Sequential Access Random Access Supports Writing Encryption Compression Supports Removable Media Manual Cleaning Automatic Cleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Y � * � � � MSFT_CliProperty CapabilityDescriptions An array of free-form strings providing more detailed explanations for any of the access device features indicated in the Capabilities array. CapabilityDescriptions Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � MSFT_CliProperty CompressionMethod A free form string indicating the algorithm or tool used by the device to support compression. CompressionMethod # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ T f � MSFT_CliProperty DefaultBlockSize Default block size, in bytes, for this device. DefaultBlockSize 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the disk drive with other devices on the system. DeviceID ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription o 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 5 � $ � � � MSFT_CliProperty ErrorMethodology ErrorMethodology is a free-form string describing the type of error detection and correction supported by this device. ErrorMethodology \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � � � � MSFT_CliProperty Index The Index property indicates the physical drive number of the given drive. This member is filled by Get Drive Map Info. Index C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! r � � MSFT_CliProperty InterfaceType The InterfaceType property indicates the interface type of physical disk drive. InterfaceType = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the disk drive manufacturer. Manufacturer 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MaxBlockSize Maximum block size, in bytes, for media accessed by this device. MaxBlockSize , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] k � MSFT_CliProperty MaxMediaSize Maximum size, in Kbytes, of media supported by this device. MaxMediaSize B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t � � MSFT_CliProperty MediaLoaded The MediaLoaded property determines whether the media for a disk drive is loaded. MediaLoaded 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k v � MSFT_CliProperty MediaType The MediaType property is the type of media used or accessed by this device. MediaType ~ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � V � MSFT_CliQualifier Values + < M Removable media Fixed hard disk Unknown 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MinBlockSize Minimum block size, in bytes, for media accessed by this device. MinBlockSize 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j q � MSFT_CliProperty Model The Model property indicates the manufacturer's model number of the disk drive. Model # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ! � � � MSFT_CliProperty NeedsCleaning Boolean indicating that the media access device needs cleaning. Whether manual or automatic cleaning is possible is indicated in the Capabilities array property. NeedsCleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � * � � � MSFT_CliProperty NumberOfMediaSupported When the media access device supports multiple individual media, this property defines the maximum number which can be supported or inserted. NumberOfMediaSupported p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Partitions The Partitions property indicates the number of partitions on this physical disk drive that are recognized by the operating system. Partitions - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / z � � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � , � � � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. PowerManagementSupported , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b k � MSFT_CliProperty SCSIBus The SCSIBus property indicates the SCSI bus number of the disk drive. SCSIBus S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty SCSILogicalUnit The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive. SCSILogicalUnit 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e o � MSFT_CliProperty SCSIPort The SCSIPort property indicates the SCSI port number of the disk drive. SCSIPort : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k y � MSFT_CliProperty SCSITargetId The SCSITargetId property indicates the SCSI ID number of the disk drive. SCSITargetId _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � # � � � MSFT_CliProperty SectorsPerTrack The SectorsPerTrack property indicates the number of sectors in each track for this physical disk drive. SectorsPerTrack L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �� � � MSFT_CliProperty Signature The Signature property is used to identify a disk. It can be used to identify a shared resource. Signature � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier g � � � � MSFT_CliProperty Size The Size property indicates the size of the disk drive. It is calculated by multiplying the total number of cylinders, tracks in each cylinder, sectors in each track, and bytes in each sector. Size � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty TotalCylinders The TotalCylinders property indicates the total number of cylinders on the physical disk drive. TotalCylinders < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o { � MSFT_CliProperty TotalHeads The TotalHeads property indicates the total number of heads on the disk drive. TotalHeads M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty TotalSectors The TotalSectors property indicates the total number of sectors on the physical disk drive. TotalSectors I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � MSFT_CliProperty TotalTracks The TotalTracks property indicates the total number of tracks on the physical disk drive. TotalTracks f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � % � � � MSFT_CliProperty TracksPerCylinder The TracksPerCylinder property indicates the number of tracks in each cylinder on the physical disk drive. TracksPerCylinder eH �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty rG �, � MSFT_CliFormat LIST CONFIG n � W � X � � 8 � B � J! �# �% 3( �* Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty BytesPerSector The BytesPerSector property indicates the number of bytes in each sector for the physical disk drive. BytesPerSector J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ T f � MSFT_CliProperty DefaultBlockSize Default block size, in bytes, for this device. DefaultBlockSize V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the disk drive with other devices on the system. DeviceID \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � � � � MSFT_CliProperty Index The Index property indicates the physical drive number of the given drive. This member is filled by Get Drive Map Info. Index C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! r � � MSFT_CliProperty InterfaceType The InterfaceType property indicates the interface type of physical disk drive. InterfaceType 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MaxBlockSize Maximum block size, in bytes, for media accessed by this device. MaxBlockSize , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] k � MSFT_CliProperty MaxMediaSize Maximum size, in Kbytes, of media supported by this device. MaxMediaSize 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MinBlockSize Minimum block size, in bytes, for media accessed by this device. MinBlockSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � * � � � MSFT_CliProperty NumberOfMediaSupported When the media access device supports multiple individual media, this property defines the maximum number which can be supported or inserted. NumberOfMediaSupported p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Partitions The Partitions property indicates the number of partitions on this physical disk drive that are recognized by the operating system. Partitions _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � # � � � MSFT_CliProperty SectorsPerTrack The SectorsPerTrack property indicates the number of sectors in each track for this physical disk drive. SectorsPerTrack � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier g � � � � MSFT_CliProperty Size The Size property indicates the size of the disk drive. It is calculated by multiplying the total number of cylinders, tracks in each cylinder, sectors in each track, and bytes in each sector. Size T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty TotalCylinders The TotalCylinders property indicates the total number of cylinders on the physical disk drive. TotalCylinders < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o { � MSFT_CliProperty TotalHeads The TotalHeads property indicates the total number of heads on the disk drive. TotalHeads M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty TotalSectors The TotalSectors property indicates the total number of sectors on the physical disk drive. TotalSectors I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � MSFT_CliProperty TotalTracks The TotalTracks property indicates the total number of tracks on the physical disk drive. TotalTracks f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � % � � � MSFT_CliProperty TracksPerCylinder The TracksPerCylinder property indicates the number of tracks in each cylinder on the physical disk drive. TracksPerCylinder DiskDrive WHERE Index=# Select * from Win32_DiskDrive
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartFileName & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StopFileName % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING � \
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter UncompressEx � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � & ( @ � � � �x F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 M`�%߬�-`�%߬�x � + O �w �w �w � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . disk space usage for NTFS volumes. k � 1! �, �> �T K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS v �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �
! � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] e � � MSFT_CliProperty Status A Status property indicates the current status of the Disk Quota. Status q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i B � MSFT_CliQualifier Values + / 8 OK Warning Exceeded � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty
? � MSFT_CliFormat table BRIEF 2 � � f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � ! � � � MSFT_CliProperty DiskSpaceUsed The DiskSpaceUsed property indicates the current number of Bytes currently in use by this particular user or group. DiskSpaceUsed 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h o � MSFT_CliProperty Limit The Limit property indicates the limit set for this particular user or group. Limit : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � l y � MSFT_CliProperty QuotaVolume The QuotaVolume reference represents the disk volume which has disk quotas. QuotaVolume - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f l � MSFT_CliProperty User The User reference represents the user account associated with a disk quota. User * �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty 7 � � MSFT_CliFormat TABLE FULL 9 � � ^
� f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � ! � � � MSFT_CliProperty DiskSpaceUsed The DiskSpaceUsed property indicates the current number of Bytes currently in use by this particular user or group. DiskSpaceUsed 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h o � MSFT_CliProperty Limit The Limit property indicates the limit set for this particular user or group. Limit : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � l y � MSFT_CliProperty QuotaVolume The QuotaVolume reference represents the disk volume which has disk quotas. QuotaVolume E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] e � � MSFT_CliProperty Status A Status property indicates the current status of the Disk Quota. Status q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i B � MSFT_CliQualifier Values + / 8 OK Warning Exceeded - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f l � MSFT_CliProperty User The User reference represents the user account associated with a disk quota. User M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty WarningLimit The WarningLimit property indicates the warning limit set for this particular user or group. WarningLimit �" �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �! F � MSFT_CliFormat WRITEABLE ' �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h o � � MSFT_CliProperty Limit The Limit property indicates the limit set for this particular user or group. Limit � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ) � MSFT_CliQualifier Units " Bytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty WarningLimit The WarningLimit property indicates the warning limit set for this particular user or group. WarningLimit � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ) � MSFT_CliQualifier Units " Bytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True DiskQuota Select * from Win32_DiskQuota �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 N`�%߬�-`�%߬�O� � + [ �� �� �� � � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Direct memory access (DMA) channel management. s �% hA 4E � z# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � L � MSFT_CliFormat INSTANCE " & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y e � MSFT_CliProperty DMAChannel A part of the object's key value, the DMA channel number. DMAChannel � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� dO � MSFT_CliFormat LIST FULL ` �
� � �! $ �& �( _+ �- q= �? �G � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n ] j � � MSFT_CliProperty AddressSize An integer indicating the DMA channel address size in bits. AddressSize r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k G � MSFT_CliQualifier ValueMap 5 8 ; ? C 0 8 16 32 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � b p 8 � MSFT_CliProperty Availability The Availability property indicates the availability of the DMA. Availability | � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C N d Other Unknown Available In Use/Not Available In Use and Available/Shareable 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � S ^ � MSFT_CliProperty BurstMode Indicate whether the DMA channel supports burst mode BurstMode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � � z � MSFT_CliProperty ByteMode Indicates whether DMA may execute in 'count by byte' mode (value=4) or not (value=3). Also, "Other" (1) and "Unknown" (2) may be defined. ByteMode � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values / 6 ? d Other Unknown Not execute in 'count by byte' mode Execute in 'count by byte' mode . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! | � F � MSFT_CliProperty ChannelTiming DMA channel timing. For example, "Type A" (value =4) or "Type F" (6) could be specified. ChannelTiming � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � o � MSFT_CliQualifier Values 7 > G W _ g Other Unknown ISA Compatible Type A Type B Type F � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier c ? G j � MSFT_CliProperty CSName The scoping computer system's name. CSName O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y e � MSFT_CliProperty DMAChannel A part of the object's key value, the DMA channel number. DMAChannel � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty MaxTransferSize The maximum number of bytes that can be transferred by this DMA channel. If unknown, enter 0. MaxTransferSize m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Port The Port property specifies the DMA port used by the host bus adapter. This is meaningful for MCA-type buses. Port � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � " � � � MSFT_CliProperty TransferWidths An array indicating all the transfer widths (in bits) supported by this DMA channel. If unknown, enter 0. TransferWidths � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � | � MSFT_CliProperty TypeCTiming Indicates whether C type (burst) timing is supported (value=5) or not (value=4). Also, "Other" (1), "Unknown" (2) and "ISA Compatible" (3) are defined. TypeCTiming � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � m � MSFT_CliQualifier Values 3 : C S b Other Unknown ISA Compatible Not Supported Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � � z � MSFT_CliProperty WordMode Indicates whether DMA may execute in 'count by word' mode (value=4) or not (value=3). Also, "Other" (1) and "Unknown" (2) may be defined. WordMode � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values / 6 ? d Other Unknown Not execute in 'count by word' mode Execute in 'count by word' mode � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF 6 � P w
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n ] j � � MSFT_CliProperty AddressSize An integer indicating the DMA channel address size in bits. AddressSize r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k G � MSFT_CliQualifier ValueMap 5 8 ; ? C 0 8 16 32 64 & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y e � MSFT_CliProperty DMAChannel A part of the object's key value, the DMA channel number. DMAChannel @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # n � MSFT_CliProperty MaxTransferSize The maximum number of bytes that can be transferred by this DMA channel. MaxTransferSize # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a g � MSFT_CliProperty Port The Port property specifies the DMA port used by the host bus adapter. Port DMAChannel Where DMAChannel=# Select * from Win32_DMAChannel roperty should be set to this value to construct the mapped I/O resource key. StartingAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service DeviceMemoryAddress Select * from Win32_DeviceMemoryAddress �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 O`�%߬�-`�%߬� � � + T �� Ƿ ɷ � � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . System environment settings management. p & �A �D &j K� �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" | � MSFT_CliFormat table STATUS / � 2 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x ~ � MSFT_CliProperty Name The Name property contains a character string specifying the name of a environment variable. Name F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " u � � MSFT_CliProperty SystemVariable The SystemVariable property indicates whether the variable is a system variable. SystemVariable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH F% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty S$ $ � MSFT_CliFormat TABLE BRIEF . ~ R L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! | � � MSFT_CliProperty VariableValue The VariableValue property contains the placeholder variable of an environment variable. VariableValue � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
x ~ � � MSFT_CliProperty Name The Name property contains a character string specifying the name of an environment variable. Name � � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier key True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 5 True Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier Override % Name � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � ! � MSFT_CliProperty UserName The UserName property indicates the owner of the environment setting. It is set to "<SYSTEM>" for settings that are specific to the system (as opposed to a specific user) and "<DEFAULT>" for default user settings. UserName � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 260 !. �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty .- �! � MSFT_CliFormat LIST FULL < v � � - � 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
x ~ � � MSFT_CliProperty Name The Name property contains a character string specifying the name of an environment variable. Name � � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier key True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 5 True Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier Override % Name � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � " � � � MSFT_CliProperty SystemVariable The SystemVariable property indicates whether the variable is a system variable. A system variable is set by the operating system, and is independent from user environment settings. SystemVariable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � ! � MSFT_CliProperty UserName The UserName property indicates the owner of the environment setting. It is set to "<SYSTEM>" for settings that are specific to the system (as opposed to a specific user) and "<DEFAULT>" for default user settings. UserName � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 260 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! � MSFT_CliProperty VariableValue The VariableValue property contains the placeholder variable of an environment variable. Information like the file system directory can change from machine to machine. The operating system substitutes placeholders for these. VariableValue k �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty x � � MSFT_CliFormat WRITEABLE ' E
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k � MSFT_CliProperty Name The Name property contains a character string specifying the name of a Win32 environment variable. By specifying the name of a variable that does not yet exist, an application can create a new environment variable. /nExample: Path. Name # ? W 8 Q � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier key True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 5 True Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier Override % Name � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * ! / X � MSFT_CliProperty VariableValue The VariableValue property contains the placeholder variable of a Win32 environment variable. Information like the file system directory can change from machine to machine. The operating system substitutes placeholders for these./nExample: %SystemRoot%. VariableValue C _ % > � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32Registry|System\CurrentControlSet\Control\Session Manager\Environment � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True Environment Select * from Win32_Environment � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 P`�%߬�-`�%߬�Q� + T � �� �� �� �� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Filesystem directory entry management. l 6& �A �D %� �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � � MSFT_CliFormat table STATUS ; � > } * c � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Encrypted The Encrypted property is a boolean value indicating that the file is encrypted. Encrypted � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Readable The Readable property is a boolean value indicating if the file can be read. Readable ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Writeable The Writeable property is a boolean value indicating if the file can be written. Writeable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name 'J �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty 4I PC � MSFT_CliFormat list FULL � " a �
P � � ; z � � D �" �$ �& �) �+ E. �0 D3 �5 �7 �> A � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ � � � � MSFT_CliProperty AccessMask The AccessMask property is a bit array representing the access rights to the given file or directory held by the user or group on whose behalf the instance is returned. AccessMask ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � MSFT_CliProperty Archive The Archive property is a boolean value indicating that the file should be archived. Archive ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � % � � � MSFT_CliProperty CompressionMethod The CompressionMethod property is a free form string indicating the algorithm or tool used to compress the logical file. CompressionMethod 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g o � MSFT_CliProperty CSName The CSName property is a string indicating the name of the computer system. CSName 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w ~ � MSFT_CliProperty Drive The Drive property is a string representing the drive letter (including colon) of the file. Drive j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � ) � � � MSFT_CliProperty EightDotThreeFileName The EightDotThreeFileName property is a string representing the DOS-compatible file name for this file. EightDotThreeFileName ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Encrypted The Encrypted property is a boolean value indicating that the file is encrypted. Encrypted 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ 5 G � MSFT_CliProperty EncryptionMethod The EncryptionMethod property is a free form string indicating the algorithm or tool used to encrypt the logical file. If it is not possible (or not desired) to describe the encryption scheme (perhaps for security reasons), use the following words: "Unknown" to represent that it is not known whether the logical file is encrypted or not, "Encrypted" to represent that the file is encrypted but either its encryption scheme is not known or not disclosed, and "Not Encrypted" to represent that the logical file is not encrypted. EncryptionMethod C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w � � MSFT_CliProperty Extension The Extension property is a string representing the file's extension (without the dot). Extension E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty FileName The FileName property is a string representing the filename (without extension) of the file. FileName * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ i � MSFT_CliProperty FileSize The FileSize property represents the size of the file (in bytes). FileSize W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty FileType The FileType property is a string descriptor representing the file type (indicated by the Extension property). FileType * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a i � MSFT_CliProperty FSName The FSName property is string indicating the name of the file system. FSName - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Hidden The Hidden property is a boolean value indicating if the file is hidden. Hidden � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty InUseCount The InUseCount property is an integer indicating the number of 'file opens' that are currently active against the file. InUseCount N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastAccessed The LastAccessed property is a datetime value indicating the time the file was last accessed. LastAccessed N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastModified The LastModified property is a datetime value indicating the time the file was last modified. LastModified � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 � � � � MSFT_CliProperty Path The Path property is a string representing the path of the file. This includes leading and trailing backslashes. Example: \windows\system\ Path 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Readable The Readable property is a boolean value indicating if the file can be read. Readable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k s � MSFT_CliProperty System The system property is a boolean value indicating if the file is a system file. System ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Writeable The Writeable property is a boolean value indicating if the file can be written. Writeable V$ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty c# � � MSFT_CliFormat TABLE BRIEF B s � N � ] - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Hidden The Hidden property is a boolean value indicating if the file is hidden. Hidden ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � MSFT_CliProperty Archive The Archive property is a boolean value indicating that the file should be archived. Archive j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � ) � � � MSFT_CliProperty EightDotThreeFileName The EightDotThreeFileName property is a string representing the DOS-compatible file name for this file. EightDotThreeFileName * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ i � MSFT_CliProperty FileSize The FileSize property represents the size of the file (in bytes). FileSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Name ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Encrypted The Encrypted property is a boolean value indicating that the file is encrypted. Encrypted 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Readable The Readable property is a boolean value indicating if the file can be read. Readable FSDir WHERE Name='#' Select * from Win32_Directory � �� H [9 �h [~ O� g� ) Ҵ �! ^b K� �Z � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � W f �
�
� MSFT_CliVerb TakeOwnerShip The TakeOwnerShip method obtains ownership of the logical file specified in the object path . If the logical file is actually a directory, then TakeOwnerShip will act recursively, taking ownership of all the files and sub-directories the directory contains. /nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n TakeOwnerShip v � q e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The TakeOwnerShip method obtains ownership of the logical file specified in the object path . If the logical file is actually a directory, then TakeOwnerShip will act recursively, taking ownership of all the files and sub-directories the directory contain � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter TakeOwnerShip �A � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �? ) 9 �# 4+ O+ � MSFT_CliVerb ChangeSecurityPermissions The ChangeSecurityPermissions method changes the security permissions for the logical file specified in the object path. If the logical file is actually a directory, then ChangeSecurityPermissions will act recursively, changing the security permissions of all the files and sub-directories the directory contains. ChangeSecurityPermissions returns an integer value of 0 if the permissions were changed, and any other number to indicate an error./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n ChangeSecurityPermissions E E � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING P 3 � � �
�
� MSFT_CliParam The Option input parameter specifies the actual security privilege to be modified. Change_Owner_Security_Information - Change the owner of the logical file. Change_Group_Security_Information - Change the group of the logical file. Change_Dacl_Security_Information - Change the Access Control List of the logical file. Change_Sacl_Security_Information - Change the System Access Control List of the logical file. Option � � ; W � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ; � MSFT_CliQualifier BitMap / 2 5 8 0 1 2 3 L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier BitValues 2 U x � Change_Owner_Security_Information Change_Group_Security_Information Change_Dacl_Security_Information Change_Sacl_Security_Information � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Option input parameter specifies the actual security privilege to be modified. Change_Owner_Security_Information - Change the owner of the logical file. Change_Group_Security_Information - Change the group of the logical file. Change_Dacl_Security_Inf � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING �
3 Z n � � MSFT_CliParam The SecurityDescriptor input parameter specifies the security information SecurityDescriptor � � Q h � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j E � MSFT_CliQualifier CIMTYPE $ object:Win32_SecurityDescriptor � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING s � MSFT_CliQualifier Description ( The SecurityDescriptor input parameter specifies the security information � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True OBJECT �# F& �' e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The ChangeSecurityPermissions method changes the security permissions for the logical file specified in the object path. If the logical file is actually a directory, then ChangeSecurityPermissions will act recursively, changing the security permissions of � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter ChangeSecurityPermissions - � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 + � � ~ � � � MSFT_CliVerb Copy The Copy method copies the logical file or directory specified in the object path to the location specified by the input parameter. Copy returns an integer value of 0 if the file was successfully copied, and any other number to indicate an error. A copy is not supported if overwriting an existing logical file is required./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n Copy � �
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 1 3 � � � MSFT_CliParam The FileName input parameter is a string representing the fully qualified name of the copy of the file (or directory). Example: c:\temp\newdirectory FileName � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING L � � MSFT_CliQualifier Description ( The FileName input parameter is a string representing the fully qualified name of the copy of the file (or directory). Example: c:\temp\newdirectory � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � � e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Copy method copies the logical file or directory specified in the object path to the location specified by the input parameter. Copy returns an integer value of 0 if the file was successfully copied, and any other number to indicate an error. A copy i � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Copy &/ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 +- � � � � � � MSFT_CliVerb Rename The Rename method renames the logical file (or directory) specified in the object path. Rename returns an integer value of 0 if the file was successfully renamed, and any other number to indicate an error. A rename is not supported if the destination is on another drive or overwriting an existing logical file is required/nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n Rename � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 8
3 � � q y � MSFT_CliParam The FileName input parameter is a string representing the new name for the logical file (or directory). The FileName input parameter must be a fully qualified path name. Example: c:\temp\newfile.txt. FileName � C Z � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string - � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Description ( The FileName input parameter is a string representing the new name for the logical file (or directory). The FileName input parameter must be a fully qualified path name. Example: c:\temp\newfile.txt. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Rename method renames the logical file (or directory) specified in the object path. Rename returns an integer value of 0 if the file was successfully renamed, and any other number to indicate an error. A rename is not supported if the destination is o � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Rename � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ' �
�
� MSFT_CliVerb Delete The Delete method will delete the logical file (or directory) specified in the object path. Delete returns an integer value of 0 if the file was successfully deleted, and any other number to indicate an error./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n Delete 7 � 3 f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( The Delete method will delete the logical file (or directory) specified in the object path. Delete returns an integer value of 0 if the file was successfully deleted, and any other number to indicate an error./nIt returns one of the following integer value � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Delete � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ' 1 �
�
� MSFT_CliVerb Compress The Compress method compresses the logical file (or directory) specified in the object path. Compress returns an integer value of 0 if the file was successfully compressed, and any other number to indicate an error./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n Compress A � = f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( The Compress method compresses the logical file (or directory) specified in the object path. Compress returns an integer value of 0 if the file was successfully compressed, and any other number to indicate an error./nIt returns one of the following integer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Compress � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � 1 = �
�
� MSFT_CliVerb Uncompress The Uncompress method uncompresses the logical file (or directory) specified in the object path. Uncompress returns an integer value of 0 if the file was successfully decompressed, and any other number to indicate an error./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n Uncompress M � I f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( The Uncompress method uncompresses the logical file (or directory) specified in the object path. Uncompress returns an integer value of 0 if the file was successfully decompressed, and any other number to indicate an error./nIt returns one of the following � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter Uncompress �~ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �| �6 e> v> � MSFT_CliVerb TakeOwnerShipEx The TakeOwnerShipEx method obtains ownership of the logical file specified in the object path. If the logical file is actually a directory, then this method will act recursively, taking ownership of all the files and sub-directories the directory contains. TakeOwnerShipEx returns an integer value of 0 on success, and any other number to indicate an error. TakeOwnerShipEx is an extended version of the TakeOwnerShip method./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n TakeOwnerShipEx ! u R( P � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 + � MSFT_CliParam The Recursive input parameter is a boolean that indicates whether the change of ownership will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is ignored. Recursive C _ � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Recursive input parameter is a boolean that indicates whether the change of ownership will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input param � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING - 3 � � � � � MSFT_CliParam The StartFileName input parameter is a string that names the child file/directory to use as a starting point for TakeOwnerShipEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the previous method call. If this parameter is NULL, the operation is performed on the file ordirectory specified in the ExecMethod call. StartFileName � � K b y � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The StartFileName input parameter is a string that names the child file/directory to use as a starting point for TakeOwnerShipEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � \ d � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where TakeOwnerShipEx method failed. StopFileName parameter will be null if the method succeeds. StopFileName � - D � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING r � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where TakeOwnerShipEx method failed. StopFileName parameter will be null if the method succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING 7 w9 ; e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The TakeOwnerShipEx method obtains ownership of the logical file specified in the object path. If the logical file is actually a directory, then this method will act recursively, taking ownership of all the files and sub-directories the directory contains � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter TakeOwnerShipEx ̋ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 щ + } � 3W �^ �^ � MSFT_CliVerb ChangeSecurityPermissionsEx The ChangeSecurityPermissionsEx method changes the security permissions for the logical file specified in the object path. If the logical file is actually a directory, then this method will act recursively, changing the security permissions of all the files and sub-directories the directory contains. ChangeSecurityPermissionsEx returns an integer value of 0 if the permissions were changed, and any other number to indicate an error. The ChangeSecurityPermissionsEx method is an extended version of the ChangeSecurityPermissions method./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n ChangeSecurityPermissionsEx � � ) �5 �H � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING S 3 � � �
�
� MSFT_CliParam The Option input parameter specifies the actual security permission to be modified. Change_Owner_Security_Information - Change the owner of the logical file. Change_Group_Security_Information - Change the group of the logical file. Change_Dacl_Security_Information - Change the Access Control List of the logical file. Change_Sacl_Security_Information - Change the System Access Control List of the logical file. Option � � < X � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ; � MSFT_CliQualifier BitMap / 2 5 8 0 1 2 3 L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier BitValues 2 U x � Change_Owner_Security_Information Change_Group_Security_Information Change_Dacl_Security_Information Change_Sacl_Security_Information � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Option input parameter specifies the actual security permission to be modified. Change_Owner_Security_Information - Change the owner of the logical file. Change_Group_Security_Information - Change the group of the logical file. Change_Dacl_Security_In � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 S � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ! , � MSFT_CliParam The Recursive input parameter is a boolean that indicates whether the security permissions will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is ignored. Recursive D ` � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Recursive input parameter is a boolean that indicates whether the security permissions will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input para � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING �
3 [ o � � � MSFT_CliParam The SecurityDescriptor input parameter specifies the security information. SecurityDescriptor � � S j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j E � MSFT_CliQualifier CIMTYPE $ object:Win32_SecurityDescriptor � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING t � MSFT_CliQualifier Description ( The SecurityDescriptor input parameter specifies the security information. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True OBJECT � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING W 3 � � � � � MSFT_CliParam The StartFileName input parameter is a string representing the child file/directory to use as a starting point for ChangeSecurityPermissionsEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the previous method call. If this parameter is NULL, the operation is performed on the file ordirectory specified in the ExecMethod call. StartFileName � � Y p � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The StartFileName input parameter is a string representing the child file/directory to use as a starting point for ChangeSecurityPermissionsEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which an � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � R Z � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where ChangeSecurityPermissionsEx failed. StopFileName will be null if the method succeeds. StopFileName � # : � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING m � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where ChangeSecurityPermissionsEx failed. StopFileName will be null if the method succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING CW �Y >[ e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The ChangeSecurityPermissionsEx method changes the security permissions for the logical file specified in the object path. If the logical file is actually a directory, then this method will act recursively, changing the security permissions of all the fil � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter ChangeSecurityPermissionsEx �l � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �j � � D sK {K � MSFT_CliVerb CopyEx The CopyEx method copies the logical file or directory specified in the object path to the location specified by the FileName parameter. CopyEx returns an integer value of 0 if the file was successfully copied, and any other number to indicate an error. A copy is not supported if overwriting an existing logical file is required. CopyEx is an extended version of the Copy method./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n CopyEx � � �" �5 �
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 6 3 � �
� MSFT_CliParam The FileName input parameter is a string representing the fully qualified name of the copy of the file (or directory). Example: c:\temp\newdirectory. FileName � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING M � � MSFT_CliQualifier Description ( The FileName input parameter is a string representing the fully qualified name of the copy of the file (or directory). Example: c:\temp\newdirectory. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING # � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING w 3
� MSFT_CliParam The Recursive input parameter is a boolean that indicates whether the copy will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is ignored. Recursive 4 P � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Recursive input parameter is a boolean that indicates whether the copy will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is ignored � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The StartFileName input parameter is a string that names the child file/directory to use as a starting point for CopyEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the previous method call. If this parameter is NULL, the operation is performed on the file ordirectory specified in the ExecMethod call. StartFileName � � B Y p � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The StartFileName input parameter is a string that names the child file/directory to use as a starting point for CopyEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING S � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � : B � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where CopyEx failed. This string parameter will be null if the method succeeds. StopFileName � � " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING a � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where CopyEx failed. This string parameter will be null if the method succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING D �F H e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The CopyEx method copies the logical file or directory specified in the object path to the location specified by the FileName parameter. CopyEx returns an integer value of 0 if the file was successfully copied, and any other number to indicate an error. A � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter CopyEx �@ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �> [ e �$ �+ , � MSFT_CliVerb DeleteEx The DeleteEx method will delete the logical file (or directory) specified in the object path. DeleteEx returns an integer value of 0 if the file was successfully deleted, and any other number to indicate an error. DeleteEx is an extended version of the Delete method./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n DeleteEx q 9 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The StartFileName input parameter is a string that names the child file/directory to use as a starting point for DeleteEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the previous method call. If this parameter is NULL, the operation is performed on the file ordirectory specified in the ExecMethod call. StartFileName � � D [ r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The StartFileName input parameter is a string that names the child file/directory to use as a starting point for DeleteEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from t � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING S � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � : B � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where DeleteEx failed. This string parameter will be null if DeleteEx succeeds. StopFileName � � " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING a � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where DeleteEx failed. This string parameter will be null if DeleteEx succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING �$ ' �( e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The DeleteEx method will delete the logical file (or directory) specified in the object path. DeleteEx returns an integer value of 0 if the file was successfully deleted, and any other number to indicate an error. DeleteEx is an extended version of the De � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter DeleteEx �{ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �y g s �5 2= >= � MSFT_CliVerb CompressEx The CompressEx method compresses the logical file (or directory) specified in the object path. CompressEx returns an integer value of 0 if the file was successfully compressed, and any other number to indicate an error. CompressEx is an extended version of the Compress method./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n CompressEx � � �' 8 � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 # � MSFT_CliParam The Recursive input parameter is a boolean that indicates whether the compression will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is ignored. Recursive ; W � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Recursive input parameter is a boolean that indicates whether the compression will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The StartFileName input parameter is a string that names the child file/directory to use as a starting point for CompressEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the previous method call. If this parameter is NULL, the operation is performed on the file ordirectory specified in the ExecMethod call. StartFileName � � F ] t � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The StartFileName input parameter is a string that names the child file/directory to use as a starting point for CompressEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING : � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � 0 8 � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where CompressEx failed. StopFileName will be null if the method succeeds. StopFileName � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string
� @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING \ � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where CompressEx failed. StopFileName will be null if the method succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING �5 D8 �9 e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The CompressEx method compresses the logical file (or directory) specified in the object path. CompressEx returns an integer value of 0 if the file was successfully compressed, and any other number to indicate an error. CompressEx is an extended version o � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter CompressEx A| � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 Fz u � �5 X= f= � MSFT_CliVerb UncompressEx The UncompressEx method uncompresses the logical file (or directory) specified in the object path. UncompressEx returns an integer value of 0 if the file was successfully decompressed, and any other number to indicate an error. UncompressEx is an extended version of the Uncompress method./nIt returns one of the following integer values:/n0 - The request was successful./n2 - Access was denied./n8 - An unspecified failure occurred./n9 - The name specified was invalid./n10 - The object specified already exists./n11 - The file system is not NTFS./n12 - The platform is not Windows NT or Windows 2000./n13 - The drive is not the same./n14 - The directory is not empty./n15 - There has been a sharing violation./n16 - The start file specified was invalid./n17 - A privilege required for the operation is not held./n21 - A parameter specified is invalid./n UncompressEx � � �' > � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 %
� MSFT_CliParam The Recursive input parameter is a boolean that indicates whether the decompression will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter is ignored. Recursive = Y � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Recursive input parameter is a boolean that indicates whether the decompression will be applied recursively to files and directories within the directory specified by the CIM_LogicalFile instance.Note for file instances the Recursive input parameter i � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING $ 3 � � � � � MSFT_CliParam The StartFileName input parameter is a string that names the child file/directory to use as a starting point for UncompressEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred from the previous method call. If this parameter is NULL, the operation is performed on the file ordirectory specified in the ExecMethod call. StartFileName � � H _ v � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The StartFileName input parameter is a string that names the child file/directory to use as a starting point for UncompressEx.The StartFileName property typically, is the StopFileName parameter specifying the file or directory at which anerror occurred fr � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING D � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � 4 < � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where UncompressEx failed. StopFileName will be null if the method succeeds. StopFileName � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ^ � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where UncompressEx failed. StopFileName will be null if the method succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING 6 j8 �9 e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The UncompressEx method uncompresses the logical file (or directory) specified in the object path. UncompressEx returns an integer value of 0 if the file was successfully decompressed, and any other number to indicate an error. UncompressEx is an extended � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap
U X [ ^ a e i m q u y } � 0 2 8 9 10 11 12 13 14 15 16 17 21 X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
S \ k � � � � � � + ? Success Access Denied Unspecified failure Invalid object Object already exists File system not NTFS Platform not NT/Windows 2000 Drive not the same Directory not empty Sharing violation Invalid start file Privilege not held Invalid parameter UncompressEx �/ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �- & ) � E ] � MSFT_CliVerb GetEffectivePermission The GetEffectivePermission method determines whether the caller has the aggregated permissions specified by the Permission argument not only on the file object, but on the share the file or directory resides on (if it is on a share). GetEffectivePermission 1 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 { � I Q � MSFT_CliParam The Permissions input parameter is a bit array of the permissions that the caller wishes to inquire about. Permissions � 6 + G 2
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier BitMap W Z ] ` c f i l o r v z ~ � 0 1 2 3 4 5 6 7 8 16 17 18 19 20 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING C � � MSFT_CliQualifier BitValues Z � � $ V u � � � � � � FILE_READ_DATA (file) or FILE_LIST_DIRECTORY (directory) FILE_WRITE_DATA (file) or FILE_ADD_FILE (directory) FILE_APPEND_DATA (file) or FILE_ADD_SUBDIRECTORY (directory) FILE_READ_EA FILE_WRITE_EA FILE_EXECUTE (file) or FILE_TRAVERSE (directory) FILE_DELETE_CHILD (directory) FILE_READ_ATTRIBUTES FILE_WRITE_ATTRIBUTES DELETE READ_CONTROL WRITE_DAC WRITE_OWNER SYNCHRONIZE � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING " � � MSFT_CliQualifier Description ( The Permissions input parameter is a bit array of the permissions that the caller wishes to inquire about. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � & O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Description ( The GetEffectivePermission method determines whether the caller has the aggregated permissions specified by the Permission argument not only on the file object, but on the share the file or directory resides on (if it is on a share). � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING m < � MSFT_CliQualifier Privileges ' SeSecurityPrivilege GetEffectivePermission � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k + � MSFT_CliQualifier optional % True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � R Z � MSFT_CliParam The StopFileName output parameter is a string representing the name of the file/directory where ChangeSecurityPermissionsEx failed. StopFileName will be null if the method succeeds. StopFileName � # : � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING m � � MSFT_CliQualifier Description ( The StopFileName output parameter is a string representing the name of the file/directory where ChangeSecurityPermissionsEx failed. StopFileName will be null if the method succeeds. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING S� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 Q`�%߬�-`�%߬�Õ + G q q !q <q �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Group account management. _ j �/ 03 �H �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty r � MSFT_CliFormat table STATUS + � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property indicates the name of the group account on the domain specified by the Domain member of this class. Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �
� MSFT_CliFormat TABLE BRIEF 2 � _ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L Q Z } � MSFT_CliProperty Caption The Caption property is a short textual description. Caption b � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � | � � MSFT_CliProperty Domain The Domain property indicates the name of the Windows domain to which the group account belongs. Domain V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property indicates the name of the group account on the domain specified by the Domain member of this class. Name ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c h � MSFT_CliProperty SID The SID property contains the security identifier (SID) for this account. SID A( �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty N' l � MSFT_CliFormat LIST FULL @ z � e ( � 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � | � � MSFT_CliProperty Domain The Domain property indicates the name of the Windows domain to which the group account belongs. Domain D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property indicates the name of the group account on the domain specified by the Domain member of this class. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� � � MSFT_CliProperty LocalAccount The LocalAccount property indicates whether the account is defined on the local machine. To retrieve only accounts defined on the local machine state a query that includes the condition 'LocalAccount=TRUE'. LocalAccount p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty SID The SID property contains the security identifier (SID) for this account. a SID is a string value of variable length used to identify a trustee. SID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � B K > � MSFT_CliProperty SIDType The SIDType property contains enumerated values that specify the type of security identifier (SID). SIDTypes include:/nSidTypeUser - Indicates a user SID./nSidTypeGroup - Indicates a group SID./nSidTypeDomain - Indicates a domain SID./nSidTypeAlias - Indicates an alias SID./nSidTypeWellKnownGroup - Indicates a SID for a well-known group./nSidTypeDeletedAccount - Indicates a SID for a deleted account./nSidTypeInvalid - Indicates an invalid SID./nSidTypeUnknown - Indicates an unknown SID type./nSidTypeComputer - Indicates a SID for a computer./n SIDType W � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap E H K N Q T W Z ] 1 2 3 4 5 6 7 8 9 U � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values C P ^ m { � � � � SidTypeUser SidTypeGroup SidTypeDomain SidTypeAlias SidTypeWellKnownGroup SidTypeDeletedAccount SidTypeInvalid SidTypeUnknown SidTypeComputer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service Group Select * from Win32_Group Dq G$ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 L" ? G c k � MSFT_CliVerb Rename The Rename() allows for the renaming of the group name; a key in this class. The functionality to change the key property "Name" is implemented as a method to provide a separate context for the new name distinguishable from the key name associated with the instance to be modified in this class. Rename O �
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The Name property indicates the name of the Win32 user account on the domain specified by the Domain member of this class./nExample: thomasw Name � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING D � � MSFT_CliQualifier Description ( The Name property indicates the name of the Win32 user account on the domain specified by the Domain member of this class./nExample: thomasw � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # X � MSFT_CliQualifier MappingStrings + Win32API|Network Management Structures|name STRING � � � e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Rename() allows for the renaming of the group name; a key in this class. The functionality to change the key property "Name" is implemented as a method to provide a separate context for the new name distinguishable from the key name associated with th � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # 0 � MSFT_CliQualifier MappingStrings + WMI � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � l � MSFT_CliQualifier Values
G P d w � � � � K \ Success Instance not found Instance required Invalid parameter Group not found Domain not found Operation is allowed only on the primary domain controller of the domain Operation is not allowed on specified special groups; user, admin, local or guest. Other API error Internal error Rename 2EAE85FB276C1B64644E78344F6BB3EF3F442D17FE8D8.352.1.287457 IL_6E3B4399FA4EDE750602EAE85FB276C1B64644E78344F6BB3EF3F442D17FE8D8.352.1.287457 I_F461AA66D8B7B7D281791B03410E52860C27B31270AE3EE90F1659A118058546.388.1.47882 IL_F461AA66D8B7B7D281791B03410E52860C27B31270AE3EE90F1659A118058546.388.1.47882 I_FD7092A4531E1D5420328B4DF5F17D0BB4CCBF2A132542C00A61B45BBF11451C.394.1.26559 IL_FD7092A4531E1D5420328B4DF5F17D0BB4CCBF2A132542C00A61B45BBF11451C.394.1.26559 I_BF593FDA4BA33F9ED167DAD655EB0DCA41D164E127B57BF7155EB8BC36FD4AEB.398.1.150684 IL_BF593FDA4BA33F9ED167DAD655EB0DCA41D164E127B57BF7155EB8BC36FD4AEB.398.1.150684 I_C004F31EED0C3389D3663FFEDC2379761F7F253446DFB3E07A859B8D44F5D78E.417.1.15778 IL_C004F31EED0C3389D3663FFEDC2379761F7F253446DFB3E07A859B8D44F5D78E.417.1.15778 I_BC62D2F1A8964BE05CE3C8E4A92D6196F3ABA9FF68221E9970F3291305AD53F0.419.1.28222 IL_BC62D2F1A8964BE05CE3C8E4A92D6196F3ABA9FF68221E9970F3291305AD53F0.419.1.28222 I_5619F5F895C3D573343163A85231441998067CF9B7F0925D97380D29EEA3F575.423.1.33645 IL_5619F5F895C3D573343163A85231441998067CF9B7F0925D97380D29EEA3F575.423.1.33645 I_A9B77B6FB8EEFAA0386ECE3D9F763120D7E0B46CF98ACF71EF752F98F67AAC11.428.1.32140 IL_A9B77B6FB8EEFAA0386ECE3D9F763120D7E0B46CF98ACF71EF752F98F67AAC11.428.1.32140 I_5DF699F99654C2DBF66C5FDB8987B09A99F1CFAA95812890C5421B937233B9AB.432.1.100514 IL_5DF699F99654C2DBF66C5FDB8987B09A99F1CFAA95812890C5421B937233B9AB.432.1.100514 I_BD93AFD54A2CBC0AAE6AC538B824779A9A1273B2B91BB9D43D9256B804C5A7BC.445.1.30870 IL_BD93AFD54A2CBC0AAE6AC538B824779A9A1273B2B91BB9D43D9256B804C5A7BC.445.1.30870 I_A652C2031A398BA1BCC19829AA29BBA940B833717CFD10EB3A678C370F38E883.449.1.60127 IL_A652C2031A398BA1BCC19829AA29BBA940B833717CFD10EB3A678C370F38E883.449.1.60127 I_53CE600361D9DC049AB7920A4B0095959C43531AA0DA3E5EEA49EBF699C0A9D2.457.1.47278 IL_53CE600361D9DC049AB7920A4B0095959C43531AA0DA3E5EEA49EBF699C0A9D2.457.1.47278 I_AA1B5BB8A762366D711DCFE877B29E175333778C99FBCFF14D33452DE7A9A746.463.1.297697 FT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q jL F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 R`�%߬�-`�%߬��K � + � rK �K �K �K� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . The Win32_IDEController class manages the capabilities of an IDE controller device. � � ^! �F � K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ H � MSFT_CliFormat STATUS $ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name �� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� >� � MSFT_CliFormat LIST FULL | > �* @- ;0 u2 �4 <7 �9 x< �> A �C F MH /T �W �f �w �� �� �� � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e s � � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the power saving states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the device is in a warning state, though also in a power save mode. Availability � O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap u x { ~ � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING L � � MSFT_CliQualifier Values s z � � � � � � � � � � 3 I V l t � Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning Paused Not Ready Not Configured Quiesced � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * a y � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Win32 Configuration Manager error code. ConfigManagerErrorCode � 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % # 6 � MSFT_CliProperty CreationClassName CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. CreationClassName 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � � � � MSFT_CliProperty DeviceID The DeviceID property indicates a string that uniquely identifies the IDE controller with other devices on the system. DeviceID ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. Install Date = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the manufacturer of the IDE controller device. Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier V � ' � � � MSFT_CliProperty MaxNumberControlled Maximum number of directly addressable entities supported by this Controller. A value of 0 should be used if the number is unknown or unlimited. MaxNumberControlled m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty PNPDeviceID Indicates the Win32 Plug and Play device ID of the logical device. Example: *PNP030b PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , � � � MSFT_CliProperty PowerManagementSupported Boolean indicating that the Device can be power managed - ie, put into a power save state. This boolean does not indicate that power management features are currently enabled, or if enabled, what features are supported. Refer to the PowerManagementCapabilities array for this information. If this boolean is false, the integer value 1, for the string, "Not Supported", should be the only entry in the PowerManagementCapabilities array. PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
% j } " � MSFT_CliProperty ProtocolSupported The protocol used by the controller to access 'controlled' devices. ProtocolSupported � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q � � MSFT_CliQualifier ValueMap / � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values / � � � � � � 8 U o � � � � � � � �
% / 6 J ^ q � � � � � � � � � � � 4 K Other Unknown EISA ISA PCI ATA/ATAPI Flexible Diskette 1496 SCSI Parallel Interface SCSI Fibre Channel Protocol SCSI Serial Bus Protocol SCSI Serial Bus Protocol-2 (1394) SCSI Serial Storage Architecture VESA PCMCIA Universal Serial Bus Parallel Protocol ESCON Diagnostic I2C Power HIPPI MultiBus VME IPI IEEE-488 RS232 IEEE 802.3 10BASE5 IEEE 802.3 10BASE2 IEEE 802.3 1BASE5 IEEE 802.3 10BROAD36 IEEE 802.3 100BASEVG IEEE 802.5 Token-Ring ANSI X3T9.5 FDDI MCA ESDI IDE CMD ST506 DSSI QIC2 Enhanced ATA/IDE AGP TWIRP (two-way infrared) FIR (fast infrared) SIR (serial infrared) IrBus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� + T m � MSFT_CliProperty SystemCreationClassName The scoping System's CreationClassName. SystemCreationClassName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � : F � MSFT_CliProperty SystemName The scoping System's Name. SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Y � # � � � MSFT_CliProperty TimeOfLastReset The TimeOfLastReset property indicates the date and time this controller was last reset. This could mean the controller was powered down, or reinitialized. TimeOfLastReset �> �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �= �- � MSFT_CliFormat TABLE BRIEF 6 } � � �$ C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the manufacturer of the IDE controller device. Manufacturer m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
% j } " � MSFT_CliProperty ProtocolSupported The protocol used by the controller to access 'controlled' devices. ProtocolSupported � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q � � MSFT_CliQualifier ValueMap / � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values / � � � � � � 8 U o � � � � � � � �
% / 6 J ^ q � � � � � � � � � � � 4 K Other Unknown EISA ISA PCI ATA/ATAPI Flexible Diskette 1496 SCSI Parallel Interface SCSI Fibre Channel Protocol SCSI Serial Bus Protocol SCSI Serial Bus Protocol-2 (1394) SCSI Serial Storage Architecture VESA PCMCIA Universal Serial Bus Parallel Protocol ESCON Diagnostic I2C Power HIPPI MultiBus VME IPI IEEE-488 RS232 IEEE 802.3 10BASE5 IEEE 802.3 10BASE2 IEEE 802.3 1BASE5 IEEE 802.3 10BROAD36 IEEE 802.3 100BASEVG IEEE 802.5 Token-Ring ANSI X3T9.5 FDDI MCA ESDI IDE CMD ST506 DSSI QIC2 Enhanced ATA/IDE AGP TWIRP (two-way infrared) FIR (fast infrared) SIR (serial infrared) IrBus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable IDECONTROLLER Select * from Win32_IDEController �/ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �- & ) � E ] � MSFT_CliVerb GetEffectivePermission The GetEffectivePermission method determines whether the caller has the aggregated permissions specified by the Permission argument not only on the file object, but on the share the file or directory resides on (if it is on a share). GetEffectivePermission 1 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
P� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 S`�%߬�-`�%߬��� � + V S� X� k� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Interrupt request line (IRQ) management. n � l1 �4 �� � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � \ � MSFT_CliFormat table STATUS / �
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 : H � MSFT_CliProperty Availability Availability of the IRQ. Availability T q � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C N d Other Unknown Available In Use/Not Available In Use and Available/Shareable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS N �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty [ � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty IRQNumber IRQNumber �M �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �L �2 � MSFT_CliFormat TABLE FULL Q � K
� � 7 � � � �( Z0 r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 : H � MSFT_CliProperty Availability Availability of the IRQ. Availability T q � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C N d Other Unknown Available In Use/Not Available In Use and Available/Shareable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F O W z � MSFT_CliProperty CSName CSName contains the scoping computer system's name. CSName _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / 9 � MSFT_CliProperty Hardware The Hardware property indicates whether the interrupt is hardware or software based. A hardware IRQ is a physical wire from the peripheral to the programmable interrupt controller (PIC) chip through which the CPU can be notified of time critical events. Some IRQ lines are reserved for standard devices such as the keyboard, floppy disk drives, and the system clock. A software interrupt allows applications to get the attention of the processor./nValues: TRUE or FALSE. A value of TRUE indicates the interrupt is hardware based. Hardware � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � L W � MSFT_CliProperty IRQNumber A part of the object's key value, IRQ Number. IRQNumber m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � O Z � MSFT_CliProperty Shareable Boolean indicating whether the IRQ can be shared Shareable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty TriggerLevel IRQ trigger level indicating whether the interrupt is triggered by the hardware signal going high (value=4) or low (value=3). Also, "Other" (1) and "Unknown" (2) may be defined. TriggerLevel � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � X � MSFT_CliQualifier Values / 6 ? K Other Unknown Active Low Active High _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � � � MSFT_CliProperty TriggerType IRQ trigger type indicating whether edge (value=4) or level triggered (value=3) interrupts occur. Also, "Other" (1) and "Unknown" (2) may be defined. TriggerType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i L � MSFT_CliQualifier Values / 6 ? F Other Unknown Level Edge � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f � � � � MSFT_CliProperty Vector The Vector property indicates the vector of the IRQ resource. A vector contains the memory address to the function that will execute once the interrupt request is acknowledged by the CPU. Vector �/ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �. � � MSFT_CliFormat table BRIEF : 8 _ � �
2 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / 9 � MSFT_CliProperty Hardware The Hardware property indicates whether the interrupt is hardware or software based. A hardware IRQ is a physical wire from the peripheral to the programmable interrupt controller (PIC) chip through which the CPU can be notified of time critical events. Some IRQ lines are reserved for standard devices such as the keyboard, floppy disk drives, and the system clock. A software interrupt allows applications to get the attention of the processor./nValues: TRUE or FALSE. A value of TRUE indicates the interrupt is hardware based. Hardware # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � L W � MSFT_CliProperty IRQNumber A part of the object's key value, IRQ Number. IRQNumber m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � O Z � MSFT_CliProperty Shareable Boolean indicating whether the IRQ can be shared Shareable 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty TriggerLevel IRQ trigger level indicating whether the interrupt is triggered by the hardware signal going high (value=4) or low (value=3). Also, "Other" (1) and "Unknown" (2) may be defined. TriggerLevel � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � X � MSFT_CliQualifier Values / 6 ? K Other Unknown Active Low Active High _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � � � MSFT_CliProperty TriggerType IRQ trigger type indicating whether edge (value=4) or level triggered (value=3) interrupts occur. Also, "Other" (1) and "Unknown" (2) may be defined. TriggerType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i L � MSFT_CliQualifier Values / 6 ? F Other Unknown Level Edge IRQ WHERE IRQNumber=# Select * from Win32_IRQResource �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 T`�%߬�-`�%߬�,� + p �� �� ɢ � �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Provides access to the jobs scheduled using the schedule service. � �& B F +� �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty
# � MSFT_CliFormat table STATUS ; � u � � q � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by methods as a handle to a single job being scheduled on this computer. JobId " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty JobStatus The JobStatus property indicates whether a scheduled service executed successfully the last time this job was supposed to run. JobStatus � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 9 � MSFT_CliQualifier Values ' 0 Success Failure * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � O \ � MSFT_CliProperty ElapsedTime Length of time that the job has been executing ElapsedTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j � � � � MSFT_CliProperty StartTime The StartTime property represents the UTC time to run the job, in the form of YYYYMMDDHHMMSS.MMMMMM(+-)OOO, where YYYYMMDD must be replaced by ********. The replacement is necessary because the scheduling service only allows jobs to be configured on a day of the month, day of the week, or run once. A job cannot be run on a specific date./nExample: ********123000.000000-420 which implies 12:30 pm PST with daylight savings time in effect. StartTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � 6 = � MSFT_CliProperty Owner User that submitted the job Owner s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty % � � MSFT_CliFormat INSTANCE " v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by methods as a handle to a single job being scheduled on this computer. JobId K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty J m0 � MSFT_CliFormat list FULL h N � � H � G m � � [ � �! �% �, F. � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � � � � MSFT_CliProperty Command The Command property contains the name of the command, batch program, or binary file (along with command line arguments) that the schedule service will use to invoke the job. Command I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � MSFT_CliProperty DaysOfMonth The DaysOfMonth property indicates the days of the month when the job is scheduled to run. DaysOfMonth E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x � � MSFT_CliProperty DaysOfWeek The DaysOfWeek property indicates the days of the week when the job is scheduled to run. DaysOfWeek 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P ] � MSFT_CliProperty ElapsedTime Length of time that the job has been executing. ElapsedTime D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier G � ' � � � MSFT_CliProperty InteractWithDesktop This property allows the specified job to be interactive (meaning a user can give input to a scheduled job while it is executing). InteractWithDesktop v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by methods as a handle to a single job being scheduled on this computer. JobId " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty JobStatus The JobStatus property indicates whether a scheduled service executed successfully the last time this job was supposed to run. JobStatus � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 9 � MSFT_CliQualifier Values ' 0 Success Failure # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � N V � MSFT_CliProperty Notify User to be notified upon job completion or failure Notify � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � 6 = � MSFT_CliProperty Owner User that submitted the job Owner , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a k � MSFT_CliProperty Priority Priority indicates the urgency or importance of execution of a job. Priority n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 � ! � � � MSFT_CliProperty RunRepeatedly The RunRepeatedly property indicates whether the scheduled job should run repeatedly on the days that the job is scheduled. RunRepeatedly � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j � � � � MSFT_CliProperty StartTime The StartTime property represents the UTC time to run the job, in the form of YYYYMMDDHHMMSS.MMMMMM(+-)OOO, where YYYYMMDD must be replaced by ********. The replacement is necessary because the scheduling service only allows jobs to be configured on a day of the month, day of the week, or run once. A job cannot be run on a specific date./nExample: ********123000.000000-420 which implies 12:30 pm PST with daylight savings time in effect. StartTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! B Q � MSFT_CliProperty TimeSubmitted Time that the job was submitted TimeSubmitted # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W b � MSFT_CliProperty UntilTime Time after which the job is invalid or should be stopped UntilTime � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � I � MSFT_CliFormat TABLE BRIEF 6 � � � � v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by methods as a handle to a single job being scheduled on this computer. JobId 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y _ � MSFT_CliProperty Name The Name property defines the label by which the job is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � 6 = � MSFT_CliProperty Owner User that submitted the job Owner , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a k � MSFT_CliProperty Priority Priority indicates the urgency or importance of execution of a job. Priority � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � � � � MSFT_CliProperty Command The Command property contains the name of the command, batch program, or binary file (along with command line arguments) that the schedule service will use to invoke the job. Command Job WHERE jobid=# Select * from Win32_ScheduledJob �� ԥ � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � B J R � MSFT_CliVerb Delete The Delete method deletes a scheduled job. Delete Delete K � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 %I � � �$ �$ � MSFT_CliVerb Create The Create function submits a job to the operating system for execution at a specified future time and date. This function requires that the schedule service be started at the computer towhich the job is submitted. Create � �
+ � � , � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING # 3 � � � � � MSFT_CliParam The Command parameter contains the name of the command, batch program, or binary file (along with command line parameters) that the schedule service will use to invoke the job. Command � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The DaysOfMonth parameter indicates the days of the month when the job is scheduled to run, and is used only when the RunRepeatedly parameter is TRUE. DaysOfMonth � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The DaysOfWeek parameter indicates the days of the week when the job is scheduled to run, and is used only when the RunRepeatedly parameter is TRUE. DaysOfWeek � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 * ? ^ g � MSFT_CliParam The InteractWithDesktop parameter indicates whether the specified job should be interactive (meaning a user can give input to the scheduled job while it is executing)./nValues TRUE or FALSE. If TRUE, then the job will be interactive. The default value of this parameter is FALSE. InteractWithDesktop G � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING # 3 > M l u � MSFT_CliParam The RunRepeatedly parameter indicates whether the scheduled job should run repeatedly on the days that the job is scheduled./nValues: TRUE or FALSE. If TRUE, then the job is run repeatedly according to the DaysOfWeek and DaysOfMonth parameter. If no value is supplied the parameter defaults to FALSE. RunRepeatedly U � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN y � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ? I � MSFT_CliParam The StartTime parameter represents the UTC time to run the job. This is of the form YYYYMMDDHHMMSS.MMMMMM(+-)OOO, where YYYYMMDD must be replaced by ********./nExample: ********123000.000000-420 which implies 12:30 pm PST with daylight savings time in effect. StartTime ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True DATETIME ~ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The JobId parameter indicates the identifier number of the job. This parameter is a handle to the job being scheduled on this computer. JobId � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True UINT32 Create 2EAE85FB276C1B64644E78344F6BB3EF3F442D17FE8D8.352.1.287457 IL_6E3B4399FA4EDE750602EAE85FB276C1B64644E78344F6BB3EF3F442D17FE8D8.352.1.287457 I_F461AA66D8B7B7D281791B03410E52860C27B31270AE3EE90F1659A118058546.388.1.47882 IL_F461AA66D8B7B7D281791B03410E52860C27B31270AE3EE90F1659A118058546.388.1.47882 I_FD7092A4531E1D5420328B4DF5F17D0BB4CCBF2A132542C00A61B45BBF11451C.394.1.26559 IL_FD7092A4531E1D5420328B4DF5F17D0BB4CCBF2A132542C00A61B45BBF11451C.394.1.26559 I_BF593FDA4BA33F9ED167DAD655EB0DCA41D164E127B57BF7155EB8BC36FD4AEB.398.1.150684 IL_BF593FDA4BA33F9ED167DAD655EB0DCA41D164E127B57BF7155EB8BC36FD4AEB.398.1.150684 I_C004F31EED0C3389D3663FFEDC2379761F7F253446DFB3E07A859B8D44F5D78E.417.1.15778 IL_C004F31EED0C3389D3663FFEDC2379761F7F253446DFB3E07A859B8D44F5D78E.417.1.15778 I_BC62D2F1A8964BE05CE3C8E4A92D6196F3ABA9FF68221E9970F3291305AD53F0.419.1.28222 IL_BC62D2F1A8964BE05CE3C8E4A92D6196F3ABA9FF68221E9970F3291305AD53F0.419.1.28222 I_5619F5F895C3D573343163A85231441998067CF9B7F0925D97380D29EEA3F575.423.1.33645 IL_5619F5F895C3D573343163A85231441998067CF9B7F0925D97380D29EEA3F575.423.1.33645 I_A9B77B6FB8EEFAA0386ECE3D9F763120D7E0B46CF98ACF71EF752F98F67AAC11.428.1.32140 IL_A9B77B6FB8EEFAA0386ECE3D9F763120D7E0B46CF98ACF71EF752F98F67AAC11.428.1.32140 I_5DF699F99654C2DBF66C5FDB8987B09A99F1CFAA95812890C5421B937233B9AB.432.1.100514 IL_5DF699F99654C2DBF66C5FDB8987B09A99F1CFAA95812890C5421B937233B9AB.432.1.100514 I_BD93AFD54A2CBC0AAE6AC538B824779A9A1273B2B91BB9D43D9256B804C5A7BC.445.1.30870 IL_BD93AFD54A2CBC0AAE6AC538B824779A9A1273B2B91BB9D43D9256B804C5A7BC.445.1.30870 I_A652C2031A398BA1BCC19829AA29BBA940B833717CFD10EB3A678C370F38E883.449.1.60127 IL_A652C2031A398BA1BCC19829AA29BBA940B833717CFD10EB3A678C370F38E883.449.1.60127 I_53CE600361D9DC049AB7920A4B0095959C43531AA0DA3E5EEA49EBF699C0A9D2.457.1.47278 IL_53CE600361D9DC049AB7920A4B0095959C43531AA0DA3E5EEA49EBF699C0A9D2.457.1.47278 I_AA1B5BB8A762366D711DCFE877B29E175333778C99FBCFF14D33452DE7A9A746.463.1.297697 FT_CliQualifier � r ~ � MSFT_CliProperty Compressed The Compressed property is a boolean value indicating that the file is compressed. Compressed ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q �S F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 U`�%߬�-`�%߬�IS � + o �R �R �R S � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of system services that define execution dependencies. � T �/ 3 �; � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � 7 � MSFT_CliFormat table STATUS + � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W ] � MSFT_CliProperty Name The Name property indicates the name of the load order group. Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF * � e 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier + � � � � MSFT_CliProperty GroupOrder The GroupOrder property indicates the sequence in which this group of services will be loaded onto the operating system. GroupOrder 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W ] � MSFT_CliProperty Name The Name property indicates the name of the load order group. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � MSFT_CliFormat TABLE FULL 1 � % e 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier + � ! � � � MSFT_CliProperty DriverEnabled The DriverEnabled property indicates whether this load order group can include drivers along with system services. DriverEnabled e 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier + � � � � MSFT_CliProperty GroupOrder The GroupOrder property indicates the sequence in which this group of services will be loaded onto the operating system. GroupOrder 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W ] � MSFT_CliProperty Name The Name property indicates the name of the load order group. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service LoadOrder Select * from Win32_LoadOrderGroup �/ F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 V`�%߬�-`�%߬�E/ + M | | %| F| /� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Local storage device management. e { 1F X\ !` �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� � MSFT_CliFormat FULL $ � j � S � � �* - U/ �1 �6 89 �; b> �@ IB �D G 7J oR �T �W &Z f �h Dk fm �o |r %u �v �� �� � ݔ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � Y � MSFT_CliProperty Access The Access property describes whether the media is readable (value=1), writable (value=2), or both (value=3). "Unknown" (0) can also be defined. Access � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � b � MSFT_CliQualifier Values / 8 B L Unknown Readable Writable Read/Write Supported C
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e s U � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the power saving states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the device is in a warning state, though also in a power save mode. Availability ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier d � � � � MSFT_CliProperty BlockSize Size in bytes of the blocks which form this storage extent. If unknown or if a block concept is not valid (for example, for aggregate extents, memory or logical disks), enter a 1. BlockSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L Q Z } � MSFT_CliProperty Caption The Caption property is a short textual description. Caption b � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Compressed The Compressed property indicates whether the logical volume exists as a single compressed entity, such as a DoubleSpace volume. If file based compression is supported (such as on NTFS), this property will be FALSE. Compressed # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the logical disk from other devices on the system. DeviceID 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty DriveType The DriveType property contains a numeric value corresponding to the type of disk drive this logical disk represents. Please refer to the Platform SDK documentation for additional information. DriveType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D W g s � � Unknown No Root Directory Removable Disk Local Disk Network Drive Compact Disc RAM Disk ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � $ � � � MSFT_CliProperty ErrorMethodology ErrorMethodology is a free-form string describing the type of error detection and correction supported by this storage extent. ErrorMethodology 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f r � MSFT_CliProperty FileSystem The FileSystem property indicates the file system on the logical disk. FileSystem � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty FreeSpace FreeSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � * C [ � MSFT_CliProperty MaximumComponentLength The MaximumComponentLength property contains the maximum length of a filename component supported by the drive. A filename component is that portion of a filename between backslashes. The value can be used to indicate that long names are supported by the specified file system. MaximumComponentLength 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � > I < � MSFT_CliProperty MediaType The MediaType property indicates the type of media currently present in the logical drive. This value will be one of the values of the MEDIA_TYPE enumeration defined in winioctl.h./n<B>Note:</B> The value may not be exact for removable drives if currently there is no media in the drive. MediaType Q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING 9 k � MSFT_CliQualifier Values { � � � � � � ! 6 K ` � � � � � � - B W Format is unknown 5�-Inch Floppy Disk 3�-Inch Floppy Disk 3�-Inch Floppy Disk 3�-Inch Floppy Disk 3�-Inch Floppy Disk 5�-Inch Floppy Disk 5�-Inch Floppy Disk 5�-Inch Floppy Disk 5�-Inch Floppy Disk 5�-Inch Floppy Disk Removable media other than floppy Fixed hard disk media 3�-Inch Floppy Disk 3�-Inch Floppy Disk 5�-Inch Floppy Disk 5�-Inch Floppy Disk 3�-Inch Floppy Disk 3�-Inch Floppy Disk 5�-Inch Floppy Disk 3�-Inch Floppy Disk 3�-Inch Floppy Disk 8-Inch Floppy Disk # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty NumberOfBlocks Total number of consecutive blocks, each block the size of the value contained in the BlockSize property, which form this storage extent. Total size of the storage extent can be calculated by multiplying the value of the BlockSize property by the value of this property. If the value of BlockSize is 1, this property is the total size of the storage extent. NumberOfBlocks . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ` m � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , 2 � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. This boolean does not indicate that power management features are currently enabled, only that the logical device is capable of power management. PowerManagementSupported A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r � � MSFT_CliProperty ProviderName The ProviderName property indicates the network path name to the logical device. ProviderName 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � T ] � MSFT_CliProperty Purpose A free form string describing the media and/or its use. Purpose O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �~ " � � MSFT_CliProperty QuotasDisabled The QuotasDisabled property indicates that Quota management is not enabled on this volume. QuotasDisabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� $ � � MSFT_CliProperty QuotasIncomplete The QuotasIncomplete property indicates that Quota management was used but has been disabled. Incomplete refers to the information left in the file system after quota management has been disabled. QuotasIncomplete � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k �� $ � � MSFT_CliProperty QuotasRebuilding The QuotasRebuilding property indicates an active state signifying that the file system is in process of compiling information and setting the disk up for quota management. QuotasRebuilding � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Size Size � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �z & � � MSFT_CliProperty SupportsDiskQuotas The SupportsDiskQuotas property indicates whether this volume supports disk Quotas SupportsDiskQuotas � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 0 $ � MSFT_CliProperty SupportsFileBasedCompression The SupportsFileBasedCompression property indicates whether the logical disk partition supports file based compression, such as is the case with NTFS. This property is FALSE, when the Compressed property is TRUE. SupportsFileBasedCompression 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f r � MSFT_CliProperty VolumeName The VolumeName property indicates the volume name of the logical disk. VolumeName x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > � & � � � MSFT_CliProperty VolumeSerialNumber The VolumeSerialNumber property indicates the volume serial number of the logical disk./nConstraints: Maximum 11 characters VolumeSerialNumber �+ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �* �% � MSFT_CliFormat table STATUS 3 � : � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service C
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e s U � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the power saving states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the device is in a warning state, though also in a power save mode. Availability ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the logical disk from other devices on the system. DeviceID
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable # �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty 0 � � MSFT_CliFormat TABLE BRIEF : � # h � X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the logical disk from other devices on the system. DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � : � MSFT_CliProperty DriveType The DriveType property contains a numeric value corresponding to the type of disk drive this logical disk represents. DriveType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D W g s � � Unknown No Root Directory Removable Disk Local Disk Network Drive Compact Disc RAM Disk A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r � � MSFT_CliProperty ProviderName The ProviderName property indicates the network path name to the logical device. ProviderName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty FreeSpace FreeSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Size Size 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f r � MSFT_CliProperty VolumeName The VolumeName property indicates the volume name of the logical disk. VolumeName � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � I � MSFT_CliFormat INSTANCE " # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � w � MSFT_CliFormat WRITEABLE ' � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " ~ � � � MSFT_CliProperty QuotasDisabled The QuotasDisabled property indicates that Quota management is not enabled on this volume. QuotasDisabled � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � � � � MSFT_CliProperty VolumeName The VolumeName property indicates the volume name of the logical disk./nConstraints: Maximum 32 characters VolumeName � � u � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # l � MSFT_CliQualifier MappingStrings / 7 string Win32API|File System Functions|GetVolumeInformation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True LogicalDisk WHERE Name='#' Select * from Win32_LogicalDisk V| 4� � �_ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �] � � cL �R �R � MSFT_CliVerb Chkdsk This method invokes the chkdsk operation on the disk. The method is applicable to only those instances of logical disk that represent a physical disk in the machine. It is not applicable to mapped logical drives. The return value of the method will indicate one of the following - Success - Chkdsk completed, Success - Locked and chkdsk scheduled on reboot, Failure - Unknown file system, Failure - Unknown error. Chkdsk � � � $% �2 �?
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING ] 3 z � � � � MSFT_CliParam This parameter indicates what should be done to errors found on the disk. If true, then errors are fixed. FixErrors � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ! � � MSFT_CliQualifier Description ( This parameter indicates what should be done to errors found on the disk. If true, then errors are fixed. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 i x � � � MSFT_CliParam This parameter indicates whether the drive should be forced to dismount before checking. ForceDismount � � j � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Description ( This parameter indicates whether the drive should be forced to dismount before checking. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN v � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � x � � MSFT_CliParam This parameter indicates whether the chkdsk operation should be performed at next boot up time, in case the operation could not be performed because the disk was locked at time the method was called. OkToRunAtBootUp � J a � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean - � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Description ( This parameter indicates whether the chkdsk operation should be performed at next boot up time, in case the operation could not be performed because the disk was locked at time the method was called. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 5 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN �
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � MSFT_CliParam This parameter indicates whether the bad sectors should be located and the readable information should be recovered from these sectors. RecoverBadSectors � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ? � � MSFT_CliQualifier Description ( This parameter indicates whether the bad sectors should be located and the readable information should be recovered from these sectors. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 e v � � � MSFT_CliParam This parameter indicates whether the folder cycle checking should be skipped or not. SkipFolderCycle � � d { � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ~ � MSFT_CliQualifier Description ( This parameter indicates whether the folder cycle checking should be skipped or not. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 h | � � � MSFT_CliParam This parameter indicates whether a vigorous check of index entries should be performed. VigorousIndexCheck � � m � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Description ( This parameter indicates whether a vigorous check of index entries should be performed. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 1 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN wL �N P #Q e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( This method invokes the chkdsk operation on the disk. The method is applicable to only those instances of logical disk that represent a physical disk in the machine. It is not applicable to mapped logical drives. The return value of the method will indica � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # O � MSFT_CliQualifier MappingStrings + Fmifs.dll | Method ChkDskExRoutine � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values / K | � Success - Chkdsk completed Success - Locked and chkdsk scheduled on reboot Failure - Unknown file system Failure - Unknown error Chkdsk �% � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �# ! 2 � ' 8 � MSFT_CliVerb ScheduleAutoChk This method is used schedule chkdsk to be run at the next reboot if the dirty bit has been set. The method is applicable to only those instances of logical disk that represent a physical disk in the machine. It is not applicable to mapped logical drives. ScheduleAutoChk : | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � J [ � MSFT_CliParam This parameter is used to specify the list of drives that should be scheduled for autochk at next reboot. The string syntax consists of the the drive letter for the logical disk. LogicalDisk � 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j � � MSFT_CliQualifier Description ( This parameter is used to specify the list of drives that should be scheduled for autochk at next reboot. The string syntax consists of the the drive letter for the logical disk. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True ARRAY OF STRING � ; [ ~ � e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( This method is used schedule chkdsk to be run at the next reboot if the dirty bit has been set. The method is applicable to only those instances of logical disk that represent a physical disk in the machine. It is not applicable to mapped logical drives. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # 8 � MSFT_CliQualifier MappingStrings + Chkntfs.exe � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ) � MSFT_CliQualifier Static # True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 = S l � No Error Error - Remote Drive Error - Removable Drive Error - Drive Not Root Directory Error - Unknown Drive ScheduleAutoChk ;- � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 @+ " � x � � MSFT_CliVerb ExcludeFromAutochk This method is used exclude disks from the chkdsk operation to be run at the next reboot. If not excluded, chkdsk is performed on the disk if the dirty bit has been set for the disk. Note that the calls to exclude disks are not cumulative. That is, if a call is made to excluded some disks, then the new list is not added to the list of ones that were already marked for exclusion, instead the new list of disks overwrites the previous one. The method is applicable to only those instances of logical disk that represent a physical disk in the machine and is not applicable to mapped logical drives. /nFor example, a valid specification of drives would be "C:", "d:","G:" Note that the colon is required with the drive letter. ExcludeFromAutochk � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING E
3 � � r � � MSFT_CliParam This parameter is used to specify the list of drives that should be excluded from autochk at next reboot. The string syntax consists of the the drive letter followed by a colon for the logical disk. LogicalDisk � D [ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string , � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ~ � � MSFT_CliQualifier Description ( This parameter is used to specify the list of drives that should be excluded from autochk at next reboot. The string syntax consists of the the drive letter followed by a colon for the logical disk. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True ARRAY OF STRING $ � � � � e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( This method is used exclude disks from the chkdsk operation to be run at the next reboot. If not excluded, chkdsk is performed on the disk if the dirty bit has been set for the disk. Note that the calls to exclude disks are not cumulative. That is, if a c � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # 8 � MSFT_CliQualifier MappingStrings + Chkntfs.exe � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ) � MSFT_CliQualifier Static # True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 < R k � Success Error - Remote Drive Error - Removable Drive Error - Drive Not Root Directory Error - Unknown Drive ExcludeFromAutochk n
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 W`�%߬�-`�%߬� � � + � �� �� �� Ղ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . The Win32_LogonSession class describes the logon session or sessions associated with a user who has logged on to Windows NT or Windows 2000. � �! f7 N� K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS $ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm �I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �H `, � MSFT_CliFormat BRIEF 3 � - v � b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � ) � � � MSFT_CliProperty AuthenticationPackage The AuthenticationPackage is the name of the subsystem used to authenticate the logon session. AuthenticationPackage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier V � � � � MSFT_CliProperty LogonId The LogonId is the ID assigned to the logon session. The application that initiated the session should have called AllocateLocallyUniqueId in order to generate this ID. LogonId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : E l
� MSFT_CliProperty LogonType The LogonType is a numeric value indicating what type of logon session this is. /nSystem - Interactive - This logon type is intended for users who will be interactively using the machine, such as a user being logged on by a terminal server, remote shell, or similar process. /nNetwork - This logon type is intended for high performance servers to authenticate clear text passwords. LogonUser does not cache credentials for this logon type. /nBatch - This logon type is intended for batch servers, where processes may be executing on behalf of a user without their direct intervention; or for higher performance servers that process many clear-text authentication attempts at a time, such as mail or web servers. LogonUser does not cache credentials for this logon type./nService - Indicates a service-type logon. The account provided must have the service privilege enabled./nProxy - Proxy logon. This logon type is not supported./nUnlock - This logon type is intended for GINA DLLs logging on users who will be interactively using the machine. This logon type allows a unique audit record to be generated that shows when the workstation was unlocked. /nNetwork Cleartext - Windows 2000: This logon type preserves the name and password in the authentication packages, allowing the server to make connections to other network servers while impersonating the client. This allows a server to accept clear text credentials from a client, call LogonUser, verify that the user can access the system across the network, and still communicate with other servers. /nNew Credentials - Windows 2000: This logon type allows the caller to clone its current token and specify new credentials for outbound connections. The new logon session has the same local identify, but uses different credentials for other network connections. /n LogonType Q � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier ValueMap = @ C F I L O 2 3 4 5 7 8 9 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; H Q X a i { Interactive Network Batch Service Unlock NetworkCleartext NewCredentials m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g r � MSFT_CliProperty StartTime The StartTime property represents the time at which the session started. StartTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm X �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty e 0 � MSFT_CliFormat LIST FULL LOGON Select * from Win32_LogonSession ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF * � e 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier + � � � � MSFT_CliProperty GroupOrder The GroupOrder property indicates the sequence in which this group of services will be loaded onto the operating system. GroupOrder 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W ] � MSFT_CliProperty Name The Name property indicates the name of the load order group. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � MSFT_CliFormat TABLE FULL 1 � % e 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier + � ! � � � MSFT_CliProperty DriverEnabled The DriverEnabled property indicates whether this load order group can include drivers along with system service �n F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 X`�%߬�-`�%߬�fn � + E �m �m n 2n � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Cache memory management. e � - ~" R) 7 |R X �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty e � MSFT_CliFormat list FULL h �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty u t � MSFT_CliFormat BRIEF ? � � P � � _
�
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty BlockSize BlockSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty CacheSpeed CacheSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty CacheType CacheType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty InstalledSize InstalledSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty Level Level � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty MaxCacheSize MaxCacheSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty NumberOfBlocks NumberOfBlocks � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status M �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty Z � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat ERROR # � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty ErrorCorrectType ErrorCorrectType �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS , � � ; � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Availability Availability � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo w �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat CONFIG
D � � U � d
�
y � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty BlockSize BlockSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty CacheSpeed CacheSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty CacheType CacheType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty InstalledSize InstalledSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty Level Level � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty MaxCacheSize MaxCacheSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 2 � MSFT_CliProperty NumberOfBlocks NumberOfBlocks � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty WritePolicy WritePolicy s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS MEMCACHE WHERE DeviceID='#' Select * from WIN32_CACHEMEMORY J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the logical disk from other devices on the system. DeviceID 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty DriveType The DriveType property contains a numeric value corresponding to the type of disk drive this logical disk represents. Please refer to the Platform SDK documentation for additional information. DriveType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D W g s � � Unknown No Root Directory Removable Disk Local Disk Network Drive Compact Disc RAM Disk ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 Y`�%߬�-`�%߬�� � + D 2 V� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Memory Chip information \ � (! �? �^ K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH y �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � - � MSFT_CliFormat SYSTEM
F � � W � d
�
z � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table STATUS + �
[
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Status � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table BRIEF : \ � ' N t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � S ] � MSFT_CliProperty Capacity The total capacity of this physical memory, in bytes. Capacity X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty DeviceLocator The DeviceLocator property indicates the label of the socket or circuit board that holds this memory. DeviceLocator k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 < H � � MSFT_CliProperty MemoryType The type of physical memory. MemoryType P J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values s | � � � � � � � � � � � � � � � � �
Unknown Other DRAM Synchronous DRAM Cache DRAM EDO EDRAM VRAM SRAM RAM ROM Flash EEPROM FEPROM EPROM CDRAM 3DRAM SDRAM SGRAM RDRAM DDR # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Tag The Tag property contains a string that uniquely identifies the physical memory device represented by an instance of Win32_PhysicalMemory. Tag � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x � � MSFT_CliProperty TotalWidth Total width, in bits, of the physical memory, including check or error correction bits. TotalWidth �� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� �^ � MSFT_CliFormat LIST FULL � � � Q � �
M Q / � �! & �) �+ >. F2 w4 �6 q9 �; �? 'C ?E �R [V Y M[ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty BankLabel A string identifying the physically labeled bank where the memory is located - for example, 'Bank 0' or 'Bank A'. BankLabel � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � S ] � MSFT_CliProperty Capacity The total capacity of this physical memory, in bytes. Capacity � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U � � � � MSFT_CliProperty DataWidth Data width of the physical memory, in bits. A data width of 0 and a total width of 8 would indicate that the memory is solely used to provide error correction bits. DataWidth 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty DeviceLocator The DeviceLocator property indicates the label of the socket or circuit board that holds this memory. DeviceLocator b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � � � MSFT_CliProperty FormFactor The implementation form factor for the chip.For example, values such as SIMM (7), TSOP (9) or PGA (10) can be specified. FormFactor � _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values � � � � � � � � � � � � � � � � � � � � Unknown Other SIP DIP ZIP SOJ Proprietary SIMM DIMM TSOP PGA RIMM SODIMM SRIMM SMD SSMP QFP TQFP SOIC LCC PLCC BGA FPBGA LGA � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � � � � MSFT_CliProperty HotSwappable A physical component can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). HotSwappable D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ' � MSFT_CliProperty InterleaveDataDepth The InterleaveDataDepth property indicates the maximum number of consecutive rows of data that are accessed in a single interleaved transfer from the memory device. If the value is 0, then the memory is not interleaved. InterleaveDataDepth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � & � � � MSFT_CliProperty InterleavePosition The position of this physical memory in an interleave. 0 indicates non-interleaved. 1 indicates the first position, 2 the second position and so on. InterleavePosition � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o } � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 < H � � MSFT_CliProperty MemoryType The type of physical memory. MemoryType P J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values s | � � � � � � � � � � � � � � � � �
Unknown Other DRAM Synchronous DRAM Cache DRAM EDO EDRAM VRAM SRAM RAM ROM Flash EEPROM FEPROM EPROM CDRAM 3DRAM SDRAM SGRAM RDRAM DDR � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier G � ( � � � MSFT_CliProperty OtherIdentifyingInfo OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. OtherIdentifyingInfo 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PartNumber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! ] l � MSFT_CliProperty PositionInRow Specifies the position of the physical memory in a 'row'. PositionInRow J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � � � MSFT_CliProperty Removable A physical component is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. Removable p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Replaceable A physical component is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. Replaceable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the PhysicalElement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � L S � MSFT_CliProperty Speed The speed of the physical memory, in nanoseconds. Speed X
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Status � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � p u � � MSFT_CliProperty Tag The Tag property contains a string that uniquely identifies the physical memory device. Tag } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty TotalWidth Total width, in bits, of the physical memory, including check or error correction bits. If there are no error correction bits, the value in this property should match that specified for the DataWidth property. TotalWidth , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ k � MSFT_CliProperty TypeDetail The TypeDetail property indicates the type of physical memory. TypeDetail � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProperty Version A string indicating the version of the physical element. Version f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 MemoryChip Where Tag = '#' Select * from Win32_PhysicalMemory True BOOLEAN �
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � MSFT_CliParam This parameter indicates whether the bad sectors should be located and the readable information should be recovered from these sectors. RecoverBadSectors � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ? � � MSFT_CliQualifier Description ( This parameter indicates whether the bad sectors should be located and the readable information should be recovered from these sectors. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 e v � � � MSFT_CliParam This parameter indicates whether the folder cycle checking should be skipped or not. SkipFolderCycle � � d { � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ~ � MSFT_CliQualifier Description ( This parameter indicates whether the folder cycle checking should be skipped or not. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 Z`�%߬�-`�%߬�]� � + [ �� �� � )� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Computer system's physical memory management. s & �A �D � �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � � MSFT_CliFormat table STATUS 3 � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 � � � � MSFT_CliProperty Replaceable A physical package is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. Replaceable H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier h r ' � MSFT_CliProperty Location The Location property indicates the physical location of the memory array. Location z � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � k � MSFT_CliQualifier Values [ e l u � � � � � � " 9 N Reserved Other Unknown System board or motherboard ISA add-on card EISA add-on card PCI add-on card MCA add-on card PCMCIA add-on card Proprietary add-on card NuBus PC-98/C20 add-on card PC-98/C24 add-on card PC-98/E add-on card PC-98/Local bus add-on card s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH 5~ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty B} �_ � MSFT_CliFormat LIST FULL � � � � c
� <
� � -$ �& 2* :. �0 _5 �8 �< 5@ �O �S �W Y[ w] 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G N � MSFT_CliProperty Depth The depth of the physical package in inches. Depth 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � I Q � MSFT_CliProperty Height The height of the physical package in inches. Height i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � � � � MSFT_CliProperty HotSwappable A physical package can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). For example, a disk drive package inserted using SCA connectors is removable and can be hot swapped. All packages that can be hot swapped are inherently removable and replaceable. HotSwappable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier h r ' � MSFT_CliProperty Location The Location property indicates the physical location of the memory array. Location z � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � k � MSFT_CliQualifier Values [ e l u � � � � � � " 9 N Reserved Other Unknown System board or motherboard ISA add-on card EISA add-on card PCI add-on card MCA add-on card PCMCIA add-on card Proprietary add-on card NuBus PC-98/C20 add-on card PC-98/C24 add-on card PC-98/E add-on card PC-98/Local bus add-on card � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier d � � � � MSFT_CliProperty MaxCapacity The MaxCapacity property indicates the maximum memory size (in bytes) installable for this particular memory array. If the size is unknown, the property is given a value of 0. MaxCapacity _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � ! � � � MSFT_CliProperty MemoryDevices The MemoryDevices property indicates the number of physical slots or sockets available in this memory array. MemoryDevices � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R ) � � 8 � MSFT_CliProperty MemoryErrorCorrection The MemoryErrorCorrection property indicates the type of error correction used by the memory array. MemoryErrorCorrection � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? I P Y _ g w � Reserved Other Unknown None Parity Single-bit ECC Multi-bit ECC CRC � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier V � ( � � � MSFT_CliProperty OtherIdentifyingInfo OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. One example is bar code data associated with an element that also has an asset tag. Note that if only bar code data is available and is unique/able to be used as an element key, this property would be NULL and the bar code data used as the class key, in the tag property. OtherIdentifyingInfo 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PartNumber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty Removable A physical package is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. A package can still be removable if power must be 'off' in order to perform the removal. If power can be 'on' and the package removed, then the element is removable and can be hot swapped. For example, an extra battery in a laptop is removable, as is a disk drive package inserted using SCA connectors. However, the latter can be hot swapped. A laptop's display is not removable, nor is a non-redundant power supply. Removing these components would impact the function of the overall packaging or is impossible due to the tight integration of the package. Removable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � � � � MSFT_CliProperty Replaceable A physical package is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. For example, some computer systems allow the main processor chip to be upgraded to one of a higher clock rating. In this case, the processor is said to be replaceable . Another example is a power supply package mounted on sliding rails. All removable packages are inherently replaceable . Replaceable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h v � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physical element. SerialNumber ~ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o t � � MSFT_CliProperty Tag The Tag property contains a string that uniquely identifies the physical memory array. Tag | � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � b g � � MSFT_CliProperty Use The Use property indicates how the memory is used in the computer system. Use o � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? I P Y h v � � Reserved Other Unknown System memory Video memory Flash memory Non-volatile RAM Cache memory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProperty Version A string indicating the version of the physical element. Version f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � I Q � MSFT_CliProperty Weight The weight of the physical package in pounds. Weight 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G N � MSFT_CliProperty Width The width of the physical package in inches. Width � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �
� MSFT_CliFormat TABLE BRIEF 2 � � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier d � � � � MSFT_CliProperty MaxCapacity The MaxCapacity property indicates the maximum memory size (in bytes) installable for this particular memory array. If the size is unknown, the property is given a value of 0. MaxCapacity _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � ! � � � MSFT_CliProperty MemoryDevices The MemoryDevices property indicates the number of physical slots or sockets available in this memory array. MemoryDevices MemPhysical Select * from Win32_PhysicalMemoryArray ame
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty BlockSize BlockSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty CacheSpeed CacheSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty CacheType CacheType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � �D F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 [`�%߬�-`�%߬��C � + G C �C �C �C � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Network Client management. _ ) �$ ( �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat list FULL 4 � � K � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Manufacturer Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table BRIEF 2 � � E � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Caption Caption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Manufacturer Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS NetClient WHERE Name='#' Select * from WIN32_NetworkClient Windows 2000: This logon type preserves the name and password in the authentication packages, allowing the server to make connections to other network servers while impersonating the client. This allows a server to accept clear text credentials from a client, call LogonUser, verify that the user can access the system across the network, and still communicate with other servers. /nNew Credentials - Windows 2000: This logon type allows the caller to clone its current token and specify new credentials for outbound connections. The new logon session has the same local identify, but uses different credentials for other network connections. /n LogonType Q � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier ValueMap = @ C F I L O 2 3 4 5 7 8 9 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; H Q X a i { Interactive Network Batch Service Unlock NetworkCleartext NewCredentials m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g r � MSFT_CliProperty StartTime The StartTime property represents the time at which the session started. StartTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 \`�%߬�-`�%߬��� � + j � "� 2� [� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Network login information (of a particular user) management. ~ � e# �� s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS l �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty y � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v | � � MSFT_CliProperty Name The Name property specifies the name of the user account on a particular domain or machine. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 /� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty <� ga � MSFT_CliFormat LIST FULL � h � V �
� W � < � � �# �* �- �0 �4 �7 }: $= �? aB =F I �K qO R WT �V �^ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " � � MSFT_CliProperty AccountExpires The AccountExpires property specifies when the account will expire. This value is calculated from the number of seconds elapsed since 00:00:00, January 1, 1970, and is set in this format: yyyymmddhhmmss.mmmmmm sutc. AccountExpires v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � & � � � MSFT_CliProperty AuthorizationFlags The AuthorizationFlags property contains a set of flags that specify the resources a user is authorized to use or modify. AuthorizationFlags p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � $ � � � MSFT_CliProperty BadPasswordCount The BadPasswordCount property indicates the number of times the user enters a bad password when logging on to a system. BadPasswordCount 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k t � MSFT_CliProperty Comment The Comment property contains a comment or description for this login profile. Comment L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty CountryCode The CountryCode property specifies the country/region code for the user's language of choice. CountryCode 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � E R � MSFT_CliProperty Description A textual description of the object. Description P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Flags The Flags property indicates the properties available to this network profile. Properties that can be set include:/nUF_SCRIPT - A logon script executed./nUF_ACCOUNTDISABLE - The user's account is disabled./nUF_HOMEDIR_REQUIRED - A home directory is required. /nUF_PASSWD_NOTREQD - No password is required./nUF_PASSWD_CANT_CHANGE - The user cannot change the password./nUF_LOCKOUT - The account is currently locked out. For NetUserSetInfo, this value can be cleared to unlock a previously locked account. This value cannot be used to lock a previously unlocked account./nUF_DONT_EXPIRE_PASSWD - password should never expire on the account./nThe following properties describe the account type. Only one value can be set:/nUF_NORMAL_ACCOUNT - Default account type that represents a typical user./nUF_TEMP_DUPLICATE_ACCOUNT - An account for users whose primary account is in another domain. This account provides user access to this domain, but not to any domain that trusts this domain. The User Manager refers to this account type as a local user account./nUF_WORKSTATION_TRUST_ACCOUNT - A computer account for a workstation or a server that is a member of this domain./nUF_SERVER_TRUST_ACCOUNT - A computer account for a backup domain controller that is a member of this domain./nUF_INTERDOMAIN_TRUST_ACCOUNT - A permit to trust account for a domain that trusts other domains. Flags K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty FullName The FullName property indicates the full name of the user belonging to the network login profile. FullName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � ! � � � MSFT_CliProperty HomeDirectory The HomeDirectory property specifies the path to the home directory of the user. This string may be empty if the user chooses not to specify a home directory. HomeDirectory r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � & � � � MSFT_CliProperty HomeDirectoryDrive The HomeDirectoryDrive property specifies the drive letter assigned to the user's home directory for logon purposes. HomeDirectoryDrive 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � J V � MSFT_CliProperty LastLogoff The LastLogoff property specifies the date and time the user last logged off the system. This value is calculated from the number of seconds elapsed since 00:00:00, January 1, 1970. A value of zero means that the last logoff time is unknown. The format of this value is yyyymmddhhmmss.mmmmmm sutc. LastLogoff � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastLogon The LastLogon property indicates the date and time the user last logged on to the system. This value is calculated from the number of seconds elapsed since 00:00:00, January 1, 1970. The format of this value is yyyymmddhhmmss.mmmmmm sutc. LastLogon 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � C � MSFT_CliProperty LogonHours The LogonHours property specifies the times during the week when the user can log on. Each bit represents a unit of time specified by the UnitsPerWeek member. For instance, if the unit of time is hourly, the first bit (bit 0, word 0) is Sunday, 0:00 to 0:59; the second bit (bit 1, word 0) is Sunday, 1:00 to 1:59; and so on. If this member is set to NULL, then there is no time restriction. The time is set to GMT and must be adjusted for other time zones (for example, GMT minus 8 hours for PST). LogonHours ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 147 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i v � MSFT_CliProperty LogonServer The LogonServer property contains the name of the server to which logon requests are sent. Server names should be preceded by two backslashes (\\). A server name with an asterisk (\\*) indicates that the logon request can be handled by any logon server. A null string indicates that requests are sent to the domain controller. LogonServer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " � � � MSFT_CliProperty MaximumStorage The MaximumStorage property specifies the maximum amount of disk space available to the user. If MaximumStorage is set to USER_MAXSTORAGE_UNLIMITED the user is allowed to use all available disk space. MaximumStorage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v | � � MSFT_CliProperty Name The Name property specifies the name of the user account on a particular domain or machine. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " y � � MSFT_CliProperty NumberOfLogons The NumberOfLogons property indicates the number of successful times the user tried to log on to this account. A value of 0xFFFFFFFF indicates that the value is unknown. This property is maintained separately on each backup domain controller (BDC) in the domain. To get an accurate value only the largest value from all BDCs should be used. NumberOfLogons � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e � � � � MSFT_CliProperty Parameters The Parameters property contains space set aside for use by applications. This string can be null, or it can have any number of characters before the terminating null character. Parameters � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � � � � MSFT_CliProperty PasswordAge The PasswordAge property indicates the length of time a password has been in effect. This value is measured from the number of seconds elapsed since the password was last changed. PasswordAge � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P � # � � � MSFT_CliProperty PasswordExpires The PasswordExpires property indicates the date and time when the password will expire. The value is set in this format: yyyymmddhhmmss.mmmmmm sutc PasswordExpires � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � " � � � MSFT_CliProperty PrimaryGroupId The PrimaryGroupId property specifies the relative ID (RID) of the Primary Global Group for this user. The identifier verifies the primary group to which the user's profile belongs. PrimaryGroupId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w � � � MSFT_CliProperty Privileges The privileges property specifies the level of privilege assigned to the name property. Privileges � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i G � MSFT_CliQualifier Values + 2 8 Guest User Administrator � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty Profile The Profile property specifies a directory path to the user's profile. This value can be a null string, a local absolute path, or a UNC path. A user profile contains settings that are customizable for each user such as the desktop colors. Profile � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier b � � � � MSFT_CliProperty ScriptPath The ScriptPath property indicates the directory path to the user's logon script. A logon script automatically executes a set of commands each time a user logs on to a system. ScriptPath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } K V y � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ � � � � MSFT_CliProperty UnitsPerWeek The UnitsPerWeek property indicates the number of time units the week is divided into. It is used with the LogonHours property to limit user access to the computer. UnitsPerWeek H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty UserComment The UserComment property contains a user defined comment or description for this profile. UserComment q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 � � � � MSFT_CliProperty UserId The UserId property specifies the relative ID (RID) of the user. The identifier verifies that the user exists and is unique to this domain. UserId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n x � � MSFT_CliProperty UserType The UserType property indicates the type of account the user has privileges to. UserType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap 9 I \ w � � Normal Account Duplicate Account Workstation Trust Account Server Trust Account Interdomain Trust Account Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 7 G Z u � � Normal Account Duplicate Account Workstation Trust Account Server Trust Account Interdomain Trust Account Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � � � � MSFT_CliProperty Workstations The Workstations property contains the names of workstations from which the user can log on. Up to eight workstations can be specified; a null string indicates no restrictions. Workstations |, �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �+ . � MSFT_CliFormat TABLE BRIEF : m 7 i � � / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 9 B e � MSFT_CliProperty Caption A short textual description. Caption J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n z � � MSFT_CliProperty Privileges The privileges property specifies the level of privilege assigned to the user. Privileges � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i G � MSFT_CliQualifier Values + 2 8 Guest User Administrator . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d m � MSFT_CliProperty Profile The Profile property specifies a directory path to the user's profile. Profile & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] e � MSFT_CliProperty UserId The UserId property specifies the relative ID (RID) of the user. UserId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n x � � MSFT_CliProperty UserType The UserType property indicates the type of account the user has privileges to. UserType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap 9 I \ w � � Normal Account Duplicate Account Workstation Trust Account Server Trust Account Interdomain Trust Account Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 7 G Z u � � Normal Account Duplicate Account Workstation Trust Account Server Trust Account Interdomain Trust Account Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � � � � MSFT_CliProperty Workstations The Workstations property contains the names of workstations from which the user can log on. Up to eight workstations can be specified; a null string indicates no restrictions. Workstations NetLogin WHERE Name='#' Select * from Win32_NetworkLoginProfile mber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! ] l � MSFT_CliProperty PositionInRow Specifies the position of the physical memory in a 'row'. PositionInRow J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � � � MSFT_CliProperty Removable A physical component is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. Removable p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Replaceable A physical component is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. Replaceable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the PhysicalElement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 �" F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 ]`�%߬�-`�%߬�" � + f �! �! �! �!� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Protocols (and their network characteristics) management. � � H! !q W� �� s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �O �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �N �> � MSFT_CliFormat LIST FULL x � � (
� ~ � s � � L 9# �% 3( �*
- �/ W3 36 �8 +; f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � ) � � � MSFT_CliProperty ConnectionlessService The ConnectionlessService property indicates whether the protocol supports connectionless service. ConnectionlessService 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � & � � � MSFT_CliProperty GuaranteesDelivery The GuaranteesDelivery property indicates whether the protocol guarantees that all data sent will reach the intended destination. GuaranteesDelivery � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L � ( � � � MSFT_CliProperty GuaranteesSequencing The GuaranteesSequencing property indicates whether the protocol guarantees that data will arrive in the order in which it was sent. GuaranteesSequencing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & � � MSFT_CliProperty MaximumAddressSize The MaximumAddressSize property indicates the maximum length of a socket address supported by the protocol. Socket addresses may be items like URLs (www.microsoft.com) or IP addresses (130.215.24.1). MaximumAddressSize [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � & � � � MSFT_CliProperty MaximumMessageSize The MaximumMessageSize property indicates the maximum message size supported by the protocol. MaximumMessageSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � # � � � MSFT_CliProperty MessageOriented The MessageOriented property indicates whether the protocol is message-oriented. A message-oriented protocol uses packets of data to transfer information. MessageOriented i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � & � � � MSFT_CliProperty MinimumAddressSize The MinimumAddressSize property specifies the minimum length of a socket address supported by the protocol. MinimumAddressSize 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � O U � MSFT_CliProperty Name The Name property contains the name for the protocol. Name N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( w � � MSFT_CliProperty PseudoStreamOriented The PseudoStreamOriented property indicates whether the protocol is a message-oriented protocol that can receive variable-length data packets or streamed data for all receive operations. This optional capability is useful when an application does not want the protocol to frame messages, and requires stream-oriented characteristics. PseudoStreamOriented � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier J � ( � � � MSFT_CliProperty SupportsBroadcasting The SupportsBroadcasting property indicates whether the protocol supports a mechanism for broadcasting messages across the network. SupportsBroadcasting n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 � ' � � � MSFT_CliProperty SupportsConnectData The SupportsConnectData property indicates whether the protocol allows data to be connected across the network. SupportsConnectData z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier @ � * � � � MSFT_CliProperty SupportsDisconnectData The SupportsDisconnectData property indicates whether the protocol allows data to be disconnected across the network. SupportsDisconnectData U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � MSFT_CliProperty SupportsEncryption The SupportsEncryption property indicates whether the protocol supports data encryption. SupportsEncryption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) " � MSFT_CliProperty SupportsExpeditedData The SupportsExpeditedData property indicates whether the protocol supports expedited data (also known as urgent data) across the network. Expedited data can bypass flow control and receive priority over normal data packets./ SupportsExpeditedData b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � ) � � � MSFT_CliProperty SupportsFragmentation The SupportsFragmentation property indicates whether the protocol supports transmitting the data in fragments. Physical network Maximum Transfer Unit (MTU) is hidden from applications. Each media type has a maximum frame size that cannot be exceeded. The link layer is responsible for discovering the MTU and reporting it to the protocols being used. SupportsFragmentation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + � � MSFT_CliProperty SupportsGracefulClosing The SupportsGracefulClosing property indicates whether the protocol supports two-phase close operations - also known as graceful close operations. If not, the protocol supports only abortive close operations. SupportsGracefulClosing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ^ � / � � � MSFT_CliProperty SupportsGuaranteedBandwidth The SupportsGuaranteedBandwidth property indicates whether the protocol has a mechanism to establish and maintain a guaranteed bandwidth. SupportsGuaranteedBandwidth X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � � MSFT_CliProperty SupportsMulticasting The SupportsMulticasting property indicates whether the protocol supports multicasting. SupportsMulticasting � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � , � � � MSFT_CliProperty SupportsQualityofService The SupportsQualityofService property indicates whether the protocol is capable of Quality of Service (QOS) support via the underlying layered service provider or transport carrier. QOS is a collection of components that enable differentiation and preferential treatment for subsets of data transmitted over the network. QOS loosely means subsets of data get higher priority or guaranteed service when traversing a network. SupportsQualityofService 2] �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ?\ �M � MSFT_CliFormat LIST FULL x K
� o 8 � t � ^" 2 �4 7 �9 �; �> <B E �G J � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ) � � � MSFT_CliProperty ConnectionlessService The ConnectionlessService property indicates whether the protocol supports connectionless service. A connectionless (datagram) service describes a communications protocol or transport in which data packets are routed independently of each other and may follow different routes and arrive in a different order from that in which they were sent. Conversely, a connection-oriented service provides a virtual circuit through which data packets are received in the same order they were transmitted. If the connection between machines fails, the application is notified./nValues: TRUE or FALSE. A value of TRUE indicates the protocol uses a connectionless service. ConnectionlessService 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � & � � � MSFT_CliProperty GuaranteesDelivery The GuaranteesDelivery property indicates whether the protocol guarantees that all data sent will reach the intended destination. If this flag is FALSE, there is no such guarantee. GuaranteesDelivery � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � MSFT_CliProperty GuaranteesSequencing The GuaranteesSequencing property indicates whether the protocol guarantees that data will arrive in the order in which it was sent. Note that this characteristic does not guarantee delivery of the data, only its order. GuaranteesSequencing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & � � MSFT_CliProperty MaximumAddressSize The MaximumAddressSize property indicates the maximum length of a socket address supported by the protocol. Socket addresses may be items like URLs (www.microsoft.com) or IP addresses (130.215.24.1). MaximumAddressSize N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & y � � MSFT_CliProperty MaximumMessageSize The MaximumMessageSize property indicates the maximum message size supported by the protocol. This is the maximum size of a message that can be sent from or received by the host. For protocols that do not support message framing, the actual maximum size of a message that can be sent to a given address may be less than this value. There are two special values defined for this property:/n0 - The protocol is stream-oriented; the concept of message size is not relevant./n1 - The maximum outbound (send) message size is dependent on the underlying network MTU (maximum sized transmission unit) and hence cannot be known until after a socket is bound. Applications should use getsockopt to retrieve the value of SO_MAX_MSG_SIZE after the socket has been bound to a local address./n 0xFFFFFFFF - There is no specified maximum message size defined./n MaximumMessageSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # % � MSFT_CliProperty MessageOriented The MessageOriented property indicates whether the protocol is message-oriented. A message-oriented protocol uses packets of data to transfer information. Conversely, stream-oriented protocols transfer data as a continuous stream of bytes. MessageOriented i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � & � � � MSFT_CliProperty MinimumAddressSize The MinimumAddressSize property specifies the minimum length of a socket address supported by the protocol. MinimumAddressSize ' 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ` f � MSFT_CliProperty Name The Name property contains the name for the protocol./nExample: TCP/IP Name N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( w � � MSFT_CliProperty PseudoStreamOriented The PseudoStreamOriented property indicates whether the protocol is a message-oriented protocol that can receive variable-length data packets or streamed data for all receive operations. This optional capability is useful when an application does not want the protocol to frame messages, and requires stream-oriented characteristics. PseudoStreamOriented � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier J � ( � � � MSFT_CliProperty SupportsBroadcasting The SupportsBroadcasting property indicates whether the protocol supports a mechanism for broadcasting messages across the network. SupportsBroadcasting n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 � ' � � � MSFT_CliProperty SupportsConnectData The SupportsConnectData property indicates whether the protocol allows data to be connected across the network. SupportsConnectData z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier @ � * � � � MSFT_CliProperty SupportsDisconnectData The SupportsDisconnectData property indicates whether the protocol allows data to be disconnected across the network. SupportsDisconnectData U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � MSFT_CliProperty SupportsEncryption The SupportsEncryption property indicates whether the protocol supports data encryption. SupportsEncryption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) " � MSFT_CliProperty SupportsExpeditedData The SupportsExpeditedData property indicates whether the protocol supports expedited data (also known as urgent data) across the network. Expedited data can bypass flow control and receive priority over normal data packets./ SupportsExpeditedData b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � ) � � � MSFT_CliProperty SupportsFragmentation The SupportsFragmentation property indicates whether the protocol supports transmitting the data in fragments. Physical network Maximum Transfer Unit (MTU) is hidden from applications. Each media type has a maximum frame size that cannot be exceeded. The link layer is responsible for discovering the MTU and reporting it to the protocols being used. SupportsFragmentation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + � � MSFT_CliProperty SupportsGracefulClosing The SupportsGracefulClosing property indicates whether the protocol supports two-phase close operations - also known as graceful close operations. If not, the protocol supports only abortive close operations. SupportsGracefulClosing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ^ � / � � � MSFT_CliProperty SupportsGuaranteedBandwidth The SupportsGuaranteedBandwidth property indicates whether the protocol has a mechanism to establish and maintain a guaranteed bandwidth. SupportsGuaranteedBandwidth X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � � MSFT_CliProperty SupportsMulticasting The SupportsMulticasting property indicates whether the protocol supports multicasting. SupportsMulticasting � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � , � � � MSFT_CliProperty SupportsQualityofService The SupportsQualityofService property indicates whether the protocol is capable of Quality of Service (QOS) support via the underlying layered service provider or transport carrier. QOS is a collection of components that enable differentiation and preferential treatment for subsets of data transmitted over the network. QOS loosely means subsets of data get higher priority or guaranteed service when traversing a network. SupportsQualityofService v �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat TABLE BRIEF : ' `
� � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & J ^ � MSFT_CliProperty GuaranteesDelivery The GuaranteesDelivery property indicates whether the protocol guarantees that all data sent will reach the intended destination. If this flag is FALSE, there is no such guarantee. /nValues: TRUE or FALSE. A value of TRUE indicates the protocol supports guaranteed delivery of data packets. GuaranteesDelivery 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( ^ t � MSFT_CliProperty GuaranteesSequencing The GuaranteesSequencing property indicates whether the protocol guarantees that data will arrive in the order in which it was sent. Note that this characteristic does not guarantee delivery of the data, only its order. /nValues: TRUE or FALSE. A value of TRUE indicates the order of data sent is guaranteed. GuaranteesSequencing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ) � � � MSFT_CliProperty ConnectionlessService The ConnectionlessService property indicates whether the protocol supports connectionless service. A connectionless (datagram) service describes a communications protocol or transport in which data packets are routed independently of each other and may follow different routes and arrive in a different order from that in which they were sent. Conversely, a connection-oriented service provides a virtual circuit through which data packets are received in the same order they were transmitted. If the connection between machines fails, the application is notified./nValues: TRUE or FALSE. A value of TRUE indicates the protocol uses a connectionless service. ConnectionlessService � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � O U � MSFT_CliProperty Name The Name property contains the name for the protocol. Name �7 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �6 % � MSFT_CliFormat TABLE STATUS S m Z � T � + x T � L! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � O U � MSFT_CliProperty Name The Name property contains the name for the protocol. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier J � ( � � � MSFT_CliProperty SupportsBroadcasting The SupportsBroadcasting property indicates whether the protocol supports a mechanism for broadcasting messages across the network. SupportsBroadcasting n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 � ' � � � MSFT_CliProperty SupportsConnectData The SupportsConnectData property indicates whether the protocol allows data to be connected across the network. SupportsConnectData z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier @ � * � � � MSFT_CliProperty SupportsDisconnectData The SupportsDisconnectData property indicates whether the protocol allows data to be disconnected across the network. SupportsDisconnectData U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � MSFT_CliProperty SupportsEncryption The SupportsEncryption property indicates whether the protocol supports data encryption. SupportsEncryption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) " � MSFT_CliProperty SupportsExpeditedData The SupportsExpeditedData property indicates whether the protocol supports expedited data (also known as urgent data) across the network. Expedited data can bypass flow control and receive priority over normal data packets./ SupportsExpeditedData b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � ) � � � MSFT_CliProperty SupportsFragmentation The SupportsFragmentation property indicates whether the protocol supports transmitting the data in fragments. Physical network Maximum Transfer Unit (MTU) is hidden from applications. Each media type has a maximum frame size that cannot be exceeded. The link layer is responsible for discovering the MTU and reporting it to the protocols being used. SupportsFragmentation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + � � MSFT_CliProperty SupportsGracefulClosing The SupportsGracefulClosing property indicates whether the protocol supports two-phase close operations - also known as graceful close operations. If not, the protocol supports only abortive close operations. SupportsGracefulClosing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ^ � / � � � MSFT_CliProperty SupportsGuaranteedBandwidth The SupportsGuaranteedBandwidth property indicates whether the protocol has a mechanism to establish and maintain a guaranteed bandwidth. SupportsGuaranteedBandwidth X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � � MSFT_CliProperty SupportsMulticasting The SupportsMulticasting property indicates whether the protocol supports multicasting. SupportsMulticasting � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � , � � � MSFT_CliProperty SupportsQualityofService The SupportsQualityofService property indicates whether the protocol is capable of Quality of Service (QOS) support via the underlying layered service provider or transport carrier. QOS is a collection of components that enable differentiation and preferential treatment for subsets of data transmitted over the network. QOS loosely means subsets of data get higher priority or guaranteed service when traversing a network. SupportsQualityofService NetProtocol Select * from Win32_NetworkProtocol ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o t � � MSFT_CliProperty Tag The Tag property contains a string that uniquely identifies the physical memory array. Tag | � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � b g � � MSFT_CliProperty Use The Use property indicates how the memory is used in the computer system. Use o � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? I P Y h v � � Reserved Other Unknown System memory Video memory Flash memory Non-volatile RAM Cache memory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProper �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 ^`�%߬�-`�%߬�*� � + R �� �� Ϲ �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Active network connection management. j + �O fk Go �( �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �' � � MSFT_CliFormat table STATUS 7 � ) � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # x � � � MSFT_CliProperty ConnectionState The ConnectionState property indicates the current state of the network connection. ConnectionState � � D � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 20 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � { � MSFT_CliQualifier ValueMap 9 D K S a m Connected Error Paused Disconnected Connecting Reconnecting � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � y � MSFT_CliQualifier Values 7 B I Q _ k Connected Error Paused Disconnected Connecting Reconnecting t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � � � � MSFT_CliProperty Persistent The Persistent property determines whether this connection will be reconnected automatically by the operating system on the next logon. Persistent ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty LocalName The LocalName property indicates the local name of the connected network device. LocalName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty RemoteName The RemoteName property contains the remote network resource name for a network resource. For a current or persistent connection, RemoteName contains the network name associated with the name of the value in the LocalName property. RemoteName �$ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �# � � MSFT_CliFormat table BRIEF 2 q � � ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty LocalName The LocalName property indicates the local name of the connected network device. LocalName G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� z � � MSFT_CliProperty RemoteName The RemoteName property contains the remote network resource name for a network resource. RemoteName . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # x � � � MSFT_CliProperty ConnectionState The ConnectionState property indicates the current state of the network connection. ConnectionState � � D � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 20 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � { � MSFT_CliQualifier ValueMap 9 D K S a m Connected Error Paused Disconnected Connecting Reconnecting � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � y � MSFT_CliQualifier Values 7 B I Q _ k Connected Error Paused Disconnected Connecting Reconnecting � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � a � MSFT_CliFormat INSTANCE " ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty LocalName The LocalName property indicates the local name of the connected network device. LocalName gJ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty tI q< � MSFT_CliFormat list FULL ` 4 f � 0 ~ J w" �$ r' K* �, ,3 : � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier b � � � � MSFT_CliProperty AccessMask The AccessMask property is a bit array representing the access rights as set remotely on the network share held by the user or group on whose behalf the instance is returned. AccessMask 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f o � MSFT_CliProperty Comment The Comment property contains a comment supplied by the network provider. Comment . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # x � � � MSFT_CliProperty ConnectionState The ConnectionState property indicates the current state of the network connection. ConnectionState � � D � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 20 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � { � MSFT_CliQualifier ValueMap 9 D K S a m Connected Error Paused Disconnected Connecting Reconnecting � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � y � MSFT_CliQualifier Values 7 B I Q _ k Connected Error Paused Disconnected Connecting Reconnecting � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R " � � 9 � MSFT_CliProperty ConnectionType The ConnectionType property indicates the persistence type of the connection used for connecting to the network. ConnectionType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values ' ; Current Connection Persistent Connection 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DisplayType The DisplayType property indicates how the network object should be displayed in a network browsing user interface. DisplayType � ; � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � Q � MSFT_CliQualifier ValueMap 1 9 B J Domain Generic Server Share � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � O � MSFT_CliQualifier Values / 7 @ H Domain Generic Server Share � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty LocalName The LocalName property indicates the local name of the connected network device. LocalName ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b h � MSFT_CliProperty Name The Name property indicates the name of the current network connection. Name t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � � � � MSFT_CliProperty Persistent The Persistent property determines whether this connection will be reconnected automatically by the operating system on the next logon. Persistent 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E � � � � MSFT_CliProperty ProviderName The ProviderName property contains the name of the provider that owns the resource. This property can be NULL if the provider name is unknown. ProviderName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty RemoteName The RemoteName property contains the remote network resource name for a network resource. For a current or persistent connection, RemoteName contains the network name associated with the name of the value in the LocalName property. RemoteName 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g s � MSFT_CliProperty RemotePath The RemotePath property contains the full path to the network resource. RemotePath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k w � � � MSFT_CliProperty ResourceType The ResourceType property identifies the type of resource to enumerate or connect to. ResourceType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k ? � MSFT_CliQualifier ValueMap - 3 : Disk Print Any � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i = � MSFT_CliQualifier Values + 1 8 Disk Print Any � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty UserName The UserName property contains the user name or the default user name used to establish a network connection. UserName NetUse WHERE LocalName='#' Select * from Win32_NetworkConnection � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty CacheSpeed CacheSpeed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty CacheType CacheType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � z� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 _`�%߬�-`�%߬�� � + [ {� �� �� ��� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Network Interface Controller (NIC) management. s �N 4j 5n Im FL �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty SK �% � MSFT_CliFormat table STATUS 7 � �
l }# J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M [ = � MSFT_CliProperty Availability The availability and status of the device. Availability g � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the network adapter from other devices on the system. DeviceID s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty
� � MSFT_CliFormat INSTANCE " [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the network adapter from other devices on the system. DeviceID � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � "� � MSFT_CliFormat list FULL � . �
� ( a* �, �. _1 4 _6 �8 4; u= �@ �B }E �G �I �M !P �\ �` �b �n �q �s -v �x � ؈ �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � � � MSFT_CliProperty AdapterType The AdapterType property reflects the network medium in use. This property may not be applicable to all types of network adapters listed within this class. AdapterType � � # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING u 6 � MSFT_CliQualifier ValueMap Y i { � � � � � $ ) 0 Ethernet 802.3 Token Ring 802.5 Fiber Distributed Data Interface (FDDI) Wide Area Network (WAN) LocalTalk Ethernet using DIX header format ARCNET ARCNET (878.2) ATM Wireless Infrared Wireless Bpc CoWan 1394 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING o 4 � MSFT_CliQualifier Values W g y � � � � � " ' . Ethernet 802.3 Token Ring 802.5 Fiber Distributed Data Interface (FDDI) Wide Area Network (WAN) LocalTalk Ethernet using DIX header format ARCNET ARCNET (878.2) ATM Wireless Infrared Wireless Bpc CoWan 1394 l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 � � � � MSFT_CliProperty AutoSense A boolean indicating whether the network adapter is capable of automatically determining the speed of the attached/network media. AutoSense J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M [ = � MSFT_CliProperty Availability The availability and status of the device. Availability g � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i v � MSFT_CliProperty Description The Description property provides a textual description of the adapter. Description [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the network adapter from other devices on the system. DeviceID ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Index The Index property indicates the network adapter's index number, which is stored in the system registry. Index � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� x � � MSFT_CliProperty Installed The Installed property determines whether the network adapter is installed in the system. Installed = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � < H � MSFT_CliProperty MACAddress The MACAddress property indicates the media access control address for this network adapter. A MAC address is a unique 48-bit number assigned to the network adapter by the manufacturer. It uniquely identifies this network adapter and is used for mapping TCP/IP network communications. MACAddress D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� u � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the network adapter's manufacturer. Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � ' � � � MSFT_CliProperty MaxNumberControlled The MaxNumberControlled property indicates the maximum number of directly addressable ports supported by this network adapter. A value of zero is used if the number is unknown. MaxNumberControlled ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] g � MSFT_CliProperty MaxSpeed The maximum speed, in bits per second, for the network adapter. MaxSpeed # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ j | � � MSFT_CliProperty NetworkAddresses An array of strings indicating the network addresses for an adapter. NetworkAddresses � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E �� # � � MSFT_CliProperty NetConnectionID The NetConnectionID property specifies the name of the network connection as it appears in the 'Network and Dial-up Connections' applet. NetConnectionID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � ' � � � MSFT_CliProperty NetConnectionStatus NetConnectionStatus is a string indicating the state of the network adapter's connection to the network. The value of the property is to be interpreted as follows:/n0 - Disconnected/n1 - Connecting/n2 - Connected/n3 - Disconnecting/n4 - Hardware not present/n5 - Hardware disabled/n6 - Hardware malfunction/n7 - Media disconnected/n8 - Authenticating/n9 - Authentication succeeded/n10 - Authentication failed � ] � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � o � MSFT_CliQualifier ValueMap M P S V Y \ _ b e h k 0 1 2 3 4 5 6 7 8 9 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values K Y e p � � � � � � Disconnected Connecting Connected Disconnecting Hardware Not Present Hardware Disabled Hardware Malfunction Media Disconnected Authenticating Authentication Succeeded Authentication Failed NetConnectionStatus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ p � � � MSFT_CliProperty PermanentAddress PermanentAddress defines the network address hard coded into an adapter. PermanentAddress � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , 2 � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. This boolean does not indicate that power management features are currently enabled, only that the logical device is capable of power management. PowerManagementSupported : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � l y � MSFT_CliProperty ProductName The ProductName property indicates the product name of the network adapter. ProductName ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � m z � MSFT_CliProperty ServiceName The ServiceName property indicates the service name of the network adapter. ServiceName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � � � � MSFT_CliProperty Speed An estimate of the current bandwidth in bits per second. For endpoints which vary in bandwidth or for those where no accurate estimation can be made, this property should contain the nominal bandwidth. Speed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # t � � MSFT_CliProperty TimeOfLastReset The TimeOfLastReset property indicates when the network adapter was last reset. TimeOfLastReset .- �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ;, � MSFT_CliFormat TABLE BRIEF > } � � ^ � S ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � m z � MSFT_CliProperty ServiceName The ServiceName property indicates the service name of the network adapter. ServiceName 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � < H � MSFT_CliProperty MACAddress The MACAddress property indicates the media access control address for this network adapter. A MAC address is a unique 48-bit number assigned to the network adapter by the manufacturer. It uniquely identifies this network adapter and is used for mapping TCP/IP network communications. MACAddress q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 ^ k � � MSFT_CliProperty AdapterType The AdapterType property reflects the network medium in use. AdapterType w � # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING u 6 � MSFT_CliQualifier ValueMap Y i { � � � � � $ ) 0 Ethernet 802.3 Token Ring 802.5 Fiber Distributed Data Interface (FDDI) Wide Area Network (WAN) LocalTalk Ethernet using DIX header format ARCNET ARCNET (878.2) ATM Wireless Infrared Wireless Bpc CoWan 1394 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING o 4 � MSFT_CliQualifier Values W g y � � � � � " ' . Ethernet 802.3 Token Ring 802.5 Fiber Distributed Data Interface (FDDI) Wide Area Network (WAN) LocalTalk Ethernet using DIX header format ARCNET ARCNET (878.2) ATM Wireless Infrared Wireless Bpc CoWan 1394 [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the network adapter from other devices on the system. DeviceID # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ j | � � MSFT_CliProperty NetworkAddresses An array of strings indicating the network addresses for an adapter. NetworkAddresses � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � � � � MSFT_CliProperty Speed An estimate of the current bandwidth in bits per second. For endpoints which vary in bandwidth or for those where no accurate estimation can be made, this property should contain the nominal bandwidth. Speed NIC WHERE DeviceID=# Select * from Win32_NetworkAdapter Qualifier x � & � � � MSFT_CliProperty GuaranteesDelivery The GuaranteesDelivery property indicates whether the protocol guarantees that all data sent will reach the intended destination. If this flag is FALSE, there is no such guarantee. GuaranteesDelivery � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � MSFT_CliProperty GuaranteesSequencing The GuaranteesSequencing property indicates whether the protocol guarantees that data will arrive in the order in which it was sent. Note that this characteristic does not guarantee delivery of the data, only its order. GuaranteesSequencing � �) F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 ``�%߬�-`�%߬�6) + I �� �� �� � )� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Network adapter management. q � �! �* �] �q � -� � s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � ] � MSFT_CliFormat INSTANCE " 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS ( � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � $ � � � MSFT_CliProperty DHCPLeaseExpires The DHCPLeaseExpires property indicates the expiration date and time for a leased IP address that was assigned to the computer by the dynamic host configuration protocol (DHCP) server. DHCPLeaseExpires � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty Index Index ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description $3 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty 12 h� � MSFT_CliFormat list FULL : � Y �
)
' � � K � 1 �! �$ �' 6* +- �/ �2 b5 �; �= &@ �B E H �J :M �O �R �T �W jZ �\ �d l �n Nq �s Ov �x f{ 5~ � �� ΅ h� �� D� �� ϖ �� �� P� �� � { 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier A � ( � � � MSFT_CliProperty ArpAlwaysSourceRoute The ArpAlwaysSourceRoute property indicates whether the Address Resolution Protocol (ARP) must always use source routing. ArpAlwaysSourceRoute z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier @ � # � � � MSFT_CliProperty ArpUseEtherSNAP The ArpUseEtherSNAP property indicates whether Ethernet packets follow the IEEE 802.3 Sub-Network Access Protocol (SNAP) encoding. ArpUseEtherSNAP P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' z � � MSFT_CliProperty DeadGWDetectEnabled The DeadGWDetectEnabled property indicates whether dead gateway detection occurs. DeadGWDetectEnabled g 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier - � $ � � � MSFT_CliProperty DefaultIPGateway The DefaultIPGateway property contains a list of IP addresses of default gateways used by the computer system. DefaultIPGateway a 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ' � � � � MSFT_CliProperty DefaultTOS The DefaultTOS property indicates the default Type Of Service (TOS) value set in the header of outgoing IP packets. DefaultTOS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty DefaultTTL The DefaultTTL property indicates the default Time To Live (TTL) value set in the header of outgoing IP packets. The TTL specifies the number of routers an IP packet may pass through to reach its destination before being discarded. DefaultTTL ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � � � � MSFT_CliProperty DHCPEnabled The DHCPEnabled property indicates whether the dynamic host configuration protocol (DHCP) server automatically assigns an IP address to the computer system when establishing a network connection. DHCPEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � $ � � � MSFT_CliProperty DHCPLeaseExpires The DHCPLeaseExpires property indicates the expiration date and time for a leased IP address that was assigned to the computer by the dynamic host configuration protocol (DHCP) server. DHCPLeaseExpires � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � % � � � MSFT_CliProperty DHCPLeaseObtained The DHCPLeaseObtained property indicates the date and time the lease was obtained for the IP address assigned to the computer by the dynamic host configuration protocol (DHCP) server. DHCPLeaseObtained W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DHCPServer The DHCPServer property indicates the IP address of the dynamic host configuration protocol (DHCP) server. DHCPServer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M � � � � MSFT_CliProperty DNSDomain The DNSDomain property indicates an organization name followed by a period and an extension that indicates the type of organization, such as microsoft.com. DNSDomain � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] � . � � � MSFT_CliProperty DNSDomainSuffixSearchOrder The DNSDomainSuffixSearchOrder property specifies the DNS domain suffixes to be appended to the end of host names during name resolution. DNSDomainSuffixSearchOrder � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / � � � MSFT_CliProperty DNSEnabledForWINSResolution The DNSEnabledForWINSResolution property indicates whether the Domain Name System (DNS) is enabled for name resolution over Windows Internet Naming Service (WINS) resolution. DNSEnabledForWINSResolution % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W d � MSFT_CliProperty DNSHostName The DNSHostName property indicates the host name used to identify the local computer for authentication by some utilities. Other TCP/IP-based utilities can use this value to acquire the name of the local computer. Host names are stored on DNS servers in a table that maps names to IP addresses for use by DNS. DNSHostName { 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier A � ( � � � MSFT_CliProperty DNSServerSearchOrder The DNSServerSearchOrder property indicates an ordered list of server IP addresses to be used in querying for DNS Servers. DNSServerSearchOrder � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 0 0 � MSFT_CliProperty DomainDNSRegistrationEnabled The DomainDNSRegistrationEnabled property specifies whether the IP addresses for this connection are registered in DNS under the domain name of this connection, in addition to registering under the computer's full DNS name. DomainDNSRegistrationEnabled x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > � ' � � � MSFT_CliProperty ForwardBufferMemory The ForwardBufferMemory property indicates how much memory IP allocates to store packet data in the router packet queue. ForwardBufferMemory 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � . 7 S � MSFT_CliProperty FullDNSRegistrationEnabled The FullDNSRegistrationEnabled property specifies whether the IP addresses for this connection are registered in DNS under the computer's full DNS name. The full DNS name of the computer is displayed on the Network Identification tab of the System Control Panel. FullDNSRegistrationEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e � % � � � MSFT_CliProperty GatewayCostMetric The GatewayCostMetric reflects an integer cost metric (ranging from 1 to 9999) to be used in calculating the fastest, most reliable, and/or least expensive routes. GatewayCostMetric ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � h � MSFT_CliProperty IGMPLevel The IGMPLevel property indicates the extent to which the system supports IP multicast and participates in the Internet Group Management Protocol. At level 0, the system provides no multicast support. At level 1, the system may only send IP multicast packets. At level 2, the system may send IP multicast packets and fully participate in IGMP to receive multicast packets. Default: 2 IGMPLevel � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values + 9 G No Multicast IP Multicast IP & IGMP multicast 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty IPAddress The IPAddress property contains a list of all of the IP addresses associated with the current network adapter. IPAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j � & � � � MSFT_CliProperty IPConnectionMetric The IPConnectionMetric indicates the cost of using the configured routes for this IP bound adapter and is the weighted value for those routes in the IP routing table. IPConnectionMetric F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty IPEnabled The IPEnabled property indicates whether TCP/IP is bound and enabled on this network adapt. IPEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + 8 � MSFT_CliProperty IPFilterSecurityEnabled The IPFilterSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. This property is used in conjunction with IPSecPermitTCPPorts, IPSecPermitUDPPorts, and IPSecPermitIPProtocols. IPFilterSecurityEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier I � ) � � � MSFT_CliProperty IPPortSecurityEnabled The IPPortSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. IPPortSecurityEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` � * � � � MSFT_CliProperty IPSecPermitIPProtocols The IPSecPermitIPProtocols property lists the protocols permitted to run over the IP. The list of protocols is defined using the EnableIPSec method. IPSecPermitIPProtocols � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e � ' � � � MSFT_CliProperty IPSecPermitTCPPorts The IPSecPermitTCPPorts property lists the ports that will be granted access permission for TCP. The list of protocols is defined using the EnableIPSec method. IPSecPermitTCPPorts � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � ' � � � MSFT_CliProperty IPSecPermitUDPPorts The IPSecPermitUDPPorts property lists the ports that will be granted User Datagram Protocol (UDP) access permission. The list of protocols is defined using the EnableIPSec method. IPSecPermitUDPPorts S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty IPSubnet The IPSubnet property contains a list of all the subnet masks associated with the current network adapter. IPSubnet � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & � � MSFT_CliProperty IPUseZeroBroadcast The IPUseZeroBroadcast property indicates whether IP zeros-broadcasts are used. If this parameter is set TRUE, then IP uses zeros-broadcasts (0.0.0.0), and the system uses ones-broadcasts (255.255.255.255). IPUseZeroBroadcast � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � � � � MSFT_CliProperty IPXAddress The IPXAddress property indicates the Internetworking Packet Exchange (IPX) address of the network adapter. The IPX address identifies a computer system on a network using the IPX protocol. IPXAddress q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 � � � � MSFT_CliProperty IPXEnabled The IPXEnabled property determines whether the or Internetwork Packet Exchange (IPX) protocol is bound and enabled for this adapter. IPXEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty IPXFrameType The IPXFrameType property represents an integer array of frame type identifiers. The values in this array correspond to the elements in the IPXNetworkNumber. IPXFrameType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k F � MSFT_CliQualifier ValueMap 5 8 ; > A 0 1 2 3 255 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � u � MSFT_CliQualifier Values 3 @ P ` o Ethernet II Ethernet 802.3 Ethernet 802.2 Ethernet SNAP AUTO E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � K � MSFT_CliProperty IPXMediaType The IPXMediaType property represents an Internetworking Packet Exchange (IPX) media type identifier. IPXMediaType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 8 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � S � MSFT_CliQualifier Values / 9 E K Ethernet Token ring FDDI ARCNET � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � $ � � � MSFT_CliProperty IPXNetworkNumber The IPXNetworkNumber property represents an array of characters that uniquely identifies a frame/network adapter combination on the computer system. IPXNetworkNumber � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e � ' � � � MSFT_CliProperty IPXVirtualNetNumber The IPXVirtualNetNumber property uniquely identifies the computer system on the network. It is represented in the form of an eight-character hexadecimal digit. IPXVirtualNetNumber t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � % � � � MSFT_CliProperty KeepAliveInterval The KeepAliveInterval property indicates the interval separating Keep Alive Retransmissions until a response is received. KeepAliveInterval � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier K � ! � � � MSFT_CliProperty KeepAliveTime The KeepAliveTime property indicates how often the TCP attempts to verify that an idle connection is still intact by sending a Keep Alive Packet. KeepAliveTime N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MACAddress The MACAddress property indicates the Media Access Control (MAC) address of the network adapter. MACAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MTU The MTU property overrides the default Maximum Transmission Unit (MTU) for a network interface. The MTU is the maximum packet size (including the transport header) that the transport will transmit over the underlying network. MTU � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % �
� MSFT_CliProperty NumForwardPackets The NumForwardPackets property indicates the number of IP packet headers allocated for the router packet queue. When all headers are in use, the router will begin to discard packets from the queue at random. NumForwardPackets � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ' $ � MSFT_CliProperty PMTUBHDetectEnabled The PMTUBHDetectEnabled property indicates whether detection of black hole routers occurs. Setting this parameter to TRUE causes TCP to try to detect black hole routers while discovering the path of the Maximum Transmission Unit. PMTUBHDetectEnabled m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � ( � � � MSFT_CliProperty PMTUDiscoveryEnabled The PMTUDiscoveryEnabled property indicates whether the Maximum Transmission Unit (MTU) path is discovered. PMTUDiscoveryEnabled ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � m z � MSFT_CliProperty ServiceName The ServiceName property indicates the service name of the network adapter. ServiceName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ W b � � MSFT_CliProperty SettingID The identifier by which the CIM_Setting object is known. SettingID j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 � ' � � � MSFT_CliProperty TcpipNetbiosOptions The TcpipNetbiosOptions property specifies a bitmap of the possible settings related to NetBIOS over TCP/IP. TcpipNetbiosOptions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � 0 � � � MSFT_CliProperty TcpMaxConnectRetransmissions The TcpMaxConnectRetransmissions property indicates the number of times TCP will attempt to retransmit a Connect Request before terminating the connection. TcpMaxConnectRetransmissions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � - � � � MSFT_CliProperty TcpMaxDataRetransmissions The TcpMaxDataRetransmissions property indicates the number of times TCP will retransmit an individual data segment (non-connect segment) before terminating the connection. TcpMaxDataRetransmissions m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � % � � � MSFT_CliProperty TcpNumConnections The TcpNumConnections property indicates the maximum number of connections that TCP can have open simultaneously. TcpNumConnections 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � . 9 U � MSFT_CliProperty TcpUseRFC1122UrgentPointer The TcpUseRFC1122UrgentPointer property indicates whether TCP uses the RFC 1122 specification or the mode used by Berkeley Software Design (BSD) derived systems, for urgent data. The two mechanisms interpret the urgent pointer differently and are not interoperable. TcpUseRFC1122UrgentPointer ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! Y h � MSFT_CliProperty TcpWindowSize The TcpWindowSize property contains the maximum TCP Receive Window size offered by the system. The Receive Window specifies the number of bytes a sender may transmit without receiving an acknowledgment. In general, larger receiving windows will improve performance over high delay and high bandwidth networks. TcpWindowSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + 4 � MSFT_CliProperty WINSEnableLMHostsLookup The WINSEnableLMHostsLookup property indicates whether local lookup files are used. Lookup files will contain a map of IP addresses to host names. If they exist on the local system, they will be found in %SystemRoot%\system32\drivers\etc. WINSEnableLMHostsLookup W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � MSFT_CliProperty WINSHostLookupFile The WINSHostLookupFile property contains a path to a WINS lookup file on the local system. This file will contain a map of IP addresses to host names. If the file specified in this property is found, it will be copied to the %SystemRoot%\system32\drivers\etc folder of the local system. Valid only if the WINSEnableLMHostsLookup property is TRUE. WINSHostLookupFile P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % | � � MSFT_CliProperty WINSPrimaryServer The WINSPrimaryServer property indicates the IP address for the primary WINS server. WINSPrimaryServer d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty WINSScopeID The WINSScopeID property provides a way to isolate a group of computer systems that communicate with each other only. WINSScopeID X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' � � � MSFT_CliProperty WINSSecondaryServer The WINSSecondaryServer property indicates the IP address for the secondary WINS server. WINSSecondaryServer � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF > � S � 6
u � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � � � � MSFT_CliProperty DHCPEnabled The DHCPEnabled property indicates whether the dynamic host configuration protocol (DHCP) server automatically assigns an IP address to the computer system when establishing a network connection. DHCPEnabled Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty IPAddress The IPAddress property contains a list of all of the IP addresses associated with the current network adapter. IPAddress k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 � $ � � � MSFT_CliProperty DefaultIPGateway The DefaultIPGateway property contains a list of IP addresses of the default gateways used by the computer system. DefaultIPGateway p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty DNSDomain The DNSDomain property indicates an organization name followed by a period and an extension that indicates the type of organization. DNSDomain ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � m z � MSFT_CliProperty ServiceName The ServiceName property indicates the service name of the network adapter. ServiceName ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index 6 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty C � MSFT_CliFormat DHCP 2 W � {
� ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � � � � MSFT_CliProperty DHCPEnabled The DHCPEnabled property indicates whether the dynamic host configuration protocol (DHCP) server automatically assigns an IP address to the computer system when establishing a network connection. DHCPEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � $ � � � MSFT_CliProperty DHCPLeaseExpires The DHCPLeaseExpires property indicates the expiration date and time for a leased IP address that was assigned to the computer by the dynamic host configuration protocol (DHCP) server. DHCPLeaseExpires � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � % � � � MSFT_CliProperty DHCPLeaseObtained The DHCPLeaseObtained property indicates the date and time the lease was obtained for the IP address assigned to the computer by the dynamic host configuration protocol (DHCP) server. DHCPLeaseObtained W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DHCPServer The DHCPServer property indicates the IP address of the dynamic host configuration protocol (DHCP) server. DHCPServer 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index I1 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V0 : � MSFT_CliFormat DNS = b � � J
s
� � � ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M � � � � MSFT_CliProperty DNSDomain The DNSDomain property indicates an organization name followed by a period and an extension that indicates the type of organization, such as microsoft.com. DNSDomain � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] � . � � � MSFT_CliProperty DNSDomainSuffixSearchOrder The DNSDomainSuffixSearchOrder property specifies the DNS domain suffixes to be appended to the end of host names during name resolution. DNSDomainSuffixSearchOrder � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / � � � MSFT_CliProperty DNSEnabledForWINSResolution The DNSEnabledForWINSResolution property indicates whether the Domain Name System (DNS) is enabled for name resolution over Windows Internet Naming Service (WINS) resolution. DNSEnabledForWINSResolution % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W d � MSFT_CliProperty DNSHostName The DNSHostName property indicates the host name used to identify the local computer for authentication by some utilities. Other TCP/IP-based utilities can use this value to acquire the name of the local computer. Host names are stored on DNS servers in a table that maps names to IP addresses for use by DNS. DNSHostName { 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier A � ( � � � MSFT_CliProperty DNSServerSearchOrder The DNSServerSearchOrder property indicates an ordered list of server IP addresses to be used in querying for DNS Servers. DNSServerSearchOrder � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 0 0 � MSFT_CliProperty DomainDNSRegistrationEnabled The DomainDNSRegistrationEnabled property specifies whether the IP addresses for this connection are registered in DNS under the domain name of this connection, in addition to registering under the computer's full DNS name. DomainDNSRegistrationEnabled 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � . 7 S � MSFT_CliProperty FullDNSRegistrationEnabled The FullDNSRegistrationEnabled property specifies whether the IP addresses for this connection are registered in DNS under the computer's full DNS name. The full DNS name of the computer is displayed on the Network Identification tab of the System Control Panel. FullDNSRegistrationEnabled 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE IP 7 \ � � � � ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty IPAddress The IPAddress property contains a list of all of the IP addresses associated with the current network adapter. IPAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j � & � � � MSFT_CliProperty IPConnectionMetric The IPConnectionMetric indicates the cost of using the configured routes for this IP bound adapter and is the weighted value for those routes in the IP routing table. IPConnectionMetric F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � MSFT_CliProperty IPEnabled The IPEnabled property indicates whether TCP/IP is bound and enabled on this network adapt. IPEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + 8 � MSFT_CliProperty IPFilterSecurityEnabled The IPFilterSecurityEnabled property indicates whether IP port security is enabled globally across all IP-bound network adapters. This property is used in conjunction with IPSecPermitTCPPorts, IPSecPermitUDPPorts, and IPSecPermitIPProtocols. IPFilterSecurityEnabled � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat WINS 6 [ � � �
>
� ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the adapter. Description 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o v � MSFT_CliProperty Index The Index property specifies the index number of the network adapter configuration. Index � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + 4 � MSFT_CliProperty WINSEnableLMHostsLookup The WINSEnableLMHostsLookup property indicates whether local lookup files are used. Lookup files will contain a map of IP addresses to host names. If they exist on the local system, they will be found in %SystemRoot%\system32\drivers\etc. WINSEnableLMHostsLookup W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � MSFT_CliProperty WINSHostLookupFile The WINSHostLookupFile property contains a path to a WINS lookup file on the local system. This file will contain a map of IP addresses to host names. If the file specified in this property is found, it will be copied to the %SystemRoot%\system32\drivers\etc folder of the local system. Valid only if the WINSEnableLMHostsLookup property is TRUE. WINSHostLookupFile P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % | � � MSFT_CliProperty WINSPrimaryServer The WINSPrimaryServer property indicates the IP address for the primary WINS server. WINSPrimaryServer d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty WINSScopeID The WINSScopeID property provides a way to isolate a group of computer systems that communicate with each other only. WINSScopeID X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' � � � MSFT_CliProperty WINSSecondaryServer The WINSSecondaryServer property indicates the IP address for the secondary WINS server. WINSSecondaryServer NICConfig Where Index=# Select * from Win32_NetworkAdapterConfiguration * �� A� h� �� S� � - >) VT _ �i �s �� �� � !� 4� S� � � � : �D DP C[ e n x ߂ �� j� *� d� �� �� X� � �� �� H � { � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � " / 9 C � MSFT_CliVerb ipconfig /FlushDns Flushes DNS FlushDns FlushDns # � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ( � � � � � MSFT_CliVerb RenewDHCPLease The RenewDHCPLease method renews the IP address on specific DHCP-enabled network adapters. The lease for the IP address assigned via a DHCP server has an expiration date that the client must renew if it intends to continue use of the assigned IP address. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. RenewDHCPLease RenewDHCPLease ) � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 . � ! � � � � MSFT_CliVerb RenewDHCPLeaseAll The RenewDHCPLeaseAll method renews the IP addresses on all DHCP-enabled network adapters. The lease for the IP address assigned via a DHCP server has an expiration date that the client must renew if it intends to continue use of the assigned IP address. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. RenewDHCPLeaseAll RenewDHCPLeaseAll � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ! 3 E � MSFT_CliVerb ReleaseDHCPLease The ReleaseDHCPLease method releases the IP address bound to a specific DHCP enabled network adapter. WARNING: If DHCP is enabled on this local computer system, the option disables TCP/IP on this specific network adapter. Unless you have an alternate path ReleaseDHCPLease ReleaseDHCPLease � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � # � % � MSFT_CliVerb ReleaseDHCPLeaseAll The ReleaseDHCPLeaseAll method releases the IP addresses bound to all DHCP enabled network adapters. WARNING: If DHCP is enabled on this local computer system, the option will terminate all DHCP TCP/IP connections. ReleaseDHCPLeaseAll ReleaseDHCPLeaseAll ; � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 @ *
� MSFT_CliVerb EnableStatic The EnableStatic method enables static TCP/IP addressing for the target network adapter. As a result, DHCP for this network adapter is disabled. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. EnableStatic 6 � Y � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The IPAddress parameter lists all of the static IP addresses for the current network adapter. /nExample: 155.34.22.0 IPAddress � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING p � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The SubnetMask parameter contains the subnet masks that complement the values in the IPAddress parameter./nExample: 255.255.0.0 SubnetMask � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING EnableStatic
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ^ k
� MSFT_CliVerb SetGateways The SetGateways method is used to specify a list of gateways for routing packets destined for a different subnet than the one this adapter is connected to. A more specific route should not exist for this subnet. The method returns an integer value of 0 on successful completion and any other number to indicate an error. SetGateways w + � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The DefaultIPGateway is an input parameter to the SetGateways method. It contains a list of IP addresses to gateways where network packets should be routed. DefaultIPGateway � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING % 3 = P o � � MSFT_CliParam The GatewayCostMetric parameter assigns an value ranging from 1 to 9999, used to calculate fastest and most reliable routes. The values of this parameter correspondence with the values in the DefaultIPGateway[] parameter. The default value for a gateway is 1. This parameter is for Windows 2000 only. GatewayCostMetric X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF UINT16 SetGateways + � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ) � � � � � MSFT_CliVerb EnableDNS The EnableDNS method enables the Domain Name System (DNS) for service on this TCP/IP-bound network adapter. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. EnableDNS . � ? � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING k 3 � � � MSFT_CliParam The DNSDomain parameter specifies the DNS's domain. This parameter is represented by an organization name followed by a period, then an extension that indicates the type of organization./n Example: microsoft.com DNSDomain � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The DNSDomainSuffixSearchOrder parameter specifies the DNS domain suffixes that is appended to the host names during name resolution. When attempting to resolve a fully qualified domain name (FQDN) from a host only name, the system appends the local domain name. If this is not successful, the system uses the domain suffix list to create additional FQDNs in the order listed, and queries DNS servers for each one. DNSDomainSuffixSearchOrder � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING K � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 } � � � � MSFT_CliParam The DNSHostName parameter specifies the name of the DNS host to be enabled by this method./nExample: corpdns DNSHostName � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING H � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 w � � � � MSFT_CliParam The DNSServerSearchOrder parameter specifies the list of server IP addresses to query for DNS servers. DNSServerSearchOrder � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING EnableDNS �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � x � � � � MSFT_CliVerb SetDNSDomain The SetDNSDomain method allows for the setting of the DNS domain. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. This is an instance dependent method call that applies on a per adapter basis. On Windows 2000 the setting applies to the targeted adapter. On NT4 this setting is global. SetDNSDomain � # � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING w 3 � � � MSFT_CliParam The DNSDomain parameter indicates the domain the DNSis associated with and is represented by an organization name followed by a period and an extension that indicates the type of organization./nExample: microsoft.com. DNSDomain � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING SetDNSDomain �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ' � � a z � MSFT_CliVerb SetDNSServerSearchOrder The SetDNSServerSearchOrder method allows for the setting of the server search order as a array of elements. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. This is an instance dependent method call that applies on a per adapter basis. On Windows 2000 the setting applies to the targeted adapter. On NT4 this setting is global. SetDNSServerSearchOrder � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The DNSServerSearchOrder parameter indicates the list of server IP addresses to query for DNS Servers./nExample:130.215.24.1 157.54.164.1 DNSServerSearchOrder � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING SetDNSServerSearchOrder #
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ( ' c | . G � MSFT_CliVerb SetDNSSuffixSearchOrder The SetDNSSuffixSearchOrder method allows for the setting of the suffix search order as a array of elements. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. This is an instance independent method call that applies across all adapters. Windows NT only. SetDNSSuffixSearchOrder � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The DNSServerSearchOrder parameter indicates the list of server IP addresses suffixes to query for DNS Servers./nExample:130.215.24.1 157.54.164.1 DNSDomainSuffixSearchOrder � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING SetDNSSuffixSearchOrder � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ) | � � MSFT_CliVerb SetDynamicDNSRegistration The SetDynamicDNSRegistration method is used to indicate dynamic DNS registration of IP addresses for this IP bound adapter. The method returns 0 on success, and any other number to indicate an error.Windows 2000 only. SetDynamicDNSRegistration , � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 6 U ^ � MSFT_CliParam The DomainDNSRegistrationEnabled parameter specifies whether the IP addresses for this connection are registered in DNS under the domain name of this connection, in addition to registering under the computer's full DNS name. The domain name of this connection is either set via the method SetDNSDomain() or assigned by DHCP. The registered name is the host name of the computer with the domain name appended. This parameter has meaning only when FullDNSRegistrationEnabled is enabled. Default: FALSE. Windows 2000 only. DomainDNSRegistrationEnabled > � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING
3 + G f o � MSFT_CliParam The FullDNSRegistrationEnabled parameter specifies whether the IP addresses for this connection are registered in DNS under the computer's full DNS name. The full DNS name of the computer is displayed on the Network Identification tab of the System Control Panel. Windows 2000 only. FullDNSRegistrationEnabled O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetDynamicDNSRegistration �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 % � ~ � � MSFT_CliVerb SetIPConnectionMetric The SetIPConnectionMetric method is used to set the routing metric associated with this IP bound adapter. The method returns 0 on success, and any other number to indicate an error.Windows 2000 only. SetIPConnectionMetric l � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The IPConnectionMetric parameter assigns an value ranging from 1 to 9999, and indicates the cost of using the configured routes for this IP bound adapter and is the weighted value for those routes in the IP routing table. If there are multiple routes to a destination in the IP routing table, the route with the lowest metric is used. The default value is 1. Windows 2000 only. IPConnectionMetric � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetIPConnectionMetric 7 � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 < V e � � � MSFT_CliVerb SetWINSServer The SetWINSServer method sets the primary and secondary Windows Internet Naming Service (WINS) servers on this TCP/IP-bound network adapter. This method is applied independently of the network adapter. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetWINSServer q � ! � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING u 3 e x � � � MSFT_CliParam The WINSPrimaryServer parameter specifies the IP address of the primary WINS server. WINSPrimaryServer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING + � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 i ~ � � � MSFT_CliParam The WINSSecondaryServer parameter specifies the IP address of the secondary WINS server. WINSSecondaryServer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING SetWINSServer .' � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 3% l x � MSFT_CliVerb EnableWINS The EnableWINS method enables Windows Internet Naming Service (WINS) settings specific to TCP/IP, but independent of the network adapter. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. EnableWINS 3 � �
� � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The DNSEnabledForWINSResolution parameter specifies whether the Domain Name System (DNS) is enabled for name resolution over WINS resolution. DNSEnabledForWINSResolution � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The WINSEnableLMHostsLookup parameter specifies whether local lookup files are used. Lookup files will contain mappings of IP addresses to host names. WINSEnableLMHostsLookup � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING L 3 � � � MSFT_CliParam The WINSEnableLMHostsLookup parameter specifies the lookup files containing mappings of IP addresses to host names. If available, the files will be found in %SystemRoot%\system32\drivers\etc. WINSHostLookupFile � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING = 3 � � � � MSFT_CliParam The WINSScopeID parameter specifies the Scope ID value that will be appended to the end of the computer's NetBIOS name. Systems using the same Scope ID can communicate with this computer. WINSScopeID � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING EnableWINS � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � > � MSFT_CliVerb SetTcpipNetbios The SetTcpipNetbios method is used to set the default operation of NetBIOS over TCP/IP. Windows 2000 only. SetTcpipNetbios � P � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ~ � b j � MSFT_CliParam The TcpipNetbiosOptions parameter specifies a bitmap of the possible settings related to NetBIOS over TCP/IP. TcpipNetbiosOptions � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier Values + A P EnableNetbiosViaDhcp EnableNetbios DisableNetbios UINT32 SetTcpipNetbios [EnableNetbiosViaDhcp|EnableNetbios|DisableNetbios] � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 : G � MSFT_CliVerb EnableIPSec The EnableIPSec method is used to enable IP security on this specific TCP/IP-enabled network adapter. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. Ports are secured only when the IPFilterSecurityEnabled property is TRUE. EnableIPSec W � v � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 . M ^ � MSFT_CliParam The IPSecPermitIPProtocols parameter specifies the list of protocols permitted to run over the IP. A numeric value of zero indicates access permission is granted for all protocols. An empty string indicates that no protocols should be granted access permission. IPSecPermitIPProtocols 6 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 0 O ` � MSFT_CliParam The IPSecPermitTCPPorts parameter specifies the list of ports that should be granted access permission for TCP. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports should be granted access permission. IPSecPermitTCPPorts 8 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 0 O ` � MSFT_CliParam The IPSecPermitUDPPorts parameter specifies the list of ports that should be granted access permission for UDP. A numeric value of zero indicates access permission is granted for all ports. An empty string indicates that no ports should be granted access permission. IPSecPermitUDPPorts 8 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING EnableIPSec � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � � � MSFT_CliVerb DisableIPSec The DisableIPSec method is used to disable IP security on this TCP/IP-enabled network adapter. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. DisableIPSec DisableIPSec � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � �
2 &
� MSFT_CliVerb EnableDHCP EnableDHCP EnableDHCP > � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING 0 X � MSFT_CliQualifier ValueMap ' � � � � � � � � � � � � � � � � � � # ' + / 3 7 ; ? C G K O T 0 1 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 100 .. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING 6 & � MSFT_CliQualifier Values ' � � 5 F [ � � � � U j } � � � � � > Z x � � � � � 1 @ O _ � � � Successful completion, no reboot required Successful completion, reboot required Method not supported on this platform Unknown failure Invalid subnet mask An error occurred while processing an Instance that was returned Invalid input parameter More than 5 gateways specified Invalid IP address Invalid gateway IP address An error occurred while accessing the Registry for the requested information Invalid domain name Invalid host name No primary/secondary WINS server defined Invalid file Invalid system path File copy failed Invalid security parameter Unable to configure TCP/IP service Unable to configure DHCP service Unable to renew DHCP lease Unable to release DHCP lease IP not enabled on adapter IPX not enabled on adapter Frame/network number bounds error Invalid frame type Invalid network number Duplicate network number Parameter out of bounds Access denied Out of memory Already exists Path, file or object not found Unable to notify service Unable to notify DNS service Interface not configurable Not all DHCP leases could be released/renewed DHCP not enabled on adapter Other The EnableDHCP method enables the Dynamic Host Configuration Protocol (DHCP) for service with this network adapter. DHCP allows IP addresses to be dynamic allocated. The method returns an integer value that can be interpretted as follows: /n0 - Successful
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 * . c � MSFT_CliVerb SetIPXVirtualNetworkNumber The SetIPXVirtualNetworkNumber method is used to set the Internetworking Packet Exchange (IPX) virtual network number on the target computer system. Windows 2000 and Windows NT 3.51 or greater uses an internal network number for internal routing. The internal network number is also known as a virtual network number. It uniquely identifies the computer system on the network. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetIPXVirtualNetworkNumber 6 ) � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING } 3 h } � � � MSFT_CliParam The IPXVirtualNetNumber parameter specifies the virtual network number for this system. IPXVirtualNetNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING SetIPXVirtualNetworkNumber E" � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 J + � � Y v � MSFT_CliVerb SetIPXFrameTypeNetworkPairs The SetIPXFrameTypeNetworkPairs method is used to set Internetworking Packet Exchange (IPX) network number/frame pairs for this network adapter. Windows 2000 and Windows NT 3.51 and higher use an IPX network number for routing purposes. It is assigned to each configured frame type/network adapter combination on your computer system. This number is sometimes referred to as the "external network number." It must be unique for each network segment. If the frame type is set to AUTO, the network number should to zero. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetIPXFrameTypeNetworkPairs � �
� � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING = 3 � � � � � MSFT_CliParam The IPXFrameType parameter specifies an integer array of frame type identifiers. The values in this array correspond to the elements in the IPXNetworkNumber parameter. IPXFrameType � �
� @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k F � MSFT_CliQualifier ValueMap 5 8 ; > A 0 1 2 3 255 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � u � MSFT_CliQualifier Values 3 @ P ` o Ethernet II Ethernet 802.3 Ethernet 802.2 Ethernet SNAP AUTO ARRAY OF UINT32 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 $ 6 U f � MSFT_CliParam The IPXNetworkNumber parameter specifies an array of characters that uniquely identify an adapter on the computer system. The NetWare Link (NWLink) IPX/SPX-compatible transport in Windows 2000 and Windows NT 3.51 or higher, uses two different types of network numbers. This number is sometimes referred to as the External Network Number. It must be unique for each network segment. The values in this string list must have a corresponding value in the IPXFrameType parameter identifying the packet frame type used for this network. IPXNetworkNumber > � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING SetIPXFrameTypeNetworkPairs }
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � _ p � � � MSFT_CliVerb SetDatabasePath The SetDatabasePath method sets the path to the standard Internet database files (HOSTS, LMHOSTS, NETWORKS, PROTOCOLS). It is used by the Windows Sockets interface. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. Default: %SystemRoot%\system32\drivers\etc. SetDatabasePath x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING l 3 � � � MSFT_CliParam The DatabasePath parameter specifies a valid Windows 2000 and Windows NT 3.51 or higher file path to standard Internet database files (HOSTS, LMHOSTS, NETWORKS, PROTOCOLS) used by the Windows Sockets interface. DatabasePath � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING SetDatabasePath � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � % 5 & � MSFT_CliVerb SetIPUseZeroBroadcast The SetIPUseZeroBroadcast method is used to set IP zero broadcast usage. If this parameter is set to TRUE, then IP will use zeros-broadcasts (0.0.0.0) instead of ones-broadcasts (255.255.255.255). Most systems use ones-broadcasts, but systems derived from BSD implementations use zeros-broadcasts. Systems that use different broadcasts will not interoperate on the same network. Default: FALSE. The method returns an integer value of 0 on successful completion and any other number to indicate an error. SetIPUseZeroBroadcast = � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING " 3 � � � � � MSFT_CliParam The IPUseZeroBroadcast parameter specifies the value indicating whether IP zero broadcast is used. Setting the parameter to TRUE indicates that IP zero broadcast is used. IPUseZeroBroadcast � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetIPUseZeroBroadcast �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ' � r � � MSFT_CliVerb SetArpAlwaysSourceRoute The SetArpAlwaysSourceRoute method is used to set the transmission of ARP queries by the TCP/IP. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetArpAlwaysSourceRoute V � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ~ � � � � MSFT_CliParam The ArpAlwaysSourceRoute parameter specifies a value that indicates if TCP/IP transmits ARP queries. Setting this parameter to TRUE will force TCP/IP to transmit ARP queries with source routing enabled on Token Ring networks. By default, the stack transmits ARP queries without source routing first, then retries with source routing enabled if no reply is received. ArpAlwaysSourceRoute � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetArpAlwaysSourceRoute � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � " j ~ � � � MSFT_CliVerb SetArpUseEtherSNAP The SetArpUseEtherSNAP method is used to enable ethernet packets to use 802.3 SNAP encoding. By default, the stack transmits packets in Digital, Intel, Xerox(DIX) Ethernet format. It will always receive both formats. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetArpUseEtherSNAP � K � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 { � � � � MSFT_CliParam The ArpUseEtherSNAP parameter enables (TRUE)TCP/IP to transmit Ethernet packets using 802.3 SNAP encoding. ArpUseEtherSNAP � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetArpUseEtherSNAP � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32
� � � � � MSFT_CliVerb SetDefaultTOS The SetDefaultTOS method is used to set the default Type of Service (TOS) value in the header of outgoing IP packets. The method returns 0 on success, and any other number to indicate an error. SetDefaultTOS � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The DefaultTOS parameter specifies the Type of Service (TOS) value put in the header of outgoing IP packets. See RFC 791 for a definition of the values. DefaultTOS � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 SetDefaultTOS � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � � � � MSFT_CliVerb SetDefaultTTL The SetDefaultTTL method is used to set the default Time to Live (TTL) value in the header of outgoing IP packets. The TTL specifies the number of routers an IP packet may pass through to reach its destination before being discarded. Each router decrements the TTL count of a packet by one and discards the packets with a TTL of 0. Default: 32, Valid Range: 1 - 255 SetDefaultTTL � 8 � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 t � � � � MSFT_CliParam The DefaultTTL parameter specifies the Time to Live value set in the header of outgoing IP packets. DefaultTTL � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 SetDefaultTTL �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � � � � MSFT_CliVerb SetDeadGWDetect The SetDeadGWDetect method is used to enable Dead Gateway detection. Setting this parameter to TRUE causes TCP to perform Dead Gateway Detection. With this feature enabled, TCP asks IP to change to a backup gateway if it retransmits a segment several times without receiving a response. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetDeadGWDetect � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The DeadGWDetectEnabled parameter specifies a value that can enable the TCP to perform dead gateway detection. If TRUE, the method will enable dead gateway detection. DeadGWDetectEnabled � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetDeadGWDetect � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� 6 G � MSFT_CliVerb SetPMTUBHDetect The SetPMTUBHDetect method is used to enable detection of Black Hole routers. Setting this parameter to TRUE causes TCP to try to detect Black Hole routers while doing Path MTU Discovery. A Black Hole router does not return the Internet Control Message Protocol (ICMP) Destination Unreachable messages when it needs to fragment an IP datagram with the Don't Fragment bit set. TCP depends on receiving these messages to perform Path MTU Discovery. With this feature enabled, TCP will try to send segments without the Don't Fragment bit set if several retransmissions of a segment go unacknowledged. If the segment is acknowledged as a result, the maximum segment size (MSS) will be decreased and the Don't Fragment bit will be set in future packets on the connection. Enabling black hole detection increases the maximum number of retransmissions performed for a given segment. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetPMTUBHDetect � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING s 3 � � � MSFT_CliParam The PMTUBHDetectEnabled parameter specifies whether the detection of "Black Hole" routers is enabled. If TRUE, the method makes TCP attempt to discover "Black Hole" and route packets in different network paths. PMTUBHDetectEnabled � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetPMTUBHDetect �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � M _ � MSFT_CliVerb SetPMTUDiscovery The SetPMTUDiscovery method is used to enable Maximum Transmission Unit (MTU) discovery. Setting this parameter to TRUE causes TCP to attempt to discover the MTU (or largest packet size) over the path to a remote host. By discovering the Path MTU and limiting TCP segments to this size, TCP can eliminate fragmentation at routers along the path that connect networks with different MTUs. Fragmentation adversely affects TCP throughput and network congestion. Setting this parameter to FALSE causes an MTU of 576 bytes to be used for all connections that are not to machines on the local subnet. Default: TRUE. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetPMTUDiscovery > � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � ' 0 � MSFT_CliParam The PMTUDiscoveryEnabled parameter can enable TCP to attempt to discover the Maximum Transmission Unit (MTU) or largest packet size over the path to a remote host. If TRUE, the method makes TCP to attempt to discover the MTU. PMTUDiscoveryEnabled � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetPMTUDiscovery � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
& � � O g � MSFT_CliVerb SetForwardBufferMemory The SetForwardBufferMemory method is used to specify how much memory IP allocates to store packet data in the router packet queue. When this buffer space is filled, the router begins discarding packets at random from its queue. Packet queue data buffers are 256 bytes in length, so the value of this parameter should be a multiple of 256. Multiple buffers are chained together for larger packets. The IP header for a packet is stored separately. This parameter is ignored and no buffers are allocated if the IP router is not enabled. The buffer size can range from the network MTU to the a value smaller than 0xFFFFFFFF. Default: 74240 (fifty 1480-byte packets, rounded to a multiple of 256). SetForwardBufferMemory � O � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 { � � � � MSFT_CliParam The ForwardBufferMemory parameter specifies the size of the router packet queue used to store packet data. ForwardBufferMemory � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetForwardBufferMemory 6 � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ; & 4 � � � MSFT_CliVerb SetIGMPLevel The SetIGMPLevel method is used to set the extent to which the system supports IP multicasting and participates in the Internet Group Management Protocol. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetIGMPLevel < I � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 { � @ G � MSFT_CliParam The IGMPLevel parameter sets the level that the system supports IP multicast and participates in the Internet Group Management Protocol. At level 0, the system provides no multicast support. At level 1, the system may only send IP multicast packets. At level 2, the system may send IP multicast packets and fully participate in IGMP to receive multicast packets. IGMPLevel � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values + 9 G No Multicast IP Multicast IP & IGMP multicast UINT8 SetIGMPLevel h � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 m $ - � � � MSFT_CliVerb SetKeepAliveInterval The SetKeepAliveInterval method is used to set the interval separating Keep Alive Retransmissions until a response is received. Once a response is received, the delay until the next Keep Alive Transmission is again controlled by the value of KeepAliveTime. The connection will be terminated after the number of retransmissions specified by TcpMaxDataRetransmissions have gone unanswered. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetKeepAliveInterval 5 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The KeepAliveInterval parameter specifies the value for the interval separating Keep Alive Retransmissions until a response is received. KeepAliveInterval � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetKeepAliveInterval �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
x � � MSFT_CliVerb SetKeepAliveTime The SetKeepAliveTime method is used to set how often TCP attempts to verify that an idle connection is still available by sending a Keep Alive packet. If the remote system is still reachable and functioning, it will acknowledge the Keep Alive transmission. Keep Alive packets are not sent by default. This feature may be enabled in a connection by an application. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetKeepAliveTime _ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The KeepAliveTime parameter specifies the interval the TCP waits to check that an idle connection is still available. KeepAliveTime � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetKeepAliveTime � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
q y � � � MSFT_CliVerb SetMTU The SetMTU method is used to set the default Maximum Transmission Unit (MTU) for a network interface. The MTU is the maximum packet size (in bytes) that the transport will transmit over the underlying network. The size includes the transport header. Note that an IP datagram may span multiple packets. Values larger than the default for the underlying network will result in the transport using the network default MTU. Values smaller than 68 will result in the transport using an MTU of 68. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetMTU � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING _ 3 � �
� MSFT_CliParam The MTU input parameter specifies the default Maximum Transmission Unit (MTU) for a network interface The range of this value spans the minimum packet size (68) to the MTU supported by the underlying network. MTU � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetMTU �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � $ � *
@
� MSFT_CliVerb SetNumForwardPackets The SetNumForwardPackets method is used to set the number of IP packet headers allocated for the router packet queue. When all headers are in use, the router will begin to discard packets from the queue at random. SetNumForwardPackets
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING a 3 � �
� MSFT_CliParam The NumForwardPackets parameter specifies the number of IP packet headers allocated for the router packet queue. This should be at least as large as the value of the ForwardBufferMemory property divided by the maximum IP data size of the networks connected to the router. It should be no larger than the ForwardBufferMemory value divided by 256, since at least 256 bytes of forward buffer memory are required by each packet. The optimal number of forward packets for a given ForwardBufferMemory size depends on the type of traffic carried on the network, and will be somewhere between these two values. If the router is disabled, this parameter is ignored and no headers are allocated. Valid Range: 1 - 0xFFFFFFFE. NumForwardPackets � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetNumForwardPackets � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � / ' � � MSFT_CliVerb SetTcpMaxConnectRetransmissions The SetTcpMaxConnectRetransmissions method is used to set the number of attempts TCP will retransmit a Connect Request before aborting. The initial retransmission timeout is 3 seconds and doubles for each attempt. SetTcpMaxConnectRetransmissions / � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The TcpMaxConnectRetransmissions parameter specifies the number of attempts TCP will retransmit a connect request before aborting. Valid Range: 0 - 0xFFFFFFFF. TcpMaxConnectRetransmissions � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetTcpMaxConnectRetransmissions � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � , > - K � MSFT_CliVerb SetTcpMaxDataRetransmissions The SetTcpMaxDataRetransmissions method is used to set the number of times TCP will retransmit an individual data segment before aborting the connection. The retransmission timeout doubles with each successive retransmission on a connection. SetTcpMaxDataRetransmissions F � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 7 3 � � � � MSFT_CliParam The TcpMaxDataRetransmissions parameter specifies the number of times TCP will retransmit an individual data segment before aborting the connection. Valid Range: 0 - 0xFFFFFFFF. TcpMaxDataRetransmissions � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetTcpMaxDataRetransmissions ~ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � $ � � R h � MSFT_CliVerb SetTcpNumConnections The SetTcpNumConnections method is used to set the maximum number of connections that TCP may have open simultaneously. SetTcpNumConnections � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The TcpNumConnections parameter specifies the maximum number of connections that TCP may have open simultaneously. Valid Range: 0 - 0xFFFFFE. TcpNumConnections � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetTcpNumConnections 1 � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 6
- / N j � � MSFT_CliVerb SetTcpUseRFC1122UrgentPointer The SetTcpUseRFC1122UrgentPointer method is used to specify whether TCP uses the RFC 1122 specification for urgent data, or the mode used by Berkeley Software Design (BSD) derived systems. The two mechanisms interpret the urgent pointer in the TCP header and the length of the urgent data differently. They are not interoperable. Windows 2000 and Windows NT version 3.51 or higher defaults to BSD mode. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetTcpUseRFC1122UrgentPointer V � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING d 3 � � � MSFT_CliParam The TcpUseRFC1122UrgentPointer parameter specifies whether TCP uses the RFC 1122 specification or the mode used by BSD-derived systems, for urgent data. If TRUE, urgent data is sent in RFC 1122 mode. TcpUseRFC1122UrgentPointer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN SetTcpUseRFC1122UrgentPointer b � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 g * < � � � MSFT_CliVerb SetTcpWindowSize The SetTcpWindowSize method is used to set the maximum TCP Receive Window size offered by the system. The Receive Window specifies the number of bytes a sender can transmit without receiving an acknowledgment. In general, larger receive windows improve performance over high delay and high bandwidth networks. For efficiency, the receive window should be an even multiple of the TCP Maximum Segment Size (MSS). The method returns an integer value of 0 on successful completion, and any other number to indicate an error. SetTcpWindowSize D e � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The TcpWindowSize parameter specifies the maximum TCP receive window size offered by the system. Valid Range: 0 - 65535. TcpWindowSize � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT16 SetTcpWindowSize P � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 U
! � � � � MSFT_CliVerb EnableIPFilterSec The EnableIPFilterSec method is used to enable IP security globally across all IP-bound network adapters. With security enabled, the operational security characteristics for any single network adapter can be controlled using the network adapter specific EnableIPSec method. The EnableIPFilterSec method returns an integer value of 0 on successful completion, a 1 when a reboot is required, and any other value to indicate an error. EnableIPFilterSec � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING U 3 R k � � � MSFT_CliParam The IPFilterSecurityEnabled parameter specifies whether IP security is enabled globally across all IP-bound network adapters. If the input parameter IPFilterSecurityEnabled is TRUE, security is enabled. If the input parameter IPFilterSecurityEnabled is FALSE, all port and protocol traffic are allowed to flow unfiltered. IPFilterSecurityEnabled s � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN EnableIPFilterSec ˎ F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 a`�%߬�-`�%߬�;� � + � ɍ Ӎ � � � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . The Win32_NTDomain class represents a NT Domain. A domain is a single security boundary of a Windows NT computer network. Active Directory is made up of one or more domains. On a standalone workstation, the domain is the computer itself. A domain can span more than one physical location. Every domain has its own security policies and security relationships with other domains. When multiple domains are connected by trust relationships and share a common schema, configuration, and global catalog, you have a domain tree. Multiple domain trees can be connected together into a forest. All the domains in a forest also share a common schema, configuration, and global catalog. � �$ *J (u yx ܀ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty & � � MSFT_CliFormat INSTANCE " w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty DomainName The DomainName property indicates the name of the domain. The DNS-style name (for example, microsoft.com.) will be returned if available. DomainName s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ R � MSFT_CliFormat STATUS $ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty DomainName The DomainName property indicates the name of the domain. The DNS-style name (for example, microsoft.com.) will be returned if available. DomainName �* �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty * �& � MSFT_CliFormat TABLE BRIEF F x T � - �
� y � . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " ] m � MSFT_CliProperty ClientSiteName The ClientSiteName property indicates the name of the site where the domain controller is configured to be in. This value may be NULL if the site that the computer named by ComputerName cannot be found (for example, if the DS administrator has not associated the subnet that the computer is in with a valid site). ClientSiteName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty DcSiteName The DcSiteName property indicates the name of the site where the domain controller is located. This value may be NULL if the domain controller is not in a site (for example, the domain controller is a Windows NT 4.0 domain controller). DcSiteName 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier a � ! � � � MSFT_CliProperty DnsForestName The DnsForestName property indicates the name of the domain at the root of the DS tree. The DNS-style name (for example, microsoft.com.) will be returned if available. DnsForestName f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � + � � � MSFT_CliProperty DomainControllerAddress The DomainControllerAddress property indicates the address of the discovered domain controller. DomainControllerAddress c 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ) � ( � � � MSFT_CliProperty DomainControllerName The DomainControllerName property indicates the computer name of the discovered domain controller. DomainControllerName w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty DomainName The DomainName property indicates the name of the domain. The DNS-style name (for example, microsoft.com.) will be returned if available. DomainName p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Roles An array (bag) of strings that specify the roles this System plays in the IT-environment. Subclasses of System may override this property to define explicit Roles values. Alternately, a Working Group may describe the heuristics, conventions and guidelines for specifying Roles. For example, for an instance of a networking system, the Roles property might contain the string, 'Switch' or 'Bridge'. Roles � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm M �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty Z � � MSFT_CliFormat LIST FULL $ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty DomainGuid DomainGuid _ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty l N � MSFT_CliFormat GUID " � w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty DomainName The DomainName property indicates the name of the domain. The DNS-style name (for example, microsoft.com.) will be returned if available. DomainName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty DomainGuid DomainGuid � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � l � MSFT_CliFormat WRITEABLE # E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� � � MSFT_CliProperty Roles An array (bag) of strings that specify the roles this System plays in the IT-environment. Subclasses of System may override this property to define explicit Roles values. Alternately, a Working Group may describe the heuristics, conventions and guidelines for specifying Roles. For example, for an instance of a networking system, the Roles property might contain the string, 'Switch' or 'Bridge'. Roles � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True NTDOMAIN WHERE DomainName='#' Select * from Win32_NTDomain ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � " / 9 C � MSFT_CliVerb ipconfig /FlushDns Flushes DNS FlushDns FlushDns # � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ( � � � � � MSFT_CliVerb RenewDHCPLease The RenewDHCPLease method renews the IP address on specific DHCP-enabled network adapters. The lease for the IP address assigned via a DHCP server has an expiration date that the client must renew if it intends to continue use of the assigned IP address. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. RenewDHCPLease RenewDHCPLease ) � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 . � ! � � � � MSFT_CliVerb RenewDHCPLeaseAll The RenewDHCPLeaseAll method renews the IP addresses on all DHCP-enabled network adapters. The lease for the IP address assigned via a DHCP server has an expiration date that the client must renew if it intends to continue use of the assigned IP address. The method returns an integer value of 0 on successful completion, and any other number to indicate an error. RenewDHCPLeaseAll RenewDHCPLeaseAll � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ! 3 E � MSFT_CliVerb ReleaseDHCPLease The ReleaseDHCPLease method releases the IP address bound to a specific DHCP enabled network adapter. WARNING: If DHCP is enabled on this local computer system, the option disables TCP/IP on this specific network adapter. Unless you have an alternate path ReleaseDHCPLease ReleaseDHCPLease � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � # � % � MSFT_CliVerb ReleaseDHCPLeaseAll The ReleaseDHCPLeaseAll method releases the IP addresses bound to all DHCP enabled network adapters. WARNING: If DHCP �~ F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 b`�%߬�-`�%߬�U~ � + l �} �} ~ !~ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . This class is used to translate instances from the NT Eventlog. � � F! = K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF : � m � / � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier c � # � � � MSFT_CliProperty EventIdentifier Identifies the event. This is specific to the source that generated the event log entry, and is used, together with SourceName, to uniquely identify an NT event type. EventIdentifier � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T M X � MSFT_CliProperty EventType The Type property specifies the type of event. TypeEvent d � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C P h error warning information security audit success security audit failure 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P Y � MSFT_CliProperty Message The event message as it appears in the NT Eventlog. Message � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f � � � � MSFT_CliProperty RecordNumber Identifies the event within the NT Eventlog logfile. This is specific to the logfile and is used together with the logfile name to uniquely identify an instance of this class. RecordNumber } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C � � � � MSFT_CliProperty SourceName The variable-length null-terminated string specifying the name of the source (application, service, driver, subsystem) that generated the entry. SourceName . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! ^ m � MSFT_CliProperty TimeGenerated Specifies the time at which the source generated the event. TimeGenerated �@ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �? �* � MSFT_CliFormat LIST FULL ` � � � A �
{
L � A � � (" �( 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Category Specifies a subcategory for this event. This subcategory is source specific. Category F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " u � � MSFT_CliProperty CategoryString Specifies the translation of the subcategory. The translation is source specific. CategoryString � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � > L � MSFT_CliProperty ComputerName Specifies the computer name. ComputerName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � ) / � MSFT_CliProperty Data The event data. Data � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � � � � MSFT_CliProperty EventCode This property has the value of the lower 16-bits of the EventIdentifier property. It is present to match the value displayed in the NT Event Viewer. EventCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # ; L � MSFT_CliProperty EventIdentifier Identifies the event. EventIdentifier � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T M X � MSFT_CliProperty EventType The Type property specifies the type of event. TypeEvent d � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C P h error warning information security audit success security audit failure ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ h z � MSFT_CliProperty InsertionStrings The insertion strings that accompanied the report of the NT event. InsertionStrings � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � = F � MSFT_CliProperty Logfile The name of NT Eventlog logfile. LogFile 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P Y � MSFT_CliProperty Message The event message as it appears in the NT Eventlog. Message % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � V d � MSFT_CliProperty RecordNumber Identifies the event within the NT Eventlog logfile. RecordNumber } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C � � � � MSFT_CliProperty SourceName The variable-length null-terminated string specifying the name of the source (application, service, driver, subsystem) that generated the entry. SourceName . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! ^ m � MSFT_CliProperty TimeGenerated Specifies the time at which the source generated the event. TimeGenerated 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b o � MSFT_CliProperty TimeWritten Specifies the time at which the event was written to the logfile. TimeWritten � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier W S Y
� MSFT_CliProperty Type Specifies the type of event. This is an enumerated string Type e � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k E � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 4 8 16 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � n � MSFT_CliQualifier Values 3 : C P _ error warning information audit success audit failure 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � U _ � MSFT_CliProperty User The user name of the logged on user when the event ocurred. UserName NTEvent WHERE EventType=# Select * from Win32_NTLogEvent k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING u 3 e � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 c`�%߬�-`�%߬�S + J % < ` � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . NT eventlog file management. f f% .5 �P �S �� �" �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty " � � MSFT_CliFormat STATUS ( � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty LogfileName LogfileName 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � m s � MSFT_CliProperty Name The Name property serves as a key of a logical file instance within a file system. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat table BRIEF 2 ` J * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ i � MSFT_CliProperty FileSize The FileSize property represents the size of the file (in bytes). FileSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty LogfileName LogfileName 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � m s � MSFT_CliProperty Name The Name property serves as a key of a logical file instance within a file system. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty NumberOfRecords NumberOfRecords s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS P �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ] � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty LogfileName LogfileName Ε �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ۔ gM � MSFT_CliFormat list FULL � 6 u � � ` � Z � � - [ � ! �# �% %( �) , �- g0 2 �3 �9 �; 3> �? �F I (K � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ � � � � MSFT_CliProperty AccessMask The AccessMask property is a bit array representing the access rights to the given file or directory held by the user or group on whose behalf the instance is returned. AccessMask ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � MSFT_CliProperty Archive The Archive property is a boolean value indicating that the file should be archived. Archive 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w ~ � MSFT_CliProperty Drive The Drive property is a string representing the drive letter (including colon) of the file. Drive j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � ) � � � MSFT_CliProperty EightDotThreeFileName The EightDotThreeFileName property is a string representing the DOS-compatible file name for this file. EightDotThreeFileName ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Encrypted The Encrypted property is a boolean value indicating that the file is encrypted. Encrypted p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � $ � � � MSFT_CliProperty EncryptionMethod The EncryptionMethod property is a free form string indicating the algorithm or tool used to encrypt the logical file. EncryptionMethod C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w � � MSFT_CliProperty Extension The Extension property is a string representing the file's extension (without the dot). Extension F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � MSFT_CliProperty FileName The FileName property is a string representing the filename (without extension) of the file. FileName * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ i � MSFT_CliProperty FileSize The FileSize property represents the size of the file (in bytes). FileSize W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty FileType The FileType property is a string descriptor representing the file type (indicated by the Extension property). FileType * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a i � MSFT_CliProperty FSName The FSName property is string indicating the name of the file system. FSName - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Hidden The Hidden property is a boolean value indicating if the file is hidden. Hidden � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty InUseCount The InUseCount property is an integer indicating the number of 'file opens' that are currently active against the file. InUseCount N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastAccessed The LastAccessed property is a datetime value indicating the time the file was last accessed. LastAccessed N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty LastModified The LastModified property is a datetime value indicating the time the file was last modified. LastModified � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty LogfileName LogfileName - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ l � MSFT_CliProperty Manufacturer Manufacturer string from version resource if one is present. Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty MaxFileSize MaxFileSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property is a string representing the inherited name that serves as a key of a logical file instance within a file system. Full path names should be provided. Example: c:\winnt\system\win.ini Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty NumberOfRecords NumberOfRecords � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty OverwriteOutDated OverwriteOutDated � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x # 4 x � MSFT_CliProperty OverWritePolicy OverWritePolicy @ ] � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap - 0 8 0 1..365 4294967295 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i H � MSFT_CliQualifier Values + 7 A WhenNeeded OutDated Never k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 � � � � MSFT_CliProperty Path The Path property is a string representing the path of the file. This includes leading and trailing backslashes. Example: \windows\system\ Path 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j t � MSFT_CliProperty Readable The Readable property is a boolean value indicating if the file can be read. Readable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Sources Sources � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k s � MSFT_CliProperty System The system property is a boolean value indicating if the file is a system file. System 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � T ] � MSFT_CliProperty Version Version string from version resource if one is present. Version ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o z � MSFT_CliProperty Writeable The Writeable property is a boolean value indicating if the file can be written. Writeable J' �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty W& � MSFT_CliFormat WRITEABLE ' � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ^ � MSFT_CliProperty MaxFileSize The MaxFileSize property indicates the maximum size (in bytes) permitted for the log file. If the file exceeds its maximum size, its contents are moved to another file and the primary file is emptied. A value of zero indicates no size limit. MaxFileSize 0 L e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
% . A � � MSFT_CliProperty OverwriteOutDated Number of days after which an event can be overwritten. Values are:/n0 = Any entry can be overwritten when necessary.1..365 = Events that have been in the log file for one year (365 days) or less can be overwritten.4294967295 = Nothing can be ever be overwritten. /nThere is an interdependence between the OverWriteOutDated property (which is writable) value and the OverWritePolicy property (which is not writable) value./nIf one changes the OverWriteOutDated property value to 0, the OverWritePolicy property value will be 'henNeeded' /nIf one changes the OverWriteOutDated property value to 1-365, the OverWritePolicy property value will be 'outDated' /nIf one changes the OverWriteOutDated property value to 4294967295, the OverWritePolicy property value will be 'Never'. OverwriteOutDated Y u � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 6 � MSFT_CliQualifier Range " 0-365 | 4294967295 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier Units " Days � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True NTEventLog WHERE LogfileName='#' Select * from Win32_NTEventlogFile l � T � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 Y . � � � MSFT_CliVerb ClearEventlog ClearEventlog 6 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ? G � MSFT_CliParam ArchiveFileName ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING ClearEventlog W � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 \ 0 � � � MSFT_CliVerb BackupEventlog BackupEventlog 8 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ? G � MSFT_CliParam ArchiveFileName ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING BackupEventlog value that can enable the TCP to perform dead gateway detection. If TRUE, the method will enable dead gateway detection. DeadGWDetectEnabled � � @ P ��������w � MSFT_CliQualifier Name �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 d`�%߬�-`�%߬�e� � + | �� � � 1� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of common adapter devices built into the motherboard (system board). � E& �� 7� �� �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" E � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Description The Description property describes the on-board device and is filled by the manufacturer of the device. Description �u �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �t �> � MSFT_CliFormat LIST FULL h � �
� � � � , S � �! .$ �& N) - �0 7 3; V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Description The Description property describes the on-board device and is filled by the manufacturer of the device. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g s � � MSFT_CliProperty DeviceType The DeviceType property indicates the type of device being represented. DeviceType � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier ValueMap = @ C F I L O 1 2 3 4 5 6 7 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; B K R c m y Other Unknown Video SCSI Controller Ethernet Token Ring Sound > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t } � MSFT_CliProperty Enabled The Enabled property indicates whether or not the on-board device is available for use. Enabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } � � � � MSFT_CliProperty HotSwappable A physical component can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). HotSwappable D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier G � ( � � � MSFT_CliProperty OtherIdentifyingInfo OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. OtherIdentifyingInfo 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PartNumber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � � � MSFT_CliProperty Removable A physical component is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. Removable p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty Replaceable A physical component is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. Replaceable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h v � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physical element. SerialNumber ~ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v j o � � MSFT_CliProperty Tag The Tag property uniquely identifies the on-board device connected to the system. Tag w � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProperty Version A string indicating the version of the physical element. Version f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 : �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty G W � MSFT_CliFormat TABLE BRIEF 2 � � �
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g s � � MSFT_CliProperty DeviceType The DeviceType property indicates the type of device being represented. DeviceType � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier ValueMap = @ C F I L O 1 2 3 4 5 6 7 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; B K R c m y Other Unknown Video SCSI Controller Ethernet Token Ring Sound � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t } � MSFT_CliProperty Enabled The Enabled property indicates whether or not the on-board device is available for use. Enabled V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Description The Description property describes the on-board device and is filled by the manufacturer of the device. Description s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH OnBoardDevice Select * from Win32_OnBoardDevice w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty DomainName The DomainName property indicates the name of the domain. The DNS-style name (for example, microsoft.com.) will be returned if available. DomainName 2� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 e`�%߬�-`�%߬��� + V ]� a� c� �� n�� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Installed Operating System/s management. v & �6 �� _ �, %0 �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" 3 � MSFT_CliFormat TABLE STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� } � � MSFT_CliProperty Name The inherited Name property serves as key of an operating system instance within a computer system. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � N
� MSFT_CliFormat TABLE FREE 1 w B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & m � � MSFT_CliProperty FreePhysicalMemory Number of kilobytes of physical memory currently unused and available FreePhysicalMemory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier W � * � � � MSFT_CliProperty FreeSpaceInPagingFiles The total number of kilobytes that can be mapped into the operating system's paging files without causing any other pages to be swapped out. FreeSpaceInPagingFiles � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % " 5 � MSFT_CliProperty FreeVirtualMemory Number of kilobytes of virtual memory currently unused and available. For example, this may be calculated by adding the amount of free RAM to the amount of free paging space (i.e., adding the properties, FreePhysicalMemory and FreeSpaceInPagingFiles). FreeVirtualMemory D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� } � � MSFT_CliProperty Name The inherited Name property serves as key of an operating system instance within a computer system. Name �� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� � � MSFT_CliFormat list FULL 3 � e } O � � � 2 2 � f# �' �/ 2 �4 �7 7: n< �> �A ]D fG �J :M �O �Q AT �V 2Y �[ Ld Xj �l do �q �x 4� �� � 4� V� D� � ^� ˣ /� d� i� G� |� u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; � � � � MSFT_CliProperty BootDevice The BootDevice property indicates the name of the disk drive from which the Win32 operating system boots. /nExample: \\Device\Harddisk0. BootDevice � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � � � MSFT_CliProperty BuildNumber The BuildNumber property indicates the build number of the operating system. It can be used for more precise versioning information than product release version numbers/nExample: 1381 BuildNumber i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � � � � MSFT_CliProperty BuildType The BuildType property indicates the type of build used for the operating system. Examples are retail build and checked build. BuildType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � ! � MSFT_CliProperty CodeSet The CodeSet property indicates the code page value used by the operating system. A code page contains a character table used by the operating system to translate strings for different languages. The American National Standards Institute (ANSI) lists values that represent defined code pages. If the operating system does not use an ANSI code page, this member will be set to 0. The CodeSet string can use up to six characters to define the code page value./nExample: 1255. CodeSet � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i & � MSFT_CliQualifier MaxLen # 6 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i v � MSFT_CliProperty CountryCode The CountryCode property indicates the code for the country/regionused by the operating system. Values are based on international phone dialing prefixes (also referred to as IBM country/region codes). The CountryCode string can use up to six characters to define the country/region code value./nExample: 1 for the United States) CountryCode c 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ) � � � � MSFT_CliProperty CSDVersion The CSDVersion property contains a null-terminated string, that indicates the latest Service Pack installed on the computer system. If no Service Pack is installed, the string is NULL. For computer systems running Windows 95, this property contains a null-terminated string that provides arbitrary additional information about the operating system./nExample: Service Pack 3. CSDVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty CSName CSName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier V � # � � � MSFT_CliProperty CurrentTimeZone CurrentTimeZone indicates the number of minutes the operating system is offset from Greenwich Mean Time. Either the number is positive, negative or zero. CurrentTimeZone � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 4 ; � MSFT_CliProperty Debug The Debug property indicates whether the operating system is a checked (debug) build. Checked builds provide error checking, argument verification, and system debugging code. Additional code in a checked binary generates a kernel debugger error message and breaks into the debugger. This helps immediately determine the cause and location of the error. Performance suffers in the checked build due to the additional code that is executed./nValues: TRUE or FALSE, A value of TRUE indicates the debugging version of User.exe is installed. Debug � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier l � � � � MSFT_CliProperty Description The Description property provides a description of the Windows operating system. Some user interfaces (those that allow editing of this description) limit its length to 48 characters. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L � � � � MSFT_CliProperty Distributed Boolean indicating whether the operating system is distributed across several computer system nodes. If so, these nodes should be grouped as a cluster. Distributed + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # � � � MSFT_CliProperty EncryptionLevel The EncryptionLevel property specifies if the encryption level for secure transactions is 40-bit, 128-bit, or n-bit encryption. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i C � MSFT_CliQualifier Values + 3 < 40-bit 128-bit n-bit EncryptionLevel < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � � � � MSFT_CliProperty ForegroundApplicationBoost The ForegroundApplicationBoost property indicates the increase in priority given to the foreground application. On computer systems running Windows NT 4.0 and Windows 2000, application boost is implemented by giving an application more execution time slices (quantum lengths). A ForegroundApplicationBoost value of 0 indicates the system boosts the quantum length by 6; if 1, then 12; and if 2 then 18. On Windows NT 3.51 and earlier, application boost is implemented by increasing the scheduling priority. For these systems, the scheduling priority is increased by the value of this property. The default value is 2. ForegroundApplicationBoost � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i C � MSFT_CliQualifier Values + 1 : None Minimum Maximum B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & m � � MSFT_CliProperty FreePhysicalMemory Number of kilobytes of physical memory currently unused and available FreePhysicalMemory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier W � * � � � MSFT_CliProperty FreeSpaceInPagingFiles The total number of kilobytes that can be mapped into the operating system's paging files without causing any other pages to be swapped out. FreeSpaceInPagingFiles � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % " 5 � MSFT_CliProperty FreeVirtualMemory Number of kilobytes of virtual memory currently unused and available. For example, this may be calculated by adding the amount of free RAM to the amount of free paging space (i.e., adding the properties, FreePhysicalMemory and FreeSpaceInPagingFiles). FreeVirtualMemory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " R b � MSFT_CliProperty LastBootUpTime Time when the operating system was last booted LastBootUpTime / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! _ n � MSFT_CliProperty LocalDateTime Operating system's notion of the local date and time of day. LocalDateTime 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k s � MSFT_CliProperty Locale The Locale property indicates the language identifier used by the operating system. A language identifier is a standard international numeric abbreviation for a country or region. Each language has a unique language identifier (LANGID), a 16-bit value that consists of a primary language identifier and a secondary language identifier. Locale � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � � � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the operating system manufacturer. For Win32 systems this value will be Microsoft Corporation. Manufacturer 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( . D � MSFT_CliProperty MaxNumberOfProcesses Maximum number of process contexts the operating system can support. If there is no fixed maximum, the value should be 0. On systems that have a fixed maximum, this object can help diagnose failures that occur when the maximum is reached. If unknown, enter -1. MaxNumberOfProcesses � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N � ( � � � MSFT_CliProperty MaxProcessMemorySize Maximum number of kilobytes of memory that can be allocated to a process. For operating systems with no virtual memory, this value is typically equal to the total amount of physical memory minus memory used by the BIOS and OS. For some operating systems, this value may be infinity - in which case, 0 should be entered. In other cases, this value could be a constant - for example, 2G or 4G. MaxProcessMemorySize D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� } � � MSFT_CliProperty Name The inherited Name property serves as key of an operating system instance within a computer system. Name a 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ' � ) � � � MSFT_CliProperty NumberOfLicensedUsers Number of user licenses for the operating system. If unlimited, enter 0. If unknown, enter -1. NumberOfLicensedUsers J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % v � � MSFT_CliProperty NumberOfProcesses Number of process contexts currently loaded or running on the operating system. NumberOfProcesses P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty NumberOfUsers Number of user sessions for which the operating system is currently storing state information NumberOfUsers w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty Organization The Organization property indicates the the registered user's (of the operating system) company name./nExample: Microsoft Corporation. Organization r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty OSLanguage The OSLanguage property indicates which language version of the operating system is installed./nExample: 0x0807 (German, Switzerland) OSLanguage d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � " � � � MSFT_CliProperty OSProductSuite The OSProductSuite property identifies installed and licensed system product additions to the operating system. OSProductSuite � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t N V � � MSFT_CliProperty OSType A integer indicating the type of operating system. OSType ^ G � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values : ' - 4 B K Q V [ b h p w ~ � � � � � � � � � � � � � �
( 0 7 = D L ^ g p x � � � � � � � � � � � � � Unknown Other MACOS ATTUNIX DGUX DECNT Digital Unix OpenVMS HPUX AIX MVS OS400 OS/2 JavaVM MSDOS WIN3x WIN95 WIN98 WINNT WINCE NCR3000 NetWare OSF DC/OS Reliant UNIX SCO UnixWare SCO OpenServer Sequent IRIX Solaris SunOS U6000 ASERIES TandemNSK TandemNT BS2000 LINUX Lynx XENIX VM/ESA Interactive UNIX BSDUNIX FreeBSD NetBSD GNU Hurd OS9 MACH Kernel Inferno QNX EPOC IxWorks VxWorks MiNT BeOS HP MPE NextStep PalmPilot Rhapsody 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � � � MSFT_CliProperty OtherTypeDescription A string describing the manufacturer and operating system type - used when the operating system property, OSType, is set to 1 ("Other"). The format of the string inserted in OtherTypeDescription should be similar in format to the Values strings defined for OSType. OtherTypeDescription should be set to NULL when OSType is any value other than 1. OtherTypeDescription � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier J � ! � � � MSFT_CliProperty PlusProductID The PlusProductID property contains the product identification number for the Windows Plus! operating system enhancement software (if installed). PlusProductID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � % � � � MSFT_CliProperty PlusVersionNumber The PlusVersionNumber property contains the version number of the Windows Plus! operating system enhancement software (if installed). PlusVersionNumber � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R � � � � MSFT_CliProperty Primary The Primary property determines whether this is the primary operating system./nValues: TRUE or FALSE. A value of TRUE indicates this is the primary operating system. Primary � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty QuantumLength The QuantumLength property defines the number of clock ticks per quantum. A quantum is a unit of execution time that the scheduler is allowed to give to an application before switching to other applications. When a thread runs one quantum, the kernel preempts it and moves it to the end of a queue for applications with equal priorities. The actual length of a thread's quantum varies across different Windows platforms. For Windows NT/Windows 2000 only. QuantumLength � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i I � MSFT_CliQualifier Values + 4 > Unknown One tick Two ticks v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � � � � MSFT_CliProperty QuantumType The QuantumType property specifies either fixed or variable length quantums. Windows NT 4.0 Workstation/Windows 2000 defaults to variable length quantums where the foreground application has a longer quantum than the background applications. Windows NT Server defaults to fixed-length quantums. A quantum is a unit of execution time that the scheduler is allowed to give to an application before switching to another application. When a thread runs one quantum, the kernel preempts it and moves it to the end of a queue for applications with equal priorities. The actual length of a thread's quantum varies across different Windows platforms. For Windows NT/Windows 2000 only. QuantumType � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i E � MSFT_CliQualifier Values + 4 ; Unknown Fixed Variable f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � " � � � MSFT_CliProperty RegisteredUser The RegisteredUser property indicates the name of the registered user of the operating system./nExample: Jane Doe RegisteredUser p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � � � � MSFT_CliProperty SerialNumber The SerialNumber property indicatesthe operating system product serial identification number./nExample:10497-OEM-0031416-71674. SerialNumber 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D ] � MSFT_CliProperty ServicePackMajorVersion The ServicePackMajorVersion property indicates the major version number of the service pack installed on the computer system. If no service pack has been installed, the value is zero. ServicePackMajorVersion is valid for computers running Windows 2000 and later (NULL otherwise). ServicePackMajorVersion 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D ] � MSFT_CliProperty ServicePackMinorVersion The ServicePackMinorVersion property indicates the minor version number of the service pack installed on the computer system. If no service pack has been installed, the value is zero. ServicePackMinorVersion is valid for computers running Windows 2000 and later (NULL otherwise). ServicePackMinorVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + ) � MSFT_CliProperty SizeStoredInPagingFiles The total number of kilobytes that can be stored in the operating system's paging files. Note that this number does not represent the actual physical size of the paging file on disk. 0 indicates that there are no paging files. SizeStoredInPagingFiles � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty SystemDevice The SystemDevice property indicates the physical disk partition the operating system is installed on. SystemDevice i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � # � � � MSFT_CliProperty SystemDirectory The SystemDirectory property indicates the system directory of the operating system./nExample: C:\WINDOWS\SYSTEM32 SystemDirectory ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & �� � � MSFT_CliProperty SystemDrive The SystemDrive property contains the letter of the disk drive that the operating system resides on./nExample: C: SystemDrive 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & \ p � MSFT_CliProperty TotalSwapSpaceSize Total swap space in kilobytes. This value may be NULL (unspecified) if swap space is not distinguished from page files. However, some operating systems distinguish these concepts. For example, in UNIX, whole processes can be 'swapped out' when the free page list falls and remains below a specified amount. TotalSwapSpaceSize 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � * ( @ � MSFT_CliProperty TotalVirtualMemorySize Number of kilobytes of virtual memory. For example, this may be calculated by adding the amount of total RAM to the amount of paging space (i.e., adding the amount of memory in/aggregated by the computer system to the property, SizeStoredInPagingFiles. TotalVirtualMemorySize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � * � MSFT_CliProperty TotalVisibleMemorySize The total amount of physical memory available to the operating system. This value does not necessarily indicate the true amount of physical memory, but what is reported to the operating system as available to it TotalVisibleMemorySize 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g p � MSFT_CliProperty Version The Version property indicates the version number of the operating system. Version d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � $ � � � MSFT_CliProperty WindowsDirectory The WindowsDirectory property indicates the Windows directory of the operating system./nExample: C:\WINDOWS WindowsDirectory � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � A � MSFT_CliFormat TABLE BRIEF : � " c � i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � # � � � MSFT_CliProperty SystemDirectory The SystemDirectory property indicates the system directory of the operating system./nExample: C:\WINDOWS\SYSTEM32 SystemDirectory w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty Organization The Organization property indicates the the registered user's (of the operating system) company name./nExample: Microsoft Corporation. Organization = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o | � MSFT_CliProperty BuildNumber The BuildNumber property indicates the build number of the operating system. BuildNumber S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty RegisteredUser The RegisteredUser property indicates the name of the registered user of the operating system. RegisteredUser N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty SerialNumber The SerialNumber property indicatesthe operating system product serial identification number. SerialNumber 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g p � MSFT_CliProperty Version The Version property indicates the version number of the operating system. Version s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � MSFT_CliProperty __PATH 4� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty A� +I � MSFT_CliFormat WRITEABLE 3 7 � �) �6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
# � � L � MSFT_CliProperty CurrentTimeZone CurrentTimeZone indicates the number of minutes the operating system is offset from Greenwich Mean Time. Either the number is positive, negative or zero. CurrentTimeZone � � 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ sint16 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h + � MSFT_CliQualifier Units " Minutes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True ~
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � � � � MSFT_CliProperty Description The Description property provides a description of the Windows operating system. Some user interfaces (those that allow editing of this description) limit its length to 48 characters. Description � < Y r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # < � MSFT_CliQualifier MappingStrings / 7 string WMI � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 2 � MSFT_CliQualifier Override % Description � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � � � MSFT_CliProperty ForegroundApplicationBoost The ForegroundApplicationBoost property indicates the increase in priority given to the foreground application. On computer systems running Windows NT 4.0 and Windows 2000, application boost is implemented by giving an application more execution time slices (quantum lengths). A ForegroundApplicationBoost value of 0 indicates the system boosts the quantum length by 6; if 1, then 12; and if 2 then 18. On Windows NT 3.51 and earlier, application boost is implemented by increasing the scheduling priority. For these systems, the scheduling priority is increased by the value of this property. The default value is 2. ForegroundApplicationBoost � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j + � MSFT_CliQualifier CIMTYPE $ uint8 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 6 uint8 Win32Registry|SYSTEM\CurrentControlSet\Control\PriorityControl|Win32PrioritySeparation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i M � MSFT_CliQualifier Values / 5 ; D True None Minimum Maximum � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � � MSFT_CliProperty QuantumLength The QuantumLength property defines the number of clock ticks per quantum. A quantum is a unit of execution time that the scheduler is allowed to give to an application before switching to other applications. When a thread runs one quantum, the kernel preempts it and moves it to the end of a queue for applications with equal priorities. The actual length of a thread's quantum varies across different Windows platforms. For Windows NT/Windows 2000 only. QuantumLength , � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j + � MSFT_CliQualifier CIMTYPE $ uint8 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 6 uint8 Win32Registry|SYSTEM\CurrentControlSet\Control\PriorityControl|Win32PrioritySeparation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � S � MSFT_CliQualifier Values / 5 > H True Unknown One tick Two ticks � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k x e � MSFT_CliProperty QuantumType The QuantumType property specifies either fixed or variable length quantums. Windows NT 4.0 Workstation/Windows 2000 defaults to variable length quantums where the foreground application has a longer quantum than the background applications. Windows NT Server defaults to fixed-length quantums. A quantum is a unit of execution time that the scheduler is allowed to give to an application before switching to another application. When a thread runs one quantum, the kernel preempts it and moves it to the end of a queue for applications with equal priorities. The actual length of a thread's quantum varies across different Windows platforms. For Windows NT/Windows 2000 only./nThe property can take the following values: /n0 = Unkown - Quantum Type not known./n1 = Fixed - Quantum length is fixed./n2 = Variable - Quantum length is variable. QuantumType � � � K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j + � MSFT_CliQualifier CIMTYPE $ uint8 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � O � MSFT_CliQualifier Values / 5 > E True Unknown Fixed Variable � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True OS Select * from Win32_OperatingSystem �� � �� A� N � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 S � � � � � MSFT_CliVerb Reboot The Reboot method shuts down the computer system, then restarts it. On computers running Windows NT/2000, the calling process must have the SE_SHUTDOWN_NAME privilege. Reboot Reboot � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � 7 A K � MSFT_CliVerb Shutdown The Shutdown method unloads programs and DLLs to the point where it is safe to turn off the computer. All file buffers are flushed to disk, and all running processes are stopped. On computer systems running Windows NT/2000, the calling process must have the SE_SHUTDOWN_NAME privilege. Shutdown Shutdown � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � a p � MSFT_CliVerb Win32Shutdown The Win32Shutdown method provides the full set of shutdown options supported by Win32 operating systems. Win32Shutdown � o � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The Flags parameter contains a set of flags to shut the computer down. The setting this parameter to 0 is the command to logoff. Flags � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True SINT32 H � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 } � � � � MSFT_CliParam The Reserved parameter provides a way to extend Win32Shutdown. Presently, the Reserved parameter is ignored. Reserved � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True SINT32 Win32Shutdown )# � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 .! � � F @ M � MSFT_CliVerb SetDateTime The SetDateTime method sets the current system time on the computer. On computer systems running Windows NT/2000, the calling process must have the SE_SYSTEMTIME_NAME privilege./nThe method returns an integer value that can be interpretted as follows: /n0 - Successful completion./nOther - For integer values other than those listed above, refer to Win32 error code documentation. SetDateTime � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING �
3 ` o � � � MSFT_CliParam The LocalDateTime parameter is the time to set. This property may not be NULL. LocalDateTime � � X o � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j . � MSFT_CliQualifier CIMTYPE $ DateTime � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING y � MSFT_CliQualifier Description ( The LocalDateTime parameter is the time to set. This property may not be NULL. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True DATETIME ^ � � % g � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � + � MSFT_CliQualifier Description ( The SetDateTime method sets the current system time on the computer. On computer systems running Windows NT/2000, the calling process must have the SE_SYSTEMTIME_NAME privilege./nThe method returns an integer value that can be interpretted as follows: /n0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING m > � MSFT_CliQualifier Privileges ' SeSystemTimePrivilege � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 0 � MSFT_CliQualifier ValueMap ) , 0 .. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 7 � MSFT_CliQualifier Values ' 0 Success Other SetDateTime U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ? G � MSFT_CliParam ArchiveFileName ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING BackupEventlog value that can enable the TCP to perform dead gateway detection. If TRUE, the method will enable dead gateway detection. DeadGWDetectEnabled � � @ P ��������w � MSFT_CliQualifier Name { F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 f`�%߬�-`�%߬��z � + V ,z 6z 8z [z � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Virtual memory file swapping management. n �% {1 �L AP z# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" \ � MSFT_CliFormat table STATUS / �
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Name The Name property indicates the name of the page file. Name N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty CurrentUsage The CurrentUsage property indicates the amount of disk space currently used by the page file. CurrentUsage � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �
= � MSFT_CliFormat TABLE BRIEF . � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Name The Name property indicates the name of the page file. Name & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z e � MSFT_CliProperty PeakUsage The PeakUsage property indicates the highest use page file. PeakUsage s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �) �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �( � � MSFT_CliFormat LIST FULL @ � ; � �
� k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 � % � � � MSFT_CliProperty AllocatedBaseSize The AllocatedBaseSize property indicates the actual amount of disk space allocated for use with this page file. AllocatedBaseSize N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty CurrentUsage The CurrentUsage property indicates the amount of disk space currently used by the page file. CurrentUsage 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Name The Name property indicates the name of the page file. Name & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z e � MSFT_CliProperty PeakUsage The PeakUsage property indicates the highest use page file. PeakUsage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Z �� � � MSFT_CliProperty TempPageFile The TempPageFile property specifies whether a temporary page file has been created, usually because there is no permanent page file on the current computer system. TempPageFile � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service PageFile Select * from Win32_PageFileUsage
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description �q F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 g`�%߬�-`�%߬�dq � + L �p q q 0q � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Page file settings management. d � *! .9 <I s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty
: � MSFT_CliFormat LIST FULL 4 � V � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � 8 E � MSFT_CliProperty Description A textual description. Description 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f s � MSFT_CliProperty InitialSize The InitialSize property indicates the initial size of the page file. InitialSize 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f s � MSFT_CliProperty MaximumSize The MaximumSize property indicates the maximum size of the page file. MaximumSize % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ d � MSFT_CliProperty Name The Name property indicates the path and file name of the page file. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } K V y � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat TABLE BRIEF . f � 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f s � MSFT_CliProperty MaximumSize The MaximumSize property indicates the maximum size of the page file. MaximumSize % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ d � MSFT_CliProperty Name The Name property indicates the path and file name of the page file. Name 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 �' �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �& �$ � MSFT_CliFormat WRITEABLE + � q � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e t � � � MSFT_CliProperty InitialSize The InitialSize property indicates the initial size of the page file./nExample: 139 InitialSize � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING & # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h - � MSFT_CliQualifier Units " Megabytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e t � � � MSFT_CliProperty MaximumSize The MaximumSize property indicates the maximum size of the page file./nExample: 178 MaximumSize � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING & # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|System\CurrentControlSet\Control\Session Manager\Memory Management|PagingFiles � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h - � MSFT_CliQualifier Units " Megabytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x ~ � MSFT_CliProperty Name The Name property indicates the path and file name of the page file./nExample: C:\PAGEFILE.SYS Name � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier key True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 5 True WMI � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True PageFileSet Select * from Win32_PageFileSetting C9E19AA735345C392697BF03.522.1.61884 IL_CA599D6A29EF58E9CC298260942301AFE42CF6FFCEB9502DACD0BAA50DED4DEE.530.1.21465 IL_993D150D0C9C8AECC30617FB0FF207B447C72B60CB9837CA152ECAA0421F80ED.533.1.143317 IL_75757880EAB8961D1A3C186FDB42A3E5F36F1FCF20B2679D12A2FFFCA63470FF.551.1.33689 IL_95836D7E2E497A1F78FB3DE04D6CC7B1E86FB113E1FC2C16F2960FB52159CE1E.556.1.28406 IL_9A1B596721539D9615A6900B0F6364E9823374D126BDDBDF36FABAC428F02B9B.560.1.66330 IL_E3D6956C9AC5D82845A5B017A22EF25487755E3C3A9322BE0116D0C7010A0C20.569.1.55789 IL_F693673C4CEEE255A0773D7A8C79A487F5442508823CBC6EC11DEA6527F363E6.576.1.17537 IL_F65757B9154C5EBDDAE70D4285BD74985CCB42751F841E9E56AE020776DD15BB.579.1.61471 I_37ECB0FC067D850AC282384258FD54C71F901EB4FE0DA87DE18B8C19E1262A36.587.1.74409 IL_37ECB0FC067D850AC282384258FD54C71F901EB4FE0DA87DE18B8C19E1262A36.587.1.74409 IL_EFEB887E59EC8D83C39D53CCF57EF6AD0D608FCDC88B6F50F3452B5EEBD4BF9F.597.1.47802 IL_B8A661C1D622FBC77353C6283693E0067AFF965D515809B24B4E9FF26EFC7D7E.603.1.105338 I_0255C72DE857C2548B152EEC30DB6E16802B631CB06DED8AAADBC49C9509FDEB.616.1.272838 IL_0255C72DE857C2548B152EEC30DB6E16802B631CB06DED8AAADBC49C9509FDEB.616.1.272838 IL_84F7DA8FDA90FAE6187111C2192FDA36DDBDE6FDE609673EA728B3013AF37B7B.650.1.36555 IL_E00A8EF4F74D23B882355F3A0D21293BA28C6F1C8A1BC8F9B30030B2F4330712.655.1.32485 I_0BE16089DDC1582CDB25043DB42CD7AE12C51808071C234ECBB1734648B1CD8B.659.1.73443 IL_0BE16089DDC1582CDB25043DB42CD7AE12C51808071C234ECBB1734648B1CD8B.659.1.73443 IL_E14960055650ADAC2C06C29022467C3EF58831F50C9AFF42B1D1C7B072FAC7F1.668.1.53493 IL_662CB144681343CD914A84B6324D30356940F0E892AC14E72E79452BFD8511B8.675.1.129842 `� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 h`�%߬�-`�%߬��� � + ` _� j� y� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of partitioned areas of a physical disk. x j3 �G uc =g �0 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �/ Q � MSFT_CliFormat table STATUS 3 Y * " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z a � MSFT_CliProperty Index The Index property indicates the index number of the partition. Index � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat TABLE BRIEF : � � � � Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty NumberOfBlocks Total number of consecutive blocks, each block the size of the value contained in the BlockSize property, which form this storage extent. Total size of the storage extent can be calculated by multiplying the value of the BlockSize property by the value of this property. If the value of BlockSize is 1, this property is the total size of the storage extent. NumberOfBlocks H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! x � � MSFT_CliProperty BootPartition The BootPartition property determines whether the partition is the active partition. BootPartition # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty PrimaryPartition PrimaryPartition ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a g � MSFT_CliProperty Size The Size property indicates the total size (in bytes) of the partition. Size " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z a � MSFT_CliProperty Index The Index property indicates the index number of the partition. Index s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � # � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � H � MSFT_CliFormat INSTANCE " " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z a � MSFT_CliProperty Index The Index property indicates the index number of the partition. Index w �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty +v �p � MSFT_CliFormat list FULL � X �
� � @& �( �* .- u/ �1 �4 7 M9 s; > A@ hB �E �G OM �O lQ �S �V �X [ �a k � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � Y � MSFT_CliProperty Access The Access property describes whether the media is readable (value=1), writable (value=2), or both (value=3). "Unknown" (0) can also be defined. Access � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � b � MSFT_CliQualifier Values / 8 B L Unknown Readable Writable Read/Write Supported J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M [ = � MSFT_CliProperty Availability The availability and status of the device. Availability g � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning ' 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � [ f � MSFT_CliProperty BlockSize Size in bytes of the blocks which form this storage extent. BlockSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty Bootable Bootable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ! � � � MSFT_CliProperty BootPartition The BootPartition property determines whether the partition is the active partition. The operating system uses the active partition when booting from a hard disk. BootPartition # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string that uniquely identifies the disk drive and partition from the rest of the system DeviceID C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w � � MSFT_CliProperty DiskIndex The DiskIndex property indicates the index number of the disk containing this partition. DiskIndex ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � $ � � � MSFT_CliProperty ErrorMethodology ErrorMethodology is a free-form string describing the type of error detection and correction supported by this storage extent. ErrorMethodology F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! v � � MSFT_CliProperty HiddenSectors The HiddenSectors property indicates the number of hidden sectors in the partition. HiddenSectors " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z a � MSFT_CliProperty Index The Index property indicates the index number of the partition. Index � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty NumberOfBlocks Total number of consecutive blocks, each block the size of the value contained in the BlockSize property, which form this storage extent. Total size of the storage extent can be calculated by multiplying the value of the BlockSize property by the value of this property. If the value of BlockSize is 1, this property is the total size of the storage extent. NumberOfBlocks - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / z � � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � , � � � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty PrimaryPartition PrimaryPartition 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � T ] � MSFT_CliProperty Purpose A free form string describing the media and/or its use. Purpose 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ 2 D � MSFT_CliProperty RewritePartition The RewritePartition property specifies whether the partition information has changed. When you change a partition (with IOCTL_DISK_SET_DRIVE_LAYOUT), the system uses this property member to determine which partitions have changed and need their information rewritten. RewritePartition ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a g � MSFT_CliProperty Size The Size property indicates the total size (in bytes) of the partition. Size K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " z � � MSFT_CliProperty StartingOffset The StartingOffset property indicates the starting offset (in bytes) of the partition. StartingOffset � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � P V � � MSFT_CliProperty Type The Type property indicates the type of the partition. Type ^ r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � P � MSFT_CliQualifier Values [ c o } � � � � � � � � 1 G Unused 12-bit FAT Xenix Type 1 Xenix Type 2 16-bit FAT Extended Partition MS-DOS V4 Huge Installable File System PowerPC Reference Platform UNIX NTFS Win95 w/Extended Int 13 Extended w/Extended Int 13 Logical Disk Manager Unknown Partition WHERE Index=# Select * from Win32_DiskPartition ? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name �l F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 i`�%߬�-`�%߬�4l � + A �k �k �k l � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . I/O port management. Y s �( D TG �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty # � MSFT_CliFormat STATUS 0 i � �
K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' u � � MSFT_CliProperty NetConnectionStatus The Status property is a string indicating the current status of the object. NetConnectionStatus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # v � � MSFT_CliProperty StartingAddress The StartingAddress property contains the starting address of memory mapped I/O. StartingAddress ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! o ~ � MSFT_CliProperty EndingAddress The EndingAddress property contains the ending address of memory mapped I/O. EndingAddress �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty $
= � MSFT_CliFormat TABLE BRIEF . � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L Q Z } � MSFT_CliProperty Caption The Caption property is a short textual description. Caption b � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Alias The Alias property indicates whether this instance represents the base port address or one of the ranges with an alias. Alias s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH ~$ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �# � � MSFT_CliFormat LIST FULL 8 � � : � Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Alias The Alias property indicates whether this instance represents the base port address or one of the ranges with an alias. Alias 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! o ~ � MSFT_CliProperty EndingAddress The EndingAddress property contains the ending address of memory mapped I/O. EndingAddress # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } � # � � � MSFT_CliProperty StartingAddress The StartingAddress property contains the starting address of memory mapped I/O. The hardware resource identifier property should be set to this value to construct the mapped I/O resource key. StartingAddress � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service Port Select * from Win32_PortResource K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � MSFT_CliProperty __PATH 4� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty A� +I � MSFT_CliFormat WRITEABLE 3 7 � �) �6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
# � � L � MSFT_CliProperty CurrentTimeZone CurrentTimeZone indicates the number of minutes the operating system is offset from Greenwich Mean Time. Either the number is positive, negative or zero. CurrentTimeZone � � 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ sint16 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h + � MSFT_CliQualifier Units " Minutes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True ~
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � � � � MSFT_CliProperty Description The Description property provides a descr *� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 j`�%߬�-`�%߬��� � + R
� � C� f� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Physical connection ports management. j �% G wb �f �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � � MSFT_CliFormat table STATUS / � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 � / � � � MSFT_CliProperty ExternalReferenceDesignator The ExternalReferenceDesignator property indicates the external reference designator of the port. ExternalReferenceDesignator ! �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat TABLE BRIEF 6 �
� @ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier l � � MSFT_CliProperty Tag Tag ' 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � � MSFT_CliProperty ConnectorType The ConnectorType property indicates the physical attributes of the connector used by this port. ConnectorType � H � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values Y � � � � � � � � � / F i � � � � " ) 1 7 > E L U ] e m u { � � � � � � � � � � � � � # 3 D M V [ f m } � � � � � � � � � � � � 0 ; @ E N U b � � � � � � � � � � Unknown Other Male Female Shielded Unshielded SCSI (A) High-Density (50 pins) SCSI (A) Low-Density (50 pins) SCSI (P) High-Density (68 pins) SCSI SCA-I (80 pins) SCSI SCA-II (80 pins) SCSI Fibre Channel (DB-9, Copper) SCSI Fibre Channel (Fibre) SCSI Fibre Channel SCA-II (40 pins) SCSI Fibre Channel SCA-II (20 pins) SCSI Fibre Channel BNC ATA 3-1/2 Inch (40 pins) ATA 2-1/2 Inch (44 pins) ATA-2 ATA-3 ATA/66 DB-9 DB-15 DB-25 DB-36 RS-232C RS-422 RS-423 RS-485 RS-449 V.35 X.21 IEEE-488 AUI UTP Category 3 UTP Category 4 UTP Category 5 BNC RJ11 RJ45 Fiber MIC Apple AUI Apple GeoPort PCI ISA EISA VESA PCMCIA PCMCIA Type I PCMCIA Type II PCMCIA Type III ZV Port CardBus USB IEEE 1394 HIPPI HSSDC (6 pins) GBIC DIN Mini-DIN Micro-DIN PS/2 Infrared HP-HIL Access.bus NuBus Centronics Mini-Centronics Mini-Centronics Type-14 Mini-Centronics Type-20 Mini-Centronics Type-26 Bus Mouse ADB AGP VME Bus VME64 Proprietary Proprietary Processor Card Slot Proprietary Memory Card Slot Proprietary I/O Riser Slot PCI-66MHZ AGP2X AGP4X PC-98 PC-98Hireso PC-H98 PC-98Note PC-98Full Mini-Jack � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 � / � � � MSFT_CliProperty ExternalReferenceDesignator The ExternalReferenceDesignator property indicates the external reference designator of the port. ExternalReferenceDesignator u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; e o W � MSFT_CliProperty PortType The PortType property describes the function of the port./nExample: USB PortType w � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING . � � MSFT_CliQualifier Values " � � � � � < Z x � � � � � � � � � / 8 I R ] d r z � � � � � None Parallel Port XT/AT Compatible Parallel Port PS/2 Parallel Port ECP Parallel Port EPP Parallel Port ECP/EPP Serial Port XT/AT Compatible Serial Port 16450 Compatible Serial Port 16550 Compatible Serial Port 16550A Compatible SCSI Port MIDI Port Joy Stick Port Keyboard Port Mouse Port SSA SCSI USB FireWire (IEEE P1394) PCMCIA Type II PCMCIA Type II PCMCIA Type III Cardbus Access Bus Port SCSI II SCSI Wide PC-98 PC-98-Hireso PC-H98 Video Port Audio Port Modem Port Network Port 8251 Compatible 8251 FIFO Compatible s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat INSTANCE " q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 � / � � � MSFT_CliProperty ExternalReferenceDesignator The ExternalReferenceDesignator property indicates the external reference designator of the port. ExternalReferenceDesignator {7 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �6 �" � MSFT_CliFormat list FULL
H � � � � C j � 1 � 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 7 � / � � � MSFT_CliProperty ExternalReferenceDesignator The ExternalReferenceDesignator property indicates the external reference designator of the port. ExternalReferenceDesignator � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / + � MSFT_CliProperty InternalReferenceDesignator The InternalReferenceDesignator property indicates the internal reference designator of the port. Internal reference designators are specific to the manufacturer and identify the circuit board location or use of the port. InternalReferenceDesignator � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; e o W � MSFT_CliProperty PortType The PortType property describes the function of the port./nExample: USB PortType w � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING . � � MSFT_CliQualifier Values " � � � � � < Z x � � � � � � � � � / 8 I R ] d r z � � � � � None Parallel Port XT/AT Compatible Parallel Port PS/2 Parallel Port ECP Parallel Port EPP Parallel Port ECP/EPP Serial Port XT/AT Compatible Serial Port 16450 Compatible Serial Port 16550 Compatible Serial Port 16550A Compatible SCSI Port MIDI Port Joy Stick Port Keyboard Port Mouse Port SSA SCSI USB FireWire (IEEE P1394) PCMCIA Type II PCMCIA Type II PCMCIA Type III Cardbus Access Bus Port SCSI II SCSI Wide PC-98 PC-98-Hireso PC-H98 Video Port Audio Port Modem Port Network Port 8251 Compatible 8251 FIFO Compatible J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � � MSFT_CliProperty Tag The Tag property contains a string that uniquely identifies a port connection on the computer system. Tag � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 PortConnector WHERE ExternalReferenceDesignator='#' Select * from Win32_PortConnector __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation @
F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 k`�%߬�-`�%߬�� + H Y� b� r� �� | � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Printer device management. d �% |T Ay �� �� z# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name �. �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �- �(� MSFT_CliFormat LIST FULL J H � " � � r � +! R# �% �' l/ /3 o@ �B �E �H �J eR �T �a ad �f �i :l tn 1s �u x �z �| �� �� ��
� �� ˙ � :� �� ?� �� )� j� �� ϸ �� $� v� � �� � � 1� {� ]� T� �� (� |� � 4 � � �
9
� �! o# >& 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i u � MSFT_CliProperty Attributes The Attributes property indicates the attributes of the printing device. Attributes �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier b ! � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Availability - � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & � MSFT_CliProperty AvailableJobSheets Describes all of the job sheets that are available on the Printer. This can also be used to describe the banner that a Printer might provide at the beginning of each Job, or can describe other user specified options. AvailableJobSheets � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N � ) � � � MSFT_CliProperty AveragePagesPerMinute The AveragePagesPerMinute property specifies the rate (average number of pages per minute) that the printer is capable of sustaining. AveragePagesPerMinute � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � e � MSFT_CliProperty Capabilities An array of integers indicating printer capabilities. Information such as "Duplex Printing" (value=3) or "Transparency Printing" (7) is specified in this property. Capabilities � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H O _ p x � � Unknown Other Color Printing Duplex Printing Copies Collation Stapling Transparency Printing � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier S � * � � � MSFT_CliProperty CapabilityDescriptions An array of free-form strings providing more detailed explanations for any of the printer features indicated in the Capabilities array. CapabilityDescriptions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �� % � � MSFT_CliProperty CharSetsSupported Identifies the available character sets for the output of text related to managing the Printer. CharSetsSupported # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �Y b � MSFT_CliProperty Comment The Comment property specifies the comment of a print queue. Comment L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > � ' � � � MSFT_CliProperty CurrentCapabilities Specifies which finishings and other capabilities of the Printer are currently being used. An entry in this property should also be listed in the Capabilities array. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ^ � � MSFT_CliQualifier Values w � � � � � � � � � � �
* @ J U g z � � Unknown Other Color Printing Duplex Printing Copies Collation Stapling Transparency Printing Punch Cover Bind Black and White Printing One Sided Two Sided Long Edge Two Sided Short Edge Portrait Landscape Reverse Portrait Reverse Landscape Quality High Quality Normal Quality Low CurrentCapabilities � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� " � � MSFT_CliProperty CurrentCharSet Specifies the current character set being used for the output of text relating to management of the Printer. The character set described by this property should also be listed in CharsetsSupported. The string specified by this property should conform to the semantics and syntax specified by section 4.1.2 ("Charset parameter") in RFC 2046 (MIME Part 2) and contained in the IANA character-set registry. Examples include "utf-8", "us-ascii" and "iso-8859-1". CurrentCharSet <
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier # � � MSFT_CliProperty CurrentLanguage Indicates the current printer language being used. A language that is being used by the Printer should also be listed in LanguagesSupported. � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q � � MSFT_CliQualifier ValueMap / � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING p 1 � MSFT_CliQualifier Values / � � � � � � �
& , 8 A L S Z _ e n s x � � � � � � � � � � � � � � � � & + Other Unknown PCL HPGL PJL PS PSPrinter IPDS PPDS EscapeP Epson DDIF Interpress ISO6429 Line Data MODCA REGIS SCS SPDL TEK4014 PDS IGP CodeV DSCDSE WPS LN03 CCITT QUIC CPAP DecPPL Simple Text NPAP DOC imPress Pinwriter NPDL NEC201PL Automatic Pages LIPS TIFF Diagnostic CaPSL EXCL LCDS XES MIME CurrentLanguage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F �� # � � MSFT_CliProperty CurrentMimeType Specifies the mime type currently being used by the Printer if the CurrentLanguage is set to indicate a mime type is in use (value = 47). CurrentMimeType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� * � � MSFT_CliProperty CurrentNaturalLanguage Identifies the current language being used by the Printer for management. The language listed in the CurrentNaturalLanguage property should also be listed in NaturalLanguagesSupported. CurrentNaturalLanguage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ ! � MSFT_CliProperty CurrentPaperType Specifies the paper type that the Printer is currently using. The string should be expressed in the form specified by ISO/IEC 10175 Document Printing Application (DPA) which is also summarized in Appendix C of RFC 1759 (Printer MIB). CurrentPaperType A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �w � � MSFT_CliProperty Default The Default property indicates whether the printer is the default printer on the computer. Default � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier H � ' � � MSFT_CliProperty DefaultCapabilities Specifies which finishings and other capabilities of the Printer will be used by default. An entry in DefaultCapabilities should also be listed in the Capabilities array. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ^ � � MSFT_CliQualifier Values w � � � � � � � � � � �
* @ J U g z � � Unknown Other Color Printing Duplex Printing Copies Collation Stapling Transparency Printing Punch Cover Bind Black and White Printing One Sided Two Sided Long Edge Two Sided Short Edge Portrait Landscape Reverse Portrait Reverse Landscape Quality High Quality Normal Quality Low DefaultCapabilities J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �z ! � � MSFT_CliProperty DefaultCopies The number of copies that will be produced for a single Job unless otherwise specified. DefaultCopies 0
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # � � MSFT_CliProperty DefaultLanguage Indicates the default printer language. A language that is used as a default by the Printer should also be listed in LanguagesSupported. � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q � � MSFT_CliQualifier ValueMap / � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING p 1 � MSFT_CliQualifier Values / � � � � � � �
& , 8 A L S Z _ e n s x � � � � � � � � � � � � � � � � & + Other Unknown PCL HPGL PJL PS PSPrinter IPDS PPDS EscapeP Epson DDIF Interpress ISO6429 Line Data MODCA REGIS SCS SPDL TEK4014 PDS IGP CodeV DSCDSE WPS LN03 CCITT QUIC CPAP DecPPL Simple Text NPAP DOC imPress Pinwriter NPDL NEC201PL Automatic Pages LIPS TIFF Diagnostic CaPSL EXCL LCDS XES MIME DefaultLanguage v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < �� # � � MSFT_CliProperty DefaultMimeType Specifies the default mime type used by the Printer if the DefaultLanguage is set to indicate a mime type is in use (value=47). DefaultMimeType p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 �� # � � MSFT_CliProperty DefaultNumberUp The number of print-stream pages that the Printer will render onto a single media sheet unless a Job specifies otherwise. DefaultNumberUp 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �6 $ H � MSFT_CliProperty DefaultPaperType Specifies the paper type that the Printer will use if a PrintJob does not specify a particular type. The string should be expressed in the form specified by ISO-IEC 10175 Document Printing Application (DPA) which is also summarized in Appendix C of RFC 1759 (Printer MIB). DefaultPaperType T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty DefaultPriority The DefaultPriority property specifies the default priority value assigned to each print job. DefaultPriority 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & B V h � MSFT_CliProperty DetectedErrorState Printer error information. DetectedErrorState ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING X � � MSFT_CliQualifier Values O X _ i t ~ � � � � � � Unknown Other No Error Low Paper No Paper Low Toner No Toner Door Open Jammed Offline Service Requested Output Bin Full T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the printer with other devices on the system. DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier I �� � � MSFT_CliProperty Direct The Direct property indicates whether the print jobs should be sent directly to the printer. This means that no spool files are created for the print jobs./n Direct � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R �� # � � MSFT_CliProperty DoCompleteFirst The DoCompleteFirst property indicates whether the printer should start jobs that have finished spooling as opposed to the order of the job received. DoCompleteFirst . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a m � MSFT_CliProperty DriverName The DriverName property specifies the name of the printer driver. DriverName = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �p | � MSFT_CliProperty EnableBIDI The EnableBIDI property indicates whether the printer can print bidirectionally. EnableBIDI } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C �� ' � � MSFT_CliProperty EnableDevQueryPrint The EnableDevQueryPrint property indicates whether to hold documents in the queue, if document and printer setups do not match EnableDevQueryPrint ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( �� $ � � MSFT_CliProperty ErrorInformation An array providing supplemental information for the current error state, indicated in DetectedErrorState. ErrorInformation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] � . � � MSFT_CliProperty ExtendedDetectedErrorState The ExtendedDetectedErrorState property reports standard error information. Any additional information should be recorded in the DetecteErrorState property. � & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING x 7 � MSFT_CliQualifier Values _ h o y � � � � � � � � � � ' Unknown Other No Error Low Paper No Paper Low Toner No Toner Door Open Jammed Service Requested Output Bin Full Paper Problem Cannot Print Page User Intervention Required Out of Memory Server Unknown ExtendedDetectedErrorState 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e ) � | � MSFT_CliProperty ExtendedPrinterStatus Status information for a Printer, beyond that specified in the LogicalDevice Availability property. Values include "Idle" (3) and an indication that the Device is currently printing (4). � , 7 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap i l o r u x { ~ � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 5 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Values g n w } � � � � � � � � � � � � Other Unknown Idle Printing Warmup Stopped Printing Offline Paused Error Busy Not Available Waiting Processing Initialization Power Save Pending Deletion I/O Active Manual Feed ExtendedPrinterStatus 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �k s � MSFT_CliProperty Hidden The Hidden property indicates whether the printer is hidden from network users. Hidden 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( \ r � MSFT_CliProperty HorizontalResolution Printer's horizontal resolution in Pixels per Inch HorizontalResolution D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * B � MSFT_CliProperty JobCountSinceLastReset JobCountSinceLastReset l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 �� # � � MSFT_CliProperty KeepPrintedJobs The KeepPrintedJobs property indicates whether the print spooler should not delete the jobs after they are completed. KeepPrintedJobs v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < & c w � � MSFT_CliProperty LanguagesSupported An array indicating the print languages natively supported. LanguagesSupported � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i � � MSFT_CliQualifier ValueMap . � � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ' � MSFT_CliQualifier Values . � � � � � � � " ( 4 = H O V [ a j o t { � � � � � � � � � � � � � � � � � " Other Unknown PCL HPGL PJL PS PSPrinter IPDS PPDS EscapeP Epson DDIF Interpress ISO6429 Line Data MODCA REGIS SCS SPDL TEK4014 PDS IGP CodeV DSCDSE WPS LN03 CCITT QUIC CPAP DecPPL Simple Text NPAP DOC imPress Pinwriter NPDL NEC201PL Automatic Pages LIPS TIFF Diagnostic CaPSL EXCL LCDS XES = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �g n � MSFT_CliProperty Local The Local property indicates whether the printer is attached to the network. A masquerading printer is printer that is implemented as local printers but has a port that refers to a remote machine. From the application perspective these hybrid printers should be viewed as printer connections since that is their intended behavior. Local . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c m � MSFT_CliProperty Location The Location property specifies the physical location of the printer. Location 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
% \ 2 � MSFT_CliProperty MarkingTechnology Specifies the marking technology used by the Printer. h � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap � � � � � � � � � � � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � � 3 X y � � � � � � � � � + D ^ r � � Other Unknown Electrophotographic LED Electrophotographic Laser Electrophotographic Other Impact Moving Head Dot Matrix 9pin Impact Moving Head Dot Matrix 24pin Impact Moving Head Dot Matrix Other Impact Moving Head Fully Formed Impact Band Impact Other Inkjet Aqueous Inkjet Solid Inkjet Other Pen Thermal Transfer Thermal Sensitive Thermal Diffusion Thermal Other Electroerosion Electrostatic Photographic Microfiche Photographic Imagesetter Photographic Other Ion Deposition eBeam Typesetter MarkingTechnology > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �r } � MSFT_CliProperty MaxCopies The maximum number of copies that can be produced by the Printer from a single Job. MaxCopies N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �� � � MSFT_CliProperty MaxNumberUp The maximum number of print-stream pages that the Printer can render onto a single media sheet. MaxNumberUp � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R �� $ � � MSFT_CliProperty MaxSizeSupported Specifies the largest Job (as a byte stream) that the Printer will accept in units of Kbytes. A value of zero indicates that no limit has been set. MaxSizeSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & , � MSFT_CliProperty MimeTypesSupported An array of free-form strings providing more detailed explanations of any mime types that are supported by the Printer. If data is provided for this property, then the value 47, "Mime", should be included in the LanguagesSupported property. MimeTypesSupported # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' b w � � MSFT_CliProperty PaperSizesSupported An integer array indicating the types of paper supported. PaperSizesSupported 5 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; ! $ ' * 2 9 L ^ u � � � � � � � � � � � � $ ( , 0 4 8 = A E K O S W [ _ o w � � � � � � � � Unknown Other A B C D E Letter Legal NA-10x13-Envelope NA-9x12-Envelope NA-Number-10-Envelope NA-7x9-Envelope NA-9x11-Envelope NA-10x14-Envelope NA-Number-9-Envelope NA-6x9-Envelope NA-10x15-Envelope A0 A1 A2 A3 A4 A5 A6 A7 A8 A9A10 B0 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 C0 C1 C2C3 C4 C5 C6 C7 C8 ISO-Designated JIS B0 JIS B1 JIS B2 JIS B3 JIS B4 JIS B5 JIS B6 JIS B7 JIS B8 JIS B9 JIS B10 - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � { � � MSFT_CliProperty PortName The PortName property identifies the ports that can be used to transmit data to the printer. PortName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , 2 � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. This boolean does not indicate that power management features are currently enabled, only that the logical device is capable of power management. PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier d � % � � � MSFT_CliProperty PrinterPaperNames The PrinterPaperNames property indicates the list of paper sizes supported by the printer. The printer-specified names are used to represent supported paper sizes. PrinterPaperNames . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PrinterState The PrinterState property specifies a values indicating one of the possible states relating to this printer. PrinterState � ; � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � � � � � � � � # / ? K V ` k � � � � Paused Error Pending Deletion Paper Jam Paper Out Manual Feed Paper Problem Offline IO Active Busy Printing Output Bin Full Not Available Waiting Processing Initialization Warming Up Toner Low No Toner Page Punt User Intervention Required Out of Memory Door Open Server_Unknown Power Save P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty PrinterStatus Status information for a printer, beyond that specified in the logical device Availability property. Values include "Idle" (3) and an indication that the device is currently printing (4). PrinterStatus � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � [ � MSFT_CliQualifier Values 3 : C I S Other Unknown Idle Printing Warmup _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � $ � � � MSFT_CliProperty PrintJobDataType The PrintJobDataType property indicates the data type of the print job pending on the printing device. PrintJobDataType Q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty PrintProcessor The PrintProcessor property specifies the name of the print spooler that handles print jobs. PrintProcessor N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! ~ � � MSFT_CliProperty SeparatorFile The SeparatorFile property specifies the name of the file used to create a separator page. SeparatorFile 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i u � MSFT_CliProperty ServerName The ServerName property identifies the server that controls the printer. ServerName 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f q � MSFT_CliProperty ShareName The ShareName property indicates the share name of the printing device. ShareName ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � p ~ � MSFT_CliProperty SpoolEnabled The SpoolEnabled property shows whether spooling is enabled for this printer. SpoolEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty StartTime The StartTime property specifies the earliest time the printer can print a job (if the printer has been limited to print only at certain times). This value is expressed as time elapsed since 12:00 AM GMT (Greenwich mean time). StartTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty TimeOfLastReset TimeOfLastReset � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � �
� MSFT_CliProperty UntilTime The UntilTime property specifies the latest time the printer can print a job (if the printer has been limited to print only at certain times). This value is expressed as time elapsed since 12:00 AM GMT (Greenwich mean time). UntilTime A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & X l � MSFT_CliProperty VerticalResolution Printer's vertical resolution in Pixels per Inch VerticalResolution �$ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �# � � MSFT_CliFormat TABLE BRIEF : l � � M . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c m � MSFT_CliProperty Location The Location property specifies the physical location of the printer. Location # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PrinterState The PrinterState property specifies a values indicating one of the possible states relating to this printer. PrinterState � ; � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � � � � � � � � # / ? K V ` k � � � � Paused Error Pending Deletion Paper Jam Paper Out Manual Feed Paper Problem Offline IO Active Busy Printing Output Bin Full Not Available Waiting Processing Initialization Warming Up Toner Low No Toner Page Punt User Intervention Required Out of Memory Door Open Server_Unknown Power Save N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � N � MSFT_CliProperty PrinterStatus Status information for a printer, beyond that specified in the logical device Availability property. PrinterStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � [ � MSFT_CliQualifier Values 3 : C I S Other Unknown Idle Printing Warmup 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f q � MSFT_CliProperty ShareName The ShareName property indicates the share name of the printing device. ShareName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � I � MSFT_CliFormat INSTANCE " # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name �5 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �4 �S� MSFT_CliFormat WRITEABLE � g% 2 > J �V �a �m Cz F� � �� � � �� � �� �� �� � � K u) ,6 *? "H ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D ^ j � � MSFT_CliProperty Attributes The Attributes property indicates the attributes of the Win32 printing device. These attributes are represented through a combination of flags. Attributes of the printer include:/nQueued - Print jobs are buffered and queued./n Direct - Specifies that the document should be sent directly to the printer. This is used if print job are not being properly queued./nDefault - The printer is the default printer on the computer./nShared - Available as a shared network resource./nNetwork - Attached to the network./nHidden - Hidden from some users on the network./nLocal - Directly connected to this computer./nEnableDevQ - Enable the queue on the printer if available./nKeepPrintedJobs - Specifies that the spooler should not delete documents after they are printed./nDoCompleteFirst - Start jobs that are finished spooling first./nWorkOffline - Queue print jobs when printer is not available./nEnableBIDI - Enable bi-directional printing./nRawOnly - Allow only raw data type jobs to be spooled./nPublished - Indicates whether the printer is published in the network directory service./n Attributes � � � � �
� @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING r � � MSFT_CliQualifier BitValues Z b j s { � � � � � � � � � Queued Direct Default Shared Network Hidden Local EnableDevQ KeepPrintedJobs DoCompleteFirst WorkOffline EnableBIDI RawOnly Published � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|Attributes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True R 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q z � � MSFT_CliProperty Comment The Comment property specifies the comment of a print queue./nExample: Color printer Comment � � l � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pComment � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q # � � � � MSFT_CliProperty DefaultPriority The DefaultPriority property specifies the default priority value assigned to each print job. DefaultPriority � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|DefaultPriority � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
� � H � MSFT_CliProperty Direct The Direct property indicates whether the print jobs should be sent directly to the printer. This means that no spool files are created for the print jobs./n Direct � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # B � MSFT_CliQualifier MappingStrings / 8 boolean Win32API � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
# � � Q � MSFT_CliProperty DoCompleteFirst The DoCompleteFirst property indicates whether the printer should start jobs that have finished spooling as opposed to the order of the job received. DoCompleteFirst � � 7 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � � � � MSFT_CliProperty DriverName The DriverName property specifies the name of the Win32 printer driver./nExample: Windows NT Fax Driver DriverName � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pDriverName � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � p | � MSFT_CliProperty EnableBIDI The EnableBIDI property indicates whether the printer can print bidirectionally. EnableBIDI � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
' � � B � MSFT_CliProperty EnableDevQueryPrint The EnableDevQueryPrint property indicates whether to hold documents in the queue, if document and printer setups do not match EnableDevQueryPrint � � ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Q $ � � � � MSFT_CliProperty ErrorInformation An array providing supplemental information for the current error state, indicated in DetectedErrorState. ErrorInformation � � u � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ( \ � MSFT_CliQualifier ModelCorrespondence 4 < string CIM_Printer.DetectedErrorState � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � k s � � MSFT_CliProperty Hidden The Hidden property indicates whether the printer is hidden from network users. Hidden � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m
# � � 1 � MSFT_CliProperty KeepPrintedJobs The KeepPrintedJobs property indicates whether the print spooler should not delete the jobs after they are completed. KeepPrintedJobs � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] g n � � MSFT_CliProperty Local The Local property indicates whether the printer is attached to the network. A masquerading printer is printer that is implemented as local printers but has a port that refers to a remote machine. From the application perspective these hybrid printers should be viewed as printer connections since that is their intended behavior. Local � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier M � � � � MSFT_CliProperty Location The Location property specifies the physical location of the printer./nExample: Bldg. 38, Room 1164 Location � � ~ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pLocation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e n � � MSFT_CliProperty Network The Network property indicates whether the printer is a network printer. Network � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier W � � � � MSFT_CliProperty Parameters The Parameters property specifies optional parameters for the print processor./nExample: Copies=2 Parameters � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pParameters � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < , 6 \ � MSFT_CliProperty PortName The PortName property identifies the ports that can be used to transmit data to the printer. If a printer is connected to more than one port, the names of each port are separated by commas. Under Windows 95, only one port can be specified. /nExample: LPT1:, LPT2:, LPT3: PortName J f ) B � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pPortName � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t $ � � � � MSFT_CliProperty PrintJobDataType The PrintJobDataType property indicates the default data type that will be used for a print job. PrintJobDataType � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pDataType � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � � MSFT_CliProperty PrintProcessor The PrintProcessor property specifies the name of the print spooler that handles print jobs./nExample: SPOOLSS.DLL. PrintProcessor � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pPrintProcessor � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Priority The Priority property specifies the priority of the printer. The jobs on a higher priority printer are scheduled first. Priority � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|DefaultPriority � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� � � MSFT_CliProperty Published The Published property indicates whether the printer is published in the network directory service. Published � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � l t � � MSFT_CliProperty Queued The Queued property indicates whether the printer buffers and queues print jobs. Queued � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # B � MSFT_CliQualifier MappingStrings / 8 boolean Win32API � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t } � MSFT_CliProperty RawOnly The RawOnly property indicates whether the printer accepts only raw data to be spooled. RawOnly � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True B
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty SeparatorFile The SeparatorFile property specifies the name of the file used to create a separator page. This page is used to separate print jobs sent to the printer. SeparatorFile � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pSepFile � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x � � MSFT_CliProperty Shared The Shared property indicates whether the printer is available as a shared network resource. Shared � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � � � � MSFT_CliProperty ShareName The ShareName property indicates the share name of the Win32 printing device./nExample: \\PRINTSERVER1\PRINTER2 ShareName � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|pShareName � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 4 � MSFT_CliProperty StartTime The StartTime property specifies the earliest time the printer can print a job (if the printer has been limited to print only at certain times). This value is expressed as time elapsed since 12:00 AM GMT (Greenwich mean time). StartTime < � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j . � MSFT_CliQualifier CIMTYPE $ datetime � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 9 datetime Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|StartTime � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �
2 � MSFT_CliProperty UntilTime The UntilTime property specifies the latest time the printer can print a job (if the printer has been limited to print only at certain times). This value is expressed as time elapsed since 12:00 AM GMT (Greenwich mean time). UntilTime : � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j . � MSFT_CliQualifier CIMTYPE $ datetime � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 9 datetime Win32API|Printing and Print Spooler Structures|PRINTER_INFO_2|UntilTime � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1
� � � MSFT_CliProperty WorkOffline The WorkOffline property indicates whether to queue print jobs on the computer if the printer is offline. WorkOffline � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # : � MSFT_CliQualifier MappingStrings / 8 boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True Printer WHERE Name='#' Select * from Win32_Printer �� )� �� � �� � �� �� n � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 s � % � MSFT_CliVerb Pause Pause Pause v � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 { � . = � MSFT_CliVerb PrintTestPage PrintTestPage PrintTestPage v � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 { � . = � MSFT_CliVerb CancelAllJobs CancelAllJobs CancelAllJobs z � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ! # 6 I � MSFT_CliVerb SetDefaultPrinter SetDefaultPrinter SetDefaultPrinter o � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 t � ( � MSFT_CliVerb Resume Resume Resume �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � �
�
� MSFT_CliVerb SetPowerState SetPowerState defines the desired power state for a logical device and when a device should be put into that state. The desired power state is specified by setting the PowerState parameter to one of the following integer values: 1="Full Power", 2="Power Save - Low Power Mode", 3="Power Save - Standby", 4="Power Save - Other", 5="Power Cycle" or 6="Power Off". The Time parameter (for all state changes, except 5, "Power Cycle") indicates when the power state should be set, either as a regular date-time value or as an interval value (where the interval begins when the method invocation is received). When the PowerState parameter is equal to 5, "Power Cycle", the Time parameter indicates when the device should power on again. Power off is immediate. SetPowerState should return 0 if successful, 1 if the specified PowerState and Time request is not supported, and some other value if any other error occurred. SetPowerState � K z � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? : B � MSFT_CliParam PowerState # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT16 n � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 4 > � MSFT_CliParam Time � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True DATETIME SetPowerState � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 $ $ P : 9
� MSFT_CliVerb AddPrinterConnection AddPrinterConnection AddPrinterConnection \ y � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 5 8 ; A G 0 5 1801 1930 .. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 < K a � Success Access denied Invalid printer name The printer driver is not compatible with a policy enabled on your computer that blocks NT 4.0 drivers Other The AddPrinterConnection method provides a connection to an existing printer on the network and adds it to the list of available printers on the computer system. If successful, applications will be able to use this printer for print jobs. If unsuccessful * � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING ~ 3 < 4 � � MSFT_CliParam Name � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING The Name parameter specifies a friendly name for the printer. This may be overridden if the name has alreadybeen set by the printer. Z � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 _ � ; , � � MSFT_CliVerb RenamePrinter RenamePrinter RenamePrinter G d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k A � MSFT_CliQualifier ValueMap 1 4 7 = 0 5 1801 .. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � d � MSFT_CliQualifier Values / 8 G ] Success Access denied Invalid printer name Other The RenamePrinter method renames a printer. The method can return the following values:/n0 - Success./n5 - Access denied./n1801 - Invalid printer name./nOther - For integer values other than those listed above, refer to the documentation on the Win32 error co � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 F > � � MSFT_CliParam NewPrinterName ' � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING The NewPrinterName parameter specifies the new printer name. ` � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 e � � � � � MSFT_CliVerb Reset Requests a reset of the logical device. The return value should be 0 if the request was successfully executed, 1 if the request is not supported and some other value if an error occurred. Reset Reset String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 l`�%߬�-`�%߬� � � + W �� �� �� � � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Printer device configuration management. o � 3! �) f� s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � a � MSFT_CliFormat STATUS $ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � ! � � � MSFT_CliProperty DriverVersion The DriverVersion property indicates the version number of the printer driver. The version numbers are created and maintained by the driver manufacturer. DriverVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name �� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �� �s � MSFT_CliFormat list FULL � 1 � � y � � � q # 8% s' _* =0 ?7 �9 C@ D �J �L �N Q zS �U Y] �_ Sc �e �l �n Dq � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier S � � � � MSFT_CliProperty BitsPerPel The BitsPerPel property contains the number of bits per pixel for the output device printer. This member is used by display drivers and not by printer drivers. BitsPerPel � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty Collate The Collate property specifies whether to collate the pages that are printed. To collate is to print out the entire document before printing the next copy, as opposed to printing out each page of the document the required number times. Collate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier V w ~ � � MSFT_CliProperty Color The Color property indicates whether the document is to be printed in color or monochrome. Color � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k / � MSFT_CliQualifier ValueMap ) , 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i : � MSFT_CliQualifier Values ' 3 Monochrome Color ' 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ f � MSFT_CliProperty Copies The Copies property indicates the number of copies to be printed. Copies � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � 8 E � MSFT_CliProperty Description A textual description. Description 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e q � MSFT_CliProperty DeviceName The DeviceName property specifies the friendly name of the printer. DeviceName ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z h � MSFT_CliProperty DisplayFlags The DisplayFlags property contains two bits of information about the display. This member communicates whether the display device is monochrome or colored, and interlaced or non-interlaced, by masking its value with the DM_GRAYSCALE and DM_INTERLACED masks respectively. Printer drivers do not use this property. DisplayFlags � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j � $ � � � MSFT_CliProperty DisplayFrequency The DisplayFrequency property indicates the refresh frequency of the display The refresh frequency for a monitor is the number of times the screen is redrawn per second. DisplayFrequency � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DitherType The DitherType property indicates the dither type of the printer. This member can assume predefined values of 1 to 5, or driver-defined values from 6 to 256. DitherType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � p � MSFT_CliQualifier Values 3 A O [ e No Dithering Coarse Brush Fine Brush Line Art Greyscale � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � ! � � � MSFT_CliProperty DriverVersion The DriverVersion property indicates the version number of the printer driver. The version numbers are created and maintained by the driver manufacturer. DriverVersion 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h p � MSFT_CliProperty Duplex The Duplex property indicates whether printing is done on one or both sides. Duplex 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � l v � MSFT_CliProperty FormName The FormName property indicates the name of the form used for the print job. FormName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( ' � MSFT_CliProperty HorizontalResolution The HorizontalResolution property indicates the print resolution along the X axis (width) of the print job. This value is only set when the PrintQuality property of this class is positive and is similar to the XResolution property. HorizontalResolution � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v � � � MSFT_CliProperty ICMIntent The ICMIntent (Image Color Matching Intent) property indicates the specific value of one of the three possible color matching methods (called intents) that should be used by default. ICM applications establish intents by using the ICM functions. This property can assume predefined values of 1 to 3, or driver-defined values from 4 to 256. ICMIntent � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 1 2 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i N � MSFT_CliQualifier Values + 7 A Saturation Contrast Exact Color � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r } 2 � MSFT_CliProperty ICMMethod The ICMMethod (Image Color Matching Method) property specifies how ICM is handled. ICMMethod � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � Y � MSFT_CliQualifier Values / 9 B Q Disabled Windows Device Driver Device � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier _ � � � � MSFT_CliProperty LogPixels The LogPixels property contains the number of pixels per logical inch. This member is valid only with devices that work with pixels (this excludes devices such as printers). LogPixels c 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ) d o � � MSFT_CliProperty MediaType The MediaType property specifies the type of media being printed on. MediaType { � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 1 2 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i K � MSFT_CliQualifier Values + 5 C Standard Transparency Glossy � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � � MSFT_CliProperty Name The Name property indicates the name of the printer with which this configuration is associated. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 { 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier A j w � � MSFT_CliProperty Orientation The Orientation property indicates the printing orientation of the paper. Orientation � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k / � MSFT_CliQualifier ValueMap ) , 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i < � MSFT_CliQualifier Values ' 1 Portrait Landscape * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ i � MSFT_CliProperty PaperLength The PaperLength property indicates the length of the paper. PaperLength " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � V a � MSFT_CliProperty PaperSize The PaperSize property indicates the size of the paper. PaperSize & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y e � MSFT_CliProperty PaperWidth The PaperWidth property indicates the width of the paper. PaperWidth ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty PelsHeight The PelsHeight property indicates the height of the displayable surface. (This property is not used for printers). PelsHeight Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PelsWidth The PelsWidth property indicates the width of the displayable surface. This property is not used for printers. PelsWidth } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C � � � MSFT_CliProperty PrintQuality The PrintQuality property indicates one of four quality levels of the print job. If a positive value is specified, the quality is measured in dots per inch. PrintQuality � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k A � MSFT_CliQualifier ValueMap 1 5 9 = -1 -2 -3 -4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i I � MSFT_CliQualifier Values / 6 ; C Draft Low Medium High 8 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � p w � MSFT_CliProperty Scale The Scale property specifies the factor by which the printed output is to be scaled. Scale � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L W z � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L � ( � � � MSFT_CliProperty SpecificationVersion The SpecificationVersion property indicates the version number of the initialization data for the device associated with the printer. SpecificationVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � � 1 � MSFT_CliProperty TTOption The TTOption property specifies how TrueType(r) fonts should be printed. There are 3 possible values:/nBitmap - Prints TrueType fonts as graphics. This is the default action for dot-matrix printers./nDownload - Downloads TrueType fonts as soft fonts. This is the default action for printers that use the Printer Control Language (PCL)./nSubstitute - Substitutes device fonts for TrueType fonts. This is the default action for PostScript(r) printers. TTOption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 1 2 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i I � MSFT_CliQualifier Values + 3 = Bitmap Download Substitute h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � & � � � MSFT_CliProperty VerticalResolution The VerticalResolution property indicates the print resolution along the Y axis (height) of the print job. VerticalResolution A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � s � � MSFT_CliProperty XResolution The XResolution property has been deprecated to theHorizontalResolution property. XResolution ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q ~ � MSFT_CliProperty YResolution The YResolution property has been deprecated to theVerticalResolution property. YResolution 5& �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty B% . � MSFT_CliFormat TABLE BRIEF 6 � � �
� } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C � � � MSFT_CliProperty PrintQuality The PrintQuality property indicates one of four quality levels of the print job. If a positive value is specified, the quality is measured in dots per inch. PrintQuality � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k A � MSFT_CliQualifier ValueMap 1 5 9 = -1 -2 -3 -4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i I � MSFT_CliQualifier Values / 6 ; C Draft Low Medium High C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! s � � MSFT_CliProperty DriverVersion The DriverVersion property indicates the version number of the printer driver. DriverVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � � MSFT_CliProperty Name The Name property indicates the name of the printer with which this configuration is associated. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � V a � MSFT_CliProperty PaperSize The PaperSize property indicates the size of the paper. PaperSize 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 PrinterConfig WHERE Name='#' Select * from Win32_PrinterConfiguration RINTER_INFO_2|pComment � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 m`�%߬�-`�%߬�b� + C � � � =� .� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Print job management. W o �O b �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ! � � MSFT_CliFormat INSTANCE " r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by other methods as a handle to a single job spooling to the printer. JobId |I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �H �E � MSFT_CliFormat list FULL � � � d � � 6 } � S p � 0 �" �$ �& �( E8 �: I< �>
A SC 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i s � MSFT_CliProperty DataType The DataType property indicates the format of the data for this print job. DataType 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � � � � MSFT_CliProperty Document The Document property specifies the name of the print job. The user sees this name when viewing documents waiting to be printed. Document E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x � � MSFT_CliProperty DriverName The DriverName property indicates the name of the printer driver used for the print job. DriverName + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P ] � MSFT_CliProperty ElapsedTime Length of time that the job has been executing. ElapsedTime V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty HostPrintQueue The HostPrintQueue property contains the name of the computer on which the print job was created. HostPrintQueue C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by other methods as a handle to a single job spooling to the printer. JobId 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P [ � MSFT_CliProperty JobStatus A free form string representing the job's status. JobStatus < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u { � MSFT_CliProperty Name The Name property contains the name of the printer to which the print job is being spooled. Name 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P X � MSFT_CliProperty Notify User to be notified upon job completion or failure. Notify � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � 6 = � MSFT_CliProperty Owner User that submitted the job Owner � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ � � � � MSFT_CliProperty PagesPrinted The PagesPrinted property specifies the number of pages that have been printed. This value may be zero if the print job does not contain page delimiting information. PagesPrinted v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � � � � MSFT_CliProperty Parameters The Parameters property indicates optional parameters to send to the print processor. See the PrintProcessor member for more information. Parameters V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty PrintProcessor The PrintProcessor property indicates the print processor service used to process the print job. PrintProcessor , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a k � MSFT_CliProperty Priority Priority indicates the urgency or importance of execution of a job. Priority 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Size The Size property indicates the size of the print job. Size � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � : E � MSFT_CliProperty StartTime Time that the job was begun StartTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty StatusMask The StatusMask property specifies a bitmap of the possible statuses relating to this print job. StatusMask � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! B Q � MSFT_CliProperty TimeSubmitted Time that the job was submitted TimeSubmitted � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ � � � � MSFT_CliProperty TotalPages The TotalPages property specifies the number of pages required to complete the job. This value may be zero if the print job does not contain page-delimiting information. TotalPages # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � W b � MSFT_CliProperty UntilTime Time after which the job is invalid or should be stopped UntilTime E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � x � � MSFT_CliProperty DriverName The DriverName property indicates the name of the printer driver used for the print job. DriverName < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u { � MSFT_CliProperty Name The Name property contains the name of the printer to which the print job is being spooled. Name �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty y � MSFT_CliFormat TABLE BRIEF > � " B � 9
j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � � � � MSFT_CliProperty Document The Document property specifies the name of the print job. The user sees this name when viewing documents waiting to be printed. Document r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by other methods as a handle to a single job spooling to the printer. JobId 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P [ � MSFT_CliProperty JobStatus A free form string representing the job's status. JobStatus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � 6 = � MSFT_CliProperty Owner User that submitted the job Owner , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a k � MSFT_CliProperty Priority Priority indicates the urgency or importance of execution of a job. Priority 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Size The Size property indicates the size of the print job. Size < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u { � MSFT_CliProperty Name The Name property contains the name of the printer to which the print job is being spooled. Name . �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty - � � MSFT_CliFormat TABLE STATUS C � ' G � ! � W j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � � � � MSFT_CliProperty Document The Document property specifies the name of the print job. The user sees this name when viewing documents waiting to be printed. Document r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by other methods as a handle to a single job spooling to the printer. JobId 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P [ � MSFT_CliProperty JobStatus A free form string representing the job's status. JobStatus < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u { � MSFT_CliProperty Name The Name property contains the name of the printer to which the print job is being spooled. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ � � � � MSFT_CliProperty PagesPrinted The PagesPrinted property specifies the number of pages that have been printed. This value may be zero if the print job does not contain page delimiting information. PagesPrinted � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty JobId The JobId property indicates the identifier number of the job. It is used by other methods as a handle to a single job spooling to the printer. JobIdCopy < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u { � MSFT_CliProperty Name The Name property contains the name of the printer to which the print job is being spooled. Name PrintJob WHERE JobId=# Select * from Win32_PrintJob I� �� n � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 s � % � MSFT_CliVerb Pause Pause Pause o � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 t � ( � MSFT_CliVerb Resume Resume Resume � q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � l t � � MSFT_CliProperty Queued The Queued property indicates whether the printer buffers and queues print jobs. Queued � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # B � MSFT_CliQualifier MappingStrings / 8 boolean Win32API � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 6 F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 n`�%߬�-`�%߬��5 + A ~� �� �� �� W5� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Process management. e � �S �� �� _ �- �1 * �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty 7 6 � MSFT_CliFormat table STATUS / � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty ProcessId The ProcessId property contains the global process identifier that can be used to identify a process. The value is valid from the creation of the process until the process is terminated. ProcessId =? �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty J> �) � MSFT_CliFormat TABLE MEMORY c � � � �
B � t � e � c" �$ G' - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Handle A string used to identify the process. A process ID is a process handle. Handle ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ) c z � MSFT_CliProperty MaximumWorkingSetSize The MaximumWorkingSetSize property indicates the maximum working set size of the process. The working set of a process is the set of memory pages currently visible to the process in physical RAM. These pages are resident and available for an application to use without triggering a page fault./nExample: 1413120. MaximumWorkingSetSize 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) a x � MSFT_CliProperty MinimumWorkingSetSize The MinimumWorkingSetSize property indicates the minimum working set size of the process. The working set of a process is the set of memory pages currently visible to the process in physical RAM. These pages are resident and available for an application to use without triggering a page fault./nExample: 20480. MinimumWorkingSetSize m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PageFaults The PageFaults property indicates the number of page faults generated by the process./nExample: 10 PageFaults j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � ! � � � MSFT_CliProperty PageFileUsage The PageFileUsage property indicates the amountof page file space currently being used by the process./nExample: 102435 PageFileUsage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � % � � � MSFT_CliProperty PeakPageFileUsage The PeakPageFileUsage property indicates the maximum amount of page file space used during the life of the process./nExample: 102367 PeakPageFileUsage D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� # r � � MSFT_CliProperty PeakVirtualSize The PeakVirtualSize property specifies the maximum virtual address space the process has used at any one time. Use of virtual address space does not necessarily imply corresponding use of either disk or main memory pages. However, virtual space is finite, and by using too much, the process might limit its ability to load libraries. PeakVirtualSize b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � & � � � MSFT_CliProperty PeakWorkingSetSize The PeakWorkingSetSize property indicates the peak working set size of the process./nExample: 1413120 PeakWorkingSetSize p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � $ � � � MSFT_CliProperty PrivatePageCount The PrivatePageCount property specifies the current number of pages allocated that are accessible only to this process PrivatePageCount y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � * � � � MSFT_CliProperty QuotaNonPagedPoolUsage The QuotaNonPagedPoolUsage property indicates the quota amount of non-paged pool usage for the process./nExample: 15 QuotaNonPagedPoolUsage l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 � ' � � � MSFT_CliProperty QuotaPagedPoolUsage The QuotaPagedPoolUsage property indicates the quota amount of paged pool usage for the process./nExample: 22 QuotaPagedPoolUsage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P � . � � � MSFT_CliProperty QuotaPeakNonPagedPoolUsage The QuotaPeakNonPagedPoolUsage property indicates the peak quota amount of non-paged pool usage for the process./nExample: 31 QuotaPeakNonPagedPoolUsage ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � + � � � MSFT_CliProperty QuotaPeakPagedPoolUsage The QuotaPeakPagedPoolUsage property indicates the peak quota amount of paged pool usage for the process./n Example: 31 QuotaPeakPagedPoolUsage ^ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier $ � � � � MSFT_CliProperty VirtualSize The VirtualSize property specifies the current size in bytes of the virtual address space the process is using. VirtualSize 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E � " � � � MSFT_CliProperty WorkingSetSize The amount of memory in bytes that a process needs to execute efficiently, for an operating system that uses page-based memory management. WorkingSetSize � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �t � MSFT_CliFormat list FULL ( � � p O � \ � � 9 �! W# �% S( �* - P1 �3 7 �9 l< �> �A D vF I �K �M P �R Fb �d �f i �k �m [p �r U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty CommandLine The CommandLine property specifies the command line used to start a particular process, if applicable. CommandLine � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty CSName CSName 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 � " � � � MSFT_CliProperty ExecutablePath The ExecutablePath property indicates the path to the executable file of the process./nExample: C:\WINDOWS\EXPLORER.EXE ExecutablePath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p " � � H � MSFT_CliProperty ExecutionState Indicates the current operating condition of the process. Values include ready (2), running (3), and blocked (4), among others. ExecutionState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D K R [ d w Unknown Other Ready Running Blocked Suspended Blocked Suspended Ready - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d l � MSFT_CliProperty Handle A string used to identify the process. A process ID is a process handle. Handle | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � � � � MSFT_CliProperty HandleCount The HandleCount property specifies the total number of handles currently open by this process. This number is the sum of the handles currently open by each thread in this process. A handle is used to examine or modify the system resources. Each handle has an entry in an internally maintained table. These entries contain the addresses of the resources and the means to identify the resource type. HandleCount � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate ] 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier # � " � � � MSFT_CliProperty KernelModeTime Time in kernel mode, in milliseconds. If this information is not available, a value of 0 should be used. KernelModeTime ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ) c z � MSFT_CliProperty MaximumWorkingSetSize The MaximumWorkingSetSize property indicates the maximum working set size of the process. The working set of a process is the set of memory pages currently visible to the process in physical RAM. These pages are resident and available for an application to use without triggering a page fault./nExample: 1413120. MaximumWorkingSetSize 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) a x � MSFT_CliProperty MinimumWorkingSetSize The MinimumWorkingSetSize property indicates the minimum working set size of the process. The working set of a process is the set of memory pages currently visible to the process in physical RAM. These pages are resident and available for an application to use without triggering a page fault./nExample: 20480. MinimumWorkingSetSize m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty OSName OSName w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � ' � � � MSFT_CliProperty OtherOperationCount The OtherOperationCount property specifies the number of I/O operations performed, other than read and write operations. OtherOperationCount } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C � & � � � MSFT_CliProperty OtherTransferCount The OtherTransferCount property specifies the amount of data transferred during operations other than read and write operations. OtherTransferCount O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PageFaults The PageFaults property indicates the number of page faults generated by the process./nExample: 10 PageFaults j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � ! � � � MSFT_CliProperty PageFileUsage The PageFileUsage property indicates the amountof page file space currently being used by the process./nExample: 102435 PageFileUsage 8 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # f w � MSFT_CliProperty ParentProcessId The ParentProcessId property specifies the unique identifier of the process that created this process. Process identifier numbers are reused, so they only identify a process for the lifetime of that process. It is possible that the process identified by ParentProcessId has terminated, so ParentProcessId may not refer to an running process. It is also possible that ParentProcessId incorrectly refers to a process which re-used that process identifier. The CreationDate property can be used to determine whether the specified parent was created after this process was created. ParentProcessId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � % � � � MSFT_CliProperty PeakPageFileUsage The PeakPageFileUsage property indicates the maximum amount of page file space used during the life of the process./nExample: 102367 PeakPageFileUsage D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� # r � � MSFT_CliProperty PeakVirtualSize The PeakVirtualSize property specifies the maximum virtual address space the process has used at any one time. Use of virtual address space does not necessarily imply corresponding use of either disk or main memory pages. However, virtual space is finite, and by using too much, the process might limit its ability to load libraries. PeakVirtualSize b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � & � � � MSFT_CliProperty PeakWorkingSetSize The PeakWorkingSetSize property indicates the peak working set size of the process./nExample: 1413120 PeakWorkingSetSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % � MSFT_CliProperty Priority The Priority property indicates the scheduling priority of the process within the operating system. The higher the value, the higher priority the process receives. Priority values can range from 0 (lowest priority) to 31 (highest priority)./nExample: 7. Priority p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � $ � � � MSFT_CliProperty PrivatePageCount The PrivatePageCount property specifies the current number of pages allocated that are accessible only to this process PrivatePageCount � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty ProcessId The ProcessId property contains the global process identifier that can be used to identify a process. The value is valid from the creation of the process until the process is terminated. ProcessId y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � * � � � MSFT_CliProperty QuotaNonPagedPoolUsage The QuotaNonPagedPoolUsage property indicates the quota amount of non-paged pool usage for the process./nExample: 15 QuotaNonPagedPoolUsage l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 � ' � � � MSFT_CliProperty QuotaPagedPoolUsage The QuotaPagedPoolUsage property indicates the quota amount of paged pool usage for the process./nExample: 22 QuotaPagedPoolUsage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P � . � � � MSFT_CliProperty QuotaPeakNonPagedPoolUsage The QuotaPeakNonPagedPoolUsage property indicates the peak quota amount of non-paged pool usage for the process./nExample: 31 QuotaPeakNonPagedPoolUsage ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � + � � � MSFT_CliProperty QuotaPeakPagedPoolUsage The QuotaPeakPagedPoolUsage property indicates the peak quota amount of paged pool usage for the process./n Example: 31 QuotaPeakPagedPoolUsage O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & z � � MSFT_CliProperty ReadOperationCount The ReadOperationCount property specifies the number of read operations performed. ReadOperationCount < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % h { � MSFT_CliProperty ReadTransferCount The ReadTransferCount property specifies the amount of data read. ReadTransferCount i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � � � � MSFT_CliProperty SessionId The SessionId property specifies the unique identifier that is generated by the operating system when the session is created. SessionId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # T e � MSFT_CliProperty TerminationDate Time that the process was stopped or terminated TerminationDate @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r � MSFT_CliProperty ThreadCount The ThreadCount property specifies the number of active threads in this process. ThreadCount W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty UserModeTime Time in user mode, in milliseconds. If this information is not available, a value of 0 should be used. UserModeTime ^ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier $ � � � � MSFT_CliProperty VirtualSize The VirtualSize property specifies the current size in bytes of the virtual address space the process is using. VirtualSize R 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty WindowsVersion The WindowsVersion property indicates the version of Windows in which the process is running. WindowsVersion 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E � " � � � MSFT_CliProperty WorkingSetSize The amount of memory in bytes that a process needs to execute efficiently, for an operating system that uses page-based memory management. WorkingSetSize S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' } � � MSFT_CliProperty WriteOperationCount The WriteOperationCount property specifies the number of write operations performed. WriteOperationCount B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & m � � MSFT_CliProperty WriteTransferCount The WriteTransferCount property specifies the amount of data written. WriteTransferCount � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �
� MSFT_CliFormat table IO 7 ^ � F � # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name Q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty ProcessId The ProcessId property contains the global process identifier that can be used to identify a process. ProcessId O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & z � � MSFT_CliProperty ReadOperationCount The ReadOperationCount property specifies the number of read operations performed. ReadOperationCount < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % h { � MSFT_CliProperty ReadTransferCount The ReadTransferCount property specifies the amount of data read. ReadTransferCount S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' } � � MSFT_CliProperty WriteOperationCount The WriteOperationCount property specifies the number of write operations performed. WriteOperationCount B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & m � � MSFT_CliProperty WriteTransferCount The WriteTransferCount property specifies the amount of data written. WriteTransferCount � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � ) � MSFT_CliFormat TABLE BRIEF : Y � Q �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � M Z � MSFT_CliProperty ThreadCount The ThreadCount property specifies the number of active threads in this process. An instruction is the basic unit of execution in a processor, and a thread is the object that executes instructions. Every running process has at least one thread. This property is for computers running Windows NT only. ThreadCount | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � � � � MSFT_CliProperty HandleCount The HandleCount property specifies the total number of handles currently open by this process. This number is the sum of the handles currently open by each thread in this process. A handle is used to examine or modify the system resources. Each handle has an entry in an internally maintained table. These entries contain the addresses of the resources and the means to identify the resource type. HandleCount # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Priority The Priority property indicates the scheduling priority of the process within the operating system. Priority Q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty ProcessId The ProcessId property contains the global process identifier that can be used to identify a process. ProcessId 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E � " � � � MSFT_CliProperty WorkingSetSize The amount of memory in bytes that a process needs to execute efficiently, for an operating system that uses page-based memory management. WorkingSetSize s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty w � MSFT_CliFormat INSTANCE " Q 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty ProcessId The ProcessId property contains the global process identifier that can be used to identify a process. __PATH �W �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �V # �E � MSFT_CliFormat table STATISTICS � � � ] � Y � � � L! �# i& �( V+ �- f0 �2 �4 8 s: �= FA �C | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � � � � MSFT_CliProperty HandleCount The HandleCount property specifies the total number of handles currently open by this process. This number is the sum of the handles currently open by each thread in this process. A handle is used to examine or modify the system resources. Each handle has an entry in an internally maintained table. These entries contain the addresses of the resources and the means to identify the resource type. HandleCount m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name ] 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier # � " � � � MSFT_CliProperty KernelModeTime Time in kernel mode, in milliseconds. If this information is not available, a value of 0 should be used. KernelModeTime ; 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ) c z � MSFT_CliProperty MaximumWorkingSetSize The MaximumWorkingSetSize property indicates the maximum working set size of the process. The working set of a process is the set of memory pages currently visible to the process in physical RAM. These pages are resident and available for an application to use without triggering a page fault./nExample: 1413120. MaximumWorkingSetSize 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) a x � MSFT_CliProperty MinimumWorkingSetSize The MinimumWorkingSetSize property indicates the minimum working set size of the process. The working set of a process is the set of memory pages currently visible to the process in physical RAM. These pages are resident and available for an application to use without triggering a page fault./nExample: 20480. MinimumWorkingSetSize w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � ' � � � MSFT_CliProperty OtherOperationCount The OtherOperationCount property specifies the number of I/O operations performed, other than read and write operations. OtherOperationCount } 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier C � & � � � MSFT_CliProperty OtherTransferCount The OtherTransferCount property specifies the amount of data transferred during operations other than read and write operations. OtherTransferCount O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PageFaults The PageFaults property indicates the number of page faults generated by the process./nExample: 10 PageFaults j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 � ! � � � MSFT_CliProperty PageFileUsage The PageFileUsage property indicates the amountof page file space currently being used by the process./nExample: 102435 PageFileUsage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier F � % � � � MSFT_CliProperty PeakPageFileUsage The PeakPageFileUsage property indicates the maximum amount of page file space used during the life of the process./nExample: 102367 PeakPageFileUsage D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� # r � � MSFT_CliProperty PeakVirtualSize The PeakVirtualSize property specifies the maximum virtual address space the process has used at any one time. Use of virtual address space does not necessarily imply corresponding use of either disk or main memory pages. However, virtual space is finite, and by using too much, the process might limit its ability to load libraries. PeakVirtualSize b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � & � � � MSFT_CliProperty PeakWorkingSetSize The PeakWorkingSetSize property indicates the peak working set size of the process./nExample: 1413120 PeakWorkingSetSize p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 � $ � � � MSFT_CliProperty PrivatePageCount The PrivatePageCount property specifies the current number of pages allocated that are accessible only to this process PrivatePageCount � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty ProcessId The ProcessId property contains the global process identifier that can be used to identify a process. The value is valid from the creation of the process until the process is terminated. ProcessId y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � * � � � MSFT_CliProperty QuotaNonPagedPoolUsage The QuotaNonPagedPoolUsage property indicates the quota amount of non-paged pool usage for the process./nExample: 15 QuotaNonPagedPoolUsage l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 � ' � � � MSFT_CliProperty QuotaPagedPoolUsage The QuotaPagedPoolUsage property indicates the quota amount of paged pool usage for the process./nExample: 22 QuotaPagedPoolUsage � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P � . � � � MSFT_CliProperty QuotaPeakNonPagedPoolUsage The QuotaPeakNonPagedPoolUsage property indicates the peak quota amount of non-paged pool usage for the process./nExample: 31 QuotaPeakNonPagedPoolUsage ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D � + � � � MSFT_CliProperty QuotaPeakPagedPoolUsage The QuotaPeakPagedPoolUsage property indicates the peak quota amount of paged pool usage for the process./n Example: 31 QuotaPeakPagedPoolUsage O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & z � � MSFT_CliProperty ReadOperationCount The ReadOperationCount property specifies the number of read operations performed. ReadOperationCount < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % h { � MSFT_CliProperty ReadTransferCount The ReadTransferCount property specifies the amount of data read. ReadTransferCount 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � M Z � MSFT_CliProperty ThreadCount The ThreadCount property specifies the number of active threads in this process. An instruction is the basic unit of execution in a processor, and a thread is the object that executes instructions. Every running process has at least one thread. This property is for computers running Windows NT only. ThreadCount W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty UserModeTime Time in user mode, in milliseconds. If this information is not available, a value of 0 should be used. UserModeTime 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d q � MSFT_CliProperty VirtualSize The VirtualSize property specifies the current size in bytes of the virtual address space the process is using. Use of virtual address space does not necessarily imply corresponding use of either disk or main memory pages. Virtual space is finite, and by using too much, the process can limit its ability to load libraries. VirtualSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier _ � " � � � MSFT_CliProperty WorkingSetSize The amount of memory in bytes that a process needs to execute efficiently, for an operating system that uses page-based memory management. If an insufficient amount of memory is available (< working set size), thrashing will occur. If this information is not known, NULL or 0 should be entered. If this data is provided, it could be monitored to understand a process' changing memory requirements as execution proceeds. WorkingSetSize S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ' } � � MSFT_CliProperty WriteOperationCount The WriteOperationCount property specifies the number of write operations performed. WriteOperationCount B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & m � � MSFT_CliProperty WriteTransferCount The WriteTransferCount property specifies the amount of data written. WriteTransferCount Process WHERE ProcessId='#' Select * from Win32_Process Չ �� (� |� � ! �, � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �* � � Q Y � MSFT_CliVerb Create The Create method creates a new process. It returns an integer value of 0 if the process was successfully created, and any other number to indicate an error. Create � � "
O � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING O 3 � � � MSFT_CliParam The CommandLine parameter specifies the command line to execute. The system adds a null character to the command line, trimming the string if necessary, to indicate which file was actually used. CommandLine � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING N � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � - 5 � MSFT_CliParam The CurrentDirectory parameter specifies the current drive and directory for the child process. The string requires that the current directory resolves to a known path. A user can specify an absolute path or a path relative to the current working directory. If this parameter is NULL, the new process will have the same path as the calling process. This option is provided primarily for shells that must start an application and specify the application's initial drive and working directory. CurrentDirectory � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING ) � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING } 3 � ' � MSFT_CliParam The ProcessStartupInformation parameter represents the startup configuration of a Win32 process. It includes information about displaying the window, characteristics of a console application, and handling errors. ProcessStartupInformation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True OBJECT � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING R 3 � �
� MSFT_CliParam The ProcessId parameter returns a global process identifier that can be used to identify a process. The value is valid from the time the process is created until the time the process is terminated. ProcessId � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True UINT32 Create � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � E P � MSFT_CliVerb Terminate The Terminate method terminates a process and all of its threads. It returns an integer value of 0 if the process was successfully terminated, and any other number to indicate an error. Terminate � Z � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The Reason parameter specifies the exit code for the process and for all threads terminated as a result of this call. Reason � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 Terminate P � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 U � � � � MSFT_CliVerb GetOwner The GetOwner method retrieves the user name and domain name under which the process is running. It returns an integer value of 0 if successful, and any other number to indicate an error. GetOwner � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING e 3 b j � � � MSFT_CliParam The Domain parameter returns the domain name under which this process is running. Domain r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING M 3 W ] } � � MSFT_CliParam The User parameter returns the user name of the owner of this process. User e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING GetOwner � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � z � � � � MSFT_CliVerb GetOwnerSid The GetOwnerSid method retrieves the security identifier (SID) for the owner of this process. GetOwnerSid � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING Z 3 ^ c � � � MSFT_CliParam The Sid property returns the security identifier descriptor for this process. Sid k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True STRING GetOwnerSid �H � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �F � � � $) 1) � MSFT_CliVerb SetPriority The SetPriority method attempts to change the execution priority of the process. In order to set the priority to Realtime, the caller must hold the SeIncreaseBasePriorityPrivilege. Without this privilege, the highest the priority can be set to is High priority./nThe method returns an integer value that can be interpretted as follows: /n0 - Successful completion./n2 - The user does not have access to the requested information./n3 - The user does not have sufficient privilge./n8 - Unknown failure./n9 - The path specified does not exist./n21 - The specified parameter is invalid./nOther - For integer values other than those listed above, refer to Win32 error code documentation. SetPriority � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING q 3 � � � MSFT_CliParam The Priority parameter specifies the new priority class for the process. Values:/nIdle - Specified for a process whose threads run only when the system is idle. The threads of the process are preempted by the threads of any process running in a higher priority class. An example is a screen saver. The idle-priority class is inherited by child processes./nBelow Normal - Indicates a process that has priority above IDLE_PRIORITY_CLASS but below NORMAL_PRIORITY_CLASS. For Windows 2000./nNormal - Specified for a process with no special scheduling needs./nAbove Normal - Indicates a process that has priority above NORMAL_PRIORITY_CLASS but below HIGH_PRIORITY_CLASS. For Windows 2000./nHigh Priority - Specified for a process that performs time-critical tasks that must be executed immediately. The threads of the process preempt the threads of normal or idle priority class processes. An example is the Task List, which must respond quickly when called by the user, regardless of the load on the operating system. Use extreme care when using the high-priority class, because a high-priority class application can use nearly all available CPU time./nRealtime - Specified for a process that has the highest possible priority. The threads of the process preempt the threads of all other processes, including operating system processes performing important tasks. For example, a real-time process that executes for more than a very brief interval can cause disk caches not to flush or cause the mouse to be unresponsive./n Priority + G � �
� �
# � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ sint32 f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( The Priority parameter specifies the new priority class for the process. Values:/nIdle - Specified for a process whose threads run only when the system is idle. The threads of the process are preempted by the threads of any process running in a higher pri � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier in True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # s � MSFT_CliQualifier MappingStrings + Win32API|Process and Thread Functions|SetPriorityClass|dwPriorityClass � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap 9 E Q ] i u 0x00000040 0x00004000 0x00000020 0x00008000 0x00000080 0x00000100 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � z � MSFT_CliQualifier Values 7 = K S a p Idle Below Normal Normal Above Normal High Priority Realtime SINT32 " �# E% �& e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The SetPriority method attempts to change the execution priority of the process. In order to set the priority to Realtime, the caller must hold the SeIncreaseBasePriorityPrivilege. Without this privilege, the highest the priority can be set to is High pr � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # c � MSFT_CliQualifier MappingStrings + Win32API|Process and Thread Functions|SetPriorityClass � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � T � MSFT_CliQualifier ValueMap = @ C F I L P 0 2 3 8 9 21 .. J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; R a y � � � Successful completion Access denied Insufficient privilege Unknown failure Path not found Invalid parameter Other SetPriority Q � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 V � � �
*
� MSFT_CliVerb AttachDebugger The AttachDebugger method launches the currently registered debugger for this process. Dr. Watson, however, is not supported. /nThe method returns a 'generic failure' if it finds an invalid string in the registry key or an integer value that can be interpretted as follows: /n0 - Successful completion./n2 - The user does not have access to the requested information./n3 - The user does not have sufficient privilge./n8 - Unknown failure./n9 - The path specified does not exist./n21 - The specified parameter is invalid./nOther - For integer values other than those listed above, refer to Win32 error code documentation. AttachDebugger � ; � f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � * � MSFT_CliQualifier Description ( The AttachDebugger method launches the currently registered debugger for this process. Dr. Watson, however, is not supported. /nThe method returns a 'generic failure' if it finds an invalid string in the registry key or an integer value that can be interp � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � T � MSFT_CliQualifier ValueMap = @ C F I L P 0 2 3 8 9 21 .. J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; R a y � � � Successful completion Access denied Insufficient privilege Unknown failure Path not found Invalid parameter Other AttachDebugger Name
� 8 STRING QualifierValue
� o STRING i I � MSFT_CliQualifier Values / 6 ; C Draft Low Medium High C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! s � � MSFT_CliProperty DriverVersion The DriverVersion property indicates the version number of the printer driver. DriverVersion � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � � MSFT_CliProperty Name The Name property indicates the name of the printer with which this configuration is associated. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 I� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 o`�%߬�-`�%߬��� + S s s s =s �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Installation package task management. k � /! !2 �W s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name __PATH � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table STATUS / � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; D g � MSFT_CliProperty Version Product version information. Version L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f . � � MSFT_CliProperty InstallState InstallState 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap 9 L ^ o { � Bad Configuration Invalid Argument Unknown Package Advertised Absent Installed �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ � � MSFT_CliFormat list FULL
H m s % �
� [ � ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the product. Description 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � � MSFT_CliProperty IdentifyingNumber Product identification such as a serial number on software or a die number on a hardware chip. IdentifyingNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty InstallLocation InstallLocation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f . � � MSFT_CliProperty InstallState InstallState 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap 9 L ^ o { � Bad Configuration Invalid Argument Unknown Package Advertised Absent Installed % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 5 ; ^ � MSFT_CliProperty Name Commonly used product name. Name C � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty PackageCache PackageCache � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L W z � MSFT_CliProperty SKUNumber Product SKU (stock keeping unit) information. SKUNumber _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f @ H k � MSFT_CliProperty Vendor The name of the product's supplier. Vendor P � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; D g � MSFT_CliProperty Version Product version information. Version L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 1 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty > q � MSFT_CliFormat TABLE BRIEF 6 < e > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � � MSFT_CliProperty IdentifyingNumber Product identification such as a serial number on software or a die number on a hardware chip. IdentifyingNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 5 ; ^ � MSFT_CliProperty Name Commonly used product name. Name C � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f @ H k � MSFT_CliProperty Vendor The name of the product's supplier. Vendor P � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; D g � MSFT_CliProperty Version Product version information. Version L � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 9 B e � MSFT_CliProperty Caption A short textual description. Caption J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 Product WHERE Name='#' Select * from Win32_Product ]s K� 0� |� � �� �� � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� � D M � MSFT_CliVerb Install This method will install an associated Product using the installation package provided through PackageLocation and any command line options that are supplied. Install � D k p � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 : C � MSFT_CliParam AllUsers # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN # � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING w 3 k t � � � MSFT_CliParam The command line options for the install. These should be in the form of property=setting Options | � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING ) 3 @ Q p x � MSFT_CliParam The path to the package that is to be installed PackageLocation Y � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Install � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� � % , � MSFT_CliVerb Admin This method will perform an administrative install of an associated Product using the installation package provided through PackageLocation and any command line options that are supplied. Admin � \ 1 o � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 9 A � MSFT_CliParam Options " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING % 3 > O n v � MSFT_CliParam The path to the package that is to be admined PackageLocation W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING D 3 N ^ } � � MSFT_CliParam The location for the administrative image to be installed at. TargetLocation f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Admin H � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 M
� � � � � MSFT_CliVerb Advertise This method will advertise an associated Product using the installation package provided through PackageLocation and any command line options that are supplied. Advertise � J � p � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 : C � MSFT_CliParam AllUsers # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN o � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 9 A � MSFT_CliParam Options " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING + 3 A R q y � MSFT_CliParam The path to the package that is to be advertised PackageLocation Z � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Advertise � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� � ~ � � MSFT_CliVerb Reinstall This method will reinstall the associated instance of Product using the specified reinstallation mode. Reinstall � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING :
3 ; C � MSFT_CliParam ReinstallMode 0 � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � h � MSFT_CliQualifier valuemap
I L O R U X [ ^ a d 1 2 3 4 5 6 7 8 9 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True a � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier values
G T f x � � � � � � FileMissing FileOlderVersion FileEqualVersion FileExact FileVerify FileReplace UserData MachineData Shortcut Package UINT16 Reinstall � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �
� � ! � MSFT_CliVerb Upgrade This method will upgrade the associated Product using the upgrade package provided through PackageLocation and any command line options that are supplied. Upgrade � ; o � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 9 A � MSFT_CliParam Options " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING - 3 B S r z � MSFT_CliParam The path to the package that contains the upgrade PackageLocation [ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Upgrade � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � w � � MSFT_CliVerb Configure This method will configure the associated instance of Product to the specified install state and level. Configure � � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING B 3 ~ � � MSFT_CliParam InstallLevel / F c � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier valuemap - 0 3 1 2 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i F � MSFT_CliQualifier values + 4 = Default Minimum Maximum UINT16 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING < ? | � � MSFT_CliParam InstallState - D a � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier valuemap - 0 3 1 2 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i C � MSFT_CliQualifier values + 4 ; Default Local Source UINT16 Configure � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � X c n � MSFT_CliVerb Uninstall This method will uninstall the associated instance of Product Uninstall Uninstall SFT_CliQualifier write " True K| F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 p`�%߬�-`�%߬��{ � + � W{ \{ ^{ �{ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . The Win32_QuickFixEngineering class represents system-wide Quick Fix Engineering (QFE) or updates that have been applied to the current operating system. � - �! s7 �y K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS $ � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm �B �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �A �( � MSFT_CliFormat TABLE BRIEF F � � � ! �
s � 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n { � MSFT_CliProperty FixComments The FixComments property contains additional comments relating to the update. FixComments � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u � � MSFT_CliProperty HotFixID The HotFixID property specifies the unique identifier associated with a particular QFE. HotFixID � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 260 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. Install Date b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � � � � MSFT_CliProperty InstalledBy The InstalledBy property identifies who installed the update. If this value is unknown, the property will be empty. InstalledBy w 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier = � � � � MSFT_CliProperty InstalledOn The InstalledOn property provides the date and time when the update was installed. If this value is unknown, the property will be empty. InstalledOn m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & ' 2 G j � MSFT_CliProperty ServicePackInEffect The ServicePackInEffect property specifies what servicepack was in effect when the update was applied. If no service pack has been applied, the property takes on the value SP0. If it can not be determined what service pack was in effect, this property will be NULL. ServicePackInEffect O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 260 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm X �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty e 0 � MSFT_CliFormat LIST FULL QFE Select * from Win32_QuickFixEngineering R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P � . � � � MSFT_CliProperty QuotaPeakNonPagedPoolUsage The QuotaPeakNonPagedPoolUsage property indicates the peak quota amount of non-paged pool usage for the process./nExample: 31 QuotaPeakNonPagedPoolUsage ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MS �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 q`�%߬�-`�%߬��� � + ] �� �� �� ɿ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . setting information for disk quotas on a volume. y � ?! �< b [r K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS D �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty Q � � MSFT_CliFormat table BRIEF : � @ � � o � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t e n � � MSFT_CliProperty Caption A short textual description (one-line string) of the CIM_Setting object. Caption v � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DefaultLimit The DefaultLimit property indicates the default limit set for quotas on this particular volume. DefaultLimit � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ W b � � MSFT_CliProperty SettingID The identifier by which the CIM_Setting object is known. SettingID j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty State The State property indicates what the level of quota management set for this particular volume. Disabled indicates that Quota management is not enabled on this volume. Tracked indicates that Quota's are tracked but the limit value is not enforced and users may exceed their quota limit. Enforced indicates that Quota's are tracked and enforce on this volume. State � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i H � MSFT_CliQualifier Values + 5 > Disabled Tracked Enforced � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty VolumePath The VolumePath property indicates the name of the volume that disk quotas are on. It can be volume name, volume path (ex D:\) or it can be the unique volume name like \\?Volume{GUID}\. VolumePath m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � ' � � � MSFT_CliProperty DefaultWarningLimit The DefaultWarningLimit property indicates the default warning limit set for quotas on this particular volume. DefaultWarningLimit �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ / � MSFT_CliFormat LIST FULL D � 9 � R
> � } P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DefaultLimit The DefaultLimit property indicates the default limit set for quotas on this particular volume. DefaultLimit m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � ' � � � MSFT_CliProperty DefaultWarningLimit The DefaultWarningLimit property indicates the default warning limit set for quotas on this particular volume. DefaultWarningLimit , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Q ^ � MSFT_CliProperty Description A textual description of the CIM_Setting object. Description { 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier A � ( � � � MSFT_CliProperty ExceededNotification The ExceedNotification property indicates whether or not events will be written to the event log when quotas are exceeded. ExceededNotification � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ W b � � MSFT_CliProperty SettingID The identifier by which the CIM_Setting object is known. SettingID j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty State The State property indicates what the level of quota management set for this particular volume. Disabled indicates that Quota management is not enabled on this volume. Tracked indicates that Quota's are tracked but the limit value is not enforced and users may exceed their quota limit. Enforced indicates that Quota's are tracked and enforce on this volume. State � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i H � MSFT_CliQualifier Values + 5 > Disabled Tracked Enforced � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty VolumePath The VolumePath property indicates the name of the volume that disk quotas are on. It can be volume name, volume path (ex D:\) or it can be the unique volume name like \\?Volume{GUID}\. VolumePath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � / � � � MSFT_CliProperty WarningExceededNotification The WarningExceedNotification property indicates whether or not events will be written to the event log when warnings are exceeded. WarningExceededNotification � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t e n � � MSFT_CliProperty Caption A short textual description (one-line string) of the CIM_Setting object. Caption v � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X o � MSFT_CliFormat STATUS ( � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty State The State property indicates what the level of quota management set for this particular volume. Disabled indicates that Quota management is not enabled on this volume. Tracked indicates that Quota's are tracked but the limit value is not enforced and users may exceed their quota limit. Enforced indicates that Quota's are tracked and enforce on this volume. State � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i H � MSFT_CliQualifier Values + 5 > Disabled Tracked Enforced � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty VolumePath The VolumePath property indicates the name of the volume that disk quotas are on. It can be volume name, volume path (ex D:\) or it can be the unique volume name like \\?Volume{GUID}\. VolumePath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t e n � � MSFT_CliProperty Caption A short textual description (one-line string) of the CIM_Setting object. Caption v � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 8M �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty EL �9 � MSFT_CliFormat WRITEABLE 7 { f U) G2 @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� � � MSFT_CliProperty DefaultLimit The DefaultLimit property indicates the default limit set for quotas on this particular volume. DefaultLimit � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ) � MSFT_CliQualifier Units " Bytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ]
' � � ) � MSFT_CliProperty DefaultWarningLimit The DefaultWarningLimit property indicates the default warning limit set for quotas on this particular volume. DefaultWarningLimit � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ) � MSFT_CliQualifier Units " Bytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � � � MSFT_CliProperty ExceededNotification The ExceedNotification property indicates whether or not events will be written to the event log when quotas are exceeded. ExceededNotification � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty State The State property indicates what the level of quota management set for this particular volume. Disabled indicates that Quota management is not enabled on this volume. Tracked indicates that Quota's are tracked but the limit value is not enforced and users may exceed their quota limit. Enforced indicates that Quota's are tracked and enforce on this volume. State � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k @ � MSFT_CliQualifier ValueMap 1 7 : = True 0 1 2 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � g � MSFT_CliQualifier Values ; A D G J T ] True 0 1 2 Disabled Tracked Enforced � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � _ � MSFT_CliProperty VolumePath The VolumePath property indicates the name of the volume that disk quotas are on. It can be volume name, volume path (ex D:\) or it can be the unique volume name like \\?Volume{GUID}\. VolumePath � , E � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier key True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier W / � � 0 � MSFT_CliProperty WarningExceededNotification The WarningExceedNotification property indicates whether or not events will be written to the event log when warnings are exceeded. WarningExceededNotification � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True QuotaSetting Select * from Win32_QuotaSetting CliQualifier Type
� > STRING R 3 � �
� MSFT_CliParam The ProcessId parameter returns a global process identifier that can be used to identify a process. The value is valid from the time the process is created until the time the process is terminated. ProcessId � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True UINT32 Create � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � E P � MSFT_CliVerb Terminate The Terminate method terminates a process and all of its threads. It returns an integer value of 0 if the process was successfully terminated, and any other number to indicate an error. Terminate � Z � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The Reason parameter specifies the exit code for the process and for all threads terminated as a result of this call. Reason � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 Terminate /� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 r`�%߬�-`�%߬��� � + | 1� <� >� k� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Information that will be gathered from memory when the operating system fails. � Z! @G ZZ s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ � � MSFT_CliFormat LIST FULL
H � 7 � U
z R � � Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty AutoReboot The AutoReboot property determines whether the system will automatically reboot during a recovery operation. AutoReboot � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � ! � � � MSFT_CliProperty DebugFilePath The DebugFilePath property indicates the full path to the debug file. A debug file is created with the memory state of the machine after a machine failure. DebugFilePath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � 8 E � MSFT_CliProperty Description A textual description. Description h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � " � � � MSFT_CliProperty KernelDumpOnly The KernelDumpOnly property indicates whether only kernel debug information will be written to the debug log file. /nValues TRUE or FALSE. If TRUE, then only the state of kernel is written to a file in the event of a system failure. If FALSE, the system will try to log the state of the memory and any devices that can provide information about the system when it failed. KernelDumpOnly � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The Name property contains an identifying name. Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < � . � � � MSFT_CliProperty OverwriteExistingDebugFile The OverwriteExistingDebugFile property indicates whether a new log file will overwrite an existing one. OverwriteExistingDebugFile � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " � MSFT_CliProperty SendAdminAlert The SendAdminAlert property indicates whether or not an alert message will be sent to the system administrator in the event of an operating system failure. If TRUE, the system will send an alert to the system administrator. SendAdminAlert � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T S ^ � � MSFT_CliProperty SettingID The identifier by which the ralated object is known. SettingID f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � " � � � MSFT_CliProperty WriteDebugInfo The WriteDebugInfo property indicates whether or not debugging information is to be written to a log file. Values: TRUE or FALSE. If TRUE, debug information is written to a file. WriteDebugInfo Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ � � � MSFT_CliProperty WriteToSystemLog The WriteToSystemLog property indicates whether or not events will be written to a system log. WriteToSystemLog �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty # C � MSFT_CliFormat TABLE BRIEF . k 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! i x � MSFT_CliProperty DebugFilePath The DebugFilePath property indicates the full path to the debug file. DebugFilePath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The Name property contains an identifying name. Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � / : ] � MSFT_CliProperty SettingID The identifier. SettingID B � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 ӑ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � �p � MSFT_CliFormat WRITEABLE K �
k � ' �. S< �I \S �\ Ch �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � MSFT_CliProperty AutoReboot The AutoReboot property determines whether the system will automatically reboot during a recovery operation./nValues: TRUE or FALSE. If TRUE, the system will automatically rebooted. AutoReboot � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|AutoReboot � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U ! � �
� MSFT_CliProperty DebugFilePath The DebugFilePath property indicates the path to the debug file. A debug file is created with the memory state of the machine after a machine failure./nExample: %systemRoot%\Memory.dmp DebugFilePath � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # } � MSFT_CliQualifier MappingStrings / 7 string Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|DumpFile � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � MSFT_CliProperty DebugInfoType The DebugInfoType property indicates what type of debugging information is to be written to the log file./nValues: 0 = None /n1 = Complete memory dump /n2 = Kernel memory dump /n3 = Small memory dump (64KB) DebugInfoType 4 M j � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k G � MSFT_CliQualifier ValueMap 5 ; > A D True 0 1 2 3 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values C I L O R U [ q � True 0 1 2 3 None Complete memory dump Kernel memory dump Small memory dump � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ) � � � MSFT_CliProperty ExpandedDebugFilePath The ExpandedDebugFilePath property is an expanded version of the DebugFilePath property. /nExample: C:\WinNT\Memory.dmp ExpandedDebugFilePath � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True s 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 9 - � � & � MSFT_CliProperty ExpandedMiniDumpDirectory The ExpandedMiniDumpDirectory property is an expanded version of the MiniDumpDirectory property. /nExample: C:\WinNT\MiniDump ExpandedMiniDumpDirectory � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " 3 C � � MSFT_CliProperty KernelDumpOnly The KernelDumpOnly property has been deprecated in favor of the DebugInfoType property in the same class. All future work should use this new property. /nThe KernelDumpOnly property indicates whether only kernel debug information will be written to the debug log file. /nValues TRUE or FALSE. If TRUE, then only the state of kernel is written to a file in the event of a system failure. If FALSE, the system will try to log the state of the memory and any devices that can provide information about the system when it failed. KernelDumpOnly [ w � Z s � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING m - � MSFT_CliQualifier DEPRECATED ' True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 5 True Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|KernelDumpOnly � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True Y
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � � � � MSFT_CliProperty MiniDumpDirectory The MiniDumpDirectory property indicates the directory where small memory dump files will be recorded and accumulated. /nExample: %systemRoot%\MiniDump MiniDumpDirectory � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 string Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|MiniDumpDir � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n . + G l � MSFT_CliProperty OverwriteExistingDebugFile The OverwriteExistingDebugFile property indicates whether a new log file will overwrite an existing one. /nValues: TRUE or FALSE. If TRUE, the existing debug file will be overwritten. If FALSE, a log file is not written if the filename already exists. OverwriteExistingDebugFile [ w 9 R � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|Overwrite � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " + P � MSFT_CliProperty SendAdminAlert The SendAdminAlert property indicates whether or not an alert message will be sent to the system administrator in the event of an operating system failure./nValues: TRUE or FALSE. If TRUE, the system will send an alert to the system administrator. SendAdminAlert ? [ 6 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|SendAlert � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Q
" s � � � MSFT_CliProperty WriteDebugInfo The WriteDebugInfo property has been deprecated in favor of the DebugInfoType property in the same class. All future work should use this new property. /nThe WriteDebugInfo property indicates whether or not debugging information is to be written to a log file./nValues: TRUE or FALSE. If TRUE, debug information is written to a file. WriteDebugInfo � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING m - � MSFT_CliQualifier DEPRECATED ' True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 5 True Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|CrashDumpEnabled � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Y $ � � � MSFT_CliProperty WriteToSystemLog The WriteToSystemLog property indicates whether or not events will be written to a system log. /nValues: TRUE or FALSE. If TRUE, information will be written to a system log file. WriteToSystemLog � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # ~ � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|SYSTEM\CurrentControlSet\Control\CrashControl|LogEvent � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True RecoverOS Select * from Win32_OSRecoveryConfiguration
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING D 3 N ^ } � � MSFT_CliParam The location for the administrative image to be installed at. TargetLocation f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Admin H � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 M
� � � � � MSFT_CliVerb Advertise This method will advertise an associated Product using the installation package provided through PackageLocation and any command line options that are supplied. Advertise � J � p � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 : C � MSFT_CliParam AllUsers # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN o � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 9 A � MSFT_CliParam Options " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING + 3 A R q y � MSFT_CliParam The path to the packag l� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 s`�%߬�-`�%߬� � + Q ~� �� �� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Computer system registry management. m & �A �D �W �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � MSFT_CliFormat table STATUS 3 � 4 m � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o | � MSFT_CliProperty CurrentSize The CurrentSize property indicates the current physical size of the registry. CurrentSize 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g t � MSFT_CliProperty MaximumSize The MaximumSize property indicates the maximum size of the registry. MaximumSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � � � � MSFT_CliProperty ProposedSize The ProposedSize property indicates the proposed size of the registry. It is the only registry setting that can be modified, and its proposal is attempted the next time the system boots. ProposedSize s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty
�
� MSFT_CliFormat TABLE BRIEF 2 s � � = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o | � MSFT_CliProperty CurrentSize The CurrentSize property indicates the current physical size of the registry. CurrentSize 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f s � MSFT_CliProperty MaximumSize The MaximumSize property indicates the maximum size of the registry. MaximumSize 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Name The Name property indicates the name of the Registry. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 ' �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty *& & � MSFT_CliFormat LIST FULL < } � 6 o � 9 = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � o | � MSFT_CliProperty CurrentSize The CurrentSize property indicates the current physical size of the registry. CurrentSize ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Z g � MSFT_CliProperty Description The Description property provides a textual description. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate 5 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � g t � MSFT_CliProperty MaximumSize The MaximumSize property indicates the maximum size of the registry. MaximumSize 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � P V � MSFT_CliProperty Name The Name property indicates the name of the Registry. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � � � � MSFT_CliProperty ProposedSize The ProposedSize property indicates the proposed size of the registry. It is the only registry setting that can be modified, and its proposal is attempted the next time the system boots. ProposedSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service r �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat WRITEABLE # � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
� � - � MSFT_CliProperty ProposedSize The ProposedSize property indicates the proposed size of the Win32 registry. It is the only registry setting that can be modified, and its proposal is attempted the next time the system boots. ProposedSize $ � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING
# y � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|SYSTEM\CurrentControlSet\Control|RegistrySizeLimit � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h - � MSFT_CliQualifier Units " Megabytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True Registry Select * from Win32_Registry L_EFEB887E59EC8D83C39D53CCF57EF6AD0D608FCDC88B6F50F3452B5EEBD4BF9F.597.1.47802 IL_B8A661C1D622FBC77353C6283693E0067AFF965D515809B24B4E9FF26EFC7D7E.603.1.105338 I_0255C72DE857C2548B152EEC30DB6E16802B631CB06DED8AAADBC49C9509FDEB.616.1.272838 IL_0255C72DE857C2548B152EEC30DB6E16802B631CB06DED8AAADBC49C9509FDEB.616.1.272838 IL_84F7DA8FDA90FAE6187111C2192FDA36DDBDE6FDE609673EA728B3013AF37B7B.650.1.36555 IL_E00A8EF4F74D23B882355F3A0D21293BA28C6F1C8A1BC8F9B30030B2F4330712.655.1.32485 I_0BE16089DDC1582CDB25043DB42CD7AE12C51808071C234ECBB1734648B1CD8B.659.1.73443 IL_0BE16089DDC1582CDB25043DB42CD7AE12C51808071C234ECBB1734648B1CD8B.659.1.73443 IL_E14960055650ADAC2C06C29022467C3EF58831F50C9AFF42B1D1C7B072FAC7F1.668.1.53493 IL_662CB144681343CD914A84B6324D30356940F0E892AC14E72E79452BFD8511B8.675.1.129842 IL_D1B648BE68EC7094B701AE10865E8710BF3CA0727020E467239EE608D1A161DA.691.1.31519 IL_CE1AB475306539B9E244C98908B04E7D335C952B0802573B7D36EFEB15743AA7.695.1.29172 IL_CEEB04238836B14B55751D5FC8F0C378A54AF1942F10226666FDE7520B51B7EC.699.1.57184 IL_5306A39AE8099BE250137B7B473C6C6DC916A35E8018A185B5C9A31EB97EDE85.706.1.27844 IL_8DA716445EA26247BDCD502C872559133B29770F7B55AFBFF871D80915CA3DBD.710.1.40746 IL_E0F2EFD539B7928A3CD461462D4CD79A5C30C390909F42CDB98D7B4B987E4A6E.715.1.265536 IL_5361F0B5BCF344E5F8BAFF7D3C773CFDA995B3843B674DB9DB34AC35EA55A657.748.1.63404 IL_5A83D395085B6B03108F7917D2C4F3D0683B0E479C446703225592BD963CB748.756.1.38386 IL_C1B039C6B15CB1268319C147066B90BAE1F5E0DA59EE23E8DFE59CEDEE8D5513.761.1.144923 IL_A600B813C3AEE4D495996259138D2BE996C368532199D64507DCA6E373C2D027.779.1.56137 IL_5A594905C8F81E999D9B9057D3667626B70DB4CAA9232253B2044B135DF40086.786.1.31819 I_3C2C2907345FD9238E14A72F66B1B84060440D64FBC7FA8518759968C7E4B75B.790.1.49293 IL_3C2C2907345FD9238E14A72F66B1B84060440D64FBC7FA8518759968C7E4B75B.790.1.49293 IL_DE468BF74FB57C16C2FE0AF90126FE83C9B098410A7D38A4977B5C5D80E7C5B5.797.1.60719 j F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 t`�%߬�-`�%߬��i + � jP zP �P Ni� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . The Win32_SCSIController class represents a SCSI controller on a Win32 system./nExample: Adaptec AHA-2940UW. � w! G u
K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �$ ] � MSFT_CliFormat STATUS ( � L � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable U� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty b� �� � MSFT_CliFormat LIST FULL � ^ ( + `- �/ �2 �4 D7 : _< �> rA �C &F �H �J LM ~O R XT �V Y �d �h ^q V� � � e� � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e s � � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the power saving states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the device is in a warning state, though also in a power save mode. Availability � O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap u x { ~ � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING L � � MSFT_CliQualifier Values s z � � � � � � � � � � 3 I V l t � Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning Paused Not Ready Not Configured Quiesced � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * a y � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Win32 Configuration Manager error code. ConfigManagerErrorCode � 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & w � � MSFT_CliProperty ControllerTimeouts Number of SCSIController timeouts that have occurred since the TimeOfLastReset. ControllerTimeouts � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % # 6 � MSFT_CliProperty CreationClassName CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. CreationClassName 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the SCSI controller with other devices on the system. DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceMap The DeviceMap property indicates the order in which devices are listed with this SCSI controller. /nThe DeviceMap property has been deprecated. There is no replacementvalue and this property is now considered obsolete. DeviceMap M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DriverName The DriverName property indicates the driver file name of the SCSI controller./nExample: Adaptec DriverName ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � # � � � MSFT_CliProperty HardwareVersion The HardwareVersion property indicates the hardware version number of the SCSI controller./nExample: 1.25 HardwareVersion L 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Index The Index property indicates the index number of the SCSI controller in the system registry./nExample: 0. Index � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. Install Date = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the SCSI controller manufacturer./nExample: Adaptec Manufacturer . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ m � MSFT_CliProperty MaxDataWidth Maximum data width (in bits) supported by the SCSIController. MaxDataWidth � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier V � ' � � � MSFT_CliProperty MaxNumberControlled Maximum number of directly addressable entities supported by this Controller. A value of 0 should be used if the number is unknown or unlimited. MaxNumberControlled B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # p � � MSFT_CliProperty MaxTransferRate Maximum transfer rate (in Bits per Second) supported by the SCSIController. MaxTransferRate m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty PNPDeviceID Indicates the Win32 Plug and Play device ID of the logical device. Example: *PNP030b PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , � � � MSFT_CliProperty PowerManagementSupported Boolean indicating that the Device can be power managed - ie, put into a power save state. This boolean does not indicate that power management features are currently enabled, or if enabled, what features are supported. Refer to the PowerManagementCapabilities array for this information. If this boolean is false, the integer value 1, for the string, "Not Supported", should be the only entry in the PowerManagementCapabilities array. PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m ( � � W � MSFT_CliProperty ProtectionManagement An integer enumeration indicating whether or not the SCSI controller provides redundancy or protection against device failures. ProtectionManagement � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 7 > G T _ � Other Unknown Unprotected Protected Protected through SCC (SCSI-3 Controller Command) Protected through SCC-2 (SCSI-3 Controller Command) � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
% j } " � MSFT_CliProperty ProtocolSupported The protocol used by the controller to access 'controlled' devices. ProtocolSupported � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q � � MSFT_CliQualifier ValueMap / � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values / � � � � � � 8 U o � � � � � � � �
% / 6 J ^ q � � � � � � � � � � � 4 K Other Unknown EISA ISA PCI ATA/ATAPI Flexible Diskette 1496 SCSI Parallel Interface SCSI Fibre Channel Protocol SCSI Serial Bus Protocol SCSI Serial Bus Protocol-2 (1394) SCSI Serial Storage Architecture VESA PCMCIA Universal Serial Bus Parallel Protocol ESCON Diagnostic I2C Power HIPPI MultiBus VME IPI IEEE-488 RS232 IEEE 802.3 10BASE5 IEEE 802.3 10BASE2 IEEE 802.3 1BASE5 IEEE 802.3 10BROAD36 IEEE 802.3 100BASEVG IEEE 802.5 Token-Ring ANSI X3T9.5 FDDI MCA ESDI IDE CMD ST506 DSSI QIC2 Enhanced ATA/IDE AGP TWIRP (two-way infrared) FIR (fast infrared) SIR (serial infrared) IrBus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� + T m � MSFT_CliProperty SystemCreationClassName The scoping System's CreationClassName. SystemCreationClassName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � : F � MSFT_CliProperty SystemName The scoping System's Name. SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Y � # � � � MSFT_CliProperty TimeOfLastReset The TimeOfLastReset property indicates the date and time this controller was last reset. This could mean the controller was powered down, or reinitialized. TimeOfLastReset �E �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �D 0 � MSFT_CliFormat TABLE BRIEF : � � T L �& M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DriverName The DriverName property indicates the driver file name of the SCSI controller./nExample: Adaptec DriverName T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Manufacturer The Manufacturer property indicates the name of the SCSI controller manufacturer./nExample: Adaptec Manufacturer m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
% j } " � MSFT_CliProperty ProtocolSupported The protocol used by the controller to access 'controlled' devices. ProtocolSupported � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q � � MSFT_CliQualifier ValueMap / � � � � � � � � � � � $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values / � � � � � � 8 U o � � � � � � � �
% / 6 J ^ q � � � � � � � � � � � 4 K Other Unknown EISA ISA PCI ATA/ATAPI Flexible Diskette 1496 SCSI Parallel Interface SCSI Fibre Channel Protocol SCSI Serial Bus Protocol SCSI Serial Bus Protocol-2 (1394) SCSI Serial Storage Architecture VESA PCMCIA Universal Serial Bus Parallel Protocol ESCON Diagnostic I2C Power HIPPI MultiBus VME IPI IEEE-488 RS232 IEEE 802.3 10BASE5 IEEE 802.3 10BASE2 IEEE 802.3 1BASE5 IEEE 802.3 10BROAD36 IEEE 802.3 100BASEVG IEEE 802.5 Token-Ring ANSI X3T9.5 FDDI MCA ESDI IDE CMD ST506 DSSI QIC2 Enhanced ATA/IDE AGP TWIRP (two-way infrared) FIR (fast infrared) SIR (serial infrared) IrBus � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING ` � � MSFT_CliQualifier ValueMap Q U \ f o z � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Q � � MSFT_CliQualifier Values O S Z d m x � � � � � � OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable SCSICONTROLLER Select * from Win32_SCSIController �P �e < � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 A - �
�
� MSFT_CliVerb SetPowerState SetPowerState defines the desired power state for a logical device and when a device should be put into that state. The desired power state is specified by setting the PowerState parameter to one of the following integer values: 1="Full Power", 2="Power S SetPowerState 9 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING * ? [ c � MSFT_CliParam PowerState ' > � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 UINT16 n � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 4 > � MSFT_CliParam Time � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True DATETIME SetPowerState ` � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 e � � � � � MSFT_CliVerb Reset Requests a reset of the logical device. The return value should be 0 if the request was successfully executed, 1 if the request is not supported and some other value if an error occurred. Reset Reset � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � E P � MSFT_CliVerb Terminate The Terminate method terminates a process and all of its threads. It returns an integer value of 0 if the process was successfully terminated, and any other number to indicate an error. Terminate � Z � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The Reason parameter specifies the exit code for the process and for all threads terminated as a result of this call. Reason � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 Terminate %� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 u`�%߬�-`�%߬��� � + L '� /� 1� a� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Server information management. ` �r a� ؤ �p �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �o �@ � MSFT_CliFormat list FULL # � k % � � �
� � n ( � � I � � g � �! <# �& �( c* , �- �/ ;1 �2 �4 a6 8 �9 �; @= �> � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , H � MSFT_CliProperty BlockingRequestsRejected Blocking Requests Rejected � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | � ' ; � MSFT_CliProperty BytesReceivedPersec Bytes Received/sec � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 5 � MSFT_CliProperty BytesTotalPersec Bytes Total/sec � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * A � MSFT_CliProperty BytesTransmittedPersec Bytes Transmitted/sec / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 9 B e � MSFT_CliProperty Caption A short textual description. Caption J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � - H � MSFT_CliProperty ContextBlocksQueuedPersec Context Blocks Queued/sec 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � R _ � MSFT_CliProperty Description A textual description of the statistic or metric. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + F � MSFT_CliProperty ErrorsAccessPermissions Errors Access Permissions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | � ' > � MSFT_CliProperty ErrorsGrantedAccess Errors Granted Access � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � - � MSFT_CliProperty ErrorsLogon Errors Logon � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � / � MSFT_CliProperty ErrorsSystem Errors System � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ~ � ) B � MSFT_CliProperty FileDirectorySearches File Directory Searches � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ) � MSFT_CliProperty FilesOpen Files Open � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 8 � MSFT_CliProperty FilesOpenedTotal Files Opened Total � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty Frequency_Object Frequency_Object � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty Frequency_PerfTime Frequency_PerfTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty Frequency_Sys100NS Frequency_Sys100NS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � * � MSFT_CliProperty LogonPersec Logon/sec � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � + � MSFT_CliProperty LogonTotal Logon Total � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v i o � � MSFT_CliProperty Name The Name property defines the label by which the statistic or metric is known. Name w � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % : � MSFT_CliProperty PoolNonpagedBytes Pool Nonpaged Bytes � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } � ( @ � MSFT_CliProperty PoolNonpagedFailures Pool Nonpaged Failures � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 8 � MSFT_CliProperty PoolNonpagedPeak Pool Nonpaged Peak � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 4 � MSFT_CliProperty PoolPagedBytes Pool Paged Bytes � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % : � MSFT_CliProperty PoolPagedFailures Pool Paged Failures � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 2 � MSFT_CliProperty PoolPagedPeak Pool Paged Peak � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 3 � MSFT_CliProperty ServerSessions Server Sessions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & < � MSFT_CliProperty SessionsErroredOut Sessions Errored Out � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % : � MSFT_CliProperty SessionsForcedOff Sessions Forced Off � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % : � MSFT_CliProperty SessionsLoggedOff Sessions Logged Off � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 8 � MSFT_CliProperty SessionsTimedOut Sessions Timed Out � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty Timestamp_Object Timestamp_Object � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty Timestamp_PerfTime Timestamp_PerfTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � & : � MSFT_CliProperty Timestamp_Sys100NS Timestamp_Sys100NS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % : � MSFT_CliProperty WorkItemShortages Work Item Shortages w �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat table BRIEF : � � S � H
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x g p � � MSFT_CliProperty Caption A short textual description (one-line string) for the statistic or metric. Caption x � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � * � MSFT_CliProperty LogonPersec Logon/sec � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � + � MSFT_CliProperty LogonTotal Logon Total < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property defines the label by which the statistic or metric is known. When subclassed, the property can be overridden to be a Key property. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � " 3 � MSFT_CliProperty ServerSessions Server Sessions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % : � MSFT_CliProperty WorkItemShortages Work Item Shortages s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH Server Select * from Win32_PerfRawData_PerfNet_Server C5B9BC0F0D1F0FC4733FA2AA35939C IL_5C128A75C27B4985F58BF9F60D25F3AD1811C55F8449A91D8301FA08651ED431.297.2524730711.305 CD_3E78A37E1DE70357C353A15D6BBB8A17A1D31F8D501ED8F1C3EB8104F5B04F97.299.1189181731.561 IL_3E78A37E1DE70357C353A15D6BBB8A17A1D31F8D501ED8F1C3EB8104F5B04F97.299.1936312436.336 IL_51D55482B7AF4894C57C3464572BF16B3F50568D4C97132E3EE18E297A796DF9.299.653620820.315 IL_A9F8B44D617BF5CE113FEF784720616F96802102F33327316324B2A6D9D506A6.297.338166298.188 CI_8467A5D32DFAA09A39BDC8BB8DDCC953CDC4A4C5E390EC615CB5FA0C07CF5251 IL_77E8F3E5C979A568F3203DE2542233AA744B340EA7CD046A020B3F37D5ECA5F4.313.3856196657.315 CI_47C79E62C2227EDD0FF29BF44D87F2FAF9FEDF60A18D9F82597602BD95E20BD3 IL_2797AA0512B80E7E1C1A6BA2AC1D2A5EAB929047EBF4944B5812DE3C32DEE06C.313.3654328068.299 CI_0A7ABE63F36E2B2920FEDAFAE849823AF9429CC0EA373FFEE1507EDB21FD9170 IL_8E80D45658E49966FC3BA567F2C75690AE48EBAB9A2568429675180214107ACE.313.2989851214.331 NS_E1578D36E8972985C3607CB2490418C572C190C71151F301302674342C5C885D KI_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 I_F55E9786D9F50DBDFB52762DDD65690364DF865004D37F7A0B919F2DED2C5FD1.317.1.19893 I_C59E83547F1BC933FE30770D4EDB5077AA988B54FE242F5F66DA214D449E875A.320.1.62809 I_55BA3B97EE945A5FFAA048F94EB0B1F3BCDC2B26C8F2588BFFB42050A21365DE.337.1.27578 I_DE57F7AE8FB501996807E146319066676112A55DF9DC0135A1A8C6E4EBECC8B8.341.1.89245 I_6E3B4399FA4EDE750602EAE85FB276C1B64644E78344F6BB3EF3F442D17FE8D8.352.1.287457 I_F461AA66D8B7B7D281791B03410E52860C27B31270AE3EE90F1659A118058546.388.1.47882 I_FD7092A4531E1D5420328B4DF5F17D0BB4CCBF2A132542C00A61B45BBF11451C.394.1.26559 I_BF593FDA4BA33F9ED167DAD655EB0DCA41D164E127B57BF7155EB8BC36FD4AEB.398.1.150684 I_C004F31EED0C3389D3663FFEDC2379761F7F253446DFB3E07A859B8D44F5D78E.417.1.15778 I_BC62D2F1A8964BE05CE3C8E4A92D6196F3ABA9FF68221E9970F3291305AD53F0.419.1.28222 I_5619F5F895C3D573343163A85231441998067CF9B7F0925D97380D29EEA3F575.423.1.33645 I_A9B77B6FB8EEFAA0386ECE3D9F763120D7E0B46CF98ACF71EF752F98F67AAC11.428.1.32140 I_5DF699F99654C2DBF66C5FDB8987B09A99F1CFAA95812890C5421B937233B9AB.432.1.100514 I_BD93AFD54A2CBC0AAE6AC538B824779A9A1273B2B91BB9D43D9256B804C5A7BC.445.1.30870 I_A652C2031A398BA1BCC19829AA29BBA940B833717CFD10EB3A678C370F38E883.449.1.60127 I_53CE600361D9DC049AB7920A4B0095959C43531AA0DA3E5EEA49EBF699C0A9D2.457.1.47278 I_AA1B5BB8A762366D711DCFE877B29E175333778C99FBCFF14D33452DE7A9A746.463.1.297697 I_8DD5B4325D414AEB9A2E89B2A9012972DB466402E099F6F23B86F048D798271C.505.1.85098 I_663060429A6938D1B4C13319904DC9CB4D95E1E1D71EE9B0A8EA8DACAE58E45C.516.1.45904 I_CA599D6A29EF58E9CC298260942301AFE42CF6FFCEB9502DACD0BAA50DED4DEE.530.1.21465 I_993D150D0C9C8AECC30617FB0FF207B447C72B60CB9837CA152ECAA0421F80ED.533.1.143317 I_75757880EAB8961D1A3C186FDB42A3E5F36F1FCF20B2679D12A2FFFCA63470FF.551.1.33689 I_95836D7E2E497A1F78FB3DE04D6CC7B1E86FB113E1FC2C16F2960FB52159CE1E.556.1.28406 I_9A1B596721539D9615A6900B0F6364E9823374D126BDDBDF36FABAC428F02B9B.560.1.66330 I_E3D6956C9AC5D82845A5B017A22EF25487755E3C3A9322BE0116D0C7010A0C20.569.1.55789 I_F693673C4CEEE255A0773D7A8C79A487F5442508823CBC6EC11DEA6527F363E6.576.1.17537 I_F65757B9154C5EBDDAE70D4285BD74985CCB42751F841E9E56AE020776DD15BB.579.1.61471 I_EFEB887E59EC8D83C39D53CCF57EF6AD0D608FCDC88B6F50F3452B5EEBD4BF9F.597.1.47802 I_B8A661C1D622FBC77353C6283693E0067AFF965D515809B24B4E9FF26EFC7D7E.603.1.105338 I_84F7DA8FDA90FAE6187111C2192FDA36DDBDE6FDE609673EA728B3013AF37B7B.650.1.36555 I_E00A8EF4F74D23B882355F3A0D21293BA28C6F1C8A1BC8F9B30030B2F4330712.655.1.32485 I_E14960055650ADAC2C06C29022467C3EF58831F50C9AFF42B1D1C7B072FAC7F1.668.1.53493 I_662CB144681343CD914A84B6324D30356940F0E892AC14E72E79452BFD8511B8.675.1.129842 I_D1B648BE68EC7094B701AE10865E8710BF3CA0727020E467239EE608D1A161DA.691.1.31519 I_CE1AB475306539B9E244C98908B04E7D335C952B0802573B7D36EFEB15743AA7.695.1.29172 I_CEEB04238836B14B55751D5FC8F0C378A54AF1942F10226666FDE7520B51B7EC.699.1.57184 I_5306A39AE8099BE250137B7B473C6C6DC916A35E8018A185B5C9A31EB97EDE85.706.1.27844 I_8DA716445EA26247BDCD502C872559133B29770F7B55AFBFF871D80915CA3DBD.710.1.40746 I_E0F2EFD539B7928A3CD461462D4CD79A5C30C390909F42CDB98D7B4B987E4A6E.715.1.265536 I_5361F0B5BCF344E5F8BAFF7D3C773CFDA995B3843B674DB9DB34AC35EA55A657.748.1.63404 I_5A83D395085B6B03108F7917D2C4F3D0683B0E479C446703225592BD963CB748.756.1.38386 I_C1B039C6B15CB1268319C147066B90BAE1F5E0DA59EE23E8DFE59CEDEE8D5513.761.1.144923 I_A600B813C3AEE4D495996259138D2BE996C368532199D64507DCA6E373C2D027.779.1.56137 I_5A594905C8F81E999D9B9057D3667626B70DB4CAA9232253B2044B135DF40086.786.1.31819 I_DE468BF74FB57C16C2FE0AF90126FE83C9B098410A7D38A4977B5C5D80E7C5B5.797.1.60719 @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The SetPriority method attempts to change the execution priority of the process. In order to set the priority to Realtime, the caller must hold the SeIncreaseBasePriorityPrivilege. Without this privilege, the highest the priority can be set to is High pr � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # c � MSFT_CliQualifier MappingStrings + Win32API|Process and Thread Functions|SetPriorityClass �= F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 v`�%߬�-`�%߬�]= + M !� *� :� W� )=� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Service application management. m �9 �G �N t\ ]j ԅ v7 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �6 �* � MSFT_CliFormat list FULL � 6 � � F � �
f � z , � � 6 � � V � `"
$ �% |' () � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty AcceptPause AcceptPause � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty AcceptStop AcceptStop � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Caption Caption � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty CheckPoint CheckPoint � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � % 8 � MSFT_CliProperty CreationClassName CreationClassName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty DesktopInteract DesktopInteract � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty DisplayName DisplayName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorControl ErrorControl � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty ExitCode ExitCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty PathName PathName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty ProcessId ProcessId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty ServiceSpecificExitCode ServiceSpecificExitCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ServiceType ServiceType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty StartMode StartMode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty StartName StartName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Started Started � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty State State � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty SystemCreationClassName SystemCreationClassName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty TagId TagId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty WaitHint WaitHint �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � M
� MSFT_CliFormat table BRIEF : � � D � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty ExitCode ExitCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty ProcessId ProcessId � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty StartMode StartMode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n � � MSFT_CliProperty State State � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � 6 � MSFT_CliFormat table STATUS / � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty ExitCode ExitCode �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � ]
� MSFT_CliFormat table CONTROL < � � R � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty AcceptPause AcceptPause � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty AcceptStop AcceptStop � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorControl ErrorControl � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty StartMode StartMode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty StartName StartName �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � `
� MSFT_CliFormat table CONFIG ; � � O � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � # 4 � MSFT_CliProperty DesktopInteract DesktopInteract � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorControl ErrorControl � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty PathName PathName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ServiceType ServiceType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty StartMode StartMode s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name Service WHERE Name='#' Select * from Win32_Service
�� U� � {� � ܬ ?� �� �. �9 � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � �
: H � MSFT_CliVerb StartService The StartService method attempts to place the service into its startup state. It returns one of the following integer values:/n0 - The request was accepted./n1 - The request is not supported./n2 - The user did not have the necessary access./n3 - The service cannot be stopped because other services that are running are dependent on it./n4 - The requested control code is not valid, or it is unacceptable to the service./n5 - The requested control code cannot be sent to the service because the state of the service (Win32_BaseService:State) is equal to 0, 1, or 2./n6 - The service has not been started./n7 - The service did not respond to the start request in a timely fashion./n8 - Unknown failure when starting the service./n9 - The directory path to the service executable was not found./n10 - The service is already running./n11 - The database to add a new service is locked./n12 - A dependency for which this service relies on has been removed from the system./n13 - The service failed to find the service needed from a dependent service./n14 - The service has been disabled from the system./n15 - The service does not have the correct authentication to run on the system./n16 - This service is being removed from the system./n17 - There is no execution thread for the service./n18 - There are circular dependencies when starting the service./n19 - There is a service running under the same name./n20 - There are invalid characters in the name of the service./n21 - Invalid parameters have been passed to the service./n22 - The account which this service is to run under is either invalid or lacks the permissions to run the service./n23 - The service exists in the database of services available from the system./n24 - The service is currently paused in the system./n StartService # � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e � � MSFT_CliQualifier Values � � � � � � � + < L e ~ � � � � � * A V p � � Success Not Supported Access Denied Dependent Services Running Invalid Service Control Service Cannot Accept Control Service Not Active Service Request Timeout Unknown Failure Path Not Found Service Already Running Service Database Locked Service Dependency Deleted Service Dependency Failure Service Disabled Service Logon Failed Service Marked For Deletion Service No Thread Status Circular Dependency Status Duplicate Name Status Invalid Name Status Invalid Parameter Status Invalid Service Account Status Service Exists Service Already Paused StartService � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � � MSFT_CliVerb StopService The StopService method places the service in the stopped state. It returns an integer value of 0 if the service was successfully stopped, 1 if the request is not supported, and any other number to indicate an error. StopService StopService � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � MSFT_CliVerb PauseService The PauseService method attempts to place the service in the paused state. It returns an integer value of 0 if the PauseService request was accepted, 1 if the request is not supported, and any other number to indicate an error. PauseService PauseService � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � # � MSFT_CliVerb ResumeService The ResumeService method attempts to place the service in the resumed state. It returns an integer value of 0 if the ResumeService request was accepted, 1 if the request is not supported, and any other number to indicate an error. ResumeService ResumeService � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � " # 7 K � MSFT_CliVerb InterrogateService The InterrogateService method requests that the service update its state to the service manager. It returns an integer value of 0 if the InterrogateService request was accepted, 1 if the request is not supported, and any other number to indicate an error. InterrogateService InterrogateService _ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 d " / � � � MSFT_CliVerb UserControlService The UserControlService method attempts to send a user-defined control code to a service. It returns an integer value of 0 if the UserControlService request was accepted, 1 if the request is not supported, and any other number to indicate an error. UserControlService 7 | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; B � MSFT_CliParam ControlCode $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 UserControlService a> � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 f< * 2 ]/ e/ � MSFT_CliVerb Create The Create method creates a new service. It returns an integer value of 0 if the service was successfully created, 1 if the request is not supported, and any other number to indicate an error. The Win32_LoadOrderGroup parameter represents a grouping of system services defining execution dependencies. The services must be initiated in the order specified by the Load Order Group, as the services are dependent on each other. These dependent services require the presence of the antecedent services in order to function correctly. Create f � n � v � � " ]( �+ � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ? H � MSFT_CliParam DesktopInteract ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; C � MSFT_CliParam DisplayName $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING ~ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? < C � MSFT_CliParam ErrorControl % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? > F � MSFT_CliParam LoadOrderGroup ' � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? + J [ � MSFT_CliParam LoadOrderGroupDependencies 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING n � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 4 < � MSFT_CliParam Name � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING v � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 8 @ � MSFT_CliParam PathName ! � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? $ C T � MSFT_CliParam ServiceDependencies , � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; B � MSFT_CliParam ServiceType $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 I � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? � � � MSFT_CliParam StartMode & = � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap 5 ; C N V Boot System Automatic Manual Disabled STRING x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 A � MSFT_CliParam StartName " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartPassword & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Create *; � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 /9 �* �* � MSFT_CliVerb Change The Change method modifies a service. It returns an integer value of 0 if the service was successfully modified, 1 if the request is not supported and any other number to indicate an error. The Win32_LoadOrderGroup parameter represents a grouping of syst Change O � W � _ � w � �# P' � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ? H � MSFT_CliParam DesktopInteract ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; C � MSFT_CliParam DisplayName $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING ~ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? < C � MSFT_CliParam ErrorControl % � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? > F � MSFT_CliParam LoadOrderGroup ' � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? + J [ � MSFT_CliParam LoadOrderGroupDependencies 3 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING v � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 8 @ � MSFT_CliParam PathName ! � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? $ C T � MSFT_CliParam ServiceDependencies , � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ARRAY OF STRING | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; B � MSFT_CliParam ServiceType $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 I � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? � � � MSFT_CliParam StartMode & = � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap 5 ; C N V Boot System Automatic Manual Disabled STRING x � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 9 A � MSFT_CliParam StartName " � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? = E � MSFT_CliParam StartPassword & � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING Change �
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � �
_ p � MSFT_CliVerb ChangeStartMode The ChangeStartMode method modifies the StartMode of a service. It returns an integer value of 0 if the service was successfully modified, 1 if the request is not supported, and any other number to indicate an error. ChangeStartMode I � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? � � � MSFT_CliParam StartMode & = � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap 5 ; C N V Boot System Automatic Manual Disabled STRING ChangeStartMode m � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 r � � � � � MSFT_CliVerb Delete The Delete method deletes an existing service. It returns an integer value of 0 if the service was successfully deleted, 1 if the request is not supported, and any other number to indicate an error. Delete Delete � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption pro � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 w`�%߬�-`�%߬�w� + I �� �� �� ͇ C� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Shared resource management. a � �! U w] s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � \ � MSFT_CliFormat INSTANCE " 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o u � MSFT_CliProperty Name The Name property indicates the alias given to a path set up as a share on a system. Name N3 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty [2 �) � MSFT_CliFormat list FULL D � W � � � � r 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 8 � � � � MSFT_CliProperty AccessMask The AccessMask property contains the access rights to the share, held by the user or group on whose behalf the instance is returned. AccessMask _ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % � � � � MSFT_CliProperty AllowMaximum The AllowMaximum property indicates whether the number of concurrent users for this resource has been limited. AllowMaximum 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � " � � � MSFT_CliProperty MaximumAllowed The MaximumAllowed property indicates the limit on the maximum number of users allowed to use this resource concurrently. The value is only valid if the AllowMaximum member set to FALSE . MaximumAllowed H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property indicates the alias given to a path set up as a share on a system./nExample: public. Name 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � R X � MSFT_CliProperty Path The Path property indicates the local path of the share. Path � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Type The Type property specifies the type of resource being shared. Types include disk drives, print queues, interprocess communications (IPC), and general devices. Type � a � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � } � MSFT_CliQualifier ValueMap A D G J M Y e q 0 1 2 3 2147483648 2147483649 2147483650 2147483651 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? K X ` e w � � Disk Drive Print Queue Device IPC Disk Drive Admin Print Queue Admin Device Admin IPC Admin m �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty z � � MSFT_CliFormat TABLE BRIEF . h � 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � o u � MSFT_CliProperty Name The Name property indicates the alias given to a path set up as a share on a system. Name 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � R X � MSFT_CliProperty Path The Path property indicates the local path of the share. Path 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description * �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty -) � � MSFT_CliFormat table STATUS / � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Type The Type property specifies the type of resource being shared. Types include disk drives, print queues, interprocess communications (IPC), and general devices. Type � a � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � } � MSFT_CliQualifier ValueMap A D G J M Y e q 0 1 2 3 2147483648 2147483649 2147483650 2147483651 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? K X ` e w � � Disk Drive Print Queue Device IPC Disk Drive Admin Print Queue Admin Device Admin IPC Admin 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � p v � MSFT_CliProperty Name The Name property indicates the alias given to a path set up as a share on a system. Name Share WHERE Name='#' Select * from Win32_Share ݇ L� �� k � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 p � � J X � MSFT_CliVerb SetShareInfo The SetShareInfo method sets the parameters of a shared resource. Only members of the Administrators or Account Operators local group or those with Communication, Print, or Server operator group membership can successfully execute SetShareInfo. The print operator can set only printer queues. The Communication operator can set only communication device queues. SetShareInfo � � �
� � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING B 3 � � � � MSFT_CliParam The Access parameter passes the security descriptor for user level permissions. A security descriptor contains information about the permission, owner, and access capabilities of the resource. Access � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True OBJECT ) � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING } 3 l y � � � MSFT_CliParam The Description parameter passes an optional comment to describe the resource being shared. Description � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The MaximumAllowed parameter passes the limit on the maximum number of users allowed to use this resource concurrently. /nExample: 10. MaximumAllowed � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetShareInfo U � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 Z � � � � � MSFT_CliVerb Delete The Delete method deletes a share name from a server's list of shared resources, disconnecting connections to the shared resource. Only members of the Administrators or Account Operators local group or those with Communication, Print, or Server operator group membership can successfully execute the method. The Print operator can delete only printer queues. The Communication operator can delete only communication-device queues. Delete Delete �H � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 �F /$ 7$ � MSFT_CliVerb Create The Create method initiates sharing for a server resource. Only members of the Administrators or Account Operators local group or those with Communication, Print, or Server operator group membership can successfully execute Create. The Print operator can Create ? 1 ^
� � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING B 3 � � � � MSFT_CliParam The Access parameter passes the security descriptor for user level permissions. A security descriptor contains information about the permission, owner, and access capabilities of the resource. Access � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True OBJECT ) � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING } 3 l y � � � MSFT_CliParam The Description parameter passes an optional comment to describe the resource being shared. Description � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � � � MSFT_CliParam The MaximumAllowed parameter passes the limit on the maximum number of users allowed to concurrently use this resource. /nExample: 10. MaximumAllowed � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 4 � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 u { � � � MSFT_CliParam The Name parameter passes the alias to a path set up as a share on a Win32 system./nExample: public. Name � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING T 3 � �
� MSFT_CliParam The Password parameter passes the password (when the server is running with share-level security) for the shared resource. If the server is running with user-level security, this parameter is ignored. Password � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 2 3 J P o w � MSFT_CliParam The Path parameter indicates the local path of the share. Path X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING ) � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING } 3 � �
� MSFT_CliParam The Type parameter passes the type of resource being shared. Types includes disk drives, print queues, interprocess communications (IPC), and general devices. Type � � r � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � } � MSFT_CliQualifier ValueMap A D G J M Y e q 0 1 2 3 2147483648 2147483649 2147483650 2147483651 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? K X ` e w � � Disk Drive Print Queue Device IPC Disk Drive Admin Print Queue Admin Device Admin IPC Admin UINT32 Create 17.1.15778 IL_C59E83547F1BC933FE30770D4EDB5077AA988B54FE242F5F66DA214D449E875A.320.1.62809 IL_DE57F7AE8FB501996807E146319066676112A55DF9DC0135A1A8C6E4EBECC8B8.341.1.89245 IL_F461AA66D8B7B7D281791B03410E52860C27B31270AE3EE90F1659A118058546.388.1.47882 IL_F55E9786D9F50DBDFB52762DDD65690364DF865004D37F7A0B919F2DED2C5FD1.317.1.19893 IL_FD7092A4531E1D5420328B4DF5F17D0BB4CCBF2A132542C00A61B45BBF11451C.394.1.26559 CR_E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_5DCEADFA575A67B8870603880BD491602DCD3BD7BDE6B9896E3244EBC7BD1866 C_69F693B09761D259F9E36F2E07509E240E77C62CCA21F57F463D23C41F558900 C_6C29EF4ACC836F85EF7659E17930E4D493CC19A2D7E63C6C1051EF8AB7CAEFC7 C_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E C_8753AFFD6FF7988B6BD5723778343D3CBE2068B8054CFA332AC07BDAA246DC64 C_AC7BB2CE72891CEE5B24D1161F798647F6D5827CC518A0A64C2F1BC7D1BEC738 C_C3440650E548BFF63B5539FA293CA94632CF3A6097074784DC3E6A84D3E44079 C_C69F291BE89C7DCF47D514EEA88ABF7BDEC9B45B40FE7D549762134D0ED90168 C_CDB424FE67340CCC2621376F2156DC346548CA8F3622EA235EAF7BC515A8CBC2 C_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 CR_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 R_838E13828F10196D3F66F7B92E25AEB70BD0868AFEF218970174CFCF1AE4D54E KI_41C53E6DB1ACF2453CEFD41398198E613F10DFF47709ECAB1D7F037756AC8CE7 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.314.1925181483.368 KI_64659AB9F8F1C4B568DB6438BAE11B26EE8F93CB5F8195E21E8C383D6C44CC41 I_A9F8B44D617BF5CE113FEF784720616F96802102F33327316324B2A6D9D506A6.314.941523886.188 KI_FD1C1D414B71B5082C266A650E31EF6D5019382724244B685F217C0AAE00A921 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.314.699093998.180 KI_FD3BBD4C42AC2F7FEF264340A9EB78A581FE5C28561CB63EDF780B329EAC2EE4 I_3E5C71F597B81038891F6DBE304274708E2BB2389008548AA6B8A0CCE07BBFD8.500.1.38483 IL_663060429A6938D1B4C13319904DC9CB4D95E1E1D71EE9B0A8EA8DACAE58E45C.516.1.45904 I_133AE77889577C41679A67ADB2FE6AD9A47EDBC4C9E19AA735345C392697BF03.522.1.61884 IL_133AE77889577C41679A67ADB2FE6AD9A47EDBC4C9E19AA735345C392697BF03.522.1.61884 IL_CA599D6A29EF58E9CC298260942301AFE42CF6FFCEB9502DACD0BAA50DED4DEE.530.1.21465 IL_993D150D0C9C8AECC30617FB0FF207B447C72B60CB9837CA152ECAA0421F80ED.533.1.143317 IL_75757880EAB8961D1A3C186FDB42A3E5F36F1FCF20B2679D12A2FFFCA63470FF.551.1.33689 IL_95836D7E2E497A1F78FB3DE04D6CC7B1E86FB113E1FC2C16F2960FB52159CE1E.556.1.28406 IL_9A1B596721539D9615A6900B0F6364E9823374D126BDDBDF36FABAC428F02B9B.560.1.66330 IL_E3D6956C9AC5D82845A5B017A22EF25487755E3C3A9322BE0116D0C7010A0C20.569.1.55789 IL_F693673C4CEEE255A0773D7A8C79A487F5442508823CBC6EC11DEA6527F363E6.576.1.17537 IL_F65757B9154C5EBDDAE70D4285BD74985CCB42751F841E9E56AE020776DD15BB.579.1.61471 I_37ECB0FC067D850AC282384258FD54C71F901EB4FE0DA87DE18B8C19E1262A36.587.1.74409 IL_37ECB0FC067D850AC282384258FD54C71F901EB4FE0DA87DE18B8C19E1262A36.587.1.74409 IL_EFEB887E59EC8D83C39D53CCF57EF6AD0D608FCDC88B6F50F3452B5EEBD4BF9F.597.1.47802 IL_B8A661C1D622FBC77353C6283693E0067AFF965D515809B24B4E9FF26EFC7D7E.603.1.105338 I_0255C72DE857C2548B152EEC30DB6E16802B631CB06DED8AAADBC49C9509FDEB.616.1.272838 IL_0255C72DE857C2548B152EEC30DB6E16802B631CB06DED8AAADBC49C9509FDEB.616.1.272838 IL_84F7DA8FDA90FAE6187111C2192FDA36DDBDE6FDE609673EA728B3013AF37B7B.650.1.36555 IL_E00A8EF4F74D23B882355F3A0D21293BA28C6F1C8A1BC8F9B30030B2F4330712.655.1.32485 I_0BE16089DDC1582CDB25043DB42CD7AE12C51808071C234ECBB1734648B1CD8B.659.1.73443 IL_0BE16089DDC1582CDB25043DB42CD7AE12C51808071C234ECBB1734648B1CD8B.659.1.73443 IL_E14960055650ADAC2C06C29022467C3EF58831F50C9AFF42B1D1C7B072FAC7F1.668.1.53493 IL_662CB144681343CD914A84B6324D30356940F0E892AC14E72E79452BFD8511B8.675.1.129842 IL_D1B648BE68EC7094B701AE10865E8710BF3CA0727020E467239EE608D1A161DA.691.1.31519 IL_CE1AB475306539B9E244C98908B04E7D335C952B0802573B7D36EFEB15743AA7.695.1.29172 IL_CEEB04238836B14B55751D5FC8F0C378A54AF1942F10226666FDE7520B51B7EC.699.1.57184 IL_5306A39AE8099BE250137B7B473C6C6DC916A35E8018A185B5C9A31EB97EDE85.706.1.27844 IL_8DA716445EA26247BDCD502C872559133B29770F7B55AFBFF871D80915CA3DBD.710.1.40746 IL_E0F2EFD539B7928A3CD461462D4CD79A5C30C390909F42CDB98D7B4B987E4A6E.715.1.265536 IL_5361F0B5BCF344E5F8BAFF7D3C773CFDA995B3843B674DB9DB34AC35EA55A657.748.1.63404 IL_5A83D395085B6B03108F7917D2C4F3D0683B0E479C446703225592BD963CB748.756.1.38386 IL_C1B039C6B15CB1268319C147066B90BAE1F5E0DA59EE23E8DFE59CEDEE8D5513.761.1.144923 IL_A600B813C3AEE4D495996259138D2BE996C368532199D64507DCA6E373C2D027.779.1.56137 IL_5A594905C8F81E999D9B9057D3667626B70DB4CAA9232253B2044B135DF40086.786.1.31819 I_3C2C2907345FD9238E14A72F66B1B84060440D64FBC7FA8518759968C7E4B75B.790.1.49293 IL_3C2C2907345FD9238E14A72F66B1B84060440D64FBC7FA8518759968C7E4B75B.790.1.49293 IL_DE468BF74FB57C16C2FE0AF90126FE83C9B098410A7D38A4977B5C5D80E7C5B5.797.1.60719 IL_5430A0963BDFE45F48448BEFE49162AB9A7F5390BEE895620AB94C03956A31E5.805.1.36972 IL_F90254E7F99DA09977CCA3AFC876E2F69B143A5C7B620A38194806CCC0551447.810.1.92690 q� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 x`�%߬�-`�%߬��� � + u u� �� �� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of the elements of a software product installed on a system. � �( D fG t� & �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty % J � MSFT_CliFormat table STATUS / � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r ( � � J � MSFT_CliProperty SoftwareElementState The SoftwareElementState is defined in this model to identify various states of a software elements life cycle. SoftwareElementState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / ; H T Deployable Installable Executable Running � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH
q �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty p LL � MSFT_CliFormat LIST FULL h � � � > � � � n! % �) Z+ �. �3 28 ? pH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty Attributes Attributes � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g t � � MSFT_CliProperty BuildNumber The internal identifier for this compilation of this software element. BuildNumber | � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s I R u � MSFT_CliProperty CodeSet The code set used by this software element. CodeSet Z � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > & � � � � MSFT_CliProperty IdentificationCode The value of this property is the manufacturer's identifier for this software element. Often this will be a stock keeping unit (SKU) or a part number. IdentificationCode � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � . ] � MSFT_CliProperty InstallState InstallState : � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � V � MSFT_CliQualifier valuemap = A E I M P S -7 -6 -4 -1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier values ; E X g n v } Not Used Bad Configuration Source Absent Error Absent Local Source � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # z � � � MSFT_CliProperty LanguageEdition The value of this property identifies the language edition of this software element. LanguageEdition � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 32 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w G U x � MSFT_CliProperty Manufacturer Manufacturer of this software element Manufacturer ] � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X ! � � � MSFT_CliProperty OtherTargetOS The OtherTargetOS property records the manufacturer and operating system type for a software element when the TargetOperatingSystem property has a value of 1 ("Other"). OtherTargetOS � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Path Path � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` V d � � MSFT_CliProperty SerialNumber The assigned serial number of this software element. SerialNumber l � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier J % � � � � MSFT_CliProperty SoftwareElementID This is an identifier for this software element and is designed to be used in conjunction with other keys to create a unique representation of the element. SoftwareElementID � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t ( � � K � MSFT_CliProperty SoftwareElementState The SoftwareElementState is defined in this model to identify various states of a software elements life cycle. SoftwareElementState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / ; H T Deployable Installable Executable Running � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ) � � � � MSFT_CliProperty TargetOperatingSystem The TargetOperatingSystem property allows the provider to specify the operating system environment. TargetOperatingSystem � G � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values : ' - 4 B K Q V [ b h p w ~ � � � � � � � � � � � � � �
( 0 7 = D L ^ g p x � � � � � � � � � � � � � Unknown Other MACOS ATTUNIX DGUX DECNT Digital Unix OpenVMS HPUX AIX MVS OS400 OS/2 JavaVM MSDOS WIN3x WIN95 WIN98 WINNT WINCE NCR3000 NetWare OSF DC/OS Reliant UNIX SCO UnixWare SCO OpenServer Sequent IRIX Solaris SunOS U6000 ASERIES TandemNSK TandemNT BS2000 LINUX Lynx XENIX VM/ESA Interactive UNIX BSDUNIX FreeBSD NetBSD GNU Hurd OS9 MACH Kernel Inferno QNX EPOC IxWorks VxWorks MiNT BeOS HP MPE NextStep PalmPilot Rhapsody � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � � MSFT_CliProperty Version Version should be in the form <Major>.<Minor>.<Revision> or <Major>.<Minor><letter><revision> Version � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty
: � MSFT_CliFormat TABLE BRIEF : � Z � ^ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Path Path � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` V d � � MSFT_CliProperty SerialNumber The assigned serial number of this software element. SerialNumber l � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( % � � � � MSFT_CliProperty SoftwareElementID This is an identifier for this software element and is designed to be used in conjunction with other keys to create a unique representation. SoftwareElementID � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � z � � � MSFT_CliProperty Version Version should be in the form <Major>.<Minor>.<Revision> or <Major>.<Minor><letter><revision> Version � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 SoftwareElement Select * from Win32_SoftwareElement iQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS c� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 y`�%߬�-`�%߬��� + h �� �� �� ԯ �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of software product subsets of SoftwareElement. � t' �B :F � �$ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �# J � MSFT_CliFormat STATUS , � � . � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ \ b � � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j . � � MSFT_CliProperty InstallState InstallState 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap = P b s � � Bad Configuration Invalid Argument Unknown Package Advertised Absent Local Source 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � E N � MSFT_CliProperty LastUse Last time this SoftwareFeature was used. LastUse s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �M �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �L �) � MSFT_CliFormat LIST FULL P p p � � ; � � �
# �& 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Q [ � MSFT_CliProperty Accesses Number of times this SoftwareFeature has been used. Accesses � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / ; � MSFT_CliProperty Attributes Remote execution option, one of irsEnum: ifrsFavorLocal = 0: Install components locally, if possible ifrsFavorSource = 1: Install components to run from the source CD/Server, if possible ifrsFollowParent = 2: Follow the remote execution option of the parent feature Attributes 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � � MSFT_CliProperty IdentifyingNumber Product identification such as a serial number on software or a die number on a hardware chip IdentifyingNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j . � � MSFT_CliProperty InstallState InstallState 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap = P b s � � Bad Configuration Invalid Argument Unknown Package Advertised Absent Local Source 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � E N � MSFT_CliProperty LastUse Last time this SoftwareFeature was used. LastUse � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � MSFT_CliProperty Name The Name property defines the label by which the object is known to the world outside the data processing system. This label is a human-readable name that uniquely identifies the element in the context of the element's namespace. Name
� @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < I l � MSFT_CliProperty ProductName Commonly used product name. ProductName Q � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier f @ H k � MSFT_CliProperty Vendor The name of the product's supplier. Vendor P � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Version Product version information. Version K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 x �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF 6 � � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L Q Z } � MSFT_CliProperty Caption The Caption property is a short textual description. Caption b � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � � MSFT_CliProperty IdentifyingNumber Product identification such as a serial number on software or a die number on a hardware chip IdentifyingNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ; H k � MSFT_CliProperty ProductName Commonly used product name ProductName P � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier c ? G j � MSFT_CliProperty Vendor The name of the product's supplier. Vendor O � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier Maxlen # 256 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Version Product version information. Version K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier Maxlen # 64 SoftwareFeature Select * from Win32_SoftwareFeature � S� o � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 t
� � b m � MSFT_CliVerb Reinstall This method will reinstall the associated instance of SoftwareFeature using the specified reinstallation mode. Reinstall � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING
3 - < W _ � MSFT_CliParam Specifies the reinstall mode ReinstallMode L c � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � h � MSFT_CliQualifier valuemap
I L O R U X [ ^ a d 1 2 3 4 5 6 7 8 9 10 a � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier values
G T f x � � � � � � FileMissing FileOlderVersion FileEqualVersion FileExact FileVerify FileReplace UserData MachineData Shortcut Package UINT16 Reinstall H
� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 M � � D
O
� MSFT_CliVerb Configure This method will configure the associated instance of SoftwareFeature to the specified install state. Configure � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING ? � � � MSFT_CliParam InstallState - D a � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier valuemap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ^ � MSFT_CliQualifier values 3 < G N V Default Advertise Local Absent Source UINT16 Configure *; � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 /9 �* �* � MSFT_CliVerb Change The Change method modifies a service. It returns an integer value of 0 if the service was successfully modified, 1 if the request is not supported and any other number to indicate an error. The Win32_LoadOrderGroup parameter represents a grouping of syst Change O � W � _ � w � �# P' � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ? H � MSFT_CliParam DesktopInteract ( � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; C � MSFT_CliParam DisplayName $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING ~ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional Ku F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 z`�%߬�-`�%߬��t � + E Lt Vt ft �t � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Sound Device management. ] �9 �G �U �X �7 �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �6 � � MSFT_CliFormat list FULL l � � N �
b � 3 � � C � v # � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Availability Availability � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * B � MSFT_CliProperty ConfigManagerErrorCode ConfigManagerErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty ConfigManagerUserConfig ConfigManagerUserConfig � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty DMABufferSize DMABufferSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty Description Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty DeviceID DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty ErrorCleared ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty ErrorDescription ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty InstallDate InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty LastErrorCode LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ! 0 � MSFT_CliProperty MPU401Address MPU401Address � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Manufacturer Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty PNPDeviceID PNPDeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � / L � MSFT_CliProperty PowerManagementCapabilities PowerManagementCapabilities � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , F � MSFT_CliProperty PowerManagementSupported PowerManagementSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty ProductName ProductName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table STATUS 3 � � I � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + D � MSFT_CliProperty ConfigManagerUserConfig ConfigManagerUserConfig � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo �
�
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table BRIEF 2 � � = � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty Manufacturer Manufacturer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty Status Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty StatusInfo StatusInfo I �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty V � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m � � MSFT_CliProperty Name Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS SoundDev WHERE Name='#' Select * from WIN32_SoundDevice ING Qualifiers
� � object:MSFT_CliQualifier r ( � � J � MSFT_CliProperty SoftwareElementState The SoftwareElementState is defined in this model to identify various states of a software elements life cycle. SoftwareElementState � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ] � MSFT_CliQualifier Values / ; H T Deployable Installable Executable Running � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier m I O r � MSFT_CliProperty Name The name used to identify this software element Name W � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier maxlen # 256 �U F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 {`�%߬�-`�%߬�[U � + � �T �T U 'U � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of commands that run automatically when users log onto the computer system. � �" }D s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � V � MSFT_CliFormat INSTANCE " 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 �! �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � e � MSFT_CliFormat LIST FULL 8 � � h �
1 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Command The Command property indicates the string representing the command line run by the startup command. Command 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � E R � MSFT_CliProperty Description A textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L W z � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k q � MSFT_CliProperty User The User property indicates the user name for whom this startup command will run. User � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U � � � MSFT_CliProperty Location The Location property indicates the path where the startup command resides on the disk file system. Location � R � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier ValueMap 1 : J ~ Startup Common Startup HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\Run HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\RunServices � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values / 8 H | Startup Common Startup HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\Run HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\RunServices 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 f �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty s � � MSFT_CliFormat TABLE BRIEF . | � J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Command The Command property indicates the string representing the command line run by the startup command. Command 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � k q � MSFT_CliProperty User The User property indicates the user name for whom this startup command will run. User 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 Startup where Caption='#' Select * from Win32_StartupCommand p� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 |`�%߬�-`�%߬�� � + I m� y� �� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . System account management. a � R3 #7 &` v �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � b
� MSFT_CliFormat TABLE BRIEF 2 � 5 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier L Q Z } � MSFT_CliProperty Caption The Caption property is a short textual description. Caption b � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � } � � MSFT_CliProperty Domain The Domain property indicates the name of the Windows domain to which the system account belongs. Domain + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d j � MSFT_CliProperty Name The Name property indicates the name of the system account on the domain. Name ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c h � MSFT_CliProperty SID The SID property contains the security identifier (SID) for this account. SID s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � Q � MSFT_CliFormat INSTANCE " + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d j � MSFT_CliProperty Name The Name property indicates the name of the system account on the domain . Name �( �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ( � � MSFT_CliFormat LIST FULL @ z � J � � �
� 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v ~ � MSFT_CliProperty Domain The Domain property indicates the name of the domain to which the system account belongs. Domain � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �{ � � MSFT_CliProperty LocalAccount The LocalAccount property indicates whether the account is defined on the local machine. LocalAccount * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c i � MSFT_CliProperty Name The Name property indicates the name of the system account on the domain. Name ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c h � MSFT_CliProperty SID The SID property contains the security identifier (SID) for this account. SID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � } � MSFT_CliProperty SIDType The SIDType property contains enumerated values that specify the type of security identifier (SID). SIDType � $ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap E H K N Q T W Z ] 1 2 3 4 5 6 7 8 9 U � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values C P ^ m { � � � � SidTypeUser SidTypeGroup SidTypeDomain SidTypeAlias SidTypeWellKnownGroup SidTypeDeletedAccount SidTypeInvalid SidTypeUnknown SidTypeComputer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service C* �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty P) = � MSFT_CliFormat TABLE STATUS 3 � � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � } � MSFT_CliProperty SIDType The SIDType property contains enumerated values that specify the type of security identifier (SID). SIDType � $ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap E H K N Q T W Z ] 1 2 3 4 5 6 7 8 9 U � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values C P ^ m { � � � � SidTypeUser SidTypeGroup SidTypeDomain SidTypeAlias SidTypeWellKnownGroup SidTypeDeletedAccount SidTypeInvalid SidTypeUnknown SidTypeComputer + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d j � MSFT_CliProperty Name The Name property indicates the name of the system account on the domain . Name ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v ~ � MSFT_CliProperty Domain The Domain property indicates the name of the domain to which the system account belongs. Domain SysAccount WHERE Name='#' Select * from Win32_SystemAccount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qY F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 }`�%߬�-`�%߬��X + ` �D E E ;E �X� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of the system driver for a base service. | �I _e �i v� B hG �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty uF s# � MSFT_CliFormat table STATUS ; � � Z � 1 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property uniquely identifies the service and provides an indication of the functionality that is managed. This functionality is described in more detail in the object's Description property. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t ^ e � � MSFT_CliProperty State The State property indicates the current state of the base service. State q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A J Y g p � � � Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W e n � � � Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N � � � � MSFT_CliProperty ExitCode The ExitCode property specifies a error code defining any problems encountered in starting or stopping the service. This property is set to ERROR_SERVICE_SPECIFIC_ERROR (1066) when the error is unique to the service represented by this class, and information about the error is available in the ServiceSpecificExitCode member. The service sets this value to NO_ERROR when running, and again upon normal termination. ExitCode G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� } � � MSFT_CliProperty Started Started is a boolean indicating whether the service has been started (TRUE), or stopped (FALSE). Started > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + d } � MSFT_CliProperty ServiceSpecificExitCode The ServiceSpecificExitCode property specifies a service-specific error code for errors that occur while the service is either starting or stopping. The exit codes are defined by the service represented by this class. This value is only set when the ExitCodeproperty value is ERROR_SERVICE_SPECIFIC_ERROR, 1066. ServiceSpecificExitCode s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property uniquely identifies the service and provides an indication of the functionality that is managed. This functionality is described in more detail in the object's Description property. Name Ă �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty с �M � MSFT_CliFormat LIST FULL l � � � � n � � 4 � �! �) ;, �4 ^9 A �G (J 4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f s � MSFT_CliProperty AcceptPause The AcceptPause property indicates whether the service can be paused. AcceptPause 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e q � MSFT_CliProperty AcceptStop The AcceptStop property indicates whether the service can be stopped. AcceptStop 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � # � � � MSFT_CliProperty DesktopInteract The DesktopInteract property indicates whether the service can create or communicate with windows on the desktop. DesktopInteract 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e r � MSFT_CliProperty DisplayName The DisplayName property indicates the display name of the service. DisplayName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y $ 2 b � MSFT_CliProperty ErrorControl If this service fails to start during startup, the ErrorControl property specifies the severity of the error. The value indicates the action taken by the startup program if failure occurs. All errors are logged by the computer system. The computer system does not notify the user of "Ignore" errors. With "Normal" errorsthe user is notified. With "Severe" errors, the system is restarted with the last-known-good configuration. Finally, on"Critical" errors the system attempts to restart with a good configuration. ErrorControl > � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap 5 = E M W Ignore Normal Severe Critical Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ^ � MSFT_CliQualifier Values 3 ; C K U Ignore Normal Severe Critical Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N � � � � MSFT_CliProperty ExitCode The ExitCode property specifies a error code defining any problems encountered in starting or stopping the service. This property is set to ERROR_SERVICE_SPECIFIC_ERROR (1066) when the error is unique to the service represented by this class, and information about the error is available in the ServiceSpecificExitCode member. The service sets this value to NO_ERROR when running, and again upon normal termination. ExitCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property uniquely identifies the service and provides an indication of the functionality that is managed. This functionality is described in more detail in the object's Description property. Name X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PathName The PathName property contains the fully qualified path to the service binary file that implements the service. PathName > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + d } � MSFT_CliProperty ServiceSpecificExitCode The ServiceSpecificExitCode property specifies a service-specific error code for errors that occur while the service is either starting or stopping. The exit codes are defined by the service represented by this class. This value is only set when the ExitCodeproperty value is ERROR_SERVICE_SPECIFIC_ERROR, 1066. ServiceSpecificExitCode 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u � � � MSFT_CliProperty ServiceType The ServiceType property supplies the type of service provided to calling processes. ServiceType � + � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap = L ` i | � � Kernel Driver File System Driver Adapter Recognizer Driver Own Process Share Process Interactive Process � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; J ^ g z � � Kernel Driver File System Driver Adapter Recognizer Driver Own Process Share Process Interactive Process G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� } � � MSFT_CliProperty Started Started is a boolean indicating whether the service has been started (TRUE), or stopped (FALSE). Started U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � � � MSFT_CliProperty StartMode The StartMode property indicates the start mode of the base service. "Boot" specifies a device driver started by the operating system loader. This value is valid only for driver services. "System" specifies a device driver started by the IoInitSystem function. This value is valid only for driver services. "Automatic" specifies a service to be started automatically by the service control manager during system startup. "Manual" specifies a service to be started by the service control manager when a process calls the StartService function. "Disabled" specifies a service that can no longer be started. StartMode � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � [ � MSFT_CliQualifier ValueMap 5 ; C I Q Boot System Auto Manual Disabled � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � Y � MSFT_CliQualifier Values 3 9 A G O Boot System Auto Manual Disabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty StartName The StartName property indicates the account name under which the service runs. Depending on the service type, the account name may be in the form of "DomainName\Username".The service process will be logged using one of these two forms when it runs. If the account belongs to the built-in domain, ".\Username" can be specified. If NULL is specified, the service will be logged on as the LocalSystem account. For kernel or system level drivers, StartName contains the driver object name (that is, \FileSystem\Rdr or \Driver\Xns) which the input and output (I/O) system uses to load the device driver. Additionally, if NULL is specified, the driver runs with a default object name created by the I/O system based on the service name. StartName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t ^ e � � MSFT_CliProperty State The State property indicates the current state of the base service. State q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A J Y g p � � � Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W e n � � � Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service ' 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � N Z � MSFT_CliProperty SystemName The name of the system that hosts this service SystemName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty TagId The TagId property specifies a unique tag value for this service in the group. A value of 0 indicates that the service has not been assigned a tag. A tag can be used for ordering service startup within a load order group by specifying a tag order vector in the registry located at: HKEY_LOCAL_MACHINE\System\CurrentControlSet\Control\GroupOrderList. Tags are only evaluated for Kernel Driver and File System Driver start type services that have "Boot" or "System" start modes. TagId �. �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �- � � MSFT_CliFormat TABLE BRIEF 6 m � x 8 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e r � MSFT_CliProperty DisplayName The DisplayName property indicates the display name of the service. DisplayName U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property uniquely identifies the service and provides an indication of the functionality that is managed. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t ^ e � � MSFT_CliProperty State The State property indicates the current state of the base service. State q � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A J Y g p � � � Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W e n � � � Stopped Start Pending Stop Pending Running Continue Pending Pause Pending Paused Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� } � � MSFT_CliProperty Started Started is a boolean indicating whether the service has been started (TRUE), or stopped (FALSE). Started �) �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �( c � MSFT_CliFormat TABLE CONTROL 8 p � ]
4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � f s � MSFT_CliProperty AcceptPause The AcceptPause property indicates whether the service can be paused. AcceptPause 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e q � MSFT_CliProperty AcceptStop The AcceptStop property indicates whether the service can be stopped. AcceptStop � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y $ 2 b � MSFT_CliProperty ErrorControl If this service fails to start during startup, the ErrorControl property specifies the severity of the error. The value indicates the action taken by the startup program if failure occurs. All errors are logged by the computer system. The computer system does not notify the user of "Ignore" errors. With "Normal" errorsthe user is notified. With "Severe" errors, the system is restarted with the last-known-good configuration. Finally, on"Critical" errors the system attempts to restart with a good configuration. ErrorControl > � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap 5 = E M W Ignore Normal Severe Critical Unknown � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ^ � MSFT_CliQualifier Values 3 ; C K U Ignore Normal Severe Critical Unknown � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � � � � MSFT_CliProperty Name The Name property uniquely identifies the service and provides an indication of the functionality that is managed. This functionality is described in more detail in the object's Description property. Name U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � � � MSFT_CliProperty StartMode The StartMode property indicates the start mode of the base service. "Boot" specifies a device driver started by the operating system loader. This value is valid only for driver services. "System" specifies a device driver started by the IoInitSystem function. This value is valid only for driver services. "Automatic" specifies a service to be started automatically by the service control manager during system startup. "Manual" specifies a service to be started by the service control manager when a process calls the StartService function. "Disabled" specifies a service that can no longer be started. StartMode � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � [ � MSFT_CliQualifier ValueMap 5 ; C I Q Boot System Auto Manual Disabled � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � Y � MSFT_CliQualifier Values 3 9 A G O Boot System Auto Manual Disabled SysDriver where Name='#' Select * from Win32_SystemDriver OE �H �L JP � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � MSFT_CliVerb PauseService The PauseService method attempts to place the service in the paused state. It returns an integer value of 0 if the PauseService request was accepted, 1 if the request is not supported, and any other number to indicate an error. PauseService PauseService � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � # � MSFT_CliVerb ResumeService The ResumeService method attempts to place the service in the resumed state. It returns an integer value of 0 if the ResumeService request was accepted, 1 if the request is not supported, and any other number to indicate an error. ResumeService ResumeService � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � " # 7 K � MSFT_CliVerb InterrogateService The InterrogateService method requests that the service update its state to the service manager. It returns an integer value of 0 if the InterrogateService request was accepted, 1 if the request is not supported, and any other number to indicate an error. InterrogateService InterrogateService _ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 d " / � � � MSFT_CliVerb UserControlService The UserControlService method attempts to send a user-defined control code to a service. It returns an integer value of 0 if the UserControlService request was accepted, 1 if the request is not supported, and any other number to indicate an error. UserControlService 7 | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; B � MSFT_CliParam ControlCode $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT8 UserControlService �5 F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 ~`�%߬�-`�%߬�Q5 � + R �4 �4 �4 5� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Physical system enclosure management. j R �� �1 � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat table STATUS 3 � � �
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier l � � MSFT_CliProperty Tag Tag � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ " � � t � MSFT_CliProperty SecurityStatus The SecurityStatus property indicates the security setting for external input (such as a keyboard) to this computer. SecurityStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C I h Other Unknown None External interface locked out External interface enabled N� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty [� �{ � MSFT_CliFormat list FULL # � � � % H Z � � ^" �$ �& �* 3. Z0 �2 �5 �9 < �> A DJ �Q �U X �^ db �d �k Eo �q 0u dw �y 8 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � i w � MSFT_CliProperty AudibleAlarm Boolean indicating whether the frame is equipped with an audible alarm. AudibleAlarm � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier i � % � � � MSFT_CliProperty BreachDescription BreachDescription is a free-form string providing more information if the SecurityBreach property indicates that a breach or some other security-related event occurred. BreachDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � + � � � MSFT_CliProperty CableManagementStrategy CableManagementStrategy is a free-form string that contains information on how the various cables are connected and bundled for the frame. CableManagementStrategy 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
e s � MSFT_CliProperty ChassisTypes An enumerated, integer-valued array indicating the type of chassis. ChassisTypes � g � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap � � � � � � � � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 + � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING } � � MSFT_CliQualifier Values � � � � � � � � � � � + 6 K ^ j � � � � Other Unknown Desktop Low Profile Desktop Pizza Box Mini Tower Tower Portable Laptop Notebook Hand Held Docking Station All in One Sub Notebook Space-Saving Lunch Box Main System Chassis Expansion Chassis SubChassis Bus Expansion Chassis Peripheral Chassis Storage Chassis Rack Mount Chassis Sealed-Case PC � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � - � � � MSFT_CliProperty CurrentRequiredOrProduced Current required by the chassis at 120V. If power is provided by the chassis (as in the case of a UPS), this property may indicate the amperage produced, as a negative number. CurrentRequiredOrProduced 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G N � MSFT_CliProperty Depth The depth of the physical package in inches. Depth 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " X h � MSFT_CliProperty HeatGeneration Amount of heat generated by the chassis in BTU/hour. HeatGeneration 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � I Q � MSFT_CliProperty Height The height of the physical package in inches. Height � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier { � � � � MSFT_CliProperty HotSwappable A physical package can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). HotSwappable D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty LockPresent Boolean indicating whether the frame is protected with a lock. LockPresent � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � & � � � MSFT_CliProperty NumberOfPowerCords Integer indicating the number of power cords which must be connected to the chassis, for all the components to operate. NumberOfPowerCords � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � � MSFT_CliProperty OtherIdentifyingInfo OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. One example is bar code data associated with an element that also has an asset tag. OtherIdentifyingInfo 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PartNumber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier l � � � � MSFT_CliProperty Removable A physical package is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. Removable n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 � � � � MSFT_CliProperty Replaceable A physical package is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. Replaceable # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " / � � MSFT_CliProperty SecurityBreach SecurityBreach is an enumerated, integer-valued property indicating whether a physical breach of the frame was attempted but unsuccessful (value=4) or attempted and successful (5). Also, the values, "Unknown", "Other" or "No Breach", can be specified. SecurityBreach ; X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � s � MSFT_CliQualifier Values 3 : C N ` Other Unknown No Breach Breach Attempted Breach Successful � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ " � � t � MSFT_CliProperty SecurityStatus The SecurityStatus property indicates the security setting for external input (such as a keyboard) to this computer. SecurityStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C I h Other Unknown None External interface locked out External interface enabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 x 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier > � ' � � � MSFT_CliProperty ServiceDescriptions An array of free-form strings providing more detailed explanations for any of the entries in the ServicePhilosophy array. ServiceDescriptions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % E X � � MSFT_CliProperty ServicePhilosophy ServicePhilosophy is an enumerated, integer-valued array that indicates whether the frame is serviced from the top (value=2), front (3), back (4) or side (5), whether it has sliding trays (6) or removable sides (7), and/or whether the frame is moveable (8), for example, having rollers. ServicePhilosophy ` Y � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H O s � � � � Unknown Other Service From TopService From Front Service From Back Service From Side Sliding Trays Removable Sides Moveable ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " w � � MSFT_CliProperty SMBIOSAssetTag The SMBIOSAssetTag property indicates the asset tag number of the system enclosure. SMBIOSAssetTag � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier j d i � � MSFT_CliProperty Tag The Tag property is a string that uniquely identifies the system enclosure. Tag q � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ � � � MSFT_CliProperty TypeDescriptions An array of free-form strings providing more information on the ChassisTypes array entries. TypeDescriptions � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProperty Version A string indicating the version of the physical element. Version f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � a o � MSFT_CliProperty VisibleAlarm Boolean indicating that the equipment includes a visible alarm. VisibleAlarm 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � I Q � MSFT_CliProperty Weight The weight of the physical package in pounds. Weight 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � G N � MSFT_CliProperty Width The width of the physical package in inches. Width w �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � m � MSFT_CliFormat TABLE BRIEF : � � �
� � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty LockPresent Boolean indicating whether the frame is protected with a lock. LockPresent � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " w � � MSFT_CliProperty SMBIOSAssetTag The SMBIOSAssetTag property indicates the asset tag number of the system enclosure. SMBIOSAssetTag � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ " � � t � MSFT_CliProperty SecurityStatus The SecurityStatus property indicates the security setting for external input (such as a keyboard) to this computer. SecurityStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 : C I h Other Unknown None External interface locked out External interface enabled s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH SystemEnclosure Select * from Win32_SystemEnclosure 7C16C2FE0AF90126FE83C9B098410A7D38A4977B5C5D80E7C5B5.797.1.60719 I_5430A0963BDFE45F48448BEFE49162AB9A7F5390BEE895620AB94C03956A31E5.805.1.36972 I_F90254E7F99DA09977CCA3AFC876E2F69B143A5C7B620A38194806CCC0551447.810.1.92690 I_4A3DDCEADF875B43B86031D680AEC99D3EBB91A5667B84178BECB0ED04142818.822.1.43301 I_725C909F3FE4FF1D4452519DC5E7319F49B4FDA30799FA428AB30E8A93652894.828.1.81389 I_66FFF9930E5CCC0D760D3BBAE923EAA766D470F40F422E860FC653AA3204A9F2.838.1.60167 I_E21083758A128727DEF6FF7FB30AAB8529BDD6F7C5C936DBCA6F06226211C86C.853.1.52579 I_A1C1D10CC78BE7A5C3AB54515C19F31277BB3701F61C98AD4F3CEB32242F741C.860.1.30027 I_6456463FE04288A1885C6F7DFFFA4040E415617C14B667F2C51BCDF537F3D501.864.1.21995 ` F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 `�%߬�-`�%߬�� � + � n z | �� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Management of physical connection points including ports, slots and peripherals, and proprietary connections points. � �& j� ��
�# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" h � MSFT_CliFormat table STATUS + � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � # � � � MSFT_CliProperty SlotDesignation The SlotDesignation property contains an SMBIOS string that identifies the system slot designation of the slot on the motherboard. SlotDesignation ؆ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � d � MSFT_CliFormat LIST FULL � � �
G � b 0 # �& �( D+ . $2 �4 ;7 �9 f= �? PC �E �H �O �Q �U �W �[ �_ T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty ConnectorPinout A free-form string describing the pin configuration and signal usage of a physical connector. ConnectorPinout �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � � MSFT_CliProperty ConnectorType The ConnectorType property indicates the physical attributes of the connector used by this slot. ConnectorType � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING B � � MSFT_CliQualifier Values S k t { � � � � � � . Q m � � � �
& - 4 = E M U ] c i s x � � � � � � � � � � � � � � , 5 > C N U e k p z � � � � � � � � � � # ( - 6 = J k � � � � Unknown Other Male Female Shielded Unshielded SCSI (A) High-Density (50 pins) SCSI (A) Low-Density (50 pins) SCSI (P) High-Density (68 pins) SCSI SCA-I (80 pins) SCSI SCA-II (80 pins) SCSI Fibre Channel (DB-9, Copper) SCSI Fibre Channel (Fibre) SCSI Fibre Channel SCA-II (40 pins) SCSI Fibre Channel SCA-II (20 pins) SCSI Fibre Channel BNC ATA 3-1/2 Inch (40 pins) ATA 2-1/2 Inch (44 pins) ATA-2 ATA-3 ATA/66 DB-9 DB-15 DB-25 DB-36 RS-232C RS-422 RS-423 RS-485 RS-449 V.35 X.21 IEEE-488 AUI UTP Category 3 UTP Category 4 UTP Category 5 BNC RJ11 RJ45 Fiber MIC Apple AUI Apple GeoPort PCI ISA EISA VESA PCMCIA PCMCIA Type I PCMCIA Type II PCMCIA Type III ZV Port CardBus USB IEEE 1394 HIPPI HSSDC (6 pins) GBIC DIN Mini-DIN Micro-DIN PS/2 Infrared HP-HIL Access.bus NuBus Centronics Mini-Centronics Mini-Centronics Type-14 Mini-Centronics Type-20 Mini-Centronics Type-26 Bus Mouse ADB AGP VME Bus VME64 Proprietary Proprietary Processor Card Slot Proprietary Memory Card Slot Proprietary I/O Riser Slot PCI-66MHZ AGP2X AGP4X J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � � MSFT_CliProperty CurrentUsage The CurrentUsage property indicates whether the system slot is currently in use. CurrentUsage � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier Values 3 = D M X Reserved Other Unknown Available In use 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! s � � MSFT_CliProperty HeightAllowed Maximum height of an adapter card that can be inserted into the slot, in inches. HeightAllowed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! s � � MSFT_CliProperty LengthAllowed Maximum length of an adapter card that can be inserted into the slot, in inches. LengthAllowed � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � n | � � MSFT_CliProperty Manufacturer The name of the organization responsible for producing the physical element. Manufacturer � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r � � � MSFT_CliProperty MaxDataWidth Maximum bus width of adapter cards that can be inserted into this slot, in bits. MaxDataWidth � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i G � MSFT_CliQualifier Values 3 6 : > B 8 16 32 64 128 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P U \ � MSFT_CliProperty Model The name by which the physical element is generally known. Model d � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier K � � � � MSFT_CliProperty Number The Number property indicates the physical slot number, which can be used as an index into a system slot table, whether or not that slot is physically occupied. Number � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( � � MSFT_CliProperty OtherIdentifyingInfo OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. One example is bar code data associated with an element that also has an asset tag. OtherIdentifyingInfo 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty PartNumber The part number assigned by the organization responsible for producing or manufacturing the physical element. PartNumber � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PMESignal The PMESignal property indicates whether the PCI bus Power Management Enabled signal is supported by this slot. PMESignal will be FALSE for non-PCI slots. If TRUE, then the Power Management Enabled signal is supported. PMESignal J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty PoweredOn Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). PoweredOn g 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier - � & � � � MSFT_CliProperty PurposeDescription A free-form string describing that this slot is physically unique and may hold special types of hardware. PurposeDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � g u � � MSFT_CliProperty SerialNumber A manufacturer-allocated number used to identify the physicalelement. SerialNumber } � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty Shared The Shared property indicates whether the two or more slots shared a location on the base board such as a PCI/EISA shared slot. Shared ~ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier D Q V y � MSFT_CliProperty SKU The stock keeping unit number for this physical element. SKU ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � # � � � MSFT_CliProperty SlotDesignation The SlotDesignation property contains an SMBIOS string that identifies the system slot designation of the slot on the motherboard. SlotDesignation 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " 1 A � MSFT_CliProperty SpecialPurpose Boolean indicating that this slot is physically unique and may hold special types of hardware, e.g. a graphics processor slot. If set to TRUE, then the property, PurposeDescription property (a string), should specify the nature of the uniqueness or purpose of the slot. SpecialPurpose � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � h p � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � . � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # l } � MSFT_CliProperty SupportsHotPlug Boolean indicating whether the slot supports hot-plug of adapter cards. SupportsHotPlug � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w | � � MSFT_CliProperty Tag The Tag property uniquely identifies the system slot represented by an instance of this class. Tag � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! Y h � MSFT_CliProperty ThermalRating Maximum thermal dissipation of the slot in Milliwatts. ThermalRating � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * ~ � � � MSFT_CliProperty VccMixedVoltageSupport An array of enumerated integers indicating the Vcc voltage supported by this slot. VccMixedVoltageSupport � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i I � MSFT_CliQualifier Values / 8 ? E Unknown Other 3.3V 5V � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T U ^ � � MSFT_CliProperty Version A string indicating the version of the physical element. Version f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 p 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 6 * ~ � + � MSFT_CliProperty VppMixedVoltageSupport An array of enumerated integers indicating the Vpp voltage supported by this slot. VppMixedVoltageSupport � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values 3 < C I M Unknown Other 3.3V 5V 12V :D �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty GC �! � MSFT_CliFormat TABLE BRIEF > � � � � � � y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � # � � � MSFT_CliProperty SlotDesignation The SlotDesignation property contains an SMBIOS string that identifies the system slot designation of the slot on the motherboard. SlotDesignation � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � w | � � MSFT_CliProperty Tag The Tag property uniquely identifies the system slot represented by an instance of this class. Tag � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # l } � MSFT_CliProperty SupportsHotPlug Boolean indicating whether the slot supports hot-plug of adapter cards. SupportsHotPlug � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service d 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier * � � � � MSFT_CliProperty Shared The Shared property indicates whether the two or more slots shared a location on the base board such as a PCI/EISA shared slot. Shared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty PMESignal The PMESignal property indicates whether the PCI bus Power Management Enabled signal is supported by this slot. PMESignal will be FALSE for non-PCI slots. If TRUE, then the Power Management Enabled signal is supported. PMESignal � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r � � � MSFT_CliProperty MaxDataWidth Maximum bus width of adapter cards that can be inserted into this slot, in bits. MaxDataWidth � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i G � MSFT_CliQualifier Values 3 6 : > B 8 16 32 64 128 s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH SystemSlot Select * from Win32_SystemSlot �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�� � + E �� �� �� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Tape drive management. ] . �I �L �� �+ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �* B( � MSFT_CliFormat table STATUS 7 � > � 1 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service C
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e s U � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the power saving states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the device is in a warning state, though also in a power save mode. Availability ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the tape drive with other devices on the system. DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ! � � � MSFT_CliProperty NeedsCleaning Boolean indicating that the media access device needs cleaning. Whether manual or automatic cleaning is possible is indicated in the Capabilities array property. NeedsCleaning
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH } �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty | �z � MSFT_CliFormat LIST FULL $ � � � P w' �) , <. �0 �2 %5 �7 8: �< �> ?A pC �E �G 0J eL �N �P ,S aU �W �Y U\ ^ 4` �e �h �j �q M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N \ > � MSFT_CliProperty Availability The availability and status of the device. Availability h
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L Z � � MSFT_CliProperty Capabilities Capabilities of the media access device. Capabilities b ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values
G P W j y � � � � � Unknown Other Sequential Access Random Access Supports Writing Encryption Compression Supports Removable Media Manual Cleaning Automatic Cleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier Y � * � � � MSFT_CliProperty CapabilityDescriptions An array of free-form strings providing more detailed explanations for any of the access device features indicated in the Capabilities array. CapabilityDescriptions K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � } � � MSFT_CliProperty Compression The Compression property specifies whether hardware data compression is enabled or disabled. Compression Z 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � MSFT_CliProperty CompressionMethod A free form string indicating the algorithm or tool used by the device to support compression. CompressionMethod # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ T f � MSFT_CliProperty DefaultBlockSize Default block size, in bytes, for this device. DefaultBlockSize 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the tape drive with other devices on the system. DeviceID 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � j o � MSFT_CliProperty ECC The ECC property specifies whether the device supports hardware error correction. ECC W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � MSFT_CliProperty EOTWarningZoneSize The EOTWarningZoneSize property indicates the zone size for the End Of Tape (EOT) warning. EOTWarningZoneSize ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription o 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 5 � $ � � � MSFT_CliProperty ErrorMethodology ErrorMethodology is a free-form string describing the type of error detection and correction supported by this device. ErrorMethodology H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � y � � MSFT_CliProperty FeaturesHigh The FeaturesHigh property specifies the high-order 32 bits of the device features flag. FeaturesHigh D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty FeaturesLow The FeaturesLow property specifies the low-order 32 bits of the device features flag. FeaturesLow - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h l � MSFT_CliProperty Id The Id property indicates the manufacturer's identifying name of the tape drive. Id D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� v � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. InstallDate = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d r � MSFT_CliProperty Manufacturer The Manufacturer property indicates the manufacturer of the drive. Manufacturer 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MaxBlockSize Maximum block size, in bytes, for media accessed by this device. MaxBlockSize , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] k � MSFT_CliProperty MaxMediaSize Maximum size, in Kbytes, of media supported by this device. MaxMediaSize N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % z � � MSFT_CliProperty MaxPartitionCount The MaxPartitionCount property indicates the maximum part count for the tape drive. MaxPartitionCount A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � u � � MSFT_CliProperty MediaType The MediaType property specifies the media type used by (or accessed by) this device. MediaType 1 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b p � MSFT_CliProperty MinBlockSize Minimum block size, in bytes, for media accessed by this device. MinBlockSize # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! c r � MSFT_CliProperty NeedsCleaning Boolean indicating that the media access device needs cleaning. NeedsCleaning � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier X � * � � � MSFT_CliProperty NumberOfMediaSupported When the media access device supports multiple individual media, this property defines the maximum number which can be supported or inserted. NumberOfMediaSupported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty Padding Padding - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / z � � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , 2 � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. This boolean does not indicate that power management features are currently enabled, only that the logical device is capable of power management. PowerManagementSupported A 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " p � � MSFT_CliProperty ReportSetMarks The ReportSetMarks property specifies whether setmark reporting is enabled. ReportSetMarks � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat TABLE BRIEF 6 � � � V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying the tape drive with other devices on the system. DeviceID ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � c g � MSFT_CliProperty Id The Id property indicates the manufacturer's identifying name of the drive. Id 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d r � MSFT_CliProperty Manufacturer The Manufacturer property indicates the manufacturer of the drive. Manufacturer # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N R [ ~ � MSFT_CliProperty Caption The Caption property is a short textual description. Caption c � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 TapeDrive Select * from Win32_TapeDrive
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�\ � + n � (� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Data management of a temperature sensor (electronic thermometer). � & �I Ve �h �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" � � MSFT_CliFormat STATUS 0 � # Z � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " N ^ � MSFT_CliProperty CurrentReading The current value indicated by the sensor. CurrentReading 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h r � MSFT_CliProperty DeviceID The DeviceID property contains a string identifying the temperature probe. DeviceID # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable �# �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �" r � MSFT_CliFormat TABLE BRIEF : m � � * � / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " N ^ � MSFT_CliProperty CurrentReading The current value indicated by the sensor. CurrentReading # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MinReadable MinReadable indicates the smallest value of the measured property that can be read by the numeric sensor. MinReadable W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MaxReadable MaxReadable indicates the largest value of the measured property that can be read by the numeric sensor. MaxReadable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH J� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty W� ro � MSFT_CliFormat LIST FULL � V } � �! 8$ o& �( �+ . 70 x2 05 �7 �: �< W? ~A �C F bH �J �O QR �T �[ �d Jg j �l e 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier + � � � � MSFT_CliProperty Accuracy Indicates the accuracy of the sensor for the measured property. Its value is recorded as plus/minus hundredths of a percent. Accuracy M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N \ > � MSFT_CliProperty Availability The availability and status of the device. Availability h
� � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " N ^ � MSFT_CliProperty CurrentReading The current value indicated by the sensor. CurrentReading 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h r � MSFT_CliProperty DeviceID The DeviceID property contains a string identifying the temperature probe. DeviceID ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate $ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y c � MSFT_CliProperty IsLinear Indicates that the sensor is linear over its dynamic range. IsLinear = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � * � � � MSFT_CliProperty LowerThresholdCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. LowerThresholdCritical � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � ' � � � MSFT_CliProperty LowerThresholdFatal The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. LowerThresholdFatal � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � - � � � MSFT_CliProperty LowerThresholdNonCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. LowerThresholdNonCritical W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MaxReadable MaxReadable indicates the largest value of the measured property that can be read by the numeric sensor. MaxReadable X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MinReadable MinReadable indicates the smallest value of the measured property that can be read by the numeric sensor. MinReadable # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� " s � � MSFT_CliProperty NominalReading NominalReading indicates the 'normal' or expected value for the numeric sensor. NominalReading J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty NormalMax NormalMax provides guidance for the user as to the normal maximum range for the numeric sensor. NormalMax J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty NormalMin NormalMin provides guidance for the user as to the normal minimum range for the numeric sensor. NormalMin - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / z � � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � , � � � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. PowerManagementSupported N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Resolution Resolution indicates the ability of the sensor to resolve differences in the measured property. Resolution � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty Tolerance Indicates the tolerance of the sensor for the measured property. Tolerance, along with resolution and accuracy, is used to calculate the actual value of the measured physical property. Tolerance � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � * � � � MSFT_CliProperty UpperThresholdCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. UpperThresholdCritical � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � ' � � � MSFT_CliProperty UpperThresholdFatal The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. UpperThresholdFatal � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � - � � � MSFT_CliProperty UpperThresholdNonCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. UpperThresholdNonCritical Temperature Select * from Win32_TemperatureProbe 16.1.45904 I_CA599D6A29EF58E9CC298260942301AFE42CF6FFCEB9502DACD0BAA50DED4DEE.530.1.21465 I_993D150D0C9C8AECC30617FB0FF207B447C72B60CB9837CA152ECAA0421F80ED.533.1.143317 I_75757880EAB8961D1A3C186FDB42A3E5F36F1FCF20B2679D12A2FFFCA63470FF.551.1.33689 I_95836D7E2E497A1F78FB3DE04D6CC7B1E86FB113E1FC2C16F2960FB52159CE1E.556.1.28406 I_9A1B596721539D9615A6900B0F6364E9823374D126BDDBDF36FABAC428F02B9B.560.1.66330 I_E3D6956C9AC5D82845A5B017A22EF25487755E3C3A9322BE0116D0C7010A0C20.569.1.55789 I_F693673C4CEEE255A0773D7A8C79A487F5442508823CBC6EC11DEA6527F363E6.576.1.17537 I_F65757B9154C5EBDDAE70D4285BD74985CCB42751F841E9E56AE020776DD15BB.579.1.61471 I_EFEB887E59EC8D83C39D53CCF57EF6AD0D608FCDC88B6F50F3452B5EEBD4BF9F.597.1.47802 I_B8A661C1D622FBC77353C6283693E0067AFF965D515809B24B4E9FF26EFC7D7E.603.1.105338 I_84F7DA8FDA90FAE6187111C2192FDA36DDBDE6FDE609673EA728B3013AF37B7B.650.1.36555 I_E00A8EF4F74D23B882355F3A0D21293BA28C6F1C8A1BC8F9B30030B2F4330712.655.1.32485 I_E14960055650ADAC2C06C29022467C3EF58831F50C9AFF42B1D1C7B072FAC7F1.668.1.53493 I_662CB144681343CD914A84B6324D30356940F0E892AC14E72E79452BFD8511B8.675.1.129842 I_D1B648BE68EC7094B701AE10865E8710BF3CA0727020E467239EE608D1A161DA.691.1.31519 I_CE1AB475306539B9E244C98908B04E7D335C952B0802573B7D36EFEB15743AA7.695.1.29172 I_CEEB04238836B14B55751D5FC8F0C378A54AF1942F10226666FDE7520B51B7EC.699.1.57184 I_5306A39AE8099BE250137B7B473C6C6DC916A35E8018A185B5C9A31EB97EDE85.706.1.27844 I_8DA716445EA26247BDCD502C872559133B29770F7B55AFBFF871D80915CA3DBD.710.1.40746 I_E0F2EFD539B7928A3CD461462D4CD79A5C30C390909F42CDB98D7B4B987E4A6E.715.1.265536 I_5361F0B5BCF344E5F8BAFF7D3C773CFDA995B3843B674DB9DB34AC35EA55A657.748.1.63404 I_5A83D395085B6B03108F7917D2C4F3D0683B0E479C446703225592BD963CB748.756.1.38386 I_C1B039C6B15CB1268319C147066B90BAE1F5E0DA59EE23E8DFE59CEDEE8D5513.761.1.144923 I_A600B813C3AEE4D495996259138D2BE996C368532199D64507DCA6E373C2D027.779.1.56137 I_5A594905C8F81E999D9B9057D3667626B70DB4CAA9232253B2044B135DF40086.786.1.31819 I_DE468BF74FB57C16C2FE0AF90126FE83C9B098410A7D38A4977B5C5D80E7C5B5.797.1.60719 I_5430A0963BDFE45F48448BEFE49162AB9A7F5390BEE895620AB94C03956A31E5.805.1.36972 I_F90254E7F99DA09977CCA3AFC876E2F69B143A5C7B620A38194806CCC0551447.810.1.92690 I_4A3DDCEADF875B43B86031D680AEC99D3EBB91A5667B84178BECB0ED04142818.822.1.43301 I_725C909F3FE4FF1D4452519DC5E7319F49B4FDA30799FA428AB30E8A93652894.828.1.81389 I_66FFF9930E5CCC0D760D3BBAE923EAA766D470F40F422E860FC653AA3204A9F2.838.1.60167 I_E21083758A128727DEF6FF7FB30AAB8529BDD6F7C5C936DBCA6F06226211C86C.853.1.52579 I_A1C1D10CC78BE7A5C3AB54515C19F31277BB3701F61C98AD4F3CEB32242F741C.860.1.30027 I_6456463FE04288A1885C6F7DFFFA4040E415617C14B667F2C51BCDF537F3D501.864.1.21995 I_CF17F65BDE5D27AA83EF3274842254733535B217A340E131A413188964603E19.867.1.35696 I_D66C684E9FC811F59DEEE01676A52DEC4EE3ED220BA185CD83762B906B852957.883.1.79329 �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�� � + H �� �� �� ޙ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Time zone data management. \ � "! C� s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH m �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty *l ER � MSFT_CliFormat LIST FULL | g � k c
� � C r �" ;% �' �) �- �0 3 8 �: W= �? #I 9M �O � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & � MSFT_CliProperty Bias The Bias property specifies the current bias for local time translation. The bias is the difference between Coordinated Universal Time (UTC) and local time. All translations between UTC and local time are based on the following formula: UTC = local time + bias. Bias m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 � � � � MSFT_CliProperty DaylightBias The DaylightBias property specifies a bias value to be used during local time translations that occur during daylight time. DaylightBias � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U � � � � MSFT_CliProperty DaylightDay The DaylightDay property specifies the day of the DaylightMonth when the transition from standard time to daylight savings time occurs on this operating system. DaylightDay � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � n � MSFT_CliProperty DaylightDayOfWeek The DaylightDayOfWeek property specifies the day of the week when the transition from standard time to daylight savings time occurs on this operating system. DaylightDayOfWeek � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � { � MSFT_CliQualifier Values ; C K T _ i q Sunday Monday Tuesday Wednesday Thursday Friday Saturday � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier P � � � � MSFT_CliProperty DaylightHour The DaylightHour property specifies the hour of the day when the transition from standard time to daylight savings time occurs on this operating system. DaylightHour � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ' � � � MSFT_CliProperty DaylightMillisecond The DaylightMillisecond property specifies the millisecond of the DaylightSecond when the transition from standard time to daylight savings time occurs on this operating system. DaylightMillisecond � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` � " � � � MSFT_CliProperty DaylightMinute The DaylightMinute property specifies the minute of the DaylightHour when the transition from standard time to daylight savings time occurs on this operating system. DaylightMinute + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � f � MSFT_CliProperty DaylightMonth The DaylightMonth property specifies the month when the transition from standard time to daylight savings time occurs on this operating system. DaylightMonth � [ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � x � MSFT_CliQualifier ValueMap Q T W Z ] ` c f i l p t 1 2 3 4 5 6 7 8 9 10 11 12 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Y � � MSFT_CliQualifier Values O X b i p u { � � � � � January February March April May June July August September October November December " 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty DaylightName The DaylightName property indicates the name of the time zone being represented when daylight savings time is in effect. DaylightName � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e � " � � � MSFT_CliProperty DaylightSecond The DaylightSecond property specifies the second of of the DaylightMinute when the transition from standard time to daylight savings time occurs on this operating system. DaylightSecond b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � � � � MSFT_CliProperty DaylightYear The DaylightYear property indicates the year when daylight saving time is in effect. This member is not required. DaylightYear ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L W z � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 4 B � MSFT_CliProperty StandardBias The StandardBias property specifies a bias value to be used when daylight savings time is not in effect. This member is ignored if a value for the StandardDay member is not supplied. The value of this member is added to the Bias member to form the bias during standard time. StandardBias � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U � � � � MSFT_CliProperty StandardDay The StandardDay property specifies the day of the StandardMonth when the transition from daylight savings time to standard time occurs on this operating system. StandardDay � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � n � MSFT_CliProperty StandardDayOfWeek The StandardDayOfWeek property specifies the day of the week when the transition from daylight savings time to standard time occurs on this operating system. StandardDayOfWeek � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � { � MSFT_CliQualifier Values ; C K T _ i q Sunday Monday Tuesday Wednesday Thursday Friday Saturday � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty StandardHour The StandardHour property specifies the hour of the day when the transition from daylight savings time to standard time occurs on this operating system. StandardHour � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ' � � � MSFT_CliProperty StandardMillisecond The StandardMillisecond property specifies the millisecond of the StandardSecond when the transition from daylight savings time to standard time occurs on this operating system. StandardMillisecond � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier _ � " � � � MSFT_CliProperty StandardMinute The StandardMinute property specifies the minute of the StandardDay when the transition from daylight savings time to standard time occurs on this operating system. StandardMinute + 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � f � MSFT_CliProperty StandardMonth The StandardMonth property specifies the month when the transition from daylight savings time to standard time occurs on this operating system. StandardMonth � [ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � x � MSFT_CliQualifier ValueMap Q T W Z ] ` c f i l p t 1 2 3 4 5 6 7 8 9 10 11 12 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING Y � � MSFT_CliQualifier Values O X b i p u { � � � � � January February March April May June July August September October November December 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty StandardName The StandardName property indicates the name of the time zone being represented when standard time is in effect. StandardName � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � � � MSFT_CliProperty StandardSecond The StandardSecond property specifies the second of the StandardMinute when the transition from daylight savings time to standard time occurs on this operating system./nExample: 59 StandardSecond [ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! � � � � MSFT_CliProperty StandardYear The StandardYear property indicates the year when standard time is in effect. This member is not required. StandardYear m �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty z
� MSFT_CliFormat TABLE BRIEF . � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � & � MSFT_CliProperty Bias The Bias property specifies the current bias for local time translation. The bias is the difference between Coordinated Universal Time (UTC) and local time. All translations between UTC and local time are based on the following formula: UTC = local time + bias. Bias � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier } K V y � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID ^ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � : C f � MSFT_CliProperty Caption A short textual description. Caption K � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 TimeZone Select * from Win32_TimeZone � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬��� � + \ � � � M�� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Uninterruptible power supply (UPS) management. t �H Id �g �� ZF �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty gE �% � MSFT_CliFormat table STATUS ? � Z � w � �" � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying this UPS device with other devices on the system. DeviceID i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � , � � � MSFT_CliProperty EstimatedChargeRemaining An estimate of the percentage of full charge remaining for a UPS (that uses battery technology). EstimatedChargeRemaining � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � $ � � � MSFT_CliProperty EstimatedRunTime EstimatedRunTime is an estimate in minutes of the time to battery, generator, ... depletion under the present load conditions if the utility power is off, or lost and remains off. EstimatedRunTime # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty TimeOnBackup TimeOnBackup indicates the elapsed time in seconds since the UPS last switched to battery power, generator, ... Or, the time since the UPS was last restarted, whichever is less. Zero shall be returned if the UPS is 'on line'. TimeOnBackup s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat LIST FULL ' � � d � ! H, �. �0 +3 �5 >8 �: [= B@ �B E [G �I ,L SN �P �R �^ �a 4d �f �i �l o �q �t �w � @� Q� (� ~� ��
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & � � � � MSFT_CliProperty ActiveInputVoltage ActiveInputVoltage indicates which input voltage range is currently in use. Range 1, 2 or both can be specified using the values 3, 4 or 5, respectively. ActiveInputVoltage � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � [ � MSFT_CliQualifier Values 3 : C L U Other Unknown Range 1 Range 2 Both C
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e s U � MSFT_CliProperty Availability The availability and status of the device. For example, the Availability property indicates that the device is running and has full power (value=3), or is in a warning (4), test (5), degraded (10) or power save state (values 13-15 and 17). Regarding the power saving states, these are defined as follows: Value 13 ("Power Save - Unknown") indicates that the device is known to be in a power save mode, but its exact status in this mode is unknown; 14 ("Power Save - Low Power Mode") indicates that the device is in a power save state but still functioning, and may exhibit degraded performance; 15 ("Power Save - Standby") describes that the device is not functioning but could be brought to full power 'quickly'; and value 17 ("Power Save - Warning") indicates that the device is in a warning state, though also in a power save mode. Availability ! � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ | � � MSFT_CliProperty BatteryInstalled The BatteryInstalled property determines whether a battery is installed on the device. BatteryInstalled \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � & � � � MSFT_CliProperty CanTurnOffRemotely The CanTurnOffRemotely property determines whether the power supply can be turned off remotely. CanTurnOffRemotely Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty CommandFile The CommandFile property specifies the name of a command file to execute immediately before shutting down. CommandFile # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying this UPS device with other devices on the system. DeviceID ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription i 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / � , � � � MSFT_CliProperty EstimatedChargeRemaining An estimate of the percentage of full charge remaining for a UPS (that uses battery technology). EstimatedChargeRemaining � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � $ � � � MSFT_CliProperty EstimatedRunTime EstimatedRunTime is an estimate in minutes of the time to battery, generator, ... depletion under the present load conditions if the utility power is off, or lost and remains off. EstimatedRunTime � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � % " � MSFT_CliProperty FirstMessageDelay The FirstMessageDelay property specifies the length of time between initial power failure and the first message sent to users. If power is restored within the FirstMessageDelay time, no message is sent, although the event is logged. FirstMessageDelay � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� % s � � MSFT_CliProperty IsSwitchingSupply Boolean indicating that the power supply is a switching (vs. linear) supply. IsSwitchingSupply = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ � � � MSFT_CliProperty LowBatterySignal The LowBatterySignal property determines whether the power supply has a low battery signal. LowBatterySignal u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; � # � � � MSFT_CliProperty MessageInterval The MessageInterval property specifies the length of time between messages sent to users to inform the users of power failure. MessageInterval # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � _ l � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID S 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty PowerFailSignal The PowerFailSignal property determines whether the power supply has a power failure signal. PowerFailSignal � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
/ � � S � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. The array values, 0="Unknown", 1="Not Supported" and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a device can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState input variable set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � , 2 � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. This boolean does not indicate that power management features are currently enabled, only that the logical device is capable of power management. PowerManagementSupported | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � , � � � MSFT_CliProperty Range1InputFrequencyHigh The frequency (in Hertz) at the high end of this powersupply's input frequency range 1. A value of zero implies DC. Range1InputFrequencyHigh y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � + � � � MSFT_CliProperty Range1InputFrequencyLow The frequency (in Hertz) at the low end of this powersupply's input frequency range 1. A value of zero implies DC. Range1InputFrequencyLow � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � * ' � MSFT_CliProperty Range1InputVoltageHigh If the voltage (in Millivolts) rises above the value specified by Range1InputVoltageHigh property, the UPS will compensate by trimming the voltage. A value of 0 indicates that the voltage at which trimming occurs is 'unknown'. Range1InputVoltageHigh � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) ' > � MSFT_CliProperty Range1InputVoltageLow If the voltage (in Millivolts) drops below the value specified by Range1InputVoltageLow property, the UPS will compensate by boosting the voltage using its power source(s). A value of 0 indicates that the voltage at which boosting occurs is 'unknown'. Range1InputVoltageLow | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B � , � � � MSFT_CliProperty Range2InputFrequencyHigh The frequency (in Hertz) at the high end of this powersupply's input frequency range 2. A value of zero implies DC. Range2InputFrequencyHigh y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ? � + � � � MSFT_CliProperty Range2InputFrequencyLow The frequency (in Hertz) at the low end of this powersupply's input frequency range 2. A value of zero implies DC. Range2InputFrequencyLow � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � * ' � MSFT_CliProperty Range2InputVoltageHigh If the voltage (in Millivolts) rises above the value specified by Range2InputVoltageHigh property, the UPS will compensate by trimming the voltage. A value of 0 indicates that the voltage at which trimming occurs is 'unknown'. Range2InputVoltageHigh � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) ' > � MSFT_CliProperty Range2InputVoltageLow If the voltage (in Millivolts) drops below the value specified by Range2InputVoltageLow property, the UPS will compensate by boosting the voltage using its power source(s). A value of 0 indicates that the voltage at which boosting occurs is 'unknown'. Range2InputVoltageLow � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + s � ? � MSFT_CliProperty RemainingCapacityStatus The indication of the capacity remaining in the UPS' batteries, generator, ... A value of "Normal" (2) indicates that the remaining estimated minutes of run-time is greater than the UPS' defined 'low power' state (typically two minutes). A value of "Low" (3) indicates that the remaining estimated minutes of run-time is less than or equal to the UPS' defined 'low power' state. A value of "Depleted" (4) indicates that the UPS will be unable to sustain the present load when and if the utility power is lost (including the possibility that the utility power is currently absent). RemainingCapacityStatus � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k = � MSFT_CliQualifier ValueMap 1 4 7 : 1 2 3 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � O � MSFT_CliQualifier Values / 8 @ E Unknown Normal Low Depleted � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty TimeOnBackup TimeOnBackup indicates the elapsed time in seconds since the UPS last switched to battery power, generator, ... Or, the time since the UPS was last restarted, whichever is less. Zero shall be returned if the UPS is 'on line'. TimeOnBackup R 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ � � MSFT_CliProperty TotalOutputPower Represents the total output power of the power supply in Milliwatts. 0 denotes 'unknown'. TotalOutputPower 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � � � MSFT_CliProperty TypeOfRangeSwitching TypeOfRangeSwitching describes the kind of input voltage range switching implemented in this power supply. For example, Autoswitch can be specified (value=4). TypeOfRangeSwitching � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � w � MSFT_CliQualifier Values 7 > G O [ g Other Unknown Manual Autoswitch Wide Range Not Applicable @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v � MSFT_CliProperty UPSPort The UPSPort property specifies the name of the serial port to which the UPS is connected. UPSPort o �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty | � MSFT_CliFormat TABLE BRIEF : � E l C
� W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty DeviceID The DeviceID property contains a string uniquely identifying this UPS device with other devices on the system. DeviceID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � $ � � � MSFT_CliProperty EstimatedRunTime EstimatedRunTime is an estimate in minutes of the time to battery, generator, ... depletion under the present load conditions if the utility power is off, or lost and remains off. EstimatedRunTime # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty TimeOnBackup TimeOnBackup indicates the elapsed time in seconds since the UPS last switched to battery power, generator, ... Or, the time since the UPS was last restarted, whichever is less. Zero shall be returned if the UPS is 'on line'. TimeOnBackup @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v � MSFT_CliProperty UPSPort The UPSPort property specifies the name of the serial port to which the UPS is connected. UPSPort � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier N R [ ~ � MSFT_CliProperty Caption The Caption property is a short textual description. Caption c � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 UPS Select * from Win32_UninterruptiblePowerSupply � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS T# F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬��" + E �� � � (� �"� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . User account management. a �' �r ه P� �� )% �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty 6$ � MSFT_CliFormat table STATUS / � � � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty PasswordExpires The PasswordExpires property determines whether the password on the user account will expire. PasswordExpires XK �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty eJ �6 � MSFT_CliFormat list FULL \ � � Y � S � � ^ � ; ' J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � | � � MSFT_CliProperty AccountType The AccountType property contains flags describing the characteristics of the user account. AccountType 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � e o � MSFT_CliProperty Disabled The Disabled property determines whether the user account is disabled. Disabled = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t | � MSFT_CliProperty Domain The Domain property indicates the name of the domain to which the user account belongs. Domain ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ h � MSFT_CliProperty FullName The FullName property indicates the full name of the local user. FullName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate < 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � r { � MSFT_CliProperty Lockout The Lockout property determines whether the user account is locked out of the system. Lockout I 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �z � � MSFT_CliProperty LocalAccount The LocalAccount property indicates whether the account is defined on the local machine. LocalAccount U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property indicates the name of the user account on the domain specified by the Domain member of this class. Name a 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ' � & � � � MSFT_CliProperty PasswordChangeable The PasswordChangeable property determines whether the password on the user account can be changed. PasswordChangeable T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � MSFT_CliProperty PasswordExpires The PasswordExpires property determines whether the password on the user account will expire. PasswordExpires U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ � � � MSFT_CliProperty PasswordRequired The PasswordRequired property determines whether a password is required on the user account. PasswordRequired ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b g � MSFT_CliProperty SID The SID property contains the security identifier (SID) for this account. SID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � } � MSFT_CliProperty SIDType The SIDType property contains enumerated values that specify the type of security identifier (SID). SIDType � $ � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier ValueMap E H K N Q T W Z ] 1 2 3 4 5 6 7 8 9 U � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values C P ^ m { � � � � SidTypeUser SidTypeGroup SidTypeDomain SidTypeAlias SidTypeWellKnownGroup SidTypeDeletedAccount SidTypeInvalid SidTypeUnknown SidTypeComputer � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � * � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Various operational and non-operational statuses can be defined. Operational statuses are "OK", "Degraded" and "Pred Fail". "Pred Fail" indicates that an element may be functioning properly but predicting a failure in the near future. An example is a SMART-enabled hard drive. Non-operational statuses can also be specified. These are "Error", "Starting", "Stopping" and "Service". The latter, "Service", could apply during mirror-resilvering of a disk, reload of a user permissions list, or other administrative work. Not all such work is on-line, yet the managed element is neither "OK" nor in one of the other states. Status � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � E � MSFT_CliFormat TABLE BRIEF : � R � �
� J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � | � � MSFT_CliProperty AccountType The AccountType property contains flags describing the characteristics of the user account. AccountType � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � q z � � MSFT_CliProperty Caption The Caption property is a short textual description (one-line string) of the object. Caption � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � t | � MSFT_CliProperty Domain The Domain property indicates the name of the domain to which the user account belongs. Domain ( 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � b g � MSFT_CliProperty SID The SID property contains the security identifier (SID) for this account. SID ) 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ^ h � MSFT_CliProperty FullName The FullName property indicates the full name of the local user. FullName U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Name The Name property indicates the name of the user account on the domain specified by the Domain member of this class. Name s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH UW �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty bV J � MSFT_CliFormat WRITEABLE 7 2
� �& 9/ �< � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Disabled The Disabled property determines whether the Win32 user account is disabled./nValues: TRUE or FALSE. If TRUE, the user account is disabled. Disabled � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING
# | � MSFT_CliQualifier MappingStrings / 8 boolean Win32API|Network Management Structures|USER_INFO|UF_ACCOUNTDISABLE � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( x � � � MSFT_CliProperty FullName The FullName property indicates the full name of the local user./nExample: Thomas Williams FullName � � p � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # { � MSFT_CliQualifier MappingStrings / 7 string Win32API|Network Management Structures|USER_INFO_2|usri2_full_name � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty Lockout The Lockout property determines whether the user account is locked out of the Win32 system./nValues: TRUE or FALSE. If TRUE, the user account is locked out. Lockout � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # w � MSFT_CliQualifier MappingStrings / 8 boolean Win32API|Network Management Structures|USER_INFO_2|UF_LOCKOUT � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier E & � � � MSFT_CliProperty PasswordChangeable The PasswordChangeable property determines whether the password on the Win32 user account can be changed./nValues: TRUE or FALSE. If TRUE, the password can be changed. PasswordChangeable � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 8 boolean Win32API|Network Management Structures|USER_INFO_2|UF_PASSWD_CANT_CHANGE � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True f
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , # � � � � MSFT_CliProperty PasswordExpires The PasswordExpires property determines whether the password on the Win32 user account will expire./nValues: TRUE or FALSE. If TRUE, the password will expire. PasswordExpires � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 8 boolean Win32API|Network Management Structures|USER_INFO_2|UF_DONT_EXPIRE_PASSWD � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True [
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ! $ � � � � MSFT_CliProperty PasswordRequired The PasswordRequired property determines whether a password is required on the Win32 user account./nValues: TRUE or FALSE. If TRUE, a password is required. PasswordRequired � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # ~ � MSFT_CliQualifier MappingStrings / 8 boolean Win32API|Network Management Structures|USER_INFO_2|UF_PASSWD_NOTREQD � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True UserAccount Select * from Win32_UserAccount 0� \$ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 a" F N u } � MSFT_CliVerb Rename The Rename() allows for the renaming of the user account name; a key in this class. The functionality to change the key property "Name" is implemented as a method to provide a separate context for the new name distinguishable from the key name associated with the instance to be modified in this class. Rename V �
� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � � � MSFT_CliParam The Name property indicates the name of the Win32 user account on the domain specified by the Domain member of this class./nExample: thomasw Name � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING D � � MSFT_CliQualifier Description ( The Name property indicates the name of the Win32 user account on the domain specified by the Domain member of this class./nExample: thomasw � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e " � MSFT_CliQualifier ID 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # X � MSFT_CliQualifier MappingStrings + Win32API|Network Management Structures|name STRING # � � � e � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ) � MSFT_CliQualifier Description ( The Rename() allows for the renaming of the user account name; a key in this class. The functionality to change the key property "Name" is implemented as a method to provide a separate context for the new name distinguishable from the key name associated � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING n . � MSFT_CliQualifier Implemented ( True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING q # 0 � MSFT_CliQualifier MappingStrings + WMI � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values K T h { � � � � 8 � � Success Instance not found Instance required Invalid parameter User not found Domain not found Operation is allowed only on the primary domain controller of the domain Operation is not allowed on the last administrative account. Operation is not allowed on specified special groups; user, admin, local or guest. Other API error Internal error Rename s time is in effect. DaylightName � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier e � " � � � MSFT_CliProperty DaylightSecond The DaylightSecond property specifies the second of of the DaylightMinute when the transition from standard time to daylight savings time occurs on this operating system. DaylightSecond b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � � � � MSFT_CliProperty DaylightYear The DaylightYear property indicates the year when daylight saving time is in effect. This member is not required. DaylightYear ! 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � F S � MSFT_CliProperty Description A textual description of the object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L W z � MSFT_CliProperty SettingID The identifier by which the object is known. SettingID _ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 4 B � MSFT_CliProperty StandardBias The StandardBias property specifies a bias value to be used when daylight savings time is not in effect. This member is ignored if a value for the StandardDay member is not supplied. The value of this member is added to the Bias member to form the bias during standard time. StandardBias � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U � � � � MSFT_CliProperty StandardDay The StandardDay property specifies the day of the StandardMonth when the transition from daylight savings time to standard time occurs on this operating system. StandardDay � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � n � MSFT_CliProperty StandardDayOfWeek The StandardDayOfWeek property specifies the day of the week when the transition from daylight savings time to standard time occurs on this operating system. StandardDayOfWeek � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � { � MSFT_CliQualifier Values ; C K T _ i q Sunday Monday Tuesday Wednesday Thursday Friday Saturday � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty StandardHour The StandardHour property specifies the hour of the day when the transition from daylight savings time to standard time occurs on this operating system. StandardHour � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v � ' � � � MSFT_CliProperty StandardMillisecond The StandardMillisecond property specifies the millisecond of the StandardSecond when the transition from daylight savings time to standard time occurs on this operating system. Stand F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�� � + c ( 1 3 U� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . Voltage sensor (electronic voltmeter) data management. { #+ /= �X �[ �( �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �' � � MSFT_CliFormat table STATUS 7 $ W ~ �
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d n � MSFT_CliProperty DeviceID The DeviceID property contains a string identifying the voltage probe. DeviceID # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� " s � � MSFT_CliProperty NominalReading NominalReading indicates the 'normal' or expected value for the numeric sensor. NominalReading
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty G � MSFT_CliFormat TABLE BRIEF 6 # ] � �
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " N ^ � MSFT_CliProperty CurrentReading The current value indicated by the sensor. CurrentReading W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MaxReadable MaxReadable indicates the largest value of the measured property that can be read by the numeric sensor. MaxReadable X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MinReadable MinReadable indicates the smallest value of the measured property that can be read by the numeric sensor. MinReadable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH /� �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty <� io � MSFT_CliFormat LIST FULL � Q x � �! 3$ f& �( y+ . .0 o2 '5 �7 �: �< N? uA �C F YH �J �O IR �T �[ �d Ag �i �l f 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier , � � � � MSFT_CliProperty Accuracy Indicates the accuracy of the sensor for the measured property. Its value is recorded as plus/minus hundredths of a percent. Accuracy G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
L Z < � MSFT_CliProperty Availability The availability and status of the device. Availability f � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap e h k n q t w z } � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 0 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � \ � MSFT_CliQualifier Values c j s � � � � � � � � � � # 9 F Other Unknown Running/Full Power Warning In Test Not Applicable Power Off Off Line Off Duty Degraded Not Installed Install Error Power Save - Unknown Power Save - Low Power Mode Power Save - Standby Power Cycle Power Save - Warning # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � * [ s � � MSFT_CliProperty ConfigManagerErrorCode Indicates the Configuration Manager error code. ConfigManagerErrorCode { 9 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values � � � � � / u � � 0 K ` � � l � � ) � � F � � � 0 ` � This device is working properly. This device is not configured correctly. Windows cannot load the driver for this device. The driver for this device might be corrupted, or your system may be running low on memory or other resources. This device is not working properly. One of its drivers or your registry might be corrupted. The driver for this device needs a resource that Windows cannot manage. The boot configuration for this device conflicts with other devices. Cannot filter. The driver loader for the device is missing. This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly. This device cannot start. This device failed. This device cannot find enough free resources that it can use. Windows cannot verify this device's resources. This device cannot work properly until you restart your computer. This device is not working properly because there is probably a re-enumeration problem. Windows cannot identify all the resources this device uses. This device is asking for an unknown resource type. Reinstall the drivers for this device. Your registry might be corrupted. System failure: Try changing the driver for this device. If that does not work, see your hardware documentation.Windows is removing this device. This device is disabled. System failure: Try changing the driver for this device. If that doesn't work, see your hardware documentation. This device is not present, is not working properly, or does not have all its drivers installed. Windows is still setting up this device. Windows is still setting up this device. This device does not have valid log configuration. The drivers for this device are not installed. This device is disabled because the firmware of the device did not give it the required resources. This device is using an Interrupt Request (IRQ) resource that another device is using. This device is not working properly because Windows cannot load the drivers required for this device. J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + p � � MSFT_CliProperty ConfigManagerUserConfig Indicates whether the device is using a user-defined configuration. ConfigManagerUserConfig / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " N ^ � MSFT_CliProperty CurrentReading The current value indicated by the sensor. CurrentReading 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � d n � MSFT_CliProperty DeviceID The DeviceID property contains a string identifying the voltage probe. DeviceID ` 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier & � � � � MSFT_CliProperty ErrorCleared ErrorCleared is a boolean property indicating that the error reported in LastErrorCode property is now cleared. ErrorCleared � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � $ � � � MSFT_CliProperty ErrorDescription ErrorDescription is a free-form string supplying more information about the error recorded in LastErrorCode property, and information on any corrective actions that may be taken. ErrorDescription � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O � � � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate $ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Y c � MSFT_CliProperty IsLinear Indicates that the sensor is linear over its dynamic range. IsLinear = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! m | � MSFT_CliProperty LastErrorCode LastErrorCode captures the last error code reported by the logical device. LastErrorCode � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � * � � � MSFT_CliProperty LowerThresholdCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. LowerThresholdCritical � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � ' � � � MSFT_CliProperty LowerThresholdFatal The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. LowerThresholdFatal � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � - � � � MSFT_CliProperty LowerThresholdNonCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. LowerThresholdNonCritical W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MaxReadable MaxReadable indicates the largest value of the measured property that can be read by the numeric sensor. MaxReadable X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MinReadable MinReadable indicates the smallest value of the measured property that can be read by the numeric sensor. MinReadable # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � \ b � MSFT_CliProperty Name The Name property defines the label by which the object is known. Name D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� " s � � MSFT_CliProperty NominalReading NominalReading indicates the 'normal' or expected value for the numeric sensor. NominalReading J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty NormalMax NormalMax provides guidance for the user as to the normal maximum range for the numeric sensor. NormalMax J 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ~ � � MSFT_CliProperty NormalMin NormalMin provides guidance for the user as to the normal minimum range for the numeric sensor. NormalMin . 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ` m � MSFT_CliProperty PNPDeviceID Indicates the Plug and Play device ID of the logical device. PNPDeviceID T 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier / z � � MSFT_CliProperty PowerManagementCapabilities Indicates the specific power-related capabilities of the logical device. PowerManagementCapabilities � k � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? H W a j � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported b 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ( � , � � � MSFT_CliProperty PowerManagementSupported Indicates that the device can be power managed - i.e. can be put into suspend mode, etc. PowerManagementSupported M 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Resolution Resolution indicates the ability of the sensor to resolve differences in the measured property. Resolution � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � i q � � MSFT_CliProperty Status The Status property is a string indicating the current status of the object. Status � � / � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � + � � MSFT_CliProperty StatusInfo StatusInfo is a string indicating whether the logical device is in an enabled (value = 3), disabled (value = 4) or some other (1) or unknown (2) state. If this property does not apply to the logical device, the value, 5 ("Not Applicable"), should be used. StatusInfo 7 T � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k D � MSFT_CliQualifier ValueMap 5 8 ; > A 1 2 3 4 5 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � f � MSFT_CliQualifier Values 3 : C L V Other Unknown Enabled Disabled Not Applicable � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier k � � � � MSFT_CliProperty Tolerance Indicates the tolerance of the sensor for the measured property. Tolerance, along with resolution and accuracy, is used to calculate the actual value of the measured physical property. Tolerance � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � * � � � MSFT_CliProperty UpperThresholdCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. UpperThresholdCritical � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � ' � � � MSFT_CliProperty UpperThresholdFatal The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. UpperThresholdFatal � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � - � � � MSFT_CliProperty UpperThresholdNonCritical The sensor's threshold values specify the ranges (min and max values) for determining whether the sensor is operating under normal, non-critical, critical or fatal conditions. UpperThresholdNonCritical Voltage Select * from Win32_VoltageProbe R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ( � � � � MSFT_CliProperty TypeOfRangeSwitching TypeOfRangeSwitching describes the kind of input voltage range switching implemented in this power supply. For example, Autoswitch can be specified (value=4). TypeOfRangeSwitching � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k K � MSFT_CliQualifier ValueMap 9 < ? B E H 1 2 3 4 5 6 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � w � MSFT_CliQualifier Values 7 > G O [ g Other Unknown Manual Autoswitch Wide Range Not Applicable @ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � v � MSFT_CliProperty UPSPort The UPSPort property specifies the name of the serial port to which the UPS is connected. UPSPort �2 F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�:2 � / � �1 �1 �1 2 � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING � � # + � MSFT_CliConnection ROOT\CIMV2 . ms_409 TVolumeQuotaSetting associates the disk quota setting with a specific disk volume. � � ]! �) K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y �$ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS " �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty / j � MSFT_CliFormat BRIEF # C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �R [ � MSFT_CliProperty Element The DiskVolume for the associated disk quota setting. Element # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �Y b � MSFT_CliProperty Setting The QuotaSetting associated with the referenced LogicalDisk. Setting �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty , i � MSFT_CliFormat FULL " B 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �R [ � MSFT_CliProperty Element The DiskVolume for the associated disk quota setting. Element # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �Y b � MSFT_CliProperty Setting The QuotaSetting associated with the referenced LogicalDisk. Setting VolumeQuotaSetting Where Element = # and Setting = # Select * from Win32_VolumeQuotaSetting �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬��� � + \ �� �� �� ��� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � ( + � MSFT_CliConnection ms_409 ROOT\CIMV2 . WMI service operational parameters management. t ~ �1 D5 ƌ �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat TABLE BRIEF : � � e
� P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty BuildVersion The BuildVersion property contains version information for the currently installed WMI service. BuildVersion / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 9 B e � MSFT_CliProperty Caption A short textual description. Caption J � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 64 U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � MSFT_CliProperty DatabaseDirectory The DatabaseDirectory property specifies the directory path containing the WMI repository. DatabaseDirectory G 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
� x � � MSFT_CliProperty EnableEvents The EnableEvents property indicates whether the WMI event subsystem should be enabled. EnableEvents � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier H � � 6 � MSFT_CliProperty LoggingLevel The LoggingLevel property indicates whether event logging is enabled and the verbosity level of logging used. LoggingLevel � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � V � MSFT_CliQualifier Values + 0 ? Off Error logging Verbose Error logging � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ W b � � MSFT_CliProperty SettingID The identifier by which the CIM_Setting object is known. SettingID j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH ~W �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �V dO � MSFT_CliFormat LIST FULL � � � &
� � 0 � � � J W# x' s+ . �0 3 �7 < A@ �B TE �G �K � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier T � - � � � MSFT_CliProperty ASPScriptDefaultNamespace The ASPScriptDefaultNamespace property contains the namespace used by calls from the script API if none is specified by the caller. ASPScriptDefaultNamespace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � $ � MSFT_CliProperty ASPScriptEnabled The ASPScriptEnabled property indicates whether WMI scripting can be used on Active Server Pages (ASP). This property is valid on Windows NT 4.0 systems only. For Windows 2000 systems, WMI scripting is always allowed on ASP. ASPScriptEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier w � # � � � MSFT_CliProperty AutorecoverMofs The AutoRecoverMofs property contains a list of fully qualified MOF file names used to initialize or recover the WMI repository. The list determines the order in which MOFs are compiled. AutorecoverMofs v 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier < " � � / � MSFT_CliProperty AutoStartWin9X The AutoStartWin9X property indicates the circumstances under which WMI will start on Win9X systems. AutoStartWin9X � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � T � MSFT_CliQualifier Values + 8 C Don't start Autostart Start on reboot c 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ) � " � � � MSFT_CliProperty BackupInterval The BackupInterval property specifies the length of time that will elapse between backups of the WMI database. BackupInterval K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " z � � MSFT_CliProperty BackupLastTime The BackupLastTime property specifies the date and time the last backup was performed. BackupLastTime P 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty BuildVersion The BuildVersion property contains version information for the currently installed WMI service. BuildVersion U 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � % � � � MSFT_CliProperty DatabaseDirectory The DatabaseDirectory property specifies the directory path containing the WMI repository. DatabaseDirectory E 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # s � � MSFT_CliProperty DatabaseMaxSize The DatabaseMaxSize property specifies the maximum size of the WMI repository. DatabaseMaxSize , 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � Q ^ � MSFT_CliProperty Description A textual description of the CIM_Setting object. Description � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier z � . � � � MSFT_CliProperty EnableAnonWin9xConnections The EnableAnonWin9xConnections indicates whether remote access without security checking is permitted. This property only applies to Windows 95 and Windows 98 systems. EnableAnonWin9xConnections � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R � � � � MSFT_CliProperty EnableEvents The EnableEvents property indicates whether the WMI event subsystem should be enabled./nValues: TRUE or FALSE, If TRUE,then the event subsystem is enabled. EnableEvents 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 2 ( H � MSFT_CliProperty EnableStartupHeapPreallocation The EnableStartupHeapPreallocation property indicates whether WMI will start with a pre-allocated heap./nValues: TRUE or FALSE. If TRUE, then a pre-allocated heap with the size of LastStartupHeapPreallocation is created when WMI is initialized. EnableStartupHeapPreallocation 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � 0 > \ � MSFT_CliProperty HighThresholdOnClientObjects The HighThresholdOnClientObjects property specifies the maximum rate provider created objects can be delivered to clients. To accommodate speed differentials between providers and clients, WMI holds objects in queues before delivering them to consumers. WMI slows down the addition of new objects into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more objects from providers and return WBEM_E_OUT_OF_MEMORY to the clients. HighThresholdOnClientObjects � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ) 6 � MSFT_CliProperty HighThresholdOnEvents The HighThresholdOnEvents property specifies the maximum rate at which events are to be delivered to clients. To accommodate speed differentials between providers and clients, WMI queues events before delivering them to consumers.. WMI slows down the addition of new events into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more events from providers and return WBEM_E_OUT_OF_MEMORY to the clients. HighThresholdOnEvents � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ � ) � � � MSFT_CliProperty InstallationDirectory The InstallationDirectory property contains the directory path where the WMI software has been installed. The default location is: \system32\wbem. InstallationDirectory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier S � 0 � � � MSFT_CliProperty LastStartupHeapPreallocation The LastStartupHeapPreallocation property specifies the size of the pre-allocated heap created by WMI during initialization. LastStartupHeapPreallocation h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . � $ � � � MSFT_CliProperty LoggingDirectory The LoggingDirectory property specifies the directory path containing the location of the WMI system log files. LoggingDirectory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier H � � 6 � MSFT_CliProperty LoggingLevel The LoggingLevel property indicates whether event logging is enabled and the verbosity level of logging used. LoggingLevel � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � V � MSFT_CliQualifier Values + 0 ? Off Error logging Verbose Error logging s 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 9 � / � � � MSFT_CliProperty LowThresholdOnClientObjects The LowThresholdOnClientObjects property specifies the rate at which WMI will start to slow the creation of new objects created for clients. To accommodate speed differentials between providers and clients, WMI holds objects in queues before delivering them to consumers.. If the rate of requests for objects grows out of control, WMI gradually slows down the creation of new objects to match the client's rate of use. This slowdown starts when the rate at which objects are being created exceeds the value of this property. The slowdown continues until equilibrium is achieved, or the high threshold is reached. LowThresholdOnClientObjects 7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ( ` v � MSFT_CliProperty LowThresholdOnEvents The LowThresholdOnEvents property specifies the rate at which WMI will start to slow the delivery of new events. to accommodate speed differentials between providers and clients, WMI queues events before delivering them to consumers. If the queue grows out of control, WMI slows down the delivery of events gradually to get them in line with the client's rate . This slowdown starts when the rate at which events are generated exceeds the value of the this property. The slowdown continues until either the equilibrium is achieved, or the high threshold is reached. LowThresholdOnEvents Y 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � MSFT_CliProperty MaxLogFileSize The MaxLogFileSize property indicates the maximum size of the log files produced by the WMI service. MaxLogFileSize � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier x � * � � � MSFT_CliProperty MaxWaitOnClientObjects The MaxWaitOnClientObjects property specifies the amount of time a newly created object waits to be used by the client before it is discarded and an error value is returned. MaxWaitOnClientObjects l 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 2 � # � � � MSFT_CliProperty MaxWaitOnEvents The MaxWaitOnEvents property specifies the amount of time an event sent to a client is queued before being discarded. MaxWaitOnEvents 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � + ( A � MSFT_CliProperty MofSelfInstallDirectory The MofSelfInstallDirectory property contains the directory path for applications that install MOF files to the CIM repository. WMI automatically compiles any MOF files placed in this directory and, depending on its success, moves the MOF to a subdirectory labeled "good" or "bad". If the "autorecover" pragma is included, the fully qualified file name is added to the AutorecoverMofs list used when WMI is initializing or recovering the repository. The list determines the order in which MOFs are compiled. MofSelfInstallDirectory � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier \ W b � � MSFT_CliProperty SettingID The identifier by which the CIM_Setting object is known. SettingID j � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i ( � MSFT_CliQualifier MaxLen # 256 �a �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �` " =� � MSFT_CliFormat table WRITEABLE j �
� �# �0 = �E �R �\ �j `x +� Q� �� ݰ �� X� A
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier - � � � � MSFT_CliProperty ASPScriptDefaultNamespace The ASPScriptDefaultNamespace property contains the namespace used by calls from the script API if none is specified by the caller. ASPScriptDefaultNamespace � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # z � MSFT_CliQualifier MappingStrings / 7 string Win32Registry|Software\Microsoft\WBEM\scripting|Default Namespace � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ 6 � MSFT_CliProperty ASPScriptEnabled The ASPScriptEnabled property indicates whether WMI scripting can be used on Active Server Pages (ASP). This property is valid on Windows NT 4.0 systems only. For Windows 2000 systems, WMI scripting is always allowed on ASP. ASPScriptEnabled , H � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # x � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|Software\Microsoft\WBEM\scripting|Enable for ASP � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � N � MSFT_CliProperty AutoStartWin9X The AutoStartWin9X property indicates the circumstances under which WMI will start on Win9X systems. AutoStartWin9X � � � � 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # s � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|AutostartWin9X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ^ � MSFT_CliQualifier Values / 5 B M True Don't start Autostart Start on reboot � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � " � � � � MSFT_CliProperty BackupInterval The BackupInterval property specifies the length of time that will elapse between backups of the WMI database. BackupInterval � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # ~ � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Backup Interval Threshold � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h + � MSFT_CliQualifier Units " Minutes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True V 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " z � � � MSFT_CliProperty BackupLastTime The BackupLastTime property specifies the date and time the last backup was performed. BackupLastTime � � f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j . � MSFT_CliQualifier CIMTYPE $ datetime � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # i � MSFT_CliQualifier MappingStrings / 9 datetime Win32API|Time Functions|GetTimeZoneInformation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier n . � � � MSFT_CliProperty EnableAnonWin9xConnections The EnableAnonWin9xConnections indicates whether remote access without security checking is permitted. This property only applies to Windows 95 and Windows 98 systems. EnableAnonWin9xConnections # � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # { � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|Software\Microsoft\WBEM\CIMOM|EnableAnonConnections � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True +
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � � MSFT_CliProperty EnableEvents The EnableEvents property indicates whether the WMI event subsystem should be enabled./nValues: TRUE or FALSE, If TRUE,then the event subsystem is enabled. EnableEvents � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # r � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|Software\Microsoft\WBEM\CIMOM|EnableEvents � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier v 2 ( H r � MSFT_CliProperty EnableStartupHeapPreallocation The EnableStartupHeapPreallocation property indicates whether WMI will start with a pre-allocated heap./nValues: TRUE or FALSE. If TRUE, then a pre-allocated heap with the size of LastStartupHeapPreallocation is created when WMI is initialized. EnableStartupHeapPreallocation \ x ? X � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 8 boolean Win32Registry|Software\Microsoft\WBEM\CIMOM|EnableStartupHeapPreallocation � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � 0 ? ] � � MSFT_CliProperty HighThresholdOnClientObjects The HighThresholdOnClientObjects property specifies the maximum rate provider created objects can be delivered to clients. To accommodate speed differentials between providers and clients, WMI holds objects in queues before delivering them to consumers.. WMI slows down the addition of new objects into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more objects from providers and return WBEM_E_OUT_OF_MEMORY to the clients. HighThresholdOnClientObjects u � Y r � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|High Threshold On Client Objects � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 6 � MSFT_CliQualifier Units " Objects per second � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True �
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ^ ) 6 w � MSFT_CliProperty HighThresholdOnEvents The HighThresholdOnEvents property specifies the maximum rate at which events are to be delivered to clients. To accommodate speed differentials between providers and clients, WMI queues events before delivering them to consumers.. WMI slows down the addition of new events into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more events from providers and return WBEM_E_OUT_OF_MEMORY to the clients. HighThresholdOnEvents N j * C ] � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # } � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|High Threshold On Events � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 5 � MSFT_CliQualifier Units " Events per second � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � $ � � � � MSFT_CliProperty LoggingDirectory The LoggingDirectory property specifies the directory path containing the location of the WMI system log files. LoggingDirectory � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # v � MSFT_CliQualifier MappingStrings / 7 string Win32Registry|Software\Microsoft\WBEM\CIMOM|Logging Directory � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True "
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � N � MSFT_CliProperty LoggingLevel The LoggingLevel property indicates whether event logging is enabled and the verbosity level of logging used. LoggingLevel � � � � 4 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � # l � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Logging � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � ` � MSFT_CliQualifier Values / 5 : I True Off Error logging Verbose Error logging � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � / � � � � MSFT_CliProperty LowThresholdOnClientObjects The LowThresholdOnClientObjects property specifies the rate at which WMI will start to slow the creation of new objects created for clients. To accommodate speed differentials between providers and clients, WMI holds objects in queues before delivering them to consumers.. If the rate of requests for objects grows out of control, WMI gradually slows down the creation of new objects to match the client's rate of use. This slowdown starts when the rate at which objects are being created exceeds the value of this property. The slowdown continues until equilibrium is achieved, or the high threshold is reached. LowThresholdOnClientObjects � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # � � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Low Threshold On Client Objects � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 6 � MSFT_CliQualifier Units " Objects per second � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
( ` v � � MSFT_CliProperty LowThresholdOnEvents The LowThresholdOnEvents property specifies the rate at which WMI will start to slow the delivery of new events. to accommodate speed differentials between providers and clients, WMI queues events before delivering them to consumers. If the queue grows out of control, WMI slows down the delivery of events gradually to get them in line with the client's rate . This slowdown starts when the rate at which events are generated exceeds the value of the this property. The slowdown continues until either the equilibrium is achieved, or the high threshold is reached. LowThresholdOnEvents � � i � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING
# | � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Low Threshold On Events � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 5 � MSFT_CliQualifier Units " Events per second � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier l " � � � � MSFT_CliProperty MaxLogFileSize The MaxLogFileSize property indicates the maximum size of the log files produced by the WMI service. MaxLogFileSize � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # v � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Log File Max Size � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ) � MSFT_CliQualifier Units " Bytes � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �
* � � , � MSFT_CliProperty MaxWaitOnClientObjects The MaxWaitOnClientObjects property specifies the amount of time a newly created object waits to be used by the client before it is discarded and an error value is returned. MaxWaitOnClientObjects % � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # w � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Max Wait On Events � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 0 � MSFT_CliQualifier Units " Milliseconds � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � # � � � � MSFT_CliProperty MaxWaitOnEvents The MaxWaitOnEvents property specifies the amount of time an event sent to a client is queued before being discarded. MaxWaitOnEvents � � � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint32 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING # w � MSFT_CliQualifier MappingStrings / 7 uint32 Win32Registry|Software\Microsoft\WBEM\CIMOM|Max Wait On Events � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h 0 � MSFT_CliQualifier Units " Milliseconds � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True WMISet Select * from Win32_WMISetting STRING QualifierValue
� o STRING i ' � MSFT_CliQualifier MaxLen # 10 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier ValueMap A E L V _ j t ~ OK Error Degraded Unknown Pred Fail Starting Stopping Service � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ? C J T ] h r | OK Error Degraded Unknown Pred Fail Starting Stopping Service 6 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � h u � MSFT_CliProperty Description The Description property provides a textual description of the object. Description / 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � " N ^ � MSFT_CliProperty CurrentReading The current value indicated by the sensor. CurrentReading W 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MaxReadable MaxReadable indicates the largest value of the measured property that can be read by the numeric sensor. MaxReadable X 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty MinReadable MinReadable indicates the smallest value of the measured property that can be read by the numeric sensor. MinReadable s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = ST �! F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�S! + � � � � ! � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � 9 < � MSFT_CliConnection ms_409 ROOT\CIMV2\TerminalServices . Allows a user with sufficient permissions to query and turn the Terminal Services listener on or off remotely. � � � K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat table BRIEF * X * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] i � MSFT_CliProperty ServerName Name of the Terminal Server whose properties are of interest. ServerName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r & Y m � � MSFT_CliProperty AllowTSConnections Describes whether new TS connections are allowed. AllowTSConnections u � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 4 � MSFT_CliQualifier Values ' . False True � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � MSFT_CliFormat list FULL ( V * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] i � MSFT_CliProperty ServerName Name of the Terminal Server whose properties are of interest. ServerName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r & Y m � � MSFT_CliProperty AllowTSConnections Describes whether new TS connections are allowed. AllowTSConnections u � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i 4 � MSFT_CliQualifier Values ' . False True RDToggle Where ServerName = '#' Select * from Win32_TerminalServiceSetting � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 % K b � � MSFT_CliVerb SetAllowTSConnections Allows or Denies new TS Connections. SetAllowTSConnections j � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? # B J � MSFT_CliParam AllowTSConnections + � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 SetAllowTSConnections . - , ' - , - , & - , + - , $ - , ) - , ( - , % - , - , " - , - , - , ! - , - , * - , # - , - , - , - , / � �#z�K ��D ��idY�r��*� _
� �
�
Lr ��
" 5
� �
nH
� � [ *�� �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�� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�� + O � (� Y� x� ۻ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � 9 < � MSFT_CliConnection ms_409 ROOT\CIMV2\TerminalServices . Remote Desktop account management. c � )! &\ K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS �: �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty : # � MSFT_CliFormat table BRIEF > � � � D [! > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � p } � MSFT_CliProperty AccountName Specifies the AccountName that comprises of both: Domain and Name of the entry. AccountName 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � b m � � MSFT_CliProperty AuditFail Specifies the Audit Permissions for failure. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. AuditFail u � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e s � MSFT_CliProperty AuditSuccess Specifies the Audit Permissions for success. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. AuditSuccess { � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & i }
� MSFT_CliProperty PermissionsAllowed Specifies the Permissions that are allowed. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT,WINSTATION_DISCONNECT. PermissionsAllowed � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % l � MSFT_CliProperty PermissionsDenied Specifies the Permissions that to be allowed. The permissions are a combination of one ore more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. PermissionsDenied � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � H M � MSFT_CliProperty SID Specifies the Security Identifier of the entry. SID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName �: �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty : # � MSFT_CliFormat list FULL < ~ � � B Y! > 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � p } � MSFT_CliProperty AccountName Specifies the AccountName that comprises of both: Domain and Name of the entry. AccountName 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � b m � � MSFT_CliProperty AuditFail Specifies the Audit Permissions for failure. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. AuditFail u � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e s � MSFT_CliProperty AuditSuccess Specifies the Audit Permissions for success. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. AuditSuccess { � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & i }
� MSFT_CliProperty PermissionsAllowed Specifies the Permissions that are allowed. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT,WINSTATION_DISCONNECT. PermissionsAllowed � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % l � MSFT_CliProperty PermissionsDenied Specifies the Permissions that to be allowed. The permissions are a combination of one ore more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. PermissionsDenied � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � H M � MSFT_CliProperty SID Specifies the Security Identifier of the entry. SID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName RDAccount Where AccountName = '#' and TerminalName = '#' Select * from Win32_TSAccount �� g� � � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � D L T � MSFT_CliVerb Delete Deletes the User or Group from the existing. Delete Delete � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ! " 5 ; N � MSFT_CliVerb ModifyPermissions The method enables setting a more granular set of permissions to the existing account. The flag, Allowspecifies if Permissions is to be allowed or denied.The permissions are set individually through PermissionMask.The PermissionMask is an enumeration of t ModifyPermissions A � p � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 5 > � MSFT_CliParam Allow � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? > F � MSFT_CliParam PermissionMask ' � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 ModifyPermissions � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � & ' ? I a � MSFT_CliVerb ModifyAuditPermissions Provides for setting a more granular set of auditing permissions to the existing account specified.The permissions are set individually through PermissionMask.The PermissionMask is an enumeration of the following values:WINSTATION_QUERY=0, WINSTATION_SET= ModifyAuditPermissions K � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? > F � MSFT_CliParam PermissionMask ' � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 t � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? 7 @ � MSFT_CliParam Success � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True BOOLEAN ModifyAuditPermissions on
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
[ F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬��Z + K G G &G SG UZ � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � 9 < � MSFT_CliConnection ms_409 ROOT\CIMV2\TerminalServices . Remote Desktop NIC management. c � )! % �6 K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � a � MSFT_CliFormat WRITEABLE # : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & e y � MSFT_CliProperty MaximumConnections Maximum number of connections where MAXINT implies unlimited. MaximumConnections � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat table BRIEF 2 p � x : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & e y � MSFT_CliProperty MaximumConnections Maximum number of connections where MAXINT implies unlimited. MaximumConnections t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � $ � � � MSFT_CliProperty NetworkAdapterID This is the DeviceID value found in Win32_NetworkAdapter of theLAN Adapter to be set. The value 0 implies All LAN Adapters. NetworkAdapterID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R � & � � � MSFT_CliProperty NetworkAdapterName This is the value for Description found in Win32_NetworkAdapterConfiguration of theLAN Adapter to be set. The value 0 implies All LAN Adapters. NetworkAdapterName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty ) ) � MSFT_CliFormat list FULL 0 n � v : 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & e y � MSFT_CliProperty MaximumConnections Maximum number of connections where MAXINT implies unlimited. MaximumConnections t 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier : � $ � � � MSFT_CliProperty NetworkAdapterID This is the DeviceID value found in Win32_NetworkAdapter of theLAN Adapter to be set. The value 0 implies All LAN Adapters. NetworkAdapterID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier R � & � � � MSFT_CliProperty NetworkAdapterName This is the value for Description found in Win32_NetworkAdapterConfiguration of theLAN Adapter to be set. The value 0 implies All LAN Adapters. NetworkAdapterName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName RDNIC Where TerminalName = '#' Select * from Win32_TSNetworkAdapterSetting cG mJ R � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � ( e � � MSFT_CliVerb SelectAllNetworkAdapters Configures all Network adapters for the specified Terminal. SelectAllNetworkAdapters SelectAllNetworkAdapters � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � & � � Z r � MSFT_CliVerb SelectNetworkAdapterID Specify the GUID of the NetworkAdapterID to set. If the ID is invalid or does not exist, the return value should indicate appropriately. SelectNetworkAdapterID � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ! @ H � MSFT_CliParam NetworkAdapterID ) � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING SelectNetworkAdapterID E � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 J & � � � MSFT_CliVerb SelectNetworkAdapterIP Specify the IP Address of the NetworkAdapter to set. If the IP is invalid or does not exist, the return value should indicate appropriately. The IP Address can be obtained by enumerating the properties of NICCONFIG alias. SelectNetworkAdapterIP % � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ! @ H � MSFT_CliParam NetworkAdapterIP ) � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING SelectNetworkAdapterIP �< F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�d< + S �' �' ( *( 0< � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING | � 9 < � MSFT_CliConnection ms_409 ROOT\CIMV2\TerminalServices . Remote Desktop permissions management. g � -! �$ K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y � $ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS R �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty _ � � MSFT_CliFormat table BRIEF & � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName O �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty \ � � MSFT_CliFormat list FULL $ � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName RDPermissions Where TerminalName = '#' Select * from Win32_TSPermissionsSetting 6( 79 � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 @ L b n � MSFT_CliVerb AddAccount Adds the User, Group or Computer to the existing set with the set of permissions defined. The AccountName comprises of both: Domain and Name of the entry and PermissionPreSet is enumeration of following PermissionsWINSTATION_GUEST_ACCESS, WINSTATION_USER_ACCESS and WINSTATION_STANDARD_ACCESS AddAccount X � | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; C � MSFT_CliParam AccountName $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ! @ H � MSFT_CliParam PermissionPreSet ) � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 AddAccount � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ] n � MSFT_CliVerb RestoreDefaults Provides the default set of permissions to Users and groups. RestoreDefaults RestoreDefaults � F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�a� / � � �� � *� -�� MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING � � # + � MSFT_CliConnection ROOT\CIMV2 . ms_409 The Win32_Volume class represents an area of storage on a hard disk. The class returns local volumes that are formatted, unformatted, mounted or offline. A volume is formatted by using a file system, such as FAT or NTFS, and may have a drive letter assigned to it. A single hard disk can have multiple volumes, and volumes can also span multiple disks. � � s" �3 �J �b K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y �$ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � I � MSFT_CliFormat STATUS , Z � � * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �_ i � MSFT_CliProperty Capacity The Capacity property indicates in bytes, the size of the volume. Capacity 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �` ! m � MSFT_CliProperty Dirty Bit Set Indicates if the ChkDsk method should be run at next boot up. DirtyBitSet F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �y � � MSFT_CliProperty Free Space The FreeSpace property indicates in bytes how much free space is available on the volume. FreeSpace m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 �� � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat WRITEABLE + f �
7 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � � MSFT_CliProperty Drive Letter The DriveLetter property indicates the drive letter assigned to the volume. This property is NULL for volumes without drive letters. DriveLetter � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 _ $ p � � MSFT_CliProperty Indexing Enabled If context indexing is enabled this property will be TRUE IndexingEnabled � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j - � MSFT_CliQualifier CIMTYPE $ boolean � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty Label The Label property indicates the volume name of the logical disk. Constraints: Maximum 32 characters. This property is NULL for a volume without a label. Label � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ string � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � C � MSFT_CliFormat BRIEF 3 a �
R � * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �_ i � MSFT_CliProperty Capacity The Capacity property indicates in bytes, the size of the volume. Capacity \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � � � MSFT_CliProperty DriveType The DriveType property contains a numeric value corresponding to the type of disk drive this logical disk represents. Please refer to the Platform SDK documentation for additional values./nExample: A CD-ROM drive would return 5. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D W g s � � Unknown No Root Directory Removable Disk Local Disk Network Drive Compact Disc RAM Disk DriveType C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �u � � MSFT_CliProperty File System The FileSystem property indicates the file system on the logical disk. Example: NTFS FileSystem F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �y � � MSFT_CliProperty Free Space The FreeSpace property indicates in bytes how much free space is available on the volume. FreeSpace | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B �� � � MSFT_CliProperty Label The Label property indicates the volume name of the logical disk. Constraints: Maximum 32 characters. This property is NULL for a volume without a label. Label m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 �� � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name hP �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty uO �6 � MSFT_CliFormat FULL n s # Q � & Z � 3 z � � z P# �% ( �* i- �/ -2 �4 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �, & 7 � MSFT_CliProperty Auto Mount Enabled If TRUE, the Automount property indicates that the volume will be mounted to the file system automatically when the first I/O is issued. Otherwise it will not be mounted until explicitly mounted with the Mount method or by adding a drive letter or mount point. Automount � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty BlockSize BlockSize * 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �_ i � MSFT_CliProperty Capacity The Capacity property indicates in bytes, the size of the volume. Capacity � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ` �� � � MSFT_CliProperty Compressed If TRUE, the volume exists as a single compressed entity, such as a DoubleSpace volume.If file based compression is supported (such as on NTFS), this property will be FALSE. Compressed 3 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �n x � MSFT_CliProperty ID The DeviceID property contains a string uniquely identifying the volume on the system. DeviceID 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �` ! m � MSFT_CliProperty Dirty Bit Set Indicates if the ChkDsk method should be run at next boot up. DirtyBitSet u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; �� � � MSFT_CliProperty Drive Letter The DriveLetter property indicates the drive letter assigned to the volume. This property is NULL for volumes without drive letters. DriveLetter \ 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier " � � � MSFT_CliProperty DriveType The DriveType property contains a numeric value corresponding to the type of disk drive this logical disk represents. Please refer to the Platform SDK documentation for additional values./nExample: A CD-ROM drive would return 5. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D W g s � � Unknown No Root Directory Removable Disk Local Disk Network Drive Compact Disc RAM Disk DriveType C 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �u � � MSFT_CliProperty File System The FileSystem property indicates the file system on the logical disk. Example: NTFS FileSystem F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �y � � MSFT_CliProperty Free Space The FreeSpace property indicates in bytes how much free space is available on the volume. FreeSpace 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �_ $ p � MSFT_CliProperty Indexing Enabled If context indexing is enabled this property will be TRUE IndexingEnabled | 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier B �� � � MSFT_CliProperty Label The Label property indicates the volume name of the logical disk. Constraints: Maximum 32 characters. This property is NULL for a volume without a label. Label � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� , � MSFT_CliProperty Maximum File Name Length Maximum length of a filename component supported by the Windows drive. A filename component is that portion of a filename between backslashes. The value can be used to indicate that long names are supported by the specified file system. For example, for a FAT file system supporting long names, the function stores the value 255, rather than the previous 8.3 indicator. Long names can also be supported on systems that use the NTFS file system. Example: 255 MaximumFileNameLength m 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 3 �� � � MSFT_CliProperty Name The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. Name K 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �z " � � MSFT_CliProperty Quotas Enabled The QuotasEnabled property indicates that quota management is enabled for this volume. QuotasEnabled � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� % � � MSFT_CliProperty Quotas Incomplete The QuotasIncomplete property indicates that quota management was used but has been disabled. Incomplete refers to the information left in the file system after quota management was disabled. QuotasIncomplete � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ] �� % � � MSFT_CliProperty Quotas Rebuilding The QuotasRebuilding property indicates that the file system is in the active process of compiling information and setting the disk up for quota management. QuotasRebuilding n 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 4 �� ! � � MSFT_CliProperty Serial Number The SerialNumber property indicates the serial number of the volume. Constraints: Maximum 11 characters. Example: A8C3-D032 SerialNumber N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �w ( � � MSFT_CliProperty Supports Disk Quotas The SupportsDiskQuotas property indicates if the volume supports disk quotas. SupportsDiskQuotas � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier h �� 3 � � MSFT_CliProperty Supports File Based Compression The SupportsFileBasedCompression property indicates if the volume supports file based compression as is the case with the NTFS file system. SupportsFileBasedCompression � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier s � * � MSFT_CliProperty SystemName SystemName Volume Where DeviceID = '#' Select * from Win32_Volume R� g� �� ,� �' [B P^ �n ?s + � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 ) � � & � � MSFT_CliVerb Chkdsk Chkdsk Chkdsk . � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values 7 @ x � � � Success Success - Volume locked and chkdsk scheduled on reboot Unsupported file system Unknown file system No media in drive Unknown error This method invokes the chkdsk operation on the volume. The method is applicable to only those volume instances that represent a physical disk in the machine. It is not applicable to mapped logical drives. � D � � � t � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 # � � � MSFT_CliParam FixErrors BOOLEAN This parameter indicates what should be done to errors found on the disk. If true, then errors are fixed. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ` � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ' � � � MSFT_CliParam ForceDismount BOOLEAN This parameter indicates whether the volume should be forced to dismount before checking. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True B � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ) � � MSFT_CliParam OkToRunAtBootUp BOOLEAN This parameter indicates whether the chkdsk operation should be performed at next boot up time, in case the operation could not be performed because the disk was locked at time the method was called. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 + � " � � MSFT_CliParam RecoverBadSectors BOOLEAN This parameter indicates whether the bad sectors should be located and the readable information should be recovered from these sectors. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True \ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ) � � MSFT_CliParam SkipFolderCycle BOOLEAN This parameter indicates whether the folder cycle checking should be skipped or not. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True k � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 , � # � � MSFT_CliParam VigorousIndexCheck BOOLEAN This parameter indicates whether a vigorous check of index entries should be performed. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True [ � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 `
� � A 0 ; � MSFT_CliVerb ScheduleAutoChk ScheduleAutoChk ScheduleAutoChk I � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 < J [ u Success Remote Drive Removable Drive Drive Not Root Directory Unknown Drive This method is used schedule chkdsk to be run at the next reboot if the dirty bit has been set.The method is applicable to only those volume instances that represent a physical disk in the machine. It is not applicable to mapped logical drives. � Y � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ( � � MSFT_CliParam Volume ARRAY OF STRING This parameter is used to specify the list of volumes that should be scheduled for autochk at next reboot. The string syntax consists of the the drive letter, mount point name, or volume GUID name for the volume. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True b � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 g
� " � J 6 - � MSFT_CliVerb ExcludeFromAutoChk ExcludeFromAutoChk ExcludeFromAutoChk R � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 < J [ u Success Remote Drive Removable Drive Drive Not Root Directory Unknown Drive This method is used to exclude volumes from the chkdsk operation to be run at the next reboot. If not excluded, chkdsk is performed on the volume if the dirty bit has been set for the disk. Note that the calls to exclude volumes are not cumulative. � ? � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 ( � � MSFT_CliParam Volume ARRAY OF STRING This parameter is used to specify the list of volumes that should be excluded from autochk at next reboot. The string syntax consists of the the drive letter followed by a colon for the logical disk. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ^* � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 c( � � & �! � MSFT_CliVerb Format Format Format . � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Values k t � � � � � 1 E [ n � � � � � Success Unsupported file system Incompatible media in drive Access denied Call cancelled Call cancellation request too late Volume write protected Volume lock failed Unable to quick format Input/Output error Invalid volume label No media in drive Volume is too small Volume is too large Volume is not mounted Cluster size is too small Cluster size is too large Cluster size is beyond 32 bits Unknown error This method is used to format the volume. � � T { � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 $ � � � MSFT_CliParam ClusterSize UINT32 Specifies the disk allocation unit size or cluster size. All file systems used by this version of Windows organize your hard disk based on cluster size, which represents the smallest amount of disk space that can be allocated to hold a file. The smaller the cluster size you use, the more efficiently your disk stores information. If no cluster size is specified during format, Windows�picks defaults based on the size of the volume. These defaults have been selected to reduce the amount of space lost and to reduce the amount of fragmentation on the volume. For general use, default settings are strongly recommended. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True , � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 + f " � � MSFT_CliParam EnableCompression BOOLEAN Indicates if the volume should be enabled for compression n � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 # R � � MSFT_CliParam FileSystem STRING The file system format to use for the volume. b � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i = � MSFT_CliQualifier Values + 1 8 NTFS FAT32 FAT � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 � � � MSFT_CliParam Label STRING The label to use for the new volume. The volume label can contain up to 11 characters for FAT and FAT32 volumes or up to 32 characters for NTFS volumes. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True h � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 % & � MSFT_CliParam QuickFormat BOOLEAN Specifies whether to perform a quick format by removing files from the disk without scanning the disk for bad sectors. Use this option only if this disk has been previously formatted and you are sure the disk is not damaged. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � & � � MSFT_CliVerb Defrag Defrag Defrag . R � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � h � MSFT_CliQualifier Values O X g v � � � � � D Y Success Access denied Not supported Volume dirty bit is set Not enough free space Corrupt Master File Table detected Call Cancelled Call cancellation request too late Defrag engine is already running Unable to connect to defrag engine Defrag engine error Unknown error This method is used to defrag the volume. � � 8 � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 r � � MSFT_CliParam Force BOOLEAN This parameter is used to force the defrag even if free space on the disk is low. z � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 ' � � � MSFT_CliParam DefragAnalysis OBJECT This parameter is a Win32_DefragAnalysis object that contains properties describing the extent to which the volume is fragmented. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � > . � � MSFT_CliVerb DefragAnalysis DefragAnalysis DefragAnalysis F R � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � h � MSFT_CliQualifier Values O X g v � � � � � D Y Success Access denied Not supported Volume dirty bit is set Not enough free space Corrupt Master File Table detected Call Cancelled Call cancellation request too late Defrag engine is already running Unable to connect to defrag engine Defrag engine error Unknown error This method is used to generate a defrag analysis for the volume. � � � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 ' � � � MSFT_CliParam DefragAnalysis OBJECT This parameter is a Win32_DefragAnalysis object that contains properties describing the extent to which the volume is fragmented. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True W � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 + { " � � MSFT_CliParam DefragRecommended BOOLEAN This parameter indicates whether defragmentation or the volume is recommended. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � � ; , � � MSFT_CliVerb AddMountPoint AddMountPoint AddMountPoint C f � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values ; D S e � � � Success Access denied Invalid argument Specified directory not empty Specified directory not found Volume mount points not supported Unknown error This method is used to add a mount point directory for the volume. The result of this method is the creation of a Win32_MountPoint class associating this volume with the Win32_Directory instance representing the directory specified in the parameter list � # � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING w 3 " f � � MSFT_CliParam Directory STRING This parameter is the directory where the volume is to be mounted. n � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True F � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 K � � # � � MSFT_CliVerb Mount Mount Mount + � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values + 4 C Success Access Denied Unknown error This method is used to mount a volume to the file system. � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � , " � � MSFT_CliVerb Dismount Dismount Dismount 4 � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � � MSFT_CliQualifier Values 3 < K d � Success Access denied Volume has mount points Volume does not support the no-automount state Force option requiredUnknown error This method is used to dismount a volume from the file system. w T � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � � MSFT_CliParam Force BOOLEAN This parameter indicates whether the volume should be forced to dismount if open handles exist. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True n � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 # * � MSFT_CliParam Permanent BOOLEAN This parameter indicates whether the volume should be dismounted to a no-automount (offline) state. The volume may be returned to the automount state by explicitly calling the Mount method or creating a mount point for the volume. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True % 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � e s � MSFT_CliProperty AuditSuccess Specifies the Audit Permissions for success. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. AuditSuccess { � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 9 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � & i }
� MSFT_CliProperty PermissionsAllowed Specifies the Permissions that are allowed. The permissions are a combination of one or more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT,WINSTATION_DISCONNECT. PermissionsAllowed � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATION_CONNECT=0x100 WINSTATION_DISCONNECT=0x200 = 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier % l � MSFT_CliProperty PermissionsDenied Specifies the Permissions that to be allowed. The permissions are a combination of one ore more of the following:WINSTATION_QUERY, WINSTATION_SET, WINSTATION_RESET, WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED, WINSTATION_SHADOW,WINSTATION_LOGON, WINSTATION_LOGOFF, WINSTATION_MSG, WINSTATION_CONNECT, WINSTATION_DISCONNECT. PermissionsDenied � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � R � MSFT_CliQualifier Values
G ] q � � � � 5 WINSTATION_QUERY=0x1 WINSTATION_SET=0x2 WINSTATION_RESET=0x4 WINSTATION_VIRTUAL | STANDARD_RIGHTS_REQUIRED = 0xF008 WINSTATION_SHADOW=0x10 WINSTATION_LOGON=0x20 WINSTATION_LOGOFF=0x40 WINSTATION_MSG=0x80 WINSTATIO �� F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�� / � � � !� A� �� � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING � � # + � MSFT_CliConnection ROOT\CIMV2 . ms_409 The Win32_ShadowCopy class is a storage extent that represents a duplicate copy of the original volume at some previous time. � �! e= �c K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y �$ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS 8 [ ( �
Z
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �Z ^ � MSFT_CliProperty ID The ID property uniquely identifies the shadow copy on the system. ID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� # � MSFT_CliProperty Exposed Locally The ExposedLocally property indicates whether the shadow copy is exposed on the local machine with a drive letter or mount point. If this flag and the ExposedRemotely flag is not set, the shadow copy is hidden. ExposedLocally � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty Exposed Name The ExposedName property is the file system name of the shadow copy when it is exposed. This property might contain a drive letter or mount point. This property is NULL when the shadow copy is hidden or otherwise not exposed. ExposedName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ �� � � MSFT_CliProperty Exposed Path The ExposedPath property is the file system path of the shadow copy when it is exposed. This property is NULL when the shadow copy is hidden or otherwise unexposed. ExposedPath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� $ � � MSFT_CliProperty Exposed Remotely The ExposedRemotely property indicates whether the shadow copy is exposed on a remote machine with a network share. If this flag and the ExposedLocally flag is not set, the shadow copy is hidden. ExposedRemotely ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �p } � MSFT_CliProperty Not Surfaced The shadow copy is not currently in the device namespace of the local machine. NotSurfaced
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � \ � MSFT_CliProperty State The State property describes the current state of the shadow copy h � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Valuemap
U X [ ^ a d g j m p s w { 0 1 2 3 4 5 6 7 8 9 10 11 12 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING b � � MSFT_CliQualifier Values
S \ g z � � � � � � � � � Unknown Preparing ProcessingPrepare Prepared ProcessingPrecommit Precommitted ProcessingCommit Committed ProcessingPostcommit Created Aborted Deleted Count State �& �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty �% � � MSFT_CliFormat BRIEF ; � � j � � 9 � u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; �� % � � MSFT_CliProperty Client Accessible The ClientAccessible property is indicates whether the shadow copy was created by the Windows Previous Versions component. ClientAccessible 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �Z ^ � MSFT_CliProperty ID The ID property uniquely identifies the shadow copy on the system. ID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U �� � � MSFT_CliProperty Imported The Imported property indicates whether the shadow copy was imported onto this machine using the Import method rather than created using the ShadowCopy create method. Imported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O �� � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # � MSFT_CliProperty No Auto Release The NoAutoRelease property indicates whether the shadow copy is automatically deleted when the shadow copy requestor process ends. If this property is TRUE, the shadow copy is retained after the requestor process ends. NoAutoRelease h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . �� � � MSFT_CliProperty No Writers The NoWriters property indicates whether the shadow copy was created with the involvement of shadow copy writer components. NoWriters D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
�w � � MSFT_CliProperty Persistent The Persistent property indicates whether the shadow copy is persistent across reboots. Persistent H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �{ � � MSFT_CliProperty VolumeName The VolumeName property identifies the original volume for which the shadow copy was taken. VolumeName H �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty $G ]D � MSFT_CliFormat FULL ~ � I � ]
*
� \ � � �
�! &$ �& �( 0+ �- 0 �2 �4 $7 5? B u 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier ; �� % � � MSFT_CliProperty Client Accessible The ClientAccessible property is indicates whether the shadow copy was created by the Windows Previous Versions component. ClientAccessible N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �� � � MSFT_CliProperty Count The Count property is the number of shadow copies in the shadow copy set to which this shadow copy belongs. Count s 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 9 �� ! � � MSFT_CliProperty Device Object The DeviceObject property is the Windows object manager name of the underlying storage device that supports the original volume. DeviceObject � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier _ �� � � MSFT_CliProperty Differential The Differential property indicates whether the shadow copy was created by a differential shadow copy provider. The provider can be implemented in hardware or software. Differential � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� # � MSFT_CliProperty Exposed Locally The ExposedLocally property indicates whether the shadow copy is exposed on the local machine with a drive letter or mount point. If this flag and the ExposedRemotely flag is not set, the shadow copy is hidden. ExposedLocally � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � � MSFT_CliProperty Exposed Name The ExposedName property is the file system name of the shadow copy when it is exposed. This property might contain a drive letter or mount point. This property is NULL when the shadow copy is hidden or otherwise not exposed. ExposedName � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier [ �� � � MSFT_CliProperty Exposed Path The ExposedPath property is the file system path of the shadow copy when it is exposed. This property is NULL when the shadow copy is hidden or otherwise unexposed. ExposedPath � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �� $ � � MSFT_CliProperty Exposed Remotely The ExposedRemotely property indicates whether the shadow copy is exposed on a remote machine with a network share. If this flag and the ExposedLocally flag is not set, the shadow copy is hidden. ExposedRemotely j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 �� % � � MSFT_CliProperty Hardware Assisted The HardwareAssisted property indicates whether the shadow copy was created by a hardware shadow copy provider. HardwareAssisted 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �Z ^ � MSFT_CliProperty ID The ID property uniquely identifies the shadow copy on the system. ID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier U �� � � MSFT_CliProperty Imported The Imported property indicates whether the shadow copy was imported onto this machine using the Import method rather than created using the ShadowCopy create method. Imported � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier O �� � � MSFT_CliProperty InstallDate The InstallDate property is datetime value indicating when the object was installed. A lack of a value does not indicate that the object is not installed. InstallDate � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � # � MSFT_CliProperty No Auto Release The NoAutoRelease property indicates whether the shadow copy is automatically deleted when the shadow copy requestor process ends. If this property is TRUE, the shadow copy is retained after the requestor process ends. NoAutoRelease ? 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �p } � MSFT_CliProperty Not Surfaced The shadow copy is not currently in the device namespace of the local machine. NotSurfaced h 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier . �� � � MSFT_CliProperty No Writers The NoWriters property indicates whether the shadow copy was created with the involvement of shadow copy writer components. NoWriters R 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �| ' � � MSFT_CliProperty Originating Machine The OriginatingMachine property identifies the machine hosting the original volume. OriginatingMachine D 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier
�w � � MSFT_CliProperty Persistent The Persistent property indicates whether the shadow copy is persistent across reboots. Persistent � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier H �� � � MSFT_CliProperty Plex The Plex property indicates whether the shadow copy was created by a split mirror shadow copy provider. The provider can be implemented in hardware or software. Plex H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �z � � MSFT_CliProperty Provider ID The ProviderID uniquely identifies the shadow copy provider that created the shadow copy. ProviderID � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier H �� � � MSFT_CliProperty Read/Write The ReadWrite property indicates whether the shadow copy is both readable and writeable. If this property is FALSE, then the shadow copy is read-only ReadWrite N 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �| # � � MSFT_CliProperty Service Machine The ServiceMachine property identifies the machine currently servicing the shadow copy. ServiceMachine F 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �v ! } � MSFT_CliProperty Shadow Set ID The SetID uniquely identifies the shadow copy set to which the shadow copy belongs. SetID
9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � \ � MSFT_CliProperty State The State property describes the current state of the shadow copy h � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � � MSFT_CliQualifier Valuemap
U X [ ^ a d g j m p s w { 0 1 2 3 4 5 6 7 8 9 10 11 12 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING b � � MSFT_CliQualifier Values
S \ g z � � � � � � � � � Unknown Preparing ProcessingPrepare Prepared ProcessingPrecommit Precommitted ProcessingCommit Committed ProcessingPostcommit Created Aborted Deleted Count State � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ! � MSFT_CliProperty Transportable The Transportable property indicates whether the shadow copy can be surfaced on another machine. If this property is FALSE and the volumes are surfaced locally, it may not be possible to surface them later on a different machine. Transportable H 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier �{ � � MSFT_CliProperty VolumeName The VolumeName property identifies the original volume for which the shadow copy was taken. VolumeName ShadowCopy Where ID = '#' Select * from Win32_ShadowCopy I� � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ] & � � MSFT_CliVerb Create Create Create . z � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � x � MSFT_CliQualifier Values K T c u � � � � " @ i Success Access denied Invalid argument Specified volume not found Specified volume not supported Unsupported shadow copy context Shadow copy provider vetoed the operation Shadow copy provider not registered Shadow copy provider failure Maximum number of shadow copies reached Unknown error Creates a shadow copy for a volume using a named context. Supported contexts are 'ClientAccessible' and 'NASRollback'. Example: SHADOWCOPY call create 'ClientAccessible', 'd:' m �
G � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 y � � MSFT_CliParam Context STRING This parameter is the context that the provider will use when creating the shadow copy. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True H � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � 3 � � MSFT_CliParam Volume STRING This parameter is the volume that is used for the shadow copy. This volume is sometimes referred to as the 'original' volume. This parameter can be specified as a volume drive letter, mount point or volume GUID name. � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ! A � MSFT_CliParam ShadowID STRING ) � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING f & � MSFT_CliQualifier Out True object:MSFT_CliQualifier u � 7 E � MSFT_CliProperty TerminalName Name of the Terminal. TerminalName RDPermissions Where TerminalName = '#' Select * from Win32_TSPermissionsSetting 6( 79 � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 @ L b n � MSFT_CliVerb AddAccount Adds the User, Group or Computer to the existing set with the set of permissions defined. The AccountName comprises of both: Domain and Name of the entry and PermissionPreSet is enumeration of following PermissionsWINSTATION_GUEST_ACCESS, WINSTATION_USER_ACCESS and WINSTATION_STANDARD_ACCESS AddAccount X � | � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ; C � MSFT_CliParam AccountName $ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True STRING � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � ? ! @ H � MSFT_CliParam PermissionPreSet ) � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True UINT32 AddAccount � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � ] n � MSFT_CliVerb RestoreDefaults Provides the default set of permissions to Users and groups. RestoreDefaults RestoreDefaults �| F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�D| � / � �{ �{ �{ | � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING � � # + � MSFT_CliConnection ROOT\CIMV2 . ms_409 The Win32_VolumeUserQuota association relates per user quotas to quota enabled volumes. System administrators can configure Windows to prevent further disk space use and log an event when a user exceeds a specified disk space limit. They can also log an event when a user exceeds a specified disk space warning level. Note that disk quotas cannot be set for the Administrator accounts themselves. � ( �" �4 J �b K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y �$ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � & � MSFT_CliFormat STATUS , � H y
� 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p �- 6 � MSFT_CliProperty Account The user account Account j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 �� # � � MSFT_CliProperty Disk Space Used The DiskSpaceUsed property indicates the current number of Bytes currently in use by this particular user or group. DiskSpaceUsed - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] � � MSFT_CliProperty Status A Status property indicates the current status of the Disk Quota. i � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i B � MSFT_CliQualifier Values + / 8 OK Warning Exceeded Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o �& . � MSFT_CliProperty Volume The volume Volume n �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty { _
� MSFT_CliFormat WRITEABLE ' � k 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 1 h o � � MSFT_CliProperty Limit The Limit property indicates the limit set for this particular user or group. Limit � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � � MSFT_CliProperty Warning Limit The WarningLimit property indicates the warning limit set for this particular user or group. WarningLimit � � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat BRIEF 3 � O � � a � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p �- 6 � MSFT_CliProperty Account The user account Account j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 �� # � � MSFT_CliProperty Disk Space Used The DiskSpaceUsed property indicates the current number of Bytes currently in use by this particular user or group. DiskSpaceUsed 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �h o � MSFT_CliProperty Limit The Limit property indicates the limit set for this particular user or group. Limit - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] � � MSFT_CliProperty Status A Status property indicates the current status of the Disk Quota. i � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i B � MSFT_CliQualifier Values + / 8 OK Warning Exceeded Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o �& . � MSFT_CliProperty Volume The volume Volume O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � MSFT_CliProperty Warning Limit The WarningLimit property indicates the warning limit set for this particular user or group. WarningLimit � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat FULL 2 � N � � ` � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p �- 6 � MSFT_CliProperty Account The user account Account j 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier 0 �� # � � MSFT_CliProperty Disk Space Used The DiskSpaceUsed property indicates the current number of Bytes currently in use by this particular user or group. DiskSpaceUsed 0 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �h o � MSFT_CliProperty Limit The Limit property indicates the limit set for this particular user or group. Limit - 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � ] � � MSFT_CliProperty Status A Status property indicates the current status of the Disk Quota. i � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING k 6 � MSFT_CliQualifier ValueMap - 0 3 0 1 2 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING i B � MSFT_CliQualifier Values + / 8 OK Warning Exceeded Status � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o �& . � MSFT_CliProperty Volume The volume Volume O 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � ! � � MSFT_CliProperty Warning Limit The WarningLimit property indicates the warning limit set for this particular user or group. WarningLimit VolumeUserQuota Where Account = # and Volume = # Select * from Win32_VolumeUserQuota s in queues before delivering them to consumers. WMI slows down the addition of new objects into the queue when the low threshold is reached. If this does not help, and high threshold (specified by this property) is reached, WMI will accept no more objects from providers and return WBEM_E_OUT_OF_MEMORY to the clients. HighThresholdOnClientObjects � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � � �u F D 3 B B D 4 C 4 2 A C 2 F 7 F E F 2 6 4 3 4 0 A 9 E B 7 8 A 5 8 1 F E 5 C 2 8 5 6 1 C B 6 3 E D F 7 8 0 B 3 2 9 E A C 2 E E 4 �`�%߬�-`�%߬�^u / � Y #Y IY lY *u � MSFT_CliAlias � F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING � � # + � MSFT_CliConnection ROOT\CIMV2 . ms_409 The association between the volume for which a shadow copy is made and the volume to which the differential data is written. � �! N1 9 �H K �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty X � � MSFT_CliFormat INSTANCE " � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH s �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � + � MSFT_CliFormat SYSTEM
D � � U � b
�
x � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __CLASS __CLASS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __DERIVATION __DERIVATION � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __DYNASTY __DYNASTY � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier p � $ � MSFT_CliProperty __GENUS __GENUS � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier t � , � MSFT_CliProperty __NAMESPACE __NAMESPACE � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o � " � MSFT_CliProperty __PATH __PATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier y �$ 6 � MSFT_CliProperty __PROPERTY_COUNT __PROPERTY_COUNT � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier r � ( � MSFT_CliProperty __RELPATH __RELPATH � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier q � & � MSFT_CliProperty __SERVER __SERVER � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier u � . � MSFT_CliProperty __SUPERCLASS __SUPERCLASS � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat STATUS , b > 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �P # ` � MSFT_CliProperty Allocated Space Allocated space on differential area volume AllocatedSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | �@ ' L � MSFT_CliProperty Differential Volume The differential volume DiffVolume 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �F Q � MSFT_CliProperty Used Space Used space on differential area volume UsedSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o �/ 7 � MSFT_CliProperty Volume The original volume Volume � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � G � MSFT_CliFormat WRITEABLE # 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � L ! V � � MSFT_CliProperty Maximum Space Maximum space on differential area volume MaxSpace f � � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING j , � MSFT_CliQualifier CIMTYPE $ uint64 � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING g ' � MSFT_CliQualifier read ! True � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING h ( � MSFT_CliQualifier write " True � �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty � � � MSFT_CliFormat BRIEF + a = 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �P # ` � MSFT_CliProperty Allocated Space Allocated space on differential area volume AllocatedSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | �@ ' L � MSFT_CliProperty Differential Volume The differential volume DiffVolume 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �F Q � MSFT_CliProperty Used Space Used space on differential area volume UsedSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o �/ 7 � MSFT_CliProperty Volume The original volume Volume > �
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty K
� MSFT_CliFormat FULL . d H j 2 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �P # ` � MSFT_CliProperty Allocated Space Allocated space on differential area volume AllocatedSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier | �@ ' L � MSFT_CliProperty Differential Volume The differential volume DiffVolume & 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �L ! V � MSFT_CliProperty Maximum Space Maximum space on differential area volume MaxSpace 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � �F Q � MSFT_CliProperty Used Space Used space on differential area volume UsedSpace � 9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier o �/ 7 � MSFT_CliProperty Volume The original volume Volume ShadowStorage Where DiffVolume = # and Volume = # Select * from Win32_ShadowStorage tY � � A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � � & � � MSFT_CliVerb Create Create Create . v � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING � S � MSFT_CliQualifier Values
G P _ q � � � & D Success Access denied Invalid argument Specified volume not found Specified volume not supported Shadow copy storage area already exists Shadow copy provider vetoed the operation Shadow copy provider not registered Shadow copy provider failure Unknown error Creates differential area storage for the specified Volume on the specified DiffVolume with the specified MaxSpace. - � !
� � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING 3 # 8 W � MSFT_CliParam DiffVolume STRING This parameter is the volume to be used to store the shadow copy differential area. If this paramter is not supplied the specified Volume will be used to store the differential area. This parameter can be specified as a volume drive letter, mount point or volume GUID name. @ � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True $ � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING x 3 ! g � � MSFT_CliParam MaxSpace UINT64 This parameter is the initial maximum size of the differential area. o � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True � � ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING
3 � � � MSFT_CliParam Volume STRING This parameter is the volume that is to be shadowed. This parameter can be specified as a volume drive letter, mount point or volume GUID name. � � @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING e % � MSFT_CliQualifier In True ��0 � ����� � �S�)� � +�r5 p ��Ej� � .��4j
� '!gF- $�J5? Q 7 �;�
7#�P� � , �M } ��� D w>f
� ^��� � �xE� �
gF�� p dg$� � ��� �
E v e n t T r a c e "`�%߬�l EventTrace 6 � ��
, 2 Z b l s n u e��������� � Mountmgr Description Mount Manager Trace guid {467c1914-37f0-4c7d-b6db-5cd7dfe7bd5e} locale MS\0x409 Flags R
� � � � � l z � � * uint32 Description Enable Flags ValueDescriptions 2 E Y TracingGeneral Flag TracingIoctl Flag TracingMemory Flag TracingCache Flag DefineValues � � � � TracingGeneral TracingIoctl TracingMemory TracingCache Values � � TracingGeneral TracingIoctl TracingMemory TracingCache ValueMap > J V b 0x00000001 0x00000002 0x00000004 0x00000008 Level _
� � � � � � � Z b � � � � uint32 Description Levels ValueDescriptions * H i � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues � E TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values z � � � � Fatal Error Warning Information Verbose ValueMap � � � � � 0x1 0x2 0x3 0x4 0x5 ValueType index �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 #`�%߬�kZ�%߬�)
� __NAMESPACE Cli F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 $`�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 &`�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? '`�%߬�� @ P ��������w � MSFT_CliQualifier Name
� 8 STRING QualifierValue
� o STRING iQ � (`�%߬�� ? L s } � � � � U�����������������������F � MSFT_CliParam Default
� 7 STRING Description
� k String Optional
� � BOOLEAN ParaId
� � STRING Qualifiers
� � object:MSFT_CliQualifier Type
� > STRING � )`�%߬�� A N u { � � � � ( / V ` U����������������������������� � MSFT_CliVerb Derivation
� 9 STRING Description
� m String Name
� � STRING Parameters
� � object:MSFT_CliParam Qualifiers
� object:MSFT_CliQualifier Usage
� N String VerbType
� uint32 � *`�%߬�9 E R y � � U����������������� � MSFT_CliProperty Derivation
� = STRING Description
� q String Name
� � STRING Qualifiers
� � object:MSFT_CliQualifier � +`�%߬��
? E l x ������������� � MSFT_CliFormat Format
� 7 STRING Name
� d STRING Properties
� � object:MSFT_CliProperty F � ,`�%߬�� F N u � � � � �
U�������������������������4 � MSFT_CliConnection Authority
� > STRING Locale
� m STRING NameSpace
� � STRING Password
� � STRING Server
� � STRING User
� , STRING � -`�%߬�e " U b � � � � 7 C | � � � UU��������������������������������� � MSFT_CliAlias Connection
� : object:MSFT_CliConnection Description
� � String Formats
� � object:MSFT_CliFormat FriendlyName
� � �� STRING PWhere
� / STRING Qualifiers
� b object:MSFT_CliQualifier Target
� � STRING Verbs
� � object:MSFT_CliVerb � .`�%߬�,
�� + R \ � � ������������� � MSFT_CliSeeAlso association Description
� J String Original f
� � � �� ref:MSFT_CliAlias Related f
� � � �� ref:MSFT_CliAlias � /`�%߬�� �� ' 2 Y b %��������� � MSFT_CliTranslateTableEntry Abstract FromValue
� Q string ToValue
� � string iT � 0`�%߬�� P U ��������� � MSFT_CliTranslateTable Name
� H � �� string Tbl
� t object:MSFT_CliTranslateTableEntry � �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 2`�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 4`�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 5`�%߬�� ) � ��� � � � ��������k � MSFT_CliQualifier Description Instances of the CliQualifier class represent qualifiers that influence the handling of the associatied object. These qualifiers are drawn from the qualifiers on the underlying WMI object and should be handled the same way. For example ValueMap should be treated as a constraint on the values that may used with the Set verb on a property. The MaxLen qualifier should be treated as a constraint on the number of characters that can be provided on a Set. AMENDMENT LOCALE ms_409 Name
� 4 < I STRING Description The name of the qualifier - this must be unique within the set of qualifiers for the object the qualifier applies to QualifierValue
� � STRING Description The value for the qualifier. Note that the WMI convention will be strictly followed and qualifiers present without a value will not have any entries in this property. For example the Write qualifier is commonly used without a value and the presence of the qualifier is taken as indicating that the property is writable - its value is irrelevant. �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �`�%߬�kZ�%߬�,
� __NAMESPACE MS_409 ring sid
� � string � �-G P m ����� ��� ���@� �Z� o "�gs}
� �� �, & GF8�R - �9�~ Z �ǝ ' ��k� 3 B���� 1 ~�4( # �ѩ7K ) �ߥ�t + .'�v� 1 I��_� ( P�l� 2 �ۘ* E �Ҷo + 5 D C E A D F A 5 7 5 A 6 7 B 8 8 7 0 6 0 3 8 8 0 B D 4 9 1 6 0 2 D C D 3 B D 7 B D E 6 B 9 8 9 6 E 3 2 4 4 E B C 7 B D 1 8 6 6 �`�%߬�0`�%߬�� " � � MSFT_CliTranslateTable BasicXml . x F � �� ' 2 Y b %��������� � MSFT_CliTranslateTableEntry Abstract FromValue
� Q string ToValue
� � string { # & � MSFT_CliTranslateTableEntry > > F � �� ' 2 Y b %��������� � MSFT_CliTranslateTableEntry Abstract FromValue
� Q string ToValue
� � string { # & � MSFT_CliTranslateTableEntry < < 5 D C E A D F A 5 7 5 A 6 7 B 8 8 7 0 6 0 3 8 8 0 B D 4 9 1 6 0 2 D C D 3 B D 7 B D E 6 B 9 8 9 6 E 3 2 4 4 E B C 7 B D 1 8 6 6 �`�%߬�0`�%߬�� ! p � MSFT_CliTranslateTable NoComma ) C � �� ' 2 Y b %��������� � MSFT_CliTranslateTableEntry Abstract FromValue
� Q string ToValue
� � string x # � MSFT_CliTranslateTableEntry , M S F T _ L o c a l i z a b l e Q u a l i f i e r �`�%߬�� # MSFT_LocalizableQualifier # �� + : l z � � ]�����������������T V � MSFT_LocalizablePropertyQualifier static ObjectLocator
� d � �� string PropertyName
� � � �� string QualifierName @ '
� � � �� � �� string overwrite RelPath @ '
� A I �� � �� string overwrite � M S F T _ L o c a l i z a b l e Q u a l i f i e r �`�%߬�� # MSFT_LocalizableQualifier ! �� ) 5 g v � � � ]�����������������P R � MSFT_LocalizableMethodQualifier static MethodName
� _ � �� string ObjectLocator
� � � �� string QualifierName @ '
� � � �� � �� string overwrite RelPath @ '
� = E �� � �� string overwrite � M S F T _ L o c a l i z a b l e Q u a l i f i e r �`�%߬�% # MSFT_LocalizableQualifier * �� 2 > p � � � I R ]������������������� � � MSFT_LocalizableMethodParameterQualifier static MethodName
� h � �� string ObjectLocator
� � � �� string ParameterName
� � � �� string QualifierName @ '
� 6 > �� � �� string overwrite RelPath @ '
� � � �� � �� string overwrite � M S F T _ L o c a l i z a b l e E l e m e n t �`�%߬�i ! MSFT_LocalizableElement �� ' 6 h v � � ������������� � � MSFT_LocalizablePropertyValue static ObjectLocator
� ` � �� string PropertyName
� � � �� string RelPath @ '
� � � �� � �� string overwrite �C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S s � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="DATAFILE" [ DataFile Management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R z � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="NTEvent" Z Entries in the NT Event Log. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, P k � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="LOGON" X LOGON Sessions. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S t � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="NTDOMAIN" [ NT Domain management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Y � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SCSICONTROLLER" a SCSI Controller management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, X ~ � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="IDECONTROLLER" ` IDE Controller management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, N p � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="QFE" V Quick Fix Engineering. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, T v � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="TapeDrive" \ Tape drive management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, V x � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="UserAccount" ^ User account management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Y ~ � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="ComputerSystem" a Computer system management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S u � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="MEMCACHE" [ Cache memory management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, V � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="PageFileSet" ^ Page file settings management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Voltage" Z Voltage sensor (electronic voltmeter) data management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, T x � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="NetClient" \ Network Client management. �0!'� ` 7�<U A 1 �uA
� �o��
p ��A<e � ���! � ���� � �ӔN� d 䃠1 � C I M _ L o g i c a l E l e m e n t �zC_��$ CIM_LogicalElement ) % � ���
� � � � = K � � | � " - � � U����������������������������t � Win32_ServerConnection Description La clase Win32_ServerConnection representa las conexiones hechas desde un equipo remoto a un recurso compartido en el equipo local. AMENDMENT LOCALE ActiveTime +
�
t { uint32 Description La propiedad ActiveTime indica el n�mero de segundos desde que se estableci� esta conexi�n. Units segundos ComputerName )
� � � � � �� string Description La propiedad ComputerName indica el nombre del equipo desde el que se estableci� la conexi�n ConnectionID
� w � uint32 Description La propiedad ConnectionID indica un id. �nico para la conexi�n. NumberOfFiles
� uint32 Description La propiedad NumberOfFiles indica el n�mero de archivos abiertos asociados con esta conexi�n. NumberOfUsers
� � � � uint32 Description La propiedad NumberOfUsers indica el n�mero de usuarios asociados con esta conexi�n. ShareName )
� d l y � �� string Description La propiedad ShareName indica el recurso compartido para el que se estableci� la conexi�n UserName )
� * � �� string Description La propiedad UserName indica el nombre de usuario que hizo una conexi�n. � C I M _ D e p e n d e n c y �zC_��
CIM_Dependency ) & � ���
� � � ���������� � Win32_SessionConnection Description La clase Win32_SessionConnection representa una asociaci�n entre una sesi�n establecida con el servidor local, por un usuario en un equipo remoto, y las conexiones que dependen de la sesi�n. AMENDMENT LOCALE Antecedent f@ )
� < U b � �� ref:Win32_ServerSession Description La propiedad Antecedent hace referencia a la sesi�n establecida para conectar el recurso compartido. Dependent f@ )
�
& 3 � �� ref:Win32_ServerConnection Description La propiedad Dependent hace referencia a la conexi�n hecha en un recurso compartido en el servidor local. An �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �zC_���Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �zC_��lZ�%߬�� � � __thisNAMESPACE � �� � � ? ? ? �zC_��� ) ) � ���
� � c j � � T d
� � V [ � � � � \ e UU���������������������������������������� � RSOP_Session Description Describe una sesi�n �nica de conjunto resultante de directivas (RSOP). Actualmente s�lo puede haber una de ellas por espacio de nombres. AMENDMENT LOCALE creationTime e +
� � D Q datetime Description Hora de creaci�n de este espacio de nombres. DisplayName Hora de creaci�n flags +
� � � � � � uint32 Description Marcas. DisplayName Marcas id 6
� � ��& 3 B O string Description ID. DE SESI�N DisplayName Id. SecurityGroups +
� � � � � � string Description Id. de seguridad de los nuevos grupos de destino. DisplayName Grupos de seguridad Site +
� F N [ m z string Description Sitio de destino DisplayName Sitio slowLink $ +
� � � � ( 5 boolean Description Marca que indica si una directiva se aplic� en un v�nculo de baja velocidad. DisplayName Es un v�nculo de baja velocidad SOM +
� � � � � � string Description Nuevo grupo de destino. DisplayName �mbito de administraci�n (SOM) targetName +
� 4 < I d q string Description Usuario o equipo destino. DisplayName Nombre del destino ttlMinutes +
� � � � ? L uint32 Description Hora despu�s de lastPolicyApplicationTime en la que este espacio de nombres se puede eliminar. DisplayName Tiempo de vida version +
� � � � � � uint32 Description N�mero de versi�n del esquema. DisplayName Versi�n � �zC_��� )
� ���
� � � � � � q y b l U [ U���������������������M � RSOP_SOM Description La clase RSOP_SOM es una abstracci�n para un �mbito de administraci�n. Un �mbito de administraci�n puede ser un sitio, un dominio, una unidad organizativa o un �mbito local. AMENDMENT LOCALE blocked +
� % 2 � � boolean Description Marcar para indicar que este SOM bloquea la herencia de configuraciones desde otros SOM de mayor rango en la jerarqu�a SDOU DisplayName Est� bloqueado blocking +
� % � � boolean Description Marcar para indicar que este SOM bloquea la herencia de directivas desde otros SOM de mayor rango en la jerarqu�a SDOU DisplayName Est� bloqueando id 6
� � �� _ l string Description Id. de SOM, que es el �nico identificador para objetos de esta clase DisplayName Id. reason C
� � � ��� � � M Z uint32 Values � � Normal Bucle invertido Description Motivo por el que se aplica SOM, 1= normal, 2 = bucle invertido DisplayName Motivo SOMOrder +
� � � � = J uint32 Description El orden en el que este SOM es evaluado de acuerdo con otros SOM cuando se eval�an las Directivas de grupo para el destino actual DisplayName Orden SOM type 8
� � � � � � : G uint32 Values � � � � Local Sitio Dominio Unidad organizativa Description 1 = local, 2 = sitio, 3 = dominio, 4 = unidad organizativa DisplayName Tipo � R S O P _ I E F a v o r i t e O r L i n k I t e m �zC_��u # RSOP_IEFavoriteOrLinkItem ) ��+
3 9 � � 0 @ ���������������������������� � RSOP_IELinkItem Description AMENDMENT LOCALE name @ )
� p x � � �� string DisplayName Nombre rsopID 6
� � � ��� � # string Description Clave externa para RSOP_PolicySetting. DisplayName Id. de RSOP rsopPrecedence 6
� � � ��� � � � uint32 Description Clave externa para RSOP_PolicySetting. DisplayName Precedencia RSOP �
E v e n t T r a c e �{C_��8 EventTrace ) 6 ��A
I P q����� � RestartManager Description RmClient_RestartManager AMENDMENT LOCALE Flags +
� � � � � � uint32 Description Enable Flags Values � � � Error Debug Noise �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 H:����kZ�%߬�,
� __NAMESPACE ms_c0a Not Applicable"), should be used. StatusInfo has been deprecated in lieu of a more clearly named property with additional enumerated values (EnabledState), that is inherited from ManagedSystemElement.
If a Device is ("Enabled")(value=3), it has been powered up, and is configured and operational. The Device may or may not be functionally active, depending on whether its Availability (or AdditionalAvailability) indicate that it is ("Running/Full Power")(value=3) or ("Off line") (value=8). In an enabled but offline mode, a Device may be performing out-of-band requests, such as running Diagnostics. If ("Disabled") StatusInfo value=4), a Device can only be "enabled" or powered off. In a personal computer environment, ("Disabled") means that the Device's driver is not available in the stack. In other environments, a Device can be disabled by removing its configuration file. A disabled device is physically present in a System and consuming resources, but can not be communicated with until a load of a driver, a load of a configuration file or some other "enabling" activity has occurred. ValueMap �" �" �" �" �" 1 2 3 4 5 Values �" �" �" �" �" Other Unknown Enabled Disabled Not Applicable SystemCreationClassName j )
� S# [# h# � �� string Description The scoping System's CreationClassName. SystemName n )
� �# �# �# � �� string Description The scoping System's Name. TotalPowerOnHours ! r
� D$ L$ Y$ uint64 Description The total number of hours that this Device has been powered. �2 � - � � �
�
! W _ � � � � < K �% �' }) �) E, I, �- �- �0 �0 72 � SetPowerState - Description Sets the power state of the Device. The use of this method has been deprecated. Instead, use the SetPowerState method in the associated PowerManagementService class. U ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �� �� * H � ������f � __PARAMETERS abstract PowerState uint16
� 6 IN
� 6 ] �� The power state to set. Description )
� 6 ] ��� �
1 2 3 4 5 6 ValueMap 6
� 6 ] ��� � � � � � � � � Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Other Power Cycle Power Off Values C
� 6 ] ��� � � � d ID P
� � ] ��� � � � d D uint16 e Time datetime e
� � IN e
� � � �� Time indicates when the power state should be set, either as a regular date-time value or as an interval value (where the interval begins when the method invocation is received. Description e )
� � � ��� ID e 6
� \ � ��� datetime __ �� ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Reset � � Description Requests a reset of the LogicalDevice. The return value should be 0 if the request was successfully executed, 1 if the request is not supported and some other value if an error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. � ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnableDevice 2 ? Description The EnableDevice method has been deprecated in lieu of the more general RequestStateChange method that directly overlaps with the functionality provided by this method.
Requests that the LogicalDevice be enabled ("Enabled" input parameter = TRUE) or disabled (= FALSE). If successful, the Device's StatusInfo/EnabledState properties should reflect the desired state (enabled/disabled). Note that this method's function overlaps with the RequestedState property. RequestedState was added to the model to maintain a record (i.e., a persisted value) of the last state request. Invoking the EnableDevice method should set the RequestedState property appropriately.
The return code should be 0 if the request was successfully executed, 1 if the request is not supported and some other value if an error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �� �� *
��W � __PARAMETERS abstract Enabled boolean
� 3 IN
� 3 [ �� If TRUE enable the device, if FALSE disable the device. Description )
� 3 [ ��� � ID 6
� N [ ��� � boolean __ �� ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � OnlineDevice Description The OnlineDevice method has been deprecated in lieu of the more general RequestStateChange method that directly overlaps with the functionality provided by this method.
Requests that the LogicalDevice be brought online ("Online" input parameter = TRUE) or taken offline (= FALSE). "Online" indicates that the Device is ready to accept requests, and is operational and fully functioning. In this case, the Device's Availability property would be set to a value of 3 ("Running/Full Power"). "Offline" indicates that a Device is powered up and operational, but not processing functional requests. In an offline state, a Device may be capable of running diagnostics or generating operational alerts. For example, when the "Offline" button is pushed on a Printer, the Device is no longer available to process print jobs, but could be available for diagnostics or maintenance.
If this method is successful, the Device's Availability and AdditionalAvailability properties should reflect the updated status. If a failure occurs trying to bring the Device online or offline, it should remain in its current state. IE, the request, if unsuccessful, should not leave the Device in an indeterminate state. When bringing a Device back "Online", fro� ?2` l
���
d
��u0 � ��e� � ��Z� � :`�%߬�T
) ! H ��S [ c n � � � � i s �
U�������������������������� � MSFT_CliConnection Description The CliConnection class defines parameters to be used with the owning alias when establishing the connection to the namespace on which the Alias will operate. If one of the connection properties is not specified it should default to the current value for that property for the utility session. AMENDMENT LOCALE ms_409 Authority
� � � � STRING Description Optional. If the strAuthority parameter begins with the string 'kerberos:', Kerberos authentication is used and this parameter should contain a Kerberos principal name. If the strAuthority parameter contains any other value, NTLM authentication is used and this parameter should contain an NTLM domain name. If you leave this parameter blank the operating system negotiates with DCOM to determine whether NTLM or Kerberos authentication is used. This parameter should only be used with connections to remote WMI servers. If you attempt to set the authority for a local WMI connection, the connection attempt fails. For more information see Using Kerberos or NTLM Authentication with the Scripting API in the WMI SDK help file for more information. Locale
� � � � STRING Description Optional. String that specifies the localization code. If you want to use the current locale, leave it blank. If not blank, this parameter must be a string that indicates the desired locale in which information should be retrieved. For Microsoft locale identifiers, the format of the string is 'MS_xxxx', where xxxx is a string in hexadecimal form that indicates the LCID. For example, American English would appear as 'MS_409' NameSpace
� � � � STRING Description Optional. String that specifies the namespace to which you log on. For example, to log on to the root\default namespace, use 'root\default'. If you do not specify this parameter, it defaults to the namespace that has been configured as the default namespace for scripting. For more information on the default value for this parameter, see WMI SDK help entries on Object Creation and Monikers. Password
� � � � STRING Description Optional. String that specifies the password to use when attempting to connect. Leave it blank to use the password of the current logged-on user. The Password parameter should only be used with connections to remote WMI servers. If you attempt to specify Password for a local WMI connection, the connection attempt fails. Server
� ,
4
A
STRING Description Optional. For access to a remote computer using DCOM, this parameter specifies the computer name. One example is 'myserver'. If you do not provide this parameter, the call defaults to the local computer. User
� @ H U STRING Description Optional. String that specifies the user name to use while attempting to connect. This can be in the form of a user name or Domain\Username. Leave it blank to use the current logged-on user name. The strUser parameter should only be used with connections to remote WMI servers. If you attempt to specify strUser for a local WMI connection, the connection attempt fails. a � ;`�%߬�L
" ) ��* 2 : F � � p y � � � � ^
j
�
�
UU��������������������������������� � MSFT_CliAlias Description Instances of the CliAlias class represent aliases. These are used by the WMI command utility as a mechanism for restructuring the capabilities provided by the WMI schema. The restructuring is done by roles. The roles are represented by namespaces. CliAlias instances are organized into role oriented namespaces in such a way that the aliases required by a specific operational role will all be found together. For example all the printer management aliases will be found in the \\.\root\ops\printer namespace. Each alias consists of a list of Formats and verbs. The formats provide various display strategies for the Alias (for example FULL or BRIEF). The verbs represent behavior that is available through the Alias (for example RESET in the context of a printer). Each format consists of a list of properties. The Alias itself is related to the schema through the Target property that contains a WQL query or a valid path (which may be just a class name) that defines the instance or set of instances the alias applies to. AMENDMENT LOCALE ms_409 Connection
� r � � object:MSFT_CliConnection Description The Connection object defines parameters required when connecting to WMI Description
� % 2 String Description The Description property provides a description of the alias Formats
� � � � object:MSFT_CliFormat Description The elements of the Formats array define lists of properties to be shown for this alias. This is a list of lists indexed by the format name (for example FULL, BRIEF, INSTANCE or a user defined qualifier). FriendlyName )
� � � � � �� STRING Description The FriendlyName string provides the name for the alias. The name will be unique in the context of the namespace in which the alias is defined. Note CLASS, QUERY, PATH and RESTORE cannot be used as alias names as they appear in the same location in the syntax. PWhere
� + 3 @ STRING Description The PWhere property defines a from/where clause (i.e. a WQL query without the Select clause). The query string may contain substitution parameters (tokens preceded by a '#' mark) indicating where values may be substituted into the query string. The parameter values are taken from the tokens immediately after the alias if the token cannot be resolved to a switch or verb - this allows for example a command such as 'w KillProcess 154' where the PWhere value for the KillProcess alias would be 'From Win32_process Where ProcessId = #ProcId' Qualifiers
� �
�
�
object:MSFT_CliQualifier Description The qualifiers applicable to this Alias Target
� " / STRING Description The Target string defines the object to be operated on through the Alias. The string may be a simple class name or a WQL query. If the Target property is empty only verbs based on commandline utilities may be used by the alias Verbs
� F [ h object:MSFT_CliVerb Description The Verbs array is the list of verbs supported for this alias. � <`�%߬�� ) � ��� � � � �����o � MSFT_CliSeeAlso Description The CliSeeAlso association provides a relationship between an alias and related aliases that may be used as a part of the same role. AMENDMENT LOCALE ms_409 Description
� �
String Description The Descriptions property provides a description of how the SeeAlsoAlias relates to the original pt � M S F T _ L o c a l i z a b l e E l e m e n t �`�%߬��
! MSFT_LocalizableElement �� % 4 ������������[ � MSFT_LocalizableQualifier abstract QualifierName
� S string � M S F T _ L o c a l i z a b l e Q u a l i f i e r �`�%߬�� # MSFT_LocalizableQualifier �� ( 7 i x � � ������������ � MSFT_LocalizableClassQualifier static ObjectLocator
� a � �� string QualifierName @ '
� � � �� � �� string overwrite RelPath @ '
� � �� � �� string overwrite � ߛ��� � �<� t i�$E � �d�/ _ ]�d�
� \��y� t ҩ�c� : �#�. �|GG K D��t� ���Π 3 ��`C� ) C I M _ F i l e A c t i o n �]�%߬�� ' CIM_FileAction ) ! � ��� � � � P ] � � ��������������������������������������8 � CIM_CopyFileAction Description The CIM_CopyFileAction specifies files that exist on a computer system, and to move or copy those files to a new location. The to/from information for the copy is specified using either the CIM_ToDirectorySpecification/CIM_FromDirectorySpecification or the CIM_ToDirectoryAction/CIM_FromDirectoryAction associations. The first set is used when the source and/or the target are to exist before any actions are taken. The second set is used when the source and/or target are created as a part of a previous action. In the latter case, the action to create the directory must occur prior to the CIM_CopyFileAction object. AMENDMENT LOCALE ms_409 DeleteAfterCopy
"
� � � boolean Description Indicates whether to delete the source file after the copy operation. Destination
� � � � string Description The fully qualified destination filename. Source
� � string Description The fully qualified source filename. � C I M _ F i l e A c t i o n �]�%߬�@ ! CIM_FileAction ) # O ��Z b j p ���������������������������������� � CIM_RemoveFileAction Description The CIM_RemoveFileAction uninstalls files. AMENDMENT LOCALE ms_409 File
� � � � string Description The file name. � �]�%߬�� ) ) u ��� � � � CIM_SoftwareElementActions Description This association is used to identify the actions for a software element. AMENDMENT LOCALE ms_409 � �
C I M _ C o m p o n e n t �]�%߬�- CIM_Component ) % 2 � ��� � � � I X ���������� � CIM_SoftwareFeatureSoftwareElements Description The CIM_SoftwareFeatureSoftwareElements associations identifies the software elements that make up a particular software feature. AMENDMENT LOCALE ms_409 GroupComponent f@
�
& 3 ref:CIM_SoftwareFeature Description The group component. PartComponent f@
� � � � ref:CIM_SoftwareElement Description The part component. � �]�%߬�� ) * � ��� � � � ' ��������� � CIM_ProductSoftwareFeatures Description The CIM_ProductSoftwareFeatures association identifies the software features for a particular product. AMENDMENT LOCALE ms_409 Component f
� � ref:CIM_SoftwareFeature Description The component. Product f
� S d q ref:CIM_Product Description The product. pa � �]�%߬�\ ) + � ��� � � � ` h �������� � CIM_InstalledSoftwareElement Description The CIM_InstalledSoftwareElement association allows one to identify the computer system a particular software element is installed on. AMENDMENT LOCALE ms_409 Software f
� , ref:CIM_SoftwareElement Description References the software element that is installed. System f
� � � � ref:CIM_ComputerSystem Description References the computer system hosting a particular software element. � � �]�%߬�" ) ( � �� l u � � ����������� � CIM_SoftwareElementChecks Description Since software elements in a ready to run state cannot transition into another state, the value of the phase property is restricted to in-state for CIM_SoftwareElement objects in a ready to run state. AMENDMENT LOCALE ms_409 Check f
� D S ` ref:CIM_Check Description The check. Element f
� � � � ref:CIM_SoftwareElement Description The element. Phase +
� * � � uint16 Description The Phase property indicates whether the referenced check is an in-state check or a next-state check. Values � � In-State Next-State f � C I M _ D e p e n d e n c y �]�%߬�� CIM_Dependency ) % �� " . � � ���������v � CIM_ServiceAccessBySAP Description CIM_ServiceAccessBySAP is an association that identifies the access points for a service. For example, a printer may be accessed by NetWare, Macintosh or Windows service accesspoints, potentially hosted on different systems. AMENDMENT LOCALE ms_409 Antecedent f@
� Z k x ref:CIM_Service Description The service. Dependent f@
� � � � ref:CIM_ServiceAccessPoint Description An access point for a service. Access points are dependent in this relationship since they have no function without a corresponding service. a �
C I M _ A c t i o n �]�%߬� % CIM_Action ) ! � ��� � � � 0 = �������������������������������������� � CIM_ExecuteProgram Description The CIM_ExecuteProgram causes files to be executed on the system where the software element is installed. AMENDMENT LOCALE ms_409 CommandLine
� � � � STRING Description A string that can be invoked on a system command line. ProgramPath
� i q ~ STRING Description The path to the program. �
C I M _ A c t i o n �]�%߬�� 0 CIM_Action ) & y ��� � � � * � � * 4 � � ��U���������������������������������������������8 � CIM_ModifySettingAction Description This class specifies the information to be used to modify a particular setting file for a specific entry with a specific value. The value specified is created as a new entry or appends to, replaces, removes from, or deletes the specified entry. All additions are assumed to be case sensitive. Removes are assumed to be case insensitive. AMENDMENT LOCALE ms_409 ActionType +
� � � � � � UINT16 Description Type of action to be performed on the specified setting entry. Create - Creates the specified entry. Delete - Deletes the specified entry. Append - Append to the end of the specified entry. Remove - Remove the value from the specified entry. Values � Create Delete Append Remove EntryName
� V ^ k STRING Description Name of entry to be modified. EntryValue
� � � � STRING Description This is the value to be used to add, append, or replace to the specified setting. FileName $
� ` h u STRING Description File name of setting file entry to be modified. SectionKey (
� � � � STRING Description This is the key of the section of the setting entry to be modified. �
C I M _ A c t i o n �]�%߬� CIM_Action ) ~ ��� � ����������������������������� � CIM_RebootAction Description The CIM_RebootAction causes a reboot of the system where the software element is installed. AMENDMENT LOCALE ms_409 �C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R v � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="DESKTOP" Z User's Desktop management. m an "Offline" mode, the Device should be restored to its last "Online" state, if at all possible. Only a Device that has an EnabledState/StatusInfo of "Enabled" and has been configured can be brought online or taken offline.
OnlineDevice should return 0 if successful, 1 if the request is not supported at all, 2 if the request is not supported due to the current state of the Device, and some other value if any other error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier.
Note that this method's function overlaps with the RequestedState property. RequestedState was added to the model to maintain a record (i.e., a persisted value) of the last state request. Invoking the OnlineDevice method should set the RequestedState property appropriately.
ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �� �� * ��b � __PARAMETERS abstract Online boolean
� 2 IN
� 2 Z �� If TRUE, take the device online, if FALSE, take the device OFFLINE. Description )
� 2 Z ��� � ID 6
� Y Z ��� � boolean __ �� ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � QuiesceDevice \ i Description The QuiesceDevice method has been deprecated in lieu of the more general RequestStateChange method that directly overlaps with the functionality provided by this method.
Requests that the LogicalDevice cleanly cease all current activity ("Quiesce" input parameter = TRUE) or resume activity (= FALSE). For this method to quiesce a Device, that Device should have an Availability (or Additional Availability) of "Running/Full Power" (value=3) and an EnabledStatus/StatusInfo of "Enabled". For example, if quiesced, a Device may then be offlined for diagnostics, or disabled for power off and hot swap. For the method to "unquiesce" a Device, that Device should have an Availability (or AdditionalAvailability) of "Quiesced" (value=21) and an EnabledStatus/StatusInfo of "Enabled". In this case, the Device would be returned to an "Enabled" and "Running/Full Power" status.
The method's return code should indicate the success or failure of the quiesce. It should return 0 if successful, 1 if the request is not supported at all, 2 if the request is not supported due to the current state of the Device, and some other value if any other error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �� �� * ��i � __PARAMETERS abstract Quiesce boolean
� 3 IN
� 3 [ �� If set to TRUE then cleanly cease all activity, if FALSE resume activity. Description )
� 3 [ ��� � ID 6
� ` [ ��� � boolean __ �� ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SaveProperties �) �) Description Requests that the Device capture its current configuration, setup and/or state information in a backing store. The goal would be to use this information at a later time (via the RestoreProperties method), to return a Device to its present "condition". This method may not be supported by all Devices. The method should return 0 if successful, 1 if the request is not supported, and some other value if any other error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. � ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � RestoreProperties �- . Description Requests that the Device re-establish its configuration, setup and/or state information from a backing store. The intent is to capture this information at an earlier time (via the SaveProperties method), and use it to return a Device to this earlier "condition". This method may not be supported by all Devices. The method should return 0 if successful, 1 if the request is not supported, and some other value if any other error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. � ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
� � � �� uint16 BudgetEnabled K
� � �� boolean BudgetWriteable J
� [ � �� boolean ConfiguredBudget L
� � � �� uint32 DeviceID @ N
� � � �� string Hysteresis @ 8 �
� � �� uint32 MaximumAveragingInterval F
� f � �� uint32 MaxOperatingBudget I
� � � �� uint32 MeterType C �
� � � �� uint32 MinimumAveragingInterval E
� 5 � �� uint32 MinOperatingBudget H
� { � �� uint32 Name @
� � � �� string SamplingPeriod D �
� � � �� uint32 SupportCapabilities B � )
� I Q Y � �� uint32 BitMap q t w z } 0 1 2 3 8 UnitModifier @ , �
� � � �� sint32 � _ _ E x t r i n s i c E v e n t d�%߬�� __ExtrinsicEvent A �� � �� � 0 8 > d q � � _��������������������! � Win32_PowerMeterEvent WMI PowerMeterProvider Locale guid 3eab588a-a6eb-409e-a287-f18daff7ff26 EventSource f '
� � � �� � �� ref:CIM_PowerMeter EventType 4
� � �� � �� uint32 ValueType index � 92 C I M _ L o g i c a l E l e m e n t 4d�%߬�. 7 CIM_LogicalElement ) ( � ��� � � � � � � � �
�
� � � � B X ��_U���������������������������������������������������e � CIM_EnabledLogicalElement Description This class extends LogicalElement to abstract the concept of an element that is enabled and disabled, such as a LogicalDevice or a ServiceAccessPoint. AMENDMENT LOCALE ms_409 AvailableRequestedStates
8
� ; C P
Z b uint16 Description AvailableRequestedStates indicates the possible values for the RequestedState parameter of the method RequestStateChange, used to initiate a state change. The values listed shall be a subset of the values contained in the RequestedStatesSupported property of the associated instance of CIM_EnabledLogicalElementCapabilities where the values selected are a function of the current state of the CIM_EnabledLogicalElement. This property may be non-null if an implementation is able to advertise the set of possible values as a function of the current state. This property shall be null if an implementation is unable to determine the set of possible values as a function of the current state. ValueMap
9 < ? B E H K N R V 2 3 4 6 7 8 9 10 11 .. Values
� � � � � � � � � � Enabled Disabled Shut Down Offline Test Defer Quiesce Reboot Reset DMTF Reserved EnabledDefault " 8
� ? G T � O W uint16 Description An enumerated value indicating an administrator's default or startup configuration for the Enabled State of an element. By default, the element is "Enabled" (value=2). ValueMap + . 1 4 7 : = A 2 3 5 6 7 9 .. 32768..65535 Values { � � � � � � � Enabled Disabled Not Applicable Enabled but Offline No Default Quiesce DMTF Reserved Vendor Reserved EnabledState $ 8
� < D Q * 4 � � uint16 Description EnabledState is an integer enumeration that indicates the enabled and disabled states of an element. It can also indicate the transitions between these requested states. For example, shutting down (value=4) and starting (value=10) are transient states between enabled and disabled. The following text briefly summarizes the various enabled and disabled states:
Enabled (2) indicates that the element is or could be executing commands, will process any queued commands, and queues new requests.
Disabled (3) indicates that the element will not execute commands and will drop any new requests.
Shutting Down (4) indicates that the element is in the process of going to a Disabled state.
Not Applicable (5) indicates the element does not support being enabled or disabled.
Enabled but Offline (6) indicates that the element might be completing commands, and will drop any new requests.
Test (7) indicates that the element is in a test state.
Deferred (8) indicates that the element might be completing commands, but will queue any new requests.
Quiesce (9) indicates that the element is enabled but in a restricted mode.
Starting (10) indicates that the element is in the process of going to an Enabled state. New requests are queued. ValueMap
l o r u x { ~ � � � � � � 0 1 2 3 4 5 6 7 8 9 10 11..32767 32768..65535 Values
� � �
)
>
G
Q
Z
d
s
Unknown Other Enabled Disabled Shutting Down Not Applicable Enabled but Offline In Test Deferred Quiesce Starting DMTF Reserved Vendor Reserved OtherEnabledState
&
� �
�
�
string Description A string that describes the enabled or disabled state of the element when the EnabledState property is set to 1 ("Other"). This property must be set to null when EnabledState is any value other than 1. RequestedState * 8
� � p z � � uint16 Description RequestedState is an integer enumeration that indicates the last requested or desired state for the element, irrespective of the mechanism through which it was requested. The actual state of the element is represented by EnabledState. This property is provided to compare the last requested and current enabled or disabled states. Note that when EnabledState is set to 5 ("Not Applicable"), then this property has no meaning. Refer to the EnabledState property description for explanations of the values in the RequestedState enumeration.
"Unknown" (0) indicates the last requested state for the element is unknown.
Note that the value "No Change" (5) has been deprecated in lieu of indicating the last requested state is "Unknown" (0). If the last requested or desired state is unknown, RequestedState should have the value "Unknown" (0), but may have the value "No Change" (5).Offline (6) indicates that the element has been requested to transition to the Enabled but Offline EnabledState.
It should be noted that there are two new values in RequestedState that build on the statuses of EnabledState. These are "Reboot" (10) and "Reset" (11). Reboot refers to doing a "Shut Down" and then moving to an "Enabled" state. Reset indicates that the element is first "Disabled" and then "Enabled". The distinction between requesting "Shut Down" and "Disabled" should also be noted. Shut Down requests an orderly transition to the Disabled state, and might involve removing power, to completely erase any existing state. The Disabled state requests an immediate disabling of the element, such that it will not execute or accept any commands or processing requests.
This property is set as the result of a method invocation (such as Start or StopService on CIM_Service), or can be overridden and defined as WRITEable in a subclass. The method approach is considered superior to a WRITEable property, because it allows an explicit invocation of the operation and the return of a result code.
If knowledge of the last RequestedState is not supported for the EnabledLogicalElement, the property shall be NULL or have the value 12 "Not Applicable". ValueMap � � � � � � � � � � � � � � 0 2 3 4 5 6 7 8 9 10 11 12 .. 32768..65535 Values 3 < E O Z e n t ~ � � � � � Unknown Enabled Disabled Shut Down No Change Offline Test Deferred Quiesce Reboot Reset Not Applicable DMTF Reserved Vendor Reserved TimeOfLastStateChange e ,
� datetime Description The date or time when the EnabledState of the element last changed. If the state of the element has not changed and this property is populated, then it must be set to a 0 interval value. If a state change was requested, but rejected or not yet processed, the property must not be updated. TransitioningToState 0 8
� � � � 9 C � � uint16 Description TransitioningToState indicates the target state to which the instance is transitioning.
A value of 5 "No Change" shall indicate that no transition is in progress.A value of 12 "Not Applicable" shall indicate the implementation does not support representing ongoing transitions.
A value other than 5 or 12 shall identify the state to which the element is in the process of transitioning. ValueMap
{ ~ � � � � � � � � � � � 0 2 3 4 5 6 7 8 9 10 11 12 .. Values
� � �
! ' . 7 ? F V Unknown Enabled Disabled Shut Down No Change Offline Test Defer Quiesce Reboot Reset Not Applicable DMTF Reserved � f � � RequestStateChange + ? L ^ h � � Description Requests that the state of the element be changed to the value specified in the RequestedState parameter. When the requested state change takes place, the EnabledState and RequestedState of the element will be the same. Invoking the RequestStateChange method multiple timesԇ�� � f��� l ��3� 8 >�X�8 ��&�> {`��O � nn(� � k3��� � p\Bi � �c�� � $ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬�� < . Msft_WmiProvider_OperationEvent_Post & # * Q ` � � � � ��W���������������������������������������������������������� � Msft_WmiProvider_AccessCheck_Post Query
,
� I string QueryLanguage (
� string Result 4
� � uint32 Sid 0
� � uint8 �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t !_�%߬� 3 . Msft_WmiProvider_OperationEvent_Post & % , S [ ��������������������������������������������������� � Msft_WmiProvider_ProvideEvents_Post Flags (
� K uint32 Result
,
� z uint32 �0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 "_�%߬�uZ�%߬�� T � � __EventProviderRegistration % select * from Msft_WmiProvider_OperationEvent \\.\root\cimv2:__Win32Provider.Name="ProviderSubSystem"
R O O T \ c i m v 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ C 2 4 8 C 5 4 7 D C 1 5 B 7 8 4 B 3 A 4 0 2 B B D 3 0 D 0 3 6 F D 9 2 9 A D 8 0 7 F C 5 B 8 7 D 0 9 3 2 5 7 C 8 6 1 5 F E 4 B 2 #_�%߬�� � ' � �� � 3 �� > ] � � � � D k � � �
0 W { � � � : \ � � � � 1 X w � � � ) J q � � � $ K t � � � UUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������3 � Msft_WmiProvider_Counters Msft_ProviderSubSystem Singleton ProviderOperation_AccessCheck �
� | Uint64 ProviderOperation_CancelQuery �
� � Uint64 ProviderOperation_CreateClassEnumAsync
� Uint64 ProviderOperation_CreateInstanceEnumAsync 0
� c Uint64 ProviderOperation_CreateRefreshableEnum
h
� � Uint64 ProviderOperation_CreateRefreshableObject X
� Uint64 ProviderOperation_CreateRefresher
P
� O Uint64 ProviderOperation_DeleteClassAsync
� � Uint64 ProviderOperation_DeleteInstanceAsync (
� � Uint64 ProviderOperation_ExecMethodAsync @
� 2 Uint64 ProviderOperation_ExecQueryAsync 8
� { Uint64 ProviderOperation_FindConsumer �
� � Uint64 ProviderOperation_GetObjectAsync
� Uint64 ProviderOperation_GetObjects p
� P Uint64 ProviderOperation_GetProperty x
� � Uint64 ProviderOperation_NewQuery �
� � Uint64 ProviderOperation_ProvideEvents �
� ! Uint64 ProviderOperation_PutClassAsync
� i Uint64 ProviderOperation_PutInstanceAsync
� � Uint64 ProviderOperation_PutProperty �
� � Uint64 ProviderOperation_QueryInstances H
� C Uint64 ProviderOperation_SetRegistrationObject �
� � Uint64 ProviderOperation_StopRefreshing `
� � Uint64 ProviderOperation_ValidateSubscription �
� + Uint64 � M S F T _ W m i S e l f E v e n t '_�%߬�a + MSFT_WmiSelfEvent ) ! . � ��� � � � + A � � � � �` � � _U������������������������������������������ � Msft_WmiProvider_OperationEvent Description The Msft_WmiProvider_OperationEvent event class is the root definition of all WMI provider events.A provider operation is defined as some execution on behalf of a client via WMI that resultsin one or more calls to a provider executable, The properties of this class define the identity of the provider associated with the operation being executed and is uniquely associated with instances of the class Msft_Providers. Each instance of __Win32Provider can have an associated operation and be identified using the properties below. Internally WMI can contain any number of objects that refer to a particular instance of __Win32Provider since it differentiates each object based on whether the provider supports per user or per locale instantiation and also depending on where the provider is being hosted. Currently TransactionIdentifier is always an empty string. AMENDMENT LOCALE ms_409 HostingGroup $
� � � � String Description The HostingGroup property currently is not used. HostingSpecification
� m u � Uint32 Description The HostingSpecification property currently is not used. Locale
� � � String Description If the provider registration specifies per locale initialization, then the Locale property defines the client locale associated with specific instantiation of a provider. Namespace
� � � � String Description The Namespace property indicates the namespace where instance of __Win32Provider is instantiated.
� � � � String Description The Provider property indicates the Unique Name associated with the instance of __Win32Provider. TransactionIdentifer
� E M Z String Description The TransactionIdentifer property is for internal use, currently always empty. User
� � � � String Description If the provider registration specifies per user initialization, then the User property defines the client principal identity associated with specific instantiation of a provider. � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t (_�%߬�e + ) Msft_WmiProvider_OperationEvent ! ) % 2 � ��� � �������������������������������������������� � Msft_WmiProvider_OperationEvent_Pre Description The Msft_WmiProvider_OperationEvent_Pre event class contains the operation event generated prior to calling provider implementation. AMENDMENT LOCALE ms_409 � M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t )_�%߬�n + ) Msft_WmiProvider_OperationEvent ! ) & 3 � ��� � �������������������������������������������� � Msft_WmiProvider_OperationEvent_Post Description The Msft_WmiProvider_OperationEvent_Post event class contains the operation event generated following completion of provider implementation. AMENDMENT LOCALE ms_409 � t_�%߬�� ' d l � � � U����������������> � WDMClassesOfDriver Locale ClassName '
� \ � �� � �� string Driver '
� � � �� � �� string HighDateTime '
� � � �� � �� uint32 LowDateTime '
� 6 � �� � �� uint32 W �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �d�%߬��Z�%߬�$ � __SystemSecurity could result in earlier requests being overwritten or lost.
A return code of 0 shall indicate the state change was successfully initiated.
A return code of 3 shall indicate that the state transition cannot complete within the interval specified by the TimeoutPeriod parameter.
A return code of 4096 (0x1000) shall indicate the state change was successfully initiated, a ConcreteJob has been created, and its reference returned in the output parameter Job. Any other return code indicates an error condition. ValueMap � � � � � � � � � � � � � � 0 1 2 3 4 5 6 .. 4096 4097 4098 4099 4100..32767 32768..65535 Values 4 M \ z � � � � � � > D U Completed with No Error Not Supported Unknown or Unspecified Error Cannot complete within Timeout Period Failed Invalid Parameter In Use DMTF Reserved Method Parameters Checked - Job Started Invalid State Transition Use of Timeout Parameter Not Supported Busy Method Reserved Vendor Specific � ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �U �� * � g � ������9 � __PARAMETERS abstract RequestedState uint16
� : IN
� : a �� The state requested for the element. This information will be placed into the RequestedState property of the instance if the return code of the RequestStateChange method is 0 ('Completed with No Error'), or 4096 (0x1000) ('Job Started'). Refer to the description of the EnabledState and RequestedState properties for the detailed explanations of the RequestedState values. Description )
� : a �� � y | � � � � � � � � 2 3 4 6 7 8 9 10 11 .. 32768..65535 ValueMap 6
� : a �� � � I & / 9 D M S Z c k r � Enabled Disabled Shut Down Offline Test Defer Quiesce Reboot Reset DMTF Reserved Vendor Reserved Values C
� : a �� � � I � � ID P
� M a �� � � I � � � uint16 e TimeoutPeriod datetime e
� v IN e
� v � �� A timeout period that specifies the maximum amount of time that the client expects the transition to the new state to take. The interval format must be used to specify the TimeoutPeriod. A value of 0 or a null parameter indicates that the client has no time requirements for the transition.
If this property does not contain 0 or null and the implementation does not support this parameter, a return code of 'Use Of Timeout Parameter Not Supported' shall be returned. Description e )
� v � ��� � ID e 6
� / � ��� � � datetime __ �� ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �4 �� * @ � � �������� � __PARAMETERS abstract f Job ref f
� / OUT f
� / S �� May contain a reference to the ConcreteJob created to track the state transition initiated by the method invocation. Description f )
� / S ��� � ID f 6
� � S ��� � < ref:CIM_ConcreteJob ReturnValue uint32
� � uint32 out
� � � �� __ �3EA41359AD7146AF598B2070A0BF4C85FF998893FA100060D77 C_18D8719A943B4599747ADA74EA7D32C69D833172BB0F49178849B0570759A4F9 C_1C871A69AE42FDAE2404C626ED2A6EE58970B1ADBD41309118A0347F713B188E C_4E6B2407BBFA735CD558FA956E39FDDAEBB739747AD4109DB6B2E67ADBD0148A C_62D705EEE1342BED8EAA270755244DE39EAF602D11698E63DBE2E645EB742AFE C_89B3BC9F91AF19FD95569CEC4AE8264DCAA2B���7
�CAD927560FA5C73CDE5 C_EA2F4ED6B8AA0BEEE14A7235028BAD0C1DDD97703732E8317B8FE1581E43A3CF C_AF4BE4279039B330700F9676DFB82FB8AA7B80608BAF978E72E54EFC9915FE11 C_B1D75A909E6CF2DABA2DE9D5B0D2A805DDF2E38027D332B19EBFB8BA7F770899 C_F10840352061CD18DB7516F60841E629D131C524C9F2F089E5D2B510560FC583 C_FE8C3873BDAD1853EA9CE4F9A8CC51817A3AA40D4095EE7168936C23511B49CF C_8ED07F8AE1220DCA0AA67C713F95FF5F2613D1EF04C9C11037C57B91CCCB3B53 C_81CBCA9C0215B59E860943652530299E5FB0DE537CE83929081B409741C1FE81 C_8950808B8A2EB8D5AE895F8D253EC27AA46290C0D9FCF34907198A4AB3C923D1 C_C9D9452296EB13E3615C122157CD56E9BB0D20377DF2B13731EB18D5AF7A66B0 C_F78D535F784AB5BF2A7DF53DE5ACAAF1C73DACC48189425DF45543879C147259 C_D353A723558494456907934904E2EEA7D4159B1627D44F40729031ACBDED0D25 C_DF85153FB4444BFC904B433D6CDD9675CBBAF1556A07F0E7E082E4B4F8C33E3A C_065EB15DF476F783A483B00F674DFF856DF35C72E87B7E414EE69BE5DF4E9372 C_EC4C381761F3C10114EE1C99ED28B1BA382832F3C228DAE98DF8FBF4193D38BA C_16DADF7B882F03A24B4CBB8BF019AD75A37563B4BB21A28112B781908EB8D5AF C_E8A8D6B4FC24D90ADB5A9D008E4FC2860257836A2DC3482FE5576FCC1546870D C_D20240298678DE7FA3C580B599D2D13C6F4AD796F634F024D78D97ACD858006A C_E6323222C9A136F6C273CAA11042C26BCC58281688835481ECD05350F4040D8A ���� � �zqj � ϝ�� � 4Ҳxt L ]�D{�
G �
H D��+O � �YWr' m sd{�� � 3#�Z d� �] � z<��S } A��@[��� )
�� & , T ] � � V ` � � U�������������������������� � AcpiGenAddr WMI localeid MS\0x409 guid {313e88df-a4fd-11d8-b301-505054503030} Address )
� � � � �� uint64 WmiDataId AddressSpaceID )
� � � � �� uint32 WmiDataId BitOffset )
� C K � �� uint32 WmiDataId BitWidth )
� � � � �� uint32 WmiDataId Reserved )
� � � � �� uint32 WmiDataId � B��@[��r ) �� " , 2 Z c � � U�������� � AcpiControlStatus WMI localeid MS\0x409 guid {3CACB2F3-A6AB-4DCB-8CA7-3BF4D75BEDA8} Control
)
� � � � �� object:AcpiGenAddr WmiDataId Status
)
� � � �� object:AcpiGenAddr WmiDataId � C��@[��h ) �� " ( P Y � � U��������
� AcpiPct WMI localeid MS\0x409 guid {313e88e0-a4fd-11d8-b301-505054503030} Control
)
� � � � �� object:AcpiGenAddr WmiDataId Status
)
� � � �� object:AcpiGenAddr WmiDataId ) � M S P r o c e s s o r C l a s s D��@[�� % MSProcessorClass A �� � �� � ! + 5 ; c k � � � � ; E � � � � 2 7 � � � � UU�����������������������������������7 � ProcessorBiosInfo WMI WMIProv localeid MS\0x409 guid {313e88de-a4fd-11d8-b301-505054503030} Active
� � � �� boolean ApicId )
� � � � �� uint32 WmiDataId InstanceName '
� 3 � �� � �� string NtNumber )
� | � � �� uint32 WmiDataId PBlk )
� � � � �� uint32 WmiDataId PBlkLen
)
� ' � �� uint32 WmiDataId Pct
)
� n ~ � �� object:AcpiPct WmiDataId ProcessorId )
� � � � �� uint32 WmiDataId Pss
)
� , � �� object:AcpiPss WmiDataId � W M I E v e n t E��@[�� WMIEvent
N �� � �� � ' / 9 F n t � � � � / = _�����������������������z � ProcessorPerfStateEvent WMI WmiProv Locale MS\0x409 Description New Processor Performance States Event guid {66A9B302-F9DB-4864-B0F1-843905E8080F} Active
� � � �� boolean HighestState )
� $ � �� uint32 WmiDataId InstanceName '
� r � �� � �� string � W M I E v e n t F��@[�� WMIEvent
N �� � �� � " + 3 = J o u � � � � 0 > _�����������������������{ � ProcessorThrottleStateEvent WMI WmiProv Locale MS\0x409 Description New Processor Throttle States Event guid {B3C848A7-B870-4C47-AD52-685CC8FACAC9} Active
� � � �� boolean HighestState )
� % � �� uint32 WmiDataId InstanceName '
� s � �� � �� string � W M I E v e n t G��@[��� WMIEvent
N �� � �� � $ , 6 C d j � � � � _������������������ � ProcessorCStateEvent WMI WmiProv Locale MS\0x409 Description New Processor Idle States Event guid {1C9D482E-93CE-4b9e-BDEC-23653CE0CE28} Active
� � � �� boolean InstanceName '
� � �� � �� string � H��@[��U 6 �� $ . ; I O w � � � & 0 � � U������������ � ProcessorAcpiCstState WMI Locale MS\0x409 Description ACPI C-state guid {E5639664-C4FC-11DA-82C4-000D5692A4BC} Latency )
� � � � �� uint16 WmiDataId PowerConsumption )
� � �� uint32 WmiDataId Register
)
� g { � �� object:AcpiGenAddr WmiDataId StateType )
� � � � �� uint8 WmiDataId � I��@[��� 6 �� ) 6 A G o v � � e��������F � ProcessorAcpiCst WMI Locale MS\0x409 Description ACPI _CST guid {E5639665-C4FC-11DA-82C4-000D5692A4BC} Count )
� � � � �� uint32 WmiDataId State
6
� ) � ��4 ? object:ProcessorAcpiCstState WmiDataId WmiSizeIs Count � M S P r o c e s s o r C l a s s J��@[��� ) MSProcessorClass N �� � �� � $ , 6 C ^ d
� � � � ' ; � � � � 7 E � � � � + 6 � � UU���������������������������������������� � ProcessorBiosCStates WMI WmiProv Locale MS\0x409 Description ACPI 1.0 and 2.0 C-states guid {E5639666-C4FC-11DA-82C4-000D5692A4BC} Active
� � � �� boolean Cst
" )
� � �� object:ProcessorAcpiCst WmiDataId CStateVersionInUse )
� r z � �� uint32 WmiDataId FadtC2Latency )
� � � � �� uint16 WmiDataId FadtC3Latency )
� $ , � �� uint16 WmiDataId InstanceName '
� z � �� � �� string NtNumber
)
� � � � �� uint32 WmiDataId Reserved1 )
� � �� uint32 WmiDataId Reserved2 )
� m u � �� uint32 WmiDataId Reserved3 )
� � � � �� uint64 WmiDataId � K��@[��� 6 ��! ) 3 @ Y _ � � � � . 5 � � � 2 = � � � � UU������������������������������/ � ProcessorAcpiCsdDependency WMI Locale MS\0x409 Description ACPI C-state dependency guid {A9ECEFF6-C502-11DA-82C4-000D5692A4BC} CoordType )
� � � � �� uint32 WmiDataId Domain )
� # � �� uint32 WmiDataId Index )
� l t � �� uint32 WmiDataId NumberOfEntries )
� � � � �� uint8 WmiDataId NumProcessors
)
� ' � �� uint32 WmiDataId Reserved1 )
� t | � �� uint32 WmiDataId Reserved2 )
� � � � �� uint64 WmiDataId Revision )
� $ � �� uint8 WmiDataId � W M I E v e n t `��@[��U WMIEvent
��( 0 8 F ����������������� � ProcessorThrottleStateEvent AMENDMENT LOCALE ms_409 HighestState +
� � � � � � � uint32 DisplayName Fastest Available Processor Throttle State Description Fastest Available Processor Throttle State �esourceName] 4�g5� � 5:�Q R U���i 3 �>e|� e T�� 3 �I�a4 ( D~�\ _ Aw�c�
A 橞 � 9 B�@�5
# ˚�(X : �֒/� N �O�� + X��v / �: U 0�P� D (�_� T �
�' > ] �e / Ũ�� : a��B� @ 8� Z S ��a + >�� C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SystemSlot" ] Management of physical connection points including ports, slots and peripherals, and proprietary connections points. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Z � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SoftwareFeature" b Management of software product subsets of SoftwareElement. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Q � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="NetUse" Y Active network connection management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Startup" Z Management of commands that run automatically when users log onto the computer system. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, V � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="LogicalDisk" ^ Local storage device management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S u � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SoundDev" [ Sound Device management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Z � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SoftwareElement" b Management of the elements of a software product installed on a system. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, V � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="MemPhysical" ^ Computer system's physical memory management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="PageFile" [ Virtual memory file swapping management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R p � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Process" Z Process management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, X � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="PortConnector" ` Physical connection ports management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, N � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Job" V Provides access to the jobs scheduled using the schedule service. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R x � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="DCOMAPP" Z DCOM Application management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, R | � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Service" Z Service application management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, T � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="BaseBoard" \ Base board (also known as a motherboard or system board) management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, T � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SysDriver" \ Management of the system driver for a base service. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, V � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Temperature" ^ Data management of a temperature sensor (electronic thermometer). C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, ^ � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="DeviceMemoryAddress" f Device memory addresses management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U | � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="NTEventLog" ] NT eventlog file management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, O � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="BIOS" W Basic input/output services (BIOS) management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="DMAChannel" ] Direct memory access (DMA) channel management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, T � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="LoadOrder" \ Management of system services that define execution dependencies. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S x � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="TimeZone" [ Time zone data management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, N g � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="CPU" V CPU management. q< C I M _ M a n a g e d E l e m e n t 6d�%߬�5< ! CIM_ManagedElement ) ��% 2
" 7 9 I � � 3 @
� � �$ �$ Y1 h1
5 5 �9 �9 UU�������������������������������j; � CIM_ManagedSystemElement AMENDMENT Description CIM_ManagedSystemElement is the base class for the System Element hierarchy. Any distinguishable component of a System is a candidate for inclusion in this class. Examples of system components include:
- software components such as application servers, databases, and applications
- operating system components such as files, processes, and threads
- device components such as disk drives, controllers, processors, and printers
- physical components such as chips and cards. LOCALE ms_409 CommunicationStatus 8
� } � � ` j � � uint16 Description CommunicationStatus indicates the ability of the instrumentation to communicate with the underlying ManagedElement. CommunicationStatus consists of one of the following values: Unknown, None, Communication OK, Lost Communication, or No Contact.
A Null return indicates the implementation (provider) does not implement this property.
"Unknown" indicates the implementation is in general capable of returning this property, but is unable to do so at this time.
"Not Available" indicates that the implementation (provider) is capable of returning a value for this property, but not ever for this particular piece of hardware/software or the property is intentionally not used because it adds no meaningful information (as in the case of a property that is intended to add additional info to another property).
"Communication OK " indicates communication is established with the element, but does not convey any quality of service.
"No Contact" indicates that the monitoring system has knowledge of this element, but has never been able to establish communications with it.
"Lost Communication" indicates that the Managed Element is known to exist and has been contacted successfully in the past, but is currently unreachable. ValueMap � � � � � � � 0 1 2 3 4 .. 0x8000.. Values � � � �
( Unknown Not Available Communication OK Lost Communication No Contact DMTF Reserved Vendor Reserved DetailedStatus 8
� � � � v � � � uint16 Description DetailedStatus compliments PrimaryStatus with additional status detail. It consists of one of the following values: Not Available, No Additional Information, Stressed, Predictive Failure, Error, Non-Recoverable Error, SupportingEntityInError. Detailed status is used to expand upon the PrimaryStatus of the element.
A Null return indicates the implementation (provider) does not implement this property.
"Not Available" indicates that the implementation (provider) is capable of returning a value for this property, but not ever for this particular piece of hardware/software or the property is intentionally not used because it adds no meaningful information (as in the case of a property that is intended to add additional info to another property).
"No Additional Information" indicates that the element is functioning normally as indicated by PrimaryStatus = "OK".
"Stressed" indicates that the element is functioning, but needs attention. Examples of "Stressed" states are overload, overheated, and so on.
"Predictive Failure" indicates that an element is functioning normally but a failure is predicted in the near future.
"Non-Recoverable Error " indicates that this element is in an error condition that requires human intervention.
"Supporting Entity in Error" indicates that this element might be "OK" but that another element, on which it is dependent, is in error. An example is a network service or endpoint that cannot function due to lower-layer networking problems. ValueMap � � � � � � � � 0 1 2 3 4 5 .. 0x8000.. Values � � $ 8 O k z Not Available No Additional Information Stressed Predictive Failure Non-Recoverable Error Supporting Entity in Error DMTF Reserved Vendor Reserved HealthState 8
� � � � F P � � uint16 Description Indicates the current health of the element. This attribute expresses the health of this element but not necessarily that of its subcomponents. The possible values are 0 to 30, where 5 means the element is entirely healthy and 30 means the element is completely non-functional. The following continuum is defined:
"Non-recoverable Error" (30) - The element has completely failed, and recovery is not possible. All functionality provided by this element has been lost.
"Critical Failure" (25) - The element is non-functional and recovery might not be possible.
"Major Failure" (20) - The element is failing. It is possible that some or all of the functionality of this component is degraded or not working.
"Minor Failure" (15) - All functionality is available but some might be degraded.
"Degraded/Warning" (10) - The element is in working order and all functionality is provided. However, the element is not working to the best of its abilities. For example, the element might not be operating at optimal performance or it might be reporting recoverable errors.
"OK" (5) - The element is fully functional and is operating within normal operational parameters and without error.
"Unknown" (0) - The implementation cannot report on HealthState at this time.
DMTF has reserved the unused portion of the continuum for additional HealthStates in the future. ValueMap t w z ~ � � � � 0 5 10 15 20 25 30 .. Values � � � � � �
$ Unknown OK Degraded/Warning Minor failure Major failure Critical failure Non-recoverable error DMTF Reserved InstallDate e
� l v � datetime Description A datetime value that indicates when the object was installed. Lack of a value does not indicate that the object is not installed. Name
� 9 A N string Description The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. OperatingStatus 8
� 3 ; H �" �" Y# a# uint16 Description OperatingStatus provides a current status value for the operational condition of the element and can be used for providing more detail with respect to the value of EnabledState. It can also provide the transitional states when an element is transitioning from one state to another, such as when an element is transitioning between EnabledState and RequestedState, as well as other transitional conditions.
OperatingStatus consists of one of the following values: Unknown, Not Available, In Service, Starting, Stopping, Stopped, Aborted, Dormant, Completed, Migrating, Emmigrating, Immigrating, Snapshotting. Shutting Down, In Test
A Null return indicates the implementation (provider) does not implement this property.
"Unknown" indicates the implementation is in general capable of returning this property, but is unable to do so at this time.
"None" indicates that the implementation (provider) is capable of returning a value for this property, but not ever for this particular piece of hardware/software or the property is intentionally not used because it adds no meaningful information (as in the case of a property that is intended to add additional info to another property).
"Servicing" describes an element being configured, maintained, cleaned, or otherwise administered.
"Starting" describes an element being initialized.
"Stopping" describes an element being brought to an orderly stop.
"Stopped" and "Aborted" are similar, although the former implies a clean and orderly stop, while the latter implies an abrupt stop where the state and configuration of the element might need to be updated.
"Dormant" indicates that the element is inactive or quiesced.
"Completed" indicates that the element has completed its operation. This value should be combined with either OK, Error, or Degraded in the PrimaryStatus so that a client can tell if the complete operation Completed with OK (passed), Completed with Error (failed), or Completed with Degraded (the operation finished, but it did not complete OK or did not report an error).
"Migrating" element is being moved between host elements.
"Immigrating" element is being moved to new host element.
"Emigrating" element is being moved away from host element.
"Shutting Down" describes an element being brought to an abrupt stop.
"In Test" element is performing test functions.
"Transitioning" describes an element that is between states, that is, it is not fully available in either its previous state or its next state. This value should be used if other values indicating a transition to a specific state are not applicable.
"In Service" describes an element that is in service and operational. ValueMap # # # # # # ## &# )# ,# /# 3# 7# ;# ?# C# G# K# O# 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 .. 0x8000.. Values �# �# �# �# �# �# �# �# $ $ $ %$ 2$ @$ O$ X$ g$ s$ �$ Unknown Not Available Servicing Starting Stopping Stopped Aborted Dormant Completed Migrating Emigrating Immigrating Snapshotting Shutting Down In Test Transitioning In Service DMTF Reserved Vendor Reserved OperationalStatus 8
� �$ �$ % ?/ I/ �/ �/ uint16 Description Indicates the current statuses of the element. Various operational statuses are defined. Many of the enumeration's values are self-explanatory. However, a few are not and are described here in more detail.
"Stressed" indicates that the element is functioning, but needs attention. Examples of "Stressed" states are overload, overheated, and so on.
"Predictive Failure" indicates that an element is functioning nominally but predicting a failure in the near future.
"In Service" describes an element being configured, maintained, cleaned, or otherwise administered.
"No Contact" indicates that the monitoring system has knowledge of this element, but has never been able to establish communications with it.
"Lost Communication" indicates that the ManagedSystem Element is known to exist and has been contacted successfully in the past, but is currently unreachable.
"Stopped" and "Aborted" are similar, although the former implies a clean and orderly stop, while the latter implies an abrupt stop where the state and configuration of the element might need to be updated.
"Dormant" indicates that the element is inactive or quiesced.
"Supporting Entity in Error" indicates that this element might be "OK" but that another element, on which it is dependent, is in error. An example is a network service or endpoint that cannot function due to lower-layer networking problems.
"Completed" indicates that the element has completed its operation. This value should be combined with either OK, Error, or Degraded so that a client can tell if the complete operation Completed with OK (passed), Completed with Error (failed), or Completed with Degraded (the operation finished, but it did not complete OK or did not report an error).
"Power Mode" indicates that the element has additional power model information contained in the Associated PowerManagementService association.
OperationalStatus replaces the Status property on ManagedSystemElement to provide a consistent approach to enumerations, to address implementation needs for an array property, and to provide a migration path from today's environment to the future. This change was not made earlier because it required the deprecated qualifier. Due to the widespread use of the existing Status property in management applications, it is strongly recommended that providers or instrumentation provide both the Status and OperationalStatus properties. Further, the first value of OperationalStatus should contain the primary status for the element. When instrumented, Status (because it is single-valued) should also provide the primary status of the element. ValueMap �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ �/ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 .. 0x8000.. Values Q0 Z0 a0 e0 o0 y0 �0 �0 �0 �0 �0 �0 �0 �0 �0 �0 1 "1 -1 91 H1 Unknown Other OK Degraded Stressed Predictive Failure Error Non-Recoverable Error Starting Stopping Stopped In Service No Contact Lost Communication Aborted Dormant Supporting Entity in Error Completed Power Mode DMTF Reserved Vendor Reserved PrimaryStatus 8
� �1 �1 �1 h4 r4 �4 �4 uint16 Description PrimaryStatus provides a high level status value, intended to align with Red-Yellow-Green type representation of status. It should be used in conjunction with DetailedStatus to provide high level and detailed health status of the ManagedElement and its subcomponents.
PrimaryStatus consists of one of the following values: Unknown, OK, Degraded or Error. "Unknown" indicates the implementation is in general capable of returning this property, but is unable to do so at this time.
"OK" indicates the ManagedElement is functioning normally.
"Degraded" indicates the ManagedElement is functioning below normal.
"Error" indicates the ManagedElement is in an Error condition. ValueMap �4 �4 �4 �4 �4 �4 0 1 2 3 .. 0x8000.. Values �4 �4 �4 �4 �4 �4 Unknown OK Degraded Error DMTF Reserved Vendor Reserved Status +
� K5 S5 `5 9 9 string Description A string indicating the current status of the object. Various operational and non-operational statuses are defined. This property is deprecated in lieu of OperationalStatus, which includes the same semantics in its enumeration. This change is made for 3 reasons:
1) Status is more correctly defined as an array. This definition overcomes the limitation of describing status using a single value, when it is really a multi-valued property (for example, an element might be OK AND Stopped.
2) A MaxLen of 10 is too restrictive and leads to unclear enumerated values.
3) The change to a uint16 data type was discussed when CIM V2.0 was defined. However, existing V1.0 implementations used the string property and did not want to modify their code. Therefore, Status was grandfathered into the Schema. Use of the deprecated qualifier allows the maintenance of the existing property, but also permits an improved definition using OperationalStatus. ValueMap
V9 Z9 a9 k9 t9 9 �9 �9 �9 �9 �9 �9 �9 OK Error Degraded Unknown Pred Fail Starting Stopping Service Stressed NonRecover No Contact Lost Comm Stopped StatusDescriptions
� : : ': string Description Strings describing the various OperationalStatus array values. For example, if "Stopping" is the value assigned to OperationalStatus, then this property may contain an explanation as to why an object is being stopped. Note that entries in this array are correlated with those at the same array index in OperationalStatus. � �"k�P � zT�;
� |��R$ � �JK� �
E v e n t T r a c e Rf�%߬�� EventTrace 6 � �� = C k s } � � � u��������G � ClasspnpGuid Description Classpnp Driver Tracing Provider guid {FA8DE7C4-ACDE-4443-9994-C4E2359A9EDB} locale MS\0x409 Flags R
� � � � % 3 w � � uint32 Description Enable Flags ValueDescriptions Z � � � � � ( C f � � � � � This enables all configuration traces This enables PNP traces This enables power traces This enables read/write traces This enables IOCTL traces This enables I/O queue traces This enables WMI traces This enables timer traces This enables initilization traces This enables remove lock traces This flag is not used This flag is not used This enables media change notification traces This enables ISR traces This enables device enumeration traces DefineValues s � � � � � � � � 3 F V f TRACE_FLAG_GENERAL TRACE_FLAG_PNP TRACE_FLAG_POWER TRACE_FLAG_RW TRACE_FLAG_IOCTL TRACE_FLAG_QUEUE TRACE_FLAG_WMI TRACE_FLAG_TIMER TRACE_FLAG_INIT TRACE_FLAG_LOCK TRACE_FLAG_DEBUG1 TRACE_FLAG_DEBUG2 TRACE_FLAG_MCN TRACE_FLAG_ISR TRACE_FLAG_ENUM Values � � � � ( 8 J [ l � � � TRACE_FLAG_GENERAL TRACE_FLAG_PNP TRACE_FLAG_POWER TRACE_FLAG_RW TRACE_FLAG_IOCTL TRACE_FLAG_QUEUE TRACE_FLAG_WMI TRACE_FLAG_TIMER TRACE_FLAG_INIT TRACE_FLAG_LOCK TRACE_FLAG_DEBUG1 TRACE_FLAG_DEBUG2 TRACE_FLAG_MCN TRACE_FLAG_ISR TRACE_FLAG_ENUM ValueMap
% 1 = I U a m y � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 Level _
� 5 = J R e $ 2 � � � 5 @ uint32 Description Levels ValueDescriptions } � � � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues F Y l � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � � Fatal Error Warning Information Verbose ValueMap ! & + 0 0x1 0x2 0x3 0x4 0x5 ValueType index RA �
E v e n t T r a c e Sf�%߬�� EventTrace 6 � ��
; A i q { � � � u��������E � DiskGuid Description Disk Class Driver Tracing Provider guid {945186BF-3DD6-4f3f-9C8E-9EDD3FC9D558} locale MS\0x409 Flags R
� � � � # 1 u } � � uint32 Description Enable Flags ValueDescriptions X � � � �
& A d � � � � � This enables all configuration traces This enables PNP traces This enables power traces This enables read/write traces This enables IOCTL traces This enables I/O queue traces This enables WMI traces This enables timer traces This enables initilization traces This enables remove lock traces This flag is not used This flag is not used This enables media change notification traces This enables ISR traces This enables device enumeration traces DefineValues q � � � � � � � �
1 D T d TRACE_FLAG_GENERAL TRACE_FLAG_PNP TRACE_FLAG_POWER TRACE_FLAG_RW TRACE_FLAG_IOCTL TRACE_FLAG_QUEUE TRACE_FLAG_WMI TRACE_FLAG_TIMER TRACE_FLAG_INIT TRACE_FLAG_LOCK TRACE_FLAG_DEBUG1 TRACE_FLAG_DEBUG2 TRACE_FLAG_MCN TRACE_FLAG_ISR TRACE_FLAG_ENUM Values � � � � & 6 H Y j } � � � TRACE_FLAG_GENERAL TRACE_FLAG_PNP TRACE_FLAG_POWER TRACE_FLAG_RW TRACE_FLAG_IOCTL TRACE_FLAG_QUEUE TRACE_FLAG_WMI TRACE_FLAG_TIMER TRACE_FLAG_INIT TRACE_FLAG_LOCK TRACE_FLAG_DEBUG1 TRACE_FLAG_DEBUG2 TRACE_FLAG_MCN TRACE_FLAG_ISR TRACE_FLAG_ENUM ValueMap # / ; G S _ k w � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 Level _
� 3 ; H P c " 0 � � � 3 > uint32 Description Levels ValueDescriptions { � � � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues D W j � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � � Fatal Error Warning Information Verbose ValueMap $ ) . 0x1 0x2 0x3 0x4 0x5 ValueType index CE �
E v e n t T r a c e Tf�%߬�� EventTrace 6 � ��
< B j r | � � � u��������F � AtaportGuid Description ATA Port Driver Tracing Provider guid {d08bd885-501e-489a-bac6-b7d24bfe6bbf} locale MS\0x409 Flags R
� � � � $ 2 v ~ � � uint32 Description Enable Flags ValueDescriptions Y � � � � � ' B e � � � � � This enables all configuration traces This enables PNP traces This enables power traces This enables read/write traces This enables IOCTL traces This enables I/O queue traces This enables WMI traces This enables timer traces This enables initilization traces This enables remove lock traces This flag is not used This flag is not used This enables media change notification traces This enables ISR traces This enables device enumeration traces DefineValues r � � � � � � � � 2 E U e TRACE_FLAG_GENERAL TRACE_FLAG_PNP TRACE_FLAG_POWER TRACE_FLAG_RW TRACE_FLAG_IOCTL TRACE_FLAG_QUEUE TRACE_FLAG_WMI TRACE_FLAG_TIMER TRACE_FLAG_INIT TRACE_FLAG_LOCK TRACE_FLAG_DEBUG1 TRACE_FLAG_DEBUG2 TRACE_FLAG_MCN TRACE_FLAG_ISR TRACE_FLAG_ENUM Values � � � � ' 7 I Z k ~ � � � TRACE_FLAG_GENERAL TRACE_FLAG_PNP TRACE_FLAG_POWER TRACE_FLAG_RW TRACE_FLAG_IOCTL TRACE_FLAG_QUEUE TRACE_FLAG_WMI TRACE_FLAG_TIMER TRACE_FLAG_INIT TRACE_FLAG_LOCK TRACE_FLAG_DEBUG1 TRACE_FLAG_DEBUG2 TRACE_FLAG_MCN TRACE_FLAG_ISR TRACE_FLAG_ENUM ValueMap $ 0 < H T ` l x � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 Level _
� 4 < I Q d # 1 � � � 4 ? uint32 Description Levels ValueDescriptions | � � � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues E X k � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � � Fatal Error Warning Information Verbose ValueMap % * / 0x1 0x2 0x3 0x4 0x5 ValueType index AC �0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �f�%߬�uZ�%߬�C � ( � __EventProviderRegistration - d � select * from WSP_ReplicationGroupStorageArrivalEvent select * from WSP_ReplicationGroupStorageDepartureEvent select * from WSP_ReplicationGroupStorageModificationEvent \\.\root\Microsoft\Windows\Storage\Providers_v2:__Win32Provider.Name="wsp_sr" o�c� E ��y� Y P�=� ) `���G @ �`��� * 1�ձ C w�� A �kx5
P �8�� I ﺫ� . �巽�
) �`�% @ K)Ue 9 ��4� � � /�> �u�Q � �7��
���� 4 Z���P � �gq � '�H� � �{(�X � H0' U C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, W � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="QuotaSetting" _ Setting information for disk quotas on a volume. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, ] � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="VolumeQuotaSetting" e Associates the disk quota setting with a specific disk volume. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Q v � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="DosCmd" Y Access to some DOS commands C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, P � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Alias" X Access to the aliases available on the local system C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U w � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="MemoryChip" ] Memory chip information. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, S � � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="RDToggle" [ Turning Remote Desktop listener on or off remotely. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, T � � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="RDAccount" \ Remote Desktop connection permission management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, P � � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="RDNIC" X Remote Desktop connection management on a specific network adapter. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, X � � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="RDPermissions" ` Permissions to a specific Remote Desktop connection. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Q { � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="Volume" Y Local storage volume management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U v � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="ShadowCopy" ] Shadow copy management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Z � � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="VolumeUserQuota" b Per user storage volume quota management. C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, X � � MSFT_LocalizablePropertyValue Description Msft_CliAlias.FriendlyName="ShadowStorage" ` Shadow copy storage area management. _ _ E x t r i n s i c E v e n t �`�%߬�h
__ExtrinsicEvent ������������ � Win32_SystemTrace Locale � W i n 3 2 _ S y s t e m T r a c e �`�%߬�� " Win32_SystemTrace - _ j � � � � _��������������������������������N � Win32_ProcessTrace Locale ParentProcessID
� W � �� uint32 ProcessID
� � � �� uint32 ProcessName
� � � �� string SessionID
� � �� uint32 Sid
� G � �� uint8 � W i n 3 2 _ P r o c e s s T r a c e �`�%߬�� " Win32_ProcessTrace ����������������������������������! � Win32_ProcessStartTrace Locale � W i n 3 2 _ P r o c e s s T r a c e �`�%߬�� & Win32_ProcessTrace , �������������������������������������^ � Win32_ProcessStopTrace Locale ExitStatus
� V � �� uint32 � W i n 3 2 _ S y s t e m T r a c e �`�%߬�� Win32_SystemTrace & X b _��������������������� � Win32_ThreadTrace Locale ProcessID
� P � �� uint32 ThreadID
� � � �� uint32 � W i n 3 2 _ T h r e a d T r a c e �`�%߬�| K Win32_ThreadTrace + ] i � � � � P Z � � �U������������������������������������������������������������������������� � Win32_ThreadStartTrace Locale StackBase
� U � �� uint64 StackLimit
� � � �� uint64 StartAddr 4
� � uint64 UserStackBase $
� � �� uint64 UserStackLimit ,
� H � �� uint64 WaitMode
D
� y uint32 Win32StartAddr <
� � uint64 � W i n 3 2 _ T h r e a d T r a c e �`�%߬�u Win32_ThreadTrace ��������������������� � Win32_ThreadStopTrace Locale � W i n 3 2 _ S y s t e m T r a c e �`�%߬�i
Win32_SystemTrace ������������ � Win32_ModuleTrace Locale � W i n 3 2 _ M o d u l e T r a c e �`�%߬�� 7 Win32_ModuleTrace , ^ h � � � � # U ` � � _U������������������������������������������������������ � Win32_ModuleLoadTrace Locale DefaultBase ,
� V � �� uint64 FileName
� � � �� string ImageBase
� � � �� uint64 ImageChecksum $
� � �� uint32 ImageSize
� M � �� uint64 ProcessID
� � � �� uint32 TimeDateStamp (
� � � �� uint32 �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �`�%߬�nZ�%߬�� ���B 9 c � __Win32Provider {9877D8A7-FDA1-43F9-AEEA-F90747EA66B0} WmiCore WMI Kernel Trace Event Provider @2�� � g1��� � ���4� � �0�� � M1 T{ U Z Q�
b �Ma2 J ��'�| M ���� 6 RUn� � |H�U� ��ܥ �~��� E?��� 5 C I M _ C o l l e c t i o n S e t t i n g fa�%߬�� CIM_CollectionSetting 6 � � ��& . 4 \ h � � 5�������� � Win32_NamedJobObjectLimit CIMWin32a Locale UUID {08E31939-FAAB-4a3b-9B10-50151D1B9D24} Collection f@ '
� � � �� � �� ref:Win32_NamedJobObject Setting f@ '
� � � �� � �� ref:Win32_NamedJobObjectLimitSetting � C I M _ S e t t i n g ga�%߬�� D CIM_Setting
6 � �� � " B J P x � � � �
< H z � � � ! S l � � � � % 6 h s }UU������������������������������������������������������������������ � Win32_NamedJobObjectLimitSetting NamedJobObjectLimitSettingProv Locale UUID {F2D96E32-2A34-475b-878D-B0AE7657519F} ActiveProcessLimit
0
� � � �� uint32 Affinity 4
� � � �� uint32 JobMemoryLimit
� 4 � �� uint32 LimitFlags $
� r � �� uint32 MaximumWorkingSetSize ,
� � � �� uint32 MinimumWorkingSetSize (
� � �� uint32 PerJobUserTimeLimit
� K � �� uint64 PerProcessUserTimeLimit
� � � �� uint64 PriorityClass 8
� � � �� uint32 ProcessMemoryLimit
� � �� uint32 SchedulingClass
<
� ` � �� uint32 SettingID @ '
� � � �� � �� string � C I M _ C o l l e c t i o n S e t t i n g ha�%߬�� CIM_CollectionSetting 6 � � ��) 1 7 _ k � � 5��������! � Win32_NamedJobObjectSecLimit CIMWin32a Locale UUID {08E31939-FAAB-4a3b-9B10-50151D1B9D24} Collection f@ '
� � � �� � �� ref:Win32_NamedJobObject Setting f@ '
� � � �� � �� ref:Win32_NamedJobObjectSecLimitSetting ' � C I M _ S e t t i n g ia�%߬�� CIM_Setting
6 � �� � % H P V ~ � � � . B t � � }���������������������������� � Win32_NamedJobObjectSecLimitSetting NamedJobObjectSecLimitSettingProv Locale UUID {F2D96E32-2A34-475b-878D-B0AE7657519F} PrivilegesToDelete
� � � �� object:Win32_TokenPrivileges RestrictedSIDs
� � �� object:Win32_TokenGroups SecurityLimitFlags
� l � �� uint32 SettingID @ '
� � � �� � �� string SIDsToDisable
� � � �� object:Win32_TokenGroups � ja�%߬�= ) �� % + S _ � � U��������� � Win32_TokenGroups Abstract Locale UUID {6CDD7B40-369D-4725-AB7F-EFE53EE2C455} GroupCount
� � � �� uint32 Groups
� � � �� object:Win32_SIDandAttributes 2C � ka�%߬�J ) ��! ) / W g � � U��������� � Win32_TokenPrivileges Abstract Locale UUID {3559D159-47E8-4458-9B7E-5FD16D260B8D} PrivilegeCount
� � � �� uint32 Privileges
� � � �� object:Win32_LUIDandAttributes D2 � la�%߬�2 ) ��" * 0 X d � � U��������� � Win32_SIDandAttributes Abstract Locale UUID {DE1B36A6-4157-43ed-937F-D90606C09216} Attributes
� � � �� uint32 SID
� � � �� object:Win32_SID ac � ma�%߬�5 ) ��# + 1 Y e � � U��������� � Win32_LUIDandAttributes Abstract Locale UUID {63021F4B-F377-4a88-ABD1-835D14142142} Attributes
� � � �� uint32 LUID
� � � �� object:Win32_LUID ra � na�%߬� ) �� $ L V � � E��������� � Win32_LUID Abstract Locale UUID {0FF18C30-FA51-11d3-9C37-006008B088CE} HighPart
� � � �� uint32 LowPart
� � � �� uint32 U � _ _ E x t e n d e d S t a t u s oa�%߬�S __ExtendedStatus % M d � � ������������������������������ � Win32_JobObjectStatus Locale UUID {7E6475FE-CF3C-4e22-892E-0E58482158E3} AdditionalDescription
� � � �� string Win32ErrorCode
� � � �� uint32 � C I M _ C o l l e c t i o n O f M S E s qa�%߬�� CIM_CollectionOfMSEs ) # �� ( 0 E � � }����������������^ � Win32_NamedJobObject Description The Win32_NamedJobObject class represents a kernel object that is used to group processes for the sake of controlling the life and resources of the processes within the job object. Only the job objects that have been named are instrumented. AMENDMENT LOCALE ms_409 BasicUIRestrictions +
� ~ � � � � uint32 Description The UIRestrictions property indicates the restrictions on the job regarding the UI. Bitvalues 2 @ N W g z Desktop Display Settings Exit Windows Global Atoms Handles Read Clipboard System Parameters Write Clipboard CollectionID @ )
� � � � � �� string Description This property indicates a number that identifies the job object.
As a Kernel object job object names are case sensitive. Because WMI keys are case insensitive, the name of the named job object must be decorated as follows: a capital letter should be preceded by a backslash. As a consequence of this convention, 'A' and 'a' are lower case and '\A' and '\a' are upper case. � C I M _ C o l l e c t e d M S E s ra�%߬�� CIM_CollectedMSEs ) * � ��� � � � � � ���������r � Win32_NamedJobObjectProcess Description The Win32_NamedJobObjectProcess association class relates a job object and a process contained in the job object. A job can contain multiple processes. AMENDMENT LOCALE ms_409 Collection f@ )
� ! ; H � �� ref:Win32_NamedJobObject Description This property is a reference to the instance of Win32_NamedJobObject in which the processes are contained. Member f@ )
� � � �� ref:Win32_Process Description This property is a reference to the instance of Win32_Process that is part of the job object. � �
R O O T \ C I M V 2 _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�a�%߬�rZ�%߬�� � ���� ��_ x � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="MS_NT_EVENTLOG_PROVIDER" g WQL:UnarySelect 0 2147549445 .. � ac6d1350600005Q ROOT\cimv2 ���� � �E �� � G * � ��������� � __PARAMETERS abstract PackageLocation string
� ; in
� ; b �� ID )
� � b ��� string Options string
� � in
� � �� ID )
� ~ ��C string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Configure ��
Implemented ValueMap ' * 6 0 2147549445 .. � ac6d1350600005Q ROOT\cimv2 ���� � �S �� I
* � h � ���� � __PARAMETERS abstract InstallState uint16
� 8 in
� 8 _ �� � � � 1 2 3 Valuemap )
� 8 _ ��� � ID 6
� / _ ��� � � uint16 InstallLevel uint16
� W in
� W ~ �� � � � 1 2 3 Valuemap )
� W ~ ��� � ID 6
� N ~ ��� � uint16 Options string
� q in
� q � �� ID )
� � ��� string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Uninstall �# ���# �# Implemented ValueMap �# �# �# 0 2147549445 .. y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �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an extra property being added to report the raw SMBIOS memory type. The value reported by the property MemoryType is a CIM value mapped to SMBIOS value. Tag @
( )
� } � � � �� string Description The Tag property contains a string that uniquely identifies the physical memory device represented by an instance of Win32_PhysicalMemory.
Example: Physical Memory 1 TypeDetail d +
� ~ � � � uint16 Description The TypeDetail property indicates the type of physical memory represented by Win32_PhysicalMemory. BitValues
: D K T ` o ~ � � � � � � Reserved Other Unknown Fast-paged Static column Pseudo-static RAMBUS Synchronous CMOS EDO Window DRAM Cache DRAM Non-volatile � W i n 3 2 _ C O M A p p l i c a t i o n r^�%߬�� Win32_COMApplication ) $ v ��� � � � ��������������������������9 � Win32_DCOMApplication Description The Win32_DCOMApplication class represents the properties of a DCOM application. AMENDMENT LOCALE ms_409 AppID )
� � � ��� � string Description The AppID property is a Globally Unique Identifier (GUID) for the DCOM application. � W i n 3 2 _ C O M C l a s s t^�%߬�Q Win32_COMClass ) $ s ��~ � � � C I �������������������������� � Win32_ClassicCOMClass Description The Win32_ClassicCOMClass class represents the properties of a COM component. AMENDMENT LOCALE ms_409 ComponentId )
� � � ��� � string Description The ComponentId property contains the Globally Unique Identifier (GUID) of this COM class. Name @
� u } � string Description The Name property contains the human-readable name for the COM class. � __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetStringValue �? ���? �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\Default ���� � �� �� � * � ��������H � __PARAMETERS abstract sValue string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � SetMultiStringValue �F ��G �� implemented static z ac6d1350600005Q ROOT\Default ���� � �% �� * � � C J � � � ���������y � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string sValue string
� R � � hello there in
� R � �� ID )
� � � ��� string __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetMultiStringValue :N ��GN �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\Default ���� � �� �� � * � ��������H � __PARAMETERS abstract sValue string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � SetExpandedStringValue �U ���U �� implemented static z ac6d1350600005Q ROOT\Default ���� � �% �� * � � C J � � � ���������y � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string sValue string
� R %path% in
� R � �� ID )
� � � ��� string __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetExpandedStringValue �\ ���\ �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\Default ���� � �� �� � * � ��������H � __PARAMETERS abstract sValue string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � SetBinaryValue d ��d �� implemented static y ac6d1350600005Q ROOT\Default ���� � �$ �� * � � C � � J � ���������x � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string uValue uint8
� R in
� R ~ �� ID )
� � ~ ��� uint8 __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetBinaryValue =k ��Jk �� implemented static
ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\Default ���� � �� �� � * � ��������F � __PARAMETERS abstract uValue uint8
� 2 out
� 2 X �� ID )
� � X ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � CheckAccess tr ���r �� implemented static ac6d1350600005Q ROOT\Default ���� � ��
�� * � � C � � ����� 7 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string uRequired uint32
� � in
� � � �� ID )
� / � ��� uint32 __ �� ac6d1350600005Q ROOT\Default ���� � �� �� * � � " ������L � __PARAMETERS abstract bGranted boolean
� 4 out
� 4 \ �� ID )
� � \ ��� boolean ReturnValue uint32
� uint32 out
� �� __ � SetSecurityDescriptor ' �y ���y ���y �y implemented static Privileges �y SeSecurityPrivilege
ac6d1350600005Q ROOT\Default ���� � ��
�� � � * � � C ���������M � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string
Descriptor object
� � IN
� � � �� ID
)
� 0 � ��� object:__SecurityDescriptor __ �{ ac6d1350600005Q ROOT\Default ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetSecurityDescriptor ' � ��� ��� � implemented static Privileges � SeSecurityPrivilege � ac6d1350600005Q ROOT\Default ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ � ac6d1350600005Q ROOT\Default ���� � �� �� * � � 7 ��������a � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor ReturnValue uint32
� * uint32 out
� * 2 �� __ �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��� �_�J � �\�� � �O�B ����$ � ZZ?� � �fz_
�jYW' � r�a� � �$8� $ �Q�) ��q) z�dV1 1 T��mb ~��u
M S S A M T r a c e �l�%߬�� MSSAMTrace C � ��
* 0 X e r z � � SamIdByName Description SAM Id By Name Guid {a41d90bc-899d-11d2-819e-0000f875a064} DisplayName SamIdByName locale MS\0x409 � S a m I d B y N a m e �l�%߬�� SamIdByName
C � �� 0 ; J Q Y c k / 4 � � � � U����������������& � SamIdByName_Start Description SAM Id By Name EventType EventTypeName Start locale MS\0x409 Client P
� � � � � $ , � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� N V a n z � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � � �� uint32 WmiDataId Description SamTraceVersion � S a m I d B y N a m e �l�%߬�� SamIdByName
C � �� . 9 H M U _ � SamIdByName_End Description SAM Id By Name EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � ��
* 0 X e r z � � SamNameById Description SAM Name By Id Guid {25059476-899f-11d2-819e-0000f875a064} DisplayName SamNameById locale MS\0x409 � S a m N a m e B y I d �l�%߬�� SamNameById
C � �� 0 ; J Q Y c k / 4 � � � � U����������������& � SamNameById_Start Description SAM Name By Id EventType EventTypeName Start locale MS\0x409 Client P
� � � � � $ , � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� N V a n z � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � � �� uint32 WmiDataId Description SamTraceVersion � S a m N a m e B y I d �l�%߬�� SamNameById
C � �� . 9 H M U _ � SamNameById_End Description SAM Name By Id EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� & , T a m u � SamConnect Description SAM Connect Guid {8c89045c-3f5d-4289-939a-fb854000cb6b} DisplayName SamConnect locale MS\0x409 �
S a m C o n n e c t �l�%߬�� SamConnect C � �� , 7 F M U _ g + 0 � � � � U����������������" � SamConnect_Start Description SAM Connect EventType EventTypeName Start locale MS\0x409 Client P
� � � � � � ( � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� J R ] j v � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� � � � �� uint32 WmiDataId Description SamTraceVersion �
S a m C o n n e c t �l�%߬�� SamConnect C � �� * 5 D I Q [ � SamConnect_End Description SAM Connect EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬�� MSSAMTrace C � �� / 5 ] j z � � � SamCloseHandle Description SAM Close Handle Guid {dbc0ceab-cff3-4c0f-85f2-0c2107142f36} DisplayName SamCloseHandle locale MS\0x409 � S a m C l o s e H a n d l e �l�%߬�� SamCloseHandle C � �� # 5 @ O V ^ h p 4 9 � � � � U����������������+ � SamCloseHandle_Start Description SAM Close Handle EventType EventTypeName Start locale MS\0x409 Client P
� � � � � ) 1 � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� S [ f s � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� �
� �� uint32 WmiDataId Description SamTraceVersion � S a m C l o s e H a n d l e �l�%߬�� SamCloseHandle C � �� ! 3 > M R Z d � SamCloseHandle_End Description SAM Close Handle EventType EventTypeName End locale MS\0x409 �
M S S A M T r a c e �l�%߬� MSSAMTrace C � �� 9 ? g t � � � � SamSetSecurityObj Description SAM Set Security Object Guid {74e10cbb-202e-4a97-871d-8547972b5141} DisplayName SamSetSecurityObj locale MS\0x409 � S a m S e t S e c u r i t y O b j �l�%߬�� SamSetSecurityObj C � �� & ? J Y ` h r z > C � � � � U����������������5 � SamSetSecurityObj_Start Description SAM Set Security Object EventType EventTypeName Start locale MS\0x409 Client P
� � � � � # 3 ; � �� string WmiDataId Description Client Network Address StringTermination NullTerminated format w Sam P
� � � � � � � � � � �� string WmiDataId Description Signature StringTermination NullTerminated format w Sid P
� ] e p } � � � � � �� string WmiDataId Description Client SID StringTermination NullTerminated format w Version 6
� $ � �� uint32 WmiDataId Description SamTraceVersion � S a m S e t S e c u r i t y O b j m�%߬�� SamSetSecurityObj C � �� $ = H W \ d n � SamSetSecurityObj_End Description SAM Set Security Object EventType EventTypeName End locale MS\0x409 � ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string uValue uint32
� R in
� R y �� ID )
� � y ��� uint32 __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetQWORDValue �" ���" �� implemented static | ac6d1350600005Q ROOT\cimv2 ���� � �) �� * � � C � � J � ��������� � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string uValue uint64
� R in
� R y �� ID )
� � y ��� uint64 __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetDWORDValue �) ���) �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������H � __PARAMETERS abstract uValue uint32
� 2 out
� 2 Y �� ID )
� � Y ��� uint32 ReturnValue uint32
� uint32 out
� �� __ � GetQWORDValue 1 ��%1 �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � ��
�� � * � ������������H � __PARAMETERS abstract uValue uint64
� 2 out
� 2 Y �� ID )
� � Y ��� uint64 ReturnValue uint32
� uint32 out
� �� __ � SetStringValue V8 ��c8 �� implemented static x ac6d1350600005Q ROOT\cimv2 ���� � �% �� * � � C J � � � ���������y � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string sValue string
� R hello in
� R � �� ID )
� � � ��� string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetStringValue �? ���? �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������H � __PARAMETERS abstract sValue string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � SetMultiStringValue �F ���F �� implemented static x ac6d1350600005Q ROOT\cimv2 ���� � �% �� * � � C J � � � ���������y � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string sValue string
� R � � hello there in
� R � �� ID )
� � � ��� string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetMultiStringValue
N ��N �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������H � __PARAMETERS abstract sValue string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � SetExpandedStringValue LU ��YU �� implemented static x ac6d1350600005Q ROOT\cimv2 ���� � �% �� * � � C J � � � ���������y � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string sValue string
� R %path% in
� R � �� ID )
� � � ��� string __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetExpandedStringValue �\ ���\ �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������H � __PARAMETERS abstract sValue string
� 2 out
� 2 Y �� ID )
� � Y ��� string ReturnValue uint32
� uint32 out
� �� __ � SetBinaryValue �c ���c �� implemented static w ac6d1350600005Q ROOT\cimv2 ���� � �$ �� * � � C � � J � ���������x � � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string uValue uint8
� R in
� R ~ �� ID )
� � ~ ��� uint8 __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetBinaryValue �j ��
k �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ���������8 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string sValueName string
� � in
� � � �� ID )
� 0 � ��� string __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� � * � ��������F � __PARAMETERS abstract uValue uint8
� 2 out
� 2 X �� ID )
� � X ��� uint8 ReturnValue uint32
� uint32 out
� �� __ � CheckAccess 0r ��=r �� implemented static ac6d1350600005Q ROOT\cimv2 ���� � ��
�� * � � C � � ����� 7 � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string uRequired uint32
� � in
� � � �� ID )
� / � ��� uint32 __ �� ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � " ������L � __PARAMETERS abstract bGranted boolean
� 4 out
� 4 \ �� ID )
� � \ ��� boolean ReturnValue uint32
� uint32 out
� �� __ � SetSecurityDescriptor ' �y ���y ���y �y implemented static Privileges �y SeSecurityPrivilege ac6d1350600005Q ROOT\cimv2 ���� � ��
�� � � * � � C ���������M � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string
Descriptor object
� � IN
� � � �� ID
)
� 0 � ��� object:__SecurityDescriptor __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetSecurityDescriptor ' � ��� ��� � implemented static Privileges � SeSecurityPrivilege � ac6d1350600005Q ROOT\cimv2 ���� � �= �� * � � C ������ � __PARAMETERS abstract hDefKey uint32
� 3 IN
� 3 Z �� ID )
� � Z ��� uint32 sSubKeyName string
� � IN
� � �� ID )
� z ��? string __ � ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � 7 ��������a � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:__SecurityDescriptor ReturnValue uint32
� * uint32 out
� * 2 �� __ �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��0 � o<��
C I M _ S e n s o r �c�%߬�� CIM_Sensor $ 4 J T d o � � ; E m � P e 0 K # � � � � z � B M
�
�
s � � � � � { �
0
�
� � ��������UUUUU����������������������������������������������� ���� �������� ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_NumericSensor Version 2.16.0 UMLPackagePath CIM::Device::Sensors Accuracy 6 � 8
� � � � � � L S sint32 Units Hundredths of Percent MappingStrings � - MIF.DMTF|Temperature Probe|002.19 MIF.DMTF|Electrical Current Probe|001.19 MIF.DMTF|Voltage Probe|001.19 PUnit percent * 10^-2 BaseUnits + �
� � � � uint16 ModelCorrespondence � � CIM_NumericSensor.UnitModifier CIM_NumericSensor.RateUnits CurrentReading . �
� = E U sint32 MappingStrings e � � MIF.DMTF|Temperature Probe|002.5 MIF.DMTF|Electrical Current Probe|001.5 MIF.DMTF|Voltage Probe|001.5 EnabledThresholds @ �
� uint16 Hysteresis 8 �
� 3 uint32 IsLinear 7 �
� d boolean LowerThresholdCritical ; � )
� � � ��� � sint32 MappingStrings � 1 MIF.DMTF|Temperature Probe|002.13 MIF.DMTF|Electrical Current Probe|001.13 MIF.DMTF|Voltage Probe|001.13 LowerThresholdFatal = � )
� � � ��� � sint32 MappingStrings � � MIF.DMTF|Temperature Probe|002.15 MIF.DMTF|Electrical Current Probe|001.15 MIF.DMTF|Voltage Probe|001.15 LowerThresholdNonCritical 9 � )
� � � ��� � sint32 MappingStrings � � � MIF.DMTF|Temperature Probe|002.11 MIF.DMTF|Electrical Current Probe|001.11 MIF.DMTF|Voltage Probe|001.11 MaxReadable 2 �
� O W g sint32 MappingStrings w � � MIF.DMTF|Temperature Probe|002.9 MIF.DMTF|Electrical Current Probe|001.9 MIF.DMTF|Voltage Probe|001.9 MinReadable 3 �
� ! 1 sint32 MappingStrings A d � MIF.DMTF|Temperature Probe|002.10 MIF.DMTF|Electrical Current Probe|001.10 MIF.DMTF|Voltage Probe|001.10 NominalReading / �
� � � sint32 MappingStrings 3 \ MIF.DMTF|Temperature Probe|002.6 MIF.DMTF|Electrical Current Probe|001.6 MIF.DMTF|Voltage Probe|001.6 NormalMax 0 �
� � � � sint32 MappingStrings � � $ MIF.DMTF|Temperature Probe|002.7 MIF.DMTF|Electrical Current Probe|001.7 MIF.DMTF|Voltage Probe|001.7 NormalMin 1 �
� y � � sint32 MappingStrings � � � MIF.DMTF|Temperature Probe|002.8 MIF.DMTF|Electrical Current Probe|001.8 MIF.DMTF|Voltage Probe|001.8 RateUnits - �
� A
I
^
uint16 ModelCorrespondence j
�
CIM_NumericSensor.UnitModifier CIM_NumericSensor.BaseUnits Resolution 4 �
� �
�
�
uint32 MappingStrings * T MIF.DMTF|Temperature Probe|002.17 MIF.DMTF|Electrical Current Probe|001.17 MIF.DMTF|Voltage Probe|001.17 SettableThresholds A �
� � uint16 SupportedThresholds ? �
� � uint16 Tolerance 5 �
� ! ) 5 sint32 Deprecated A _ CIM_NumericSensor.Resolution CIM_NumericSensor.Accuracy UnitModifier , �
� � � � sint32 ModelCorrespondence � � CIM_NumericSensor.BaseUnits CIM_NumericSensor.RateUnits UpperThresholdCritical < � )
� g
� ��o
sint32 MappingStrings �
�
�
MIF.DMTF|Temperature Probe|002.14 MIF.DMTF|Electrical Current Probe|001.14 MIF.DMTF|Voltage Probe|001.14 UpperThresholdFatal > � )
� G � ��O _ sint32 MappingStrings o � � MIF.DMTF|Temperature Probe|002.16 MIF.DMTF|Electrical Current Probe|001.16 MIF.DMTF|Voltage Probe|001.16 UpperThresholdNonCritical : � )
� - � ��5 E sint32 MappingStrings U x � MIF.DMTF|Temperature Probe|002.12 MIF.DMTF|Electrical Current Probe|001.12 MIF.DMTF|Voltage Probe|001.12 � " � � � � d � RestoreDefaultThresholds ac6d1350600005Q ROOT\cimv2\power ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetNonLinearFactors � � Deprecated � No Value ac6d1350600005Q ROOT\cimv2\power ���� � �� �� * � ����� � __PARAMETERS abstract SensorReading sint32
� 9 IN
� 9 ` �� ID )
� � ` ��� sint32 __ �b ac6d1350600005Q ROOT\cimv2\power ���� � � �� * � L � � E D � � U���������������������n � __PARAMETERS abstract Accuracy sint32
� 4 OUT
� 4 [ �� ID )
� � [ ��� sint32 Resolution uint32
� � OUT
� � �� ID )
� | ��A uint32 Tolerance sint32
� � OUT
� � � �� ID )
� 2 � ��� sint32 Hysteresis uint32
� X OUT
� X �� ID )
� � ��� uint32 ReturnValue uint32
� 7 uint32 out
� 7 ? �� __ � R O O T \ c i m v 2 \ p o w e r _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 3 5 7 9 D C 9 5 1 6 5 7 E A 6 0 8 7 1 C D 1 E 9 E B E E 6 A 8 D 0 A D 7 1 1 2 8 7 8 3 7 B D 9 6 3 1 F 6 B 3 F C 9 E C 7 1 4 1 E \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 6 F 8 1 0 8 2 C 8 4 6 A C 0 0 1 7 D 1 A 9 8 4 2 2 1 0 D 9 B 9 9 1 E 2 5 C 8 8 C 6 0 0 0 0 8 4 1 5 A F 9 2 2 E E 3 7 2 A E 1 3 1 a 8 1 a � &a�%߬�� ) / ��: B J � StdRegProv Description The StdRegProv class contains methods that interact with the system registry. You can use these methods to:
Verify the access permissions for a user
Create, enumerate, and delete registry keys
Create, enumerate, and delete named values
Read, write, and delete data values AMENDMENT LOCALE ms_409 � egP h 1 � St � � n ns w � � � wi � � �# �- y. �- X. �7 G9 hod V9 �9 �F �H ess �H I <V �W er �W QX �a �e nd �e 9f �o �s
Cr �s &t O� Ղ del � c� �� �� d, Ӑ ґ �� �� a v �� �� � � CAL � #� L� Ҿ � w� �� �� �� �� �� I� Y� O� �� �� �� i� �� � /� -� � 1 " � /� CreateKey ) Description The CreateKey method creates a subkey in the specified tree. � ac6d1350600005Q ROOT\Default\ms_409 ���� � �i �� * � � � ��������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Contains the key to be created. The CreateKey method creates all subkeys specified in the path that do not exist. For example, if MyKey and MySubKey do not exist in the following path, CreateKey creates both keys:
HKEY_LOCAL_MACHINE\SOFTWARE\MyKey\MySubKey Description
� + ' IN )
� + ' d �� ID 6
� � + ' d ��� string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DeleteKey � � Description The DeleteKey method deletes a subkey in the specified tree. � ac6d1350600005Q ROOT\Default\ms_409 ���� � �i �� * � � � ��������
� __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Contains the key to be deleted. Description
� I ' IN )
� I ' � �� ID 6
� I ' � ��� string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnumKey � � Description The EnumKey method enumerates the subkeys for the given path. � ac6d1350600005Q ROOT\Default\ms_409 ���� � �i �� * � � � ��������, � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the subkeys to be enumerated. Description
� h ' IN )
� h ' � �� ID 6
� $ h ' � ��� string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� W � * � ��������� � __PARAMETERS abstract sNames string
� 2 Contains an array of subkey strings. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� = � Y � ��� string ReturnValue uint32
� � uint32 out
� � � �� __ � EnumValues � � Description The EnumValues method enumerates the named values of the given subkey. � ac6d1350600005Q ROOT\Default\ms_409 ���� � �i �� * � � � ��������1 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values to be enumerated. Description
� m ' IN )
� m ' � �� ID 6
� ) m ' � ��� string __ �
ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� k � * J �
������������� � __PARAMETERS abstract sNames string
� 2 Contains an array of named value strings. The elements of this array correspond directly with the elements of iTypes. Description
� 2 � Y out )
� 2 � Y
�� ID 6
� � � Y
��F string Types sint32
� � Contains an array of data value types (integers). You can use these types to determine which Get method to call. For example, if the data value type is REG_SZ, you would call GetStringValue to retrieve the named value's data value. The elements of this array correspond directly with the elements of sNames. The following data value types are defined in Winnt.h:
REG_SZ (1)
REG_EXPAND_SZ (2)
REG_BINARY (3)
REG_DWORD (4)
REG_MULTI_SZ (7)
Description
� � � � out )
� � � � � �� ID 6
� Q � � � �� sint32 ReturnValue uint32
� � uint32 out
� � � �� __ � DeleteValue . . Description The DeleteValue method deletes a named value in the specified subkey. e ac6d1350600005Q ROOT\Default\ms_409 ���� � �
�� * � � � > � ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be deleted. Description
� h ' IN )
� h ' � �� ID 6
� $ h ' � ��� string sValueName string
� J Specifies the named value to be deleted from the subkey. Specify an empty string to delete the default named value (the default named value is not deleted its value is set to "value not set" Description
� J 1 q in )
� J 1 q j �� ID 6
� � 1 q j ��� string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDWORDValue g9 t9 Description The SetDWORDValue method sets the data value for a named value whose data type is REG_BINARY. %
ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * � � � : � � U����������������5 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string uValue uint32
� $ Specifies a double word data value. Description
� $ q K in )
� $ q K � �� ID 6
� - q K � ��� uint32 __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetQWORDValue �H �H Description The SetQWORDValue method sets the data value for a named value whose data type is REG_QWORD. )
ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * � � � : � � U��������������������3 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string uValue uint64
� $ Specifies a quad word data value. Description
� $ o K in )
� $ o K � �� ID 6
� + o K � ��� uint64 __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetDWORDValue �W �W Description The GetDWORDValue method returns the data value for a named value whose data type is REG_DWORD. M ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � 2 U ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��Q string __ � ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� e � * ��������� � __PARAMETERS abstract uValue uint32
� 2 Contains the DWORD data value for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� K � Y � �� uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � GetQWORDValue �e �e Description The GetQWORDValue method returns the data value for a named value whose data type is REG_QWORD. M ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � 2 U ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��Q string __ � ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� e � * ������������� � __PARAMETERS abstract uValue uint64
� 2 Contains the DWORD data value for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� K � Y � �� uint64 ReturnValue uint32
� � uint32 out
� � � �� __ � SetStringValue �s �s Description The SetStringValue method sets the data value for a named value whose data type is REG_MULTI_SZ. %
ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * � � � � : � U����������������/ � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string sValue string
� $ Specifies a string data value. Description
� $ k K in )
� $ k K � �� ID 6
� ' k K � ��� string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetStringValue �� � Description The GetStringValue method returns the data value for a named value whose data type is REG_SZ. M ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ � ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� f � * ��������� � __PARAMETERS abstract sValue string
� 2 Contains the string data value for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� L � Y � �� string ReturnValue uint32
� � uint32 out
� � � �� __ � SetMultiStringValue � � Description The SetMultiStringValue method sets the data value for a named value whose data type is REG_MULTI_SZ. The SetMultiStringValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. %
ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * � � � � : � U����������������; � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string sValue string
� $ Specifies an array of string data values. Description
� $ w K in )
� $ w K � �� ID 6
� 3 w K � ��� string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetMultiStringValue �� �� Description The GetMultiStringValue method returns the data value for a named value whose data type is REG_MULTI_SZ. The GetMultiStringValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. M ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ � ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� o � * ��������� � __PARAMETERS abstract sValue string
� 2 Contains an array of string data values for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� U � Y � ��
string ReturnValue uint32
� � uint32 out
� � � �� __ � SetExpandedStringValue .� ;� Description The SetExpandedStringValue method sets the data value for a named value whose data type is REG_EXPAND_SZ. The SetExpandedStringValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. %
ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * � � � n : � U����������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string sValue string
� $ Specifies an expanded string data value. The environment variable specified in the string must exist for the string to be expanded when you call GetExpandedStringValue. Description
� $ � K in )
� $ � K / �� ID 6
� � � K / ��j string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetExpandedStringValue �� � Description The GetExpandedStringValue method returns the data value for a named value whose data type is REG_EXPAND_SZ. M ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �p �� �
* k ��������4 � __PARAMETERS abstract sValue string
� 2 Contains the expanded string data value for the named value. The string is only expanded if the environment variable (for example, %Path%) is defined. Description
� 2 � Y out )
� 2 � Y + �� ID 6
� � � Y + ��g string ReturnValue uint32
� � uint32 out
� � �� __ � SetBinaryValue �� �� Description The SetBinaryValue method sets the data value for a named value whose data type is REG_BINARY. The SetBinaryValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. $
ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * � � � : � � U����������������9 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string uValue uint8
� $ Specifies an array of binary data values. Description
� $ v J in )
� $ v J � �� ID 6
� 2 v J � ��� uint8 __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetBinaryValue j� w� Description The GetBinaryValue method returns the data value for a named value whose data type is REG_BINARY. The GetBinaryValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. M ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� S � * � ��������� � __PARAMETERS abstract uValue uint8
� 2 Contains an array of binary bytes. Description
� 2 } X out )
� 2 } X � �� ID 6
� : } X � ��� uint8 ReturnValue uint32
� � uint32 out
� � � �� __ � CheckAccess �� �� Description The CheckAccess method verifies that the user possesses the specified permissions. The method returns a uint32 which is 0 if successful or some other value if any other error occurred. ' ac6d1350600005Q ROOT\Default\ms_409 ���� � ��
�� * � � � � ������������ � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Contains the key to be verified. Description
� J ' IN )
� J ' � �� ID 6
� J ' � ��� string uRequired uint32
� + Optional parameter that specifies the access permissions to be verified. You can add these values together to verify more than one access permission. The default value is 3. The following access permission values are defined in Winnt.h:
KEY_QUERY_VALUE (0X0001)
KEY_SET_VALUE (0X0002)
KEY_CREATE_SUB_KEY (0X0004)
KEY_ENUMERATE_SUB_KEYS (0X0008)
KEY_NOTIFY (0X0010)
KEY_CREATE_LINK (0X0020)
DELETE (0x00010000)
READ_CONTROL (0x00020000)
WRITE_DAC (0X00040000)
WRITE_OWNER (0X00080000) Description
� + B R in )
� + B R { �� ID 6
� � B R { ��� uint32 __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �$ �� * E � � ������ � __PARAMETERS abstract bGranted boolean
� 4 This parameter is True if user possesses the specified access permissions. Otherwise, the parameter is False. Description
� 4 � \ out )
� 4 � \ �� ID 6
� � � \ ��A boolean ReturnValue uint32
� � uint32 out
� � � �� __ � SetSecurityDescriptor @� M� Description The SetSecurityDescriptor method updates the specified key's security descriptor with the supplied __SecurityDescriptor. The method returns a uint32 which is 0 if successful or some other value if any other error occurred. c ac6d1350600005Q ROOT\Default\ms_409 ���� � �
�� � � * x _ ������������ � __PARAMETERS abstract hDefKey uint32
� 3 Parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
Description
� 3 � Z IN )
� 3 � Z � �� ID 6
� ^ � Z � �� uint32 sSubKeyName string
� � Contains the key name to set the security descriptor on. Description
� � � � IN )
� � � � �� ID 6
� � � � ��[ string
Descriptor object
� � Contains the security descriptor to set on the key name. Description
� � + � IN
)
� � + � d �� ID
6
� � + � d ��� object:__SecurityDescriptor __ �� ac6d1350600005Q ROOT\Default\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetSecurityDescriptor B O Description The GetSecurityDescriptor method returns the specified key's security descriptor in a __SecurityDescriptor. The method returns a uint32 which is 0 if successful or some other value if any other error occurred. � ac6d1350600005Q ROOT\Default\ms_409 ���� � �s �� * x ` ��������� � __PARAMETERS abstract hDefKey uint32
� 3 Parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
Description
� 3 � Z IN )
� 3 � Z � �� ID 6
� ^ � Z � �� uint32 sSubKeyName string
� � Contains the key name to get the security descriptor for. Description
� � � � IN )
� � � � ! �� ID 6
� � � � ! ��\ string __ �6 ac6d1350600005Q ROOT\Default\ms_409 ���� � �� �� * ~ � ��������� � __PARAMETERS abstract
Descriptor object
� 6 Returns the security descriptor from the key name. Description
� 6 � ] OUT
)
� 6 � ] � �� ID
6
� O � ] � �� object:__SecurityDescriptor ReturnValue uint32
� � uint32 out
� � � �� __ �; ]n; ]n; BFF3F6205A3Fx���2 � A671 # X]n;X]n; h]n;h]n; x]n;x]n; �]n;�]n; �]n;�]n; �]n;�]n; �]n;�]n; 66ADCA09 # �]n;�]n; �]n;�]n; ^n;^n; ^n;^n; $^n;$^n; 4^n;4^n; D^n;D^n; 201.26573213��9 � 6C89 # �^n;�^n; �^n;�^n; �^n;�^n; �^n;�^n; �^n;�^n; �^n;�^n; �^n;�^n; .207.792 # _n; _n; ,_n;,_n; <_n;<_n; L_n;L_n; \_n;\_n; l_n;l_n; |_n;|_n; 39F57D9EB755.��5 � 14.2 # �_n;�_n; �_n;�_n; �_n;�_n; �_n;�_n; `n;`n; `n;`n; (`n;(`n; 185DC97B # T`n;T`n; d`n;d`n; t`n;t`n; �`n;�`n; �`n;�`n; �`n;�`n; �`n;�`n; CD_349957449ǃ!�C!� 5608 # an; an; an;an; an; an; 0an;0an; @an;@an; Pan;Pan; `an;`an; 4 CD_280 # �an;�an; �an;�an; �an;�an; �an;�an; �an;�an; �an;�an; �an;�an; 01C276CB7BD1���2"� D_33 # 8bn;8bn; Hbn;Hbn; Xbn;Xbn; hbn;hbn; xbn;xbn; �bn;�bn; �bn;�bn; DE54E229 # �bn;�bn; �bn;�bn; �bn;�bn; �bn;�bn; cn;cn; cn;cn; $cn;$cn; 8081EC79F7E8��_�E#� 5A69 # pcn;pcn; �cn;�cn; �cn;�cn; �cn;�cn; �cn;�cn; �cn;�cn; �cn;�cn; 0D9FB047 # �cn;�cn; dn; dn; dn; dn; ,dn;,dn; <dn;<dn; Ldn;Ldn; \dn;\dn; A93CCEFECD64R���5$� F R_ # �dn;�dn; �dn;�dn; �dn;�dn; �dn;�dn; �dn;�dn; �dn;�dn; en;en; R_054A38 # 4en;4en; Den;Den; Ten;Ten; den;den; ten;ten; �en;�en; �en;�en; 75302566D567k���C%� 2564 # �en;�en; �en;�en; fn; fn; fn;fn; fn; fn; 0fn;0fn; @fn;@fn; 967CAE80 # lfn;lfn; |fn;|fn; �fn;�fn; �fn;�fn; �fn;�fn; �fn;�fn; �fn;�fn; 614DF68E300B ��C&� B336 # gn;gn; (gn;(gn; 8gn;8gn; Hgn;Hgn; Xgn;Xgn; hgn;hgn; xgn;xgn; 8AF6F9EA # �gn;�gn; �gn;�gn; �gn;�gn; �gn;�gn; �gn;�gn; �gn;�gn; hn;hn; FA8BDBAF3569ق;�5'� 8822 # Phn;Phn; `hn;`hn; phn;phn; �hn;�hn; �hn;�hn; �hn;�hn; �hn;�hn; 19953 C_ # �hn;�hn; �hn;�hn; �hn;�hn; in; in; in; in; ,in;[8� � +�>�9 � �R�
� ��h �t�Cm % P)�� ���E� [��� �'_9� � C I M _ D i r e c t o r y S p e c i f i c a t i o n �b�%߬�M # $ CIM_DirectorySpecification ) + � ��� � ������������������������������������ � Win32_DirectorySpecification Description This class represents the directory layout for the product. Each instance of the class represents a directory in both the source image and the destination image. Directory resolution is performed during the CostFinalize action and is done as follows: Root destination directories: Root directories entries are those with a null Directory_Parent value or a Directory_Parent value identical to the Directory value. The value in the Directory property is interpreted as the name of a property defining the location of the destination directory. If the property is defined, the destination directory is resolved to the property's value. If the property is undefined, the ROOTDRIVE property is used instead to resolve the path. Root source directorires: The value of the DefaultDir column for root entries is interpreted as the name of a property defining the source location of this directory. This property must be defined or an error will occur. Non-root destination directories: The Directory value for a non-root directory is also interpreted as the name of a property defining the location of the destination. If the property is defined, the destination directory is resolved to the property's value. If the property is not defined, the destination directory is resolved to a sub-directory beneath the resolved destination directory for the Directory_Parent entry. The DefaultDir value defines the name of the sub-directory. Non-root source directories: The source directory for a non-root directory is resolved to a sub-directory of the resolved source directory for the Directory_Parent entry. Again, the DefaultDir value defines the name of the sub-directory. AMENDMENT LOCALE ms_409 � C I M _ C h e c k �b�%߬�u % CIM_Check ) - � ��� � � � p w �������������������������������������� � Win32_EnvironmentSpecification Description Instances of this class contain information about any environment variables that may need to be registered for their associated products installation. AMENDMENT LOCALE ms_409 Environment
� ! . string Description Token name for the environment specification within its package. Value
� � � � string Description The value for this environment as a formatted string. � C I M _ C h e c k �b�%߬�f - CIM_Check ) � ��� � � � � � M [ ��U������������������������������������������� � Win32_ReserveCost Description This optional class allows the author to 'reserve' a specified amount of disk space in any directory, depending on the installation state of a component. Reserving cost in this way could be useful for authors who want to ensure that a minimum amount of disk space will be available after the installation is completed. For example, this disk space might be reserved for user documents, or for application files (such as index files) that are created only after the application is launched following installation. The ReserveCost class also allows custom actions to specify an approximate cost for any files, registry entries, or other items, that the custom action might install. AMENDMENT LOCALE ms_409 ReserveFolder
� ' 4 string Description The name of the directory (as a path, reference to a directory specification or reference to a property) where the space is reserved. ReserveKey
� � � string Description A unique key identifying this reserve cost item within its product. ReserveLocal
"
� � � � uint32 Description The number of bytes of disk space reserved if the associated software element is installed to run locally. ReserveSource &
� C K X uint32 Description The number of bytes of disk space reserved if the associated software element is installed to run from source. � C I M _ C h e c k �b�%߬�� ) CIM_Check ) , � ��� � � � ! ' � � ����������������������������������������I � Win32_ODBCDriverSpecification Description This class represents any ODBC drivers that are to be installed as part of a particular product. AMENDMENT LOCALE ms_409 Driver
� � � � string Description Token name for the driver within its package. File
� S [ h string Description The FileID of the Win32_FileSpecification representing this driver. SetupFile
"
� � � � string Description The FileID of the Win32_FileSpecification representing this drivers setup dll. � C I M _ C h e c k �b�%߬�� ) CIM_Check ) # 0 � ��� � � � I T � � ����������������������������������������i � Win32_ODBCTranslatorSpecification Description Instances of this class represent any ODBC Translators that are included as part of a products installation. AMENDMENT LOCALE ms_409 File
� � � string Description The FileID of the Win32_FileSpecification representing this translator. SetupFile
"
� � � � string Description The FileID of the Win32_FileSpecification representing this translators setup dll. Translator
� ! ) 6 string Description Token name for the translator within its package. � C I M _ C h e c k �b�%߬�� ) CIM_Check ) # 0 � ��� � � � 1 D � � ����������������������������������������Z � Win32_ODBCDataSourceSpecification Description This class specifies any Data Sources (DSNs) that need to be registered as part of an installation. AMENDMENT LOCALE ms_409 DataSource
� � � � string Description Token name for the data source within its package. DriverDescription
� p x � string Description The associated ODBC driver name. Registration
"
� � � � string Description The type of registration for this data source.
) indicates per machine,
1 indicates per user. �
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ D 3 4 1 F C E F 2 D B 2 5 B 0 B D 9 A 4 2 0 2 4 7 A 5 5 8 A F 8 6 F F 8 8 3 E 9 F 4 A B 3 5 1 1 4 C 7 9 5 D 1 E E 7 7 C 1 0 4 7 �
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r �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�b�%߬�tZ�%߬�h Q � __MethodProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="DFSProvider" c (a�%߬�� ) / ��: B J � StdRegProv Description The StdRegProv class contains methods that interact with the system registry. You can use these methods to:
Verify the access permissions for a user
Create, enumerate, and delete registry keys
Create, enumerate, and delete named values
Read, write, and delete data values AMENDMENT LOCALE ms_409 � � egP h / � St � � f ns o � � ~ wi � � �# �- y. �- H. �7 39 hod B9 �9 �F kH ess zH �H "V �W er �W 5X �a �e nd �e f ho rs
Cr �s t )� �� del �� ;� �� �� d, �� �� ͞ Q� a v f� h� �� Ѯ CAL � � � �� �� ?� �� \� l� _� �� � � � ^� @� M� %� N� � � � J � � � � �� CreateKey ) Description The CreateKey method creates a subkey in the specified tree. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �i �� * � � � ��������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Contains the key to be created. The CreateKey method creates all subkeys specified in the path that do not exist. For example, if MyKey and MySubKey do not exist in the following path, CreateKey creates both keys:
HKEY_LOCAL_MACHINE\SOFTWARE\MyKey\MySubKey Description
� + ' IN )
� + ' d �� ID 6
� � + ' d ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � DeleteKey � � Description The DeleteKey method deletes a subkey in the specified tree. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �i �� * � � � ��������
� __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Contains the key to be deleted. Description
� I ' IN )
� I ' � �� ID 6
� I ' � ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � EnumKey � � Description The EnumKey method enumerates the subkeys for the given path. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �i �� * � � � ��������, � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the subkeys to be enumerated. Description
� h ' IN )
� h ' � �� ID 6
� $ h ' � ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� W � * � ��������� � __PARAMETERS abstract sNames string
� 2 Contains an array of subkey strings. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� = � Y � ��� string ReturnValue uint32
� � uint32 out
� � � �� __ � EnumValues � � Description The EnumValues method enumerates the named values of the given subkey. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �i �� * � � � ��������1 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values to be enumerated. Description
� m ' IN )
� m ' � �� ID 6
� ) m ' � ��� string __ �
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� k � * J �
������������� � __PARAMETERS abstract sNames string
� 2 Contains an array of named value strings. The elements of this array correspond directly with the elements of iTypes. Description
� 2 � Y out )
� 2 � Y
�� ID 6
� � � Y
��F string Types sint32
� � Contains an array of data value types (integers). You can use these types to determine which Get method to call. For example, if the data value type is REG_SZ, you would call GetStringValue to retrieve the named value's data value. The elements of this array correspond directly with the elements of sNames. The following data value types are defined in Winnt.h:
REG_SZ (1)
REG_EXPAND_SZ (2)
REG_BINARY (3)
REG_DWORD (4)
REG_MULTI_SZ (7)
Description
� � � � out )
� � � � � �� ID 6
� Q � � � �� sint32 ReturnValue uint32
� � uint32 out
� � � �� __ � DeleteValue �- . Description The DeleteValue method deletes a named value in the specified subkey. c ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �
�� * � � � > � ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be deleted. Description
� h ' IN )
� h ' � �� ID 6
� $ h ' � ��� string sValueName string
� J Specifies the named value to be deleted from the subkey. Specify an empty string to delete the default named value (the default named value is not deleted its value is set to "value not set" Description
� J 1 q in )
� J 1 q j �� ID 6
� � 1 q j ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetDWORDValue S9 `9 Description The SetDWORDValue method sets the data value for a named value whose data type is REG_BINARY. #
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � � : � � U����������������5 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string uValue uint32
� $ Specifies a double word data value. Description
� $ q K in )
� $ q K � �� ID 6
� - q K � ��� uint32 __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � SetQWORDValue �H �H Description The SetQWORDValue method sets the data value for a named value whose data type is REG_QWORD. '
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � � : � � U��������������������3 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string uValue uint64
� $ Specifies a quad word data value. Description
� $ o K in )
� $ o K � �� ID 6
� + o K � ��� uint64 __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetDWORDValue �W �W Description The GetDWORDValue method returns the data value for a named value whose data type is REG_DWORD. K ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � 2 U ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��Q string __ � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� e � * ��������� � __PARAMETERS abstract uValue uint32
� 2 Contains the DWORD data value for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� K � Y � �� uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � GetQWORDValue �e �e Description The GetQWORDValue method returns the data value for a named value whose data type is REG_QWORD. K ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � 2 U ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��Q string __ � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� e � * ������������� � __PARAMETERS abstract uValue uint64
� 2 Contains the DWORD data value for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� K � Y � �� uint64 ReturnValue uint32
� � uint32 out
� � � �� __ � SetStringValue �s �s Description The SetStringValue method sets the data value for a named value whose data type is REG_MULTI_SZ. #
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � � � : � U����������������/ � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string sValue string
� $ Specifies a string data value. Description
� $ k K in )
� $ k K � �� ID 6
� ' k K � ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetStringValue ۂ Description The GetStringValue method returns the data value for a named value whose data type is REG_SZ. K ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� f � * ��������� � __PARAMETERS abstract sValue string
� 2 Contains the string data value for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� L � Y � �� string ReturnValue uint32
� � uint32 out
� � � �� __ � SetMultiStringValue �� Ő Description The SetMultiStringValue method sets the data value for a named value whose data type is REG_MULTI_SZ. The SetMultiStringValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. #
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � � � : � U����������������; � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string sValue string
� $ Specifies an array of string data values. Description
� $ w K in )
� $ w K � �� ID 6
� 3 w K � ��� string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetMultiStringValue w� �� Description The GetMultiStringValue method returns the data value for a named value whose data type is REG_MULTI_SZ. The GetMultiStringValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. K ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� o � * ��������� � __PARAMETERS abstract sValue string
� 2 Contains an array of string data values for the named value. Description
� 2 � Y out )
� 2 � Y � �� ID 6
� U � Y � ��
string ReturnValue uint32
� � uint32 out
� � � �� __ � SetExpandedStringValue �� � Description The SetExpandedStringValue method sets the data value for a named value whose data type is REG_EXPAND_SZ. The SetExpandedStringValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. #
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � � n : � U����������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string sValue string
� $ Specifies an expanded string data value. The environment variable specified in the string must exist for the string to be expanded when you call GetExpandedStringValue. Description
� $ � K in )
� $ � K / �� ID 6
� � � K / ��j string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetExpandedStringValue þ о Description The GetExpandedStringValue method returns the data value for a named value whose data type is REG_EXPAND_SZ. K ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �p �� �
* k ��������4 � __PARAMETERS abstract sValue string
� 2 Contains the expanded string data value for the named value. The string is only expanded if the environment variable (for example, %Path%) is defined. Description
� 2 � Y out )
� 2 � Y + �� ID 6
� � � Y + ��g string ReturnValue uint32
� � uint32 out
� � �� __ � SetBinaryValue }� �� Description The SetBinaryValue method sets the data value for a named value whose data type is REG_BINARY. The SetBinaryValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. "
ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * � � � : � � U����������������9 � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the key that contains the named value to be set. Description
� d ' IN )
� d ' � �� ID 6
� d ' � ��� string sValueName string
� F Specifies the named value whose data value you are setting. You can specify an existing named value (update) or a new named value (create). Specify an empty string to set the data value for the default named value. Description
� F F m in )
� F F m �� ID 6
� F m ��� string uValue uint8
� $ Specifies an array of binary data values. Description
� $ v J in )
� $ v J � �� ID 6
� 2 v J � ��� uint8 __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetBinaryValue *� 7� Description The GetBinaryValue method returns the data value for a named value whose data type is REG_BINARY. The GetBinaryValue method returns a uint32 which is 0 if successful or some other value if any other error occurred. K ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � 2 V ������������� � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Specifies the path that contains the named values. Description
� \ ' IN )
� \ ' � �� ID 6
� \ ' � ��� string sValueName string
� > Specifies the named value whose data value you are retrieving. Specify an empty string to get the default named value. Description
� > � e in )
� > � e �� ID 6
� � � e ��R string __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� S � * � ��������� � __PARAMETERS abstract uValue uint8
� 2 Contains an array of binary bytes. Description
� 2 } X out )
� 2 } X � �� ID 6
� : } X � ��� uint8 ReturnValue uint32
� � uint32 out
� � � �� __ � CheckAccess ^� k� Description The CheckAccess method verifies that the user possesses the specified permissions. The method returns a uint32 which is 0 if successful or some other value if any other error occurred. % ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� * � � � � ������������ � __PARAMETERS abstract hDefKey uint32
� 3 Optional parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
HKEY_DYN_DATA (0x80000006)
Note that HKEY_DYN_DATA is a valid tree for Windows 95 and Windows 98 computers only. Description
� 3 Z IN )
� 3 Z V �� ID 6
� � Z V ��� uint32 sSubKeyName string
� Contains the key to be verified. Description
� J ' IN )
� J ' � �� ID 6
� J ' � ��� string uRequired uint32
� + Optional parameter that specifies the access permissions to be verified. You can add these values together to verify more than one access permission. The default value is 3. The following access permission values are defined in Winnt.h:
KEY_QUERY_VALUE (0X0001)
KEY_SET_VALUE (0X0002)
KEY_CREATE_SUB_KEY (0X0004)
KEY_ENUMERATE_SUB_KEYS (0X0008)
KEY_NOTIFY (0X0010)
KEY_CREATE_LINK (0X0020)
DELETE (0x00010000)
READ_CONTROL (0x00020000)
WRITE_DAC (0X00040000)
WRITE_OWNER (0X00080000) Description
� + B R in )
� + B R { �� ID 6
� � B R { ��� uint32 __ �~ ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �$ �� * E � � ������ � __PARAMETERS abstract bGranted boolean
� 4 This parameter is True if user possesses the specified access permissions. Otherwise, the parameter is False. Description
� 4 � \ out )
� 4 � \ �� ID 6
� � � \ ��A boolean ReturnValue uint32
� � uint32 out
� � � �� __ � SetSecurityDescriptor �� � Description The SetSecurityDescriptor method updates the specified key's security descriptor with the supplied __SecurityDescriptor. The method returns a uint32 which is 0 if successful or some other value if any other error occurred. a ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �
�� � � * x _ ������������ � __PARAMETERS abstract hDefKey uint32
� 3 Parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
Description
� 3 � Z IN )
� 3 � Z � �� ID 6
� ^ � Z � �� uint32 sSubKeyName string
� � Contains the key name to set the security descriptor on. Description
� � � � IN )
� � � � �� ID 6
� � � � ��[ string
Descriptor object
� � Contains the security descriptor to set on the key name. Description
� � + � IN
)
� � + � d �� ID
6
� � + � d ��� object:__SecurityDescriptor __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � GetSecurityDescriptor � Description The GetSecurityDescriptor method returns the specified key's security descriptor in a __SecurityDescriptor. The method returns a uint32 which is 0 if successful or some other value if any other error occurred. � ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �s �� * x ` ��������� � __PARAMETERS abstract hDefKey uint32
� 3 Parameter that specifies the tree that contains the sSubKeyName path. The default value is HKEY_LOCAL_MACHINE (0x80000002). The following trees are defined in Winreg.h:
HKEY_CLASSES_ROOT (0x80000000)
HKEY_CURRENT_USER (0x80000001)
HKEY_LOCAL_MACHINE (0x80000002)
HKEY_USERS (0x80000003)
HKEY_CURRENT_CONFIG (0x80000005)
Description
� 3 � Z IN )
� 3 � Z � �� ID 6
� ^ � Z � �� uint32 sSubKeyName string
� � Contains the key name to get the security descriptor for. Description
� � � � IN )
� � � � ! �� ID 6
� � � � ! ��\ string __ �4 ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �� �� * ~ � ��������� � __PARAMETERS abstract
Descriptor object
� 6 Returns the security descriptor from the key name. Description
� 6 � ] OUT
)
� 6 � ] � �� ID
6
� O � ] � �� object:__SecurityDescriptor ReturnValue uint32
� � uint32 out
� � � �� __ � d;��� � ��ז �
���r | ���7� � ��k� ( �4��� B (�G
��� � V� � = ��CN � W�K�� d�%߬�� ) + � ��� � � ��������c � CIM_ElementConformsToProfile Description The CIM_ElementConformsToProfile association defines the RegisteredProfiles to which the referenced ManagedElement is conformant. Note: This association may apply to any Managed Element. Typical usage will apply it to a higher level instance, such as a System, NameSpace, or Service. When applied to a higher level instance, all constituent parts MUST behave appropriately in support of the ManagedElement's conformance to the named RegisteredProfile. AMENDMENT LOCALE ms_409 ConformantStandard f )
� V � ��q ~ ref:CIM_RegisteredProfile Description The RegisteredProfile to which the ManagedElement conforms. ManagedElement f )
� � �� ' ref:CIM_ManagedElement Description The ManagedElement that conforms to the RegisteredProfile. l � C I M _ L o g i c a l D e v i c e 1d�%߬��
� CIM_LogicalDevice ) � ��� � � � � � K \ & K W ��������_������������������������������������������������������������������������������������������������������������������������������������������������� � CIM_Sensor Description A Sensor is an entity capable of measuring or reporting the characteristics of some physical property - for example, the temperature or voltage characteristics of a Computer System. AMENDMENT LOCALE ms_409 CurrentState " z
� % - : string Description The current state indicated by the Sensor. This is always one of the "PossibleStates". OtherSensorTypeDescription # ~
� � � � string Description A string describing the Sensor type - used when the SensorType property is set to "Other". PollingInterval $ �
� � � � uint64 Description The polling interval that the Sensor hardware or the instrumentation uses to determine the current state of the Sensor. PossibleStates % �
� R Z g string Description PossibleStates enumerates the string outputs of the Sensor. For example, a "Switch" Sensor may output the states "On", or "Off". Another implementation of the Switch may output the states "Open", and "Close". Another example is a NumericSensor supporting thresholds. This Sensor can report the states like "Normal", "Upper Fatal", "Lower Non-Critical", etc. A NumericSensor that does not publish readings and thresholds, but stores this data internally, can still report its states. SensorType & � 8
� � � � �
�
c k uint16 Description The Type of the Sensor, e.g. Voltage or Temperature Sensor. If the type is set to "Other", then the OtherSensorType Description can be used to further identify the type, or if the Sensor has numeric readings, then the type of the Sensor can be implicitly determined by the Units. A description of the different Sensor types is as follows: A Temperature Sensor measures the environmental temperature. Voltage and Current Sensors measure electrical voltage and current readings. A Tachometer measures speed/revolutions of a Device. For example, a Fan Device can have an associated Tachometer which measures its speed. A Counter is a general purpose Sensor that measures some numerical property of a Device. A Counter value can be cleared, but it never decreases. A Switch Sensor has states like Open/Close, On/Off, or Up/Down. A Lock has states of Locked/Unlocked. Humidity, Smoke Detection and Air Flow Sensors measure the equivalent environmental characteristics. A Presence Sensor detects the presence of a PhysicalElement. A Power Consumption Sensor measures the instantaneous power consumed by a managed element. A Power Production Sensor measures the instantaneous power produced by a managed element such as a power supply or a voltage regulator. A pressure sensor is used to report pressure. ValueMap ! $ ' * - 0 3 6 9 = A E I M Q U 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 .. 32768..65535 Values � � � � � � � � $ . 8 K ] g v Unknown Other Temperature Voltage Current Tachometer Counter Switch Lock Humidity Smoke Detection Presence Air Flow Power Consumption Power Production Pressure DMTF Reserved Vendor Reserved � 7d�%߬�d �� ' / � CIM_ManagedElement AMENDMENT LOCALE ms_409 � � C I M _ M a n a g e d E l e m e n t 8d�%߬�y CIM_ManagedElement �� $ , � CIM_SettingData AMENDMENT LOCALE ms_409 � � C I M _ S e t t i n g D a t a 9d�%߬�� CIM_SettingData 6 ! 0 = s ��~ � � � Win32_PowerSetting DisplayName Power Setting Description This class represents a power setting in the system. AMENDMENT LOCALE ms_409 � C I M _ S e t t i n g D a t a :d�%߬� CIM_SettingData 6 ) A N � ��� � � � Win32_PowerSettingSubgroup DisplayName Power Setting Subgroup Description This class represents a power setting subgroup in the system. AMENDMENT LOCALE ms_409 � C I M _ S e t t i n g D a t a ;d�%߬�� CIM_SettingData 6 * 7 i ��t | � � ���3 � Win32_PowerPlan DisplayName Power Plan Description This class represents a power plan in the system AMENDMENT LOCALE ms_409 IsActive +
� � � � � � boolean DisplayName Is Active Description Whether this power scheme is currently active on the system. 6
� � � Activate ( 5 ? L DisplayName Activate Description Make this power scheme the active one on the system. � ac6d1350600005Q ROOT\cimv2\power\ms_409 ���� � �( �� * m ��� � __PARAMETERS abstract ReturnValue boolean
� _ boolean out
� _ h �� __ � C I M _ M a n a g e d E l e m e n t <d�%߬�z CIM_ManagedElement �� % - � CIM_Capabilities AMENDMENT LOCALE ms_409 � � C I M _ C a p a b i l i t i e s =d�%߬� CIM_Capabilities 6 + E R � ��� � � � Win32_PowerSettingDefinition DisplayName Power Setting Definition Description This class represents a power setting definition. AMENDMENT LOCALE ms_409 � >d�%߬�� ��# + 3 > � � � � ������] � CIM_ElementSettingData AMENDMENT LOCALE ms_409 IsCurrent
� j r | uint16 ValueMap � � � 0 1 2 IsDefault
� � � � uint16 ValueMap � � � 0 1 2 IsNext
� + 3 = uint16 ValueMap Q T W Z 0 1 2 3 � C I M _ P o w e r S u p p l y Sd�%߬�� � CIM_PowerSupply ! G Q � � ��������������������������������������������������������� ���� �������� ������������������������������������������������������������������������������������������������������������������� � Win32_PowerSupply Locale UUID ce665784-cdbf-4df5-aa8d-646b9cef02ab DeviceID @ N
� { � �� string Name @
� � � �� string � ���� � Y.�^ zO c , %��� 5 `�W� � v8X�S � Z � ��y
� � g/ V� p �
8 = =r�= � $ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t H_�%߬�> 3 . Msft_WmiProvider_OperationEvent_Post & ) # 0 � ���
��������������������������������������������������� � Msft_WmiProvider_CancelQuery_Post Description The Msft_WmiProvider_CancelQuery_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemEventProviderQuerySink :: CancelQuery. AMENDMENT LOCALE ms_409 QueryId (
� B J W uint32 Description The QueryId property holds an identifier of the query which was canceled. This identifier was originally delivered to the provider by the NewQuery method of this interface. Result
,
� 9 A N uint32 Description The Result property holds the HRESULT Status code of operation. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t I_�%߬�� < . Msft_WmiProvider_OperationEvent_Post & ) # 0 � ��� � � � � � ��W���������������������������������������������������������� � Msft_WmiProvider_AccessCheck_Post Description The Msft_WmiProvider_AccessCheck_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemEventSecurity :: AccessCheck. AMENDMENT LOCALE ms_409 Query
,
� 7 ? L string Description The Query property is a string containing the event query filter, which was registered by a logical consumer. QueryLanguage (
� � � string Description The QueryLanguage property holds the language of the following query filter. For this version of WMI, it will always be 'WQL'. Result 4
� � � � uint32 Description The Result property holds the HRESULT Status code of operation. Sid 0
� F M Z uint8 Description The Sid property is a Byte Array representing the SID of the client creating the subscription, NULL if subscription is temporary. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t J_�%߬�� 3 . Msft_WmiProvider_OperationEvent_Post & ) % 2 � ���
� � �������������������������������������������������� � Msft_WmiProvider_ProvideEvents_Post Description The Msft_WmiProvider_ProvideEvents_Post event class represents an event generated immediately following completion of the provider's implementation of IWbemEventProvider :: ProvideEvents. AMENDMENT LOCALE ms_409 Flags (
� = E R uint32 Description The Flags property contains the flags associated with the call. Result
,
� � � � uint32 Description The Result property holds the HRESULT Status code of operation. � C I M _ M a n a g e d E l e m e n t S_�%߬�� ) CIM_ManagedElement + ( 8 F N i � � * G � � < T � �U���������������������������������������< � CIM_RegisteredProfile Version 2.22.0 UMLPackagePath CIM::Interop Locale AdvertiseTypeDescriptions " +
� � � � � � string ArrayType Indexed ModelCorrespondence � CIM_RegisteredProfile.AdvertiseTypes AdvertiseTypes 6
� U ] ��g r { � uint16 Required ArrayType Indexed ModelCorrespondence � CIM_RegisteredProfile.AdvertiseTypeDescriptions InstanceID @ )
� � �� string Override InstanceID OtherRegisteredOrganization +
� � � � � string MaxLen ModelCorrespondence � CIM_RegisteredProfile.RegisteredOrganization RegisteredName )
� " * ��4 string Required MaxLen RegisteredOrganization )
� � � ��� � uint16 Required ModelCorrespondence � CIM_RegisteredProfile.OtherRegisteredOrganization RegisteredVersion
� * 2 �� string Required � T_�%߬�w A �� ��' 0 8 H a i u � � e�������� � CIM_Dependency Association Abstract Version 2.10.0 UMLPackagePath CIM::Core::CoreElements Locale Antecedent f
� � � �� ref:CIM_ManagedElement Dependent f
� � � �� ref:CIM_ManagedElement ge � C I M _ D e p e n d e n c y U_�%߬�� CIM_Dependency + ' 7 E M Y � � e�������� � CIM_ReferencedProfile Version 2.8.0 UMLPackagePath CIM::Interop Locale Antecedent f@
� � � � ref:CIM_RegisteredProfile Override Antecedent Dependent f@
� � ref:CIM_RegisteredProfile Override Dependent � C I M _ M a n a g e d E l e m e n t V_�%߬�� / CIM_ManagedElement 6 ��+ 4 < L Z b } + � � J g � � ' � � ( �UU��������������������������������������������� � CIM_RegisteredSpecification Experimental Version 2.22.0 UMLPackagePath CIM::Interop Locale AdvertiseTypeDescriptions ( +
� � � � � � string ArrayType Indexed ModelCorrespondence � CIM_RegisteredSpecification.AdvertiseTypes AdvertiseTypes
$ 6
� o w ��� � � � uint16 Required ArrayType Indexed ModelCorrespondence � CIM_RegisteredSpecification.AdvertiseTypeDescriptions InstanceID @ )
� , � ��4 > string Override InstanceID OtherRegisteredOrganization +
� � � � � string MaxLen ModelCorrespondence � CIM_RegisteredSpecification.RegisteredOrganization OtherSpecificationType +
� R Z b w string MaxLen ModelCorrespondence CIM_RegisteredSpecification.SpecificationType RegisteredName )
� � � �� string Required MaxLen RegisteredOrganization )
� ^ f ��p � uint16 Required ModelCorrespondence � CIM_RegisteredSpecification.OtherRegisteredOrganization RegisteredVersion
� �� string Required SpecificationType
� T \ q uint16 ModelCorrespondence y CIM_RegisteredSpecification.OtherSpecificationType �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 X_�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 Z_�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, Q � � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="WMISet" Y WMI service operational parameters management. 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 Vd�%߬�kZ�%߬�,
� __NAMESPACE ms_409 �b#�@ 5 1�ڧu L #�<� ) �b�%߬� ` ) � ��� � � � � � f w 2 R � � 1 J �
� � e p � �
�
�
D Q � � � � 6
G
� � U ^ X i � � � � � � � v � UUUUUU������������������������������������������������������������������������������������������� � Win32_PingStatus Description The Win32_PingStatus class contains the values returned by the standard ping command. More information on ping can be found in RFC 791. AMENDMENT LOCALE ms_409 Address )
� � �� String Description The Address property holds the value of the address requested. This can be either hostname ('wxyz1234') or IP address ('193.128.177.124'). BufferSize )
� � � ��� � uint32 Description The BufferSize property indicates the buffer size sent with the ping command. The default value is 32. NoFragmentation )
� � � ��� � boolean Description The NoFragmentation property sets a 'Don't Fragment' on packets sent. The default is False, not fragmented. PrimaryAddressResolutionStatus V +
� � � � d l uint32 Description The PrimaryAddressResolutionStatus property holds status information resulting from the gethostbyname call. This property reports the status of the resolution of the address value (ie value of the address property) given in the query. It is not related to any other resolution performed.
The property can take the following values:
0 - Success.
Other - For integer values other than those listed above, refer to WinSock error code documentation. Values x � Success Other ProtocolAddress N
� � � � String Description The ProtocolAddress property contains the address that the destination used to reply. ProtocolAddressResolved R
� v ~ � String Description The ProtocolAddressResolved property contains the resolved address corresponding to the ProtocolAddress property RecordRoute )
� A � ��I V uint32 Description The RecordRoute property indicates how many hops should be recorded while the packet is enroute. The default is zero. ReplyInconsistency 4
�
# boolean Description The ReplyInconsistency property reports inconsistent reply data. ReplySize 6
� � � � uint32 Description The ReplySize property indicates the size of the buffer returned. ResolveAddressNames
& )
� @ � ��I V boolean Description The ResolveAddressesNames indicates whether or not the command will resolve address names of output address values. The default is False - no resolution. ResponseTime ,
� ,
4
A
uint32 Description The ResponseTime property indicates the time elapsed to handle the request. ResponseTimeToLive
0
� �
�
�
uint32 Description The ResponseTimeToLive property indicates the time to live from moment the request is received. RouteRecord :
� } � � String Description The RouteRecord property holds a record of intermediate hops. RouteRecordResolved >
� ' String Description The RouteRecordResolved property holds the resolved address corresponding to the RouteRecord entry. SourceRoute " )
� � � ��� � String Description The SourceRoute property contais a comma separated list of valid Source Routes. SourceRouteType 6
� �
� ���
�
{ � uint32 Description The SourceRouteType property indicates the type of source route option to be used on host list specified in the SourceRoute property. If a value outside of the ValueMap is specified 0 is assumed. The default is zero. Values � � � None Loose Source Routing Strict Source Routing StatusCode ( +
� X ` uint32 Description The StatusCode property returns the ping status codes. Values � � � � 0 N \ h x � � � � � � 1 D Success Buffer Too Small Destination Net Unreachable Destination Host Unreachable Destination Protocol Unreachable Destination Port Unreachable No Resources Bad Option Hardware Error Packet Too Big Request Timed Out Bad Request Bad Route TimeToLive Expired Transit TimeToLive Expired Reassembly Parameter Problem Source Quench Option Too Big Bad Destination Negotiating IPSEC General Failure Timeout )
� � � ��� � uint32 Description The Timeout property indicates the Timeout value in milliseconds. If a response is not received in this time no response will be assumed. The default is 4000 milliseconds. TimeStampRecord B
� � � � uint32 Description The TimeStampRecord property holds a record timestamps for intermediate hops. TimeStampRecordAddress F
� = E R string Description The TimeStampRecordAddress property holds the intermediate hop corresponding to the TimeStampRecord entry. TimeStampRecordAddressResolved J
�
string Description The TimeStampRecordAddressResolved property holds the resolved address corresponding to the TimeStampRecordAddress entry. TimestampRoute )
� � � ��� � uint32 Description The TimestampRoute property indicates how many hops should be recorded with time stamp information while the packet is enroute. A Timestamp is the number of milliseconds that have passed since midnight UT. If the time is not available in milliseconds or cannot be provided with respect to midnight UT then any time may be inserted as a timestamp provided the high order bit of the timestamp field is set to one to indicate the use of a non-standard value. The default is zero. TimeToLive )
� � �� , uint32 Description The TimeToLive property indicates the lifespan of the ping packet in seconds. This is an upper limit and not absolute as all routers MUST decrement this value by one and hops between routers rarely take this amount of time. When this value becomes zero the packet will be dropped by the router. The default value is 80 seconds. TypeofService )
� � � ��� � uint32 Description the TypeOfService property provides an indication of the abstract parameters of the quality of service desired. These parameters are to be used to guide the selection of the actual service parameters when transmitting a datagram through a particular network. The default value is 0.
bits 0-2: Precedence.
bit 3: 0 = Normal Delay, 1 = Low Delay.
bits 4: 0 = Normal Throughput, 1 = High Throughput.
bits 5: 0 = Normal Relibility, 1 = High Relibility.
bit 6-7: Reserved.
Precedence
111 - Network Control
110 - Internetwork Control
101 - CRITIC/ECP
100 - Flash Override
011 - Flash
010 - Immediate
001 - Priority
000 - Routine
For a detailed description of the various serive types, refer to RFC 791, page 12. �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �b�%߬�nZ�%߬�� ���M 9 Z � __Win32Provider {7F72CC7A-74A0-45b4-909C-14FB8186DD7E} NetworkServiceHost DFSProvider E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �b�%߬�rZ�%߬�� � ��������S l � __InstanceProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="DFSProvider" [ WQL:UnarySelect ��=-P p *iI� � i��z � ��~c. p )N�� � 1p
�$ � �3��� � �� �� XS|��
� ^�� ~ c � &� � Ӿ��� �%�*� � �Y,{� o {�D < *h��N D+yl | V�y� f �H�gN L � ;̚ - 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 ,a�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 -a�%߬�kZ�%߬�*
� __NAMESPACE LDAP F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 .a�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 0a�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 1a�%߬�n
����D � Uint8Array value
� = � �� uint8 � 2a�%߬�� L S ��������� � DN_With_String dnString
� D � �� string value
� } � �� string � 3a�%߬�� L S ��������� � DN_With_Binary dnString
� D � �� string value
� } � �� uint8 � 4a�%߬�� I ' �� � �� � ; W � � � � O ^ � � � � * \ u � � � � , ? q � � � � G ] � � UUUU���������������������������������������������������������������������� � RootDSE singleton Microsoft|DSLDAPInstanceProvider|V1.0 configurationNamingContext
� � � �� string currentTime
� � � �� string defaultNamingContext
� � �� string dnsHostName
(
� G � �� string dsServiceName ,
� � � �� string highestCommittedUSN 0
� � � �� string LDAPServiceName
4
� � �� string namingContexts
� T � �� string rootDomainNamingContext
� � � �� string schemaNamingContext
� � � �� string serverName
� $ � �� string subschemaSubentry
� i � �� string supportedCapabilities 8
� � � �� string supportedControl
� � � �� string supportedLDAPPolicies <
� ? � �� string supportedLDAPVersion $
� � � �� string supportedSASLMechanisms @
� � � �� string � 5a�%߬�� �� ( ����e � DS_LDAP_Root_Class Abstract ADSIPath '
� ] � �� � �� string �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A 6a�%߬�nZ�%߬�� �?����M �� 9 q � __Win32Provider {1EF94880-01A8-11d2-A90B-00AA00BF3363} NetworkServiceHost Microsoft|DSLDAPClassProvider|V1.0 D 8 9 0 A C 6 A 9 2 9 0 4 0 B 8 6 C 7 3 E D 7 0 7 F 7 1 F 3 B F 5 A 8 D 5 C 2 4 B 8 6 2 A B C F D 8 1 2 E 1 9 3 7 C 8 F B 0 B B 7a�%߬�qZ�%߬�E �� �� �� p � � � __ClassProviderRegistration \\.\root\directory\LDAP:__Win32Provider.Name="Microsoft|DSLDAPClassProvider|V1.0" x Select * From meta_class Where __this isa "DS_LDAP_Root_Class" � Select * From meta_class Where __Class = "DS_LDAP_Root_Class" R O O T \ d i r e c t o r y \ L D A P _ _ C l a s s P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 0 0 9 0 7 4 6 5 8 6 F F 2 B 5 3 E 6 0 0 9 0 5 7 2 D 8 F 4 5 4 B 1 E F C E 8 4 D 6 4 7 0 F D D C 5 7 2 C 5 F 5 2 3 A 1 1 0 E F \ K I _ D 8 9 0 A C 6 A 9 2 9 0 4 0 B 8 6 C 7 3 E D 7 0 7 F 7 1 F 3 B F 5 A 8 D 5 C 2 4 B 8 6 2 A B C F D 8 1 2 E 1 9 3 7 C 8 F B 0 B B \ I _ 0 2 B 7 3 9 C 3 E D A E F 0 D 3 0 B F 4 3 5 D D E 3 3 9 8 C B 6 A 0 2 5 C 2 8 1 0 B B 0 F 2 F F 2 E 6 0 F B 5 8 D C E B 2 C 3 6 8a�%߬�� 2 �� � ��( �� � 6 f r � � e��������Y � DS_LDAP_Class_Containment Association HasClassRefs Microsoft|DSLDAPClassAssociationsProvider|V1.0 ChildClass f 4
� � � �� � ��� � ref classref � DS_LDAP_Root_Class ParentClass f 4
� . � �� � ��3 = ref classref E DS_LDAP_Root_Class �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A 9a�%߬�nZ�%߬�� �?����M 9 } � __Win32Provider {33831ED4-42B8-11d2-93AD-00805F853771} NetworkServiceHost Microsoft|DSLDAPClassAssociationsProvider|V1.0 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C :a�%߬�rZ�%߬�� � �� �� � __InstanceProviderRegistration \\.\root\directory\LDAP:__Win32Provider.Name="Microsoft|DSLDAPClassAssociationsProvider|V1.0" R O O T \ d i r e c t o r y \ L D A P _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 0 0 9 0 7 4 6 5 8 6 F F 2 B 5 3 E 6 0 0 9 0 5 7 2 D 8 F 4 5 4 B 1 E F C E 8 4 D 6 4 7 0 F D D C 5 7 2 C 5 F 5 2 3 A 1 1 0 E F \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ D D 1 6 9 C B A 4 B F 6 7 1 5 0 0 7 3 3 1 A C A 2 1 1 A C A 8 1 3 A 2 3 1 B 9 3 3 D C C 0 D 2 F 4 7 B 4 2 7 0 F 9 5 E B C 8 8 2 ;a�%߬�d ' �� � �� � + R a � � U�������� � DS_LDAP_Instance_Containment Association Microsoft|DSLDAPInstanceProvider|V1.0 ChildInstance f '
� � � �� � �� ref:DS_LDAP_Root_Class ParentInstance f '
� � � �� � �� ref:DS_LDAP_Root_Class dI �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A <a�%߬�nZ�%߬�� �?����M �� 9 t � __Win32Provider {AA527A40-4D9A-11d2-93AD-00805F853771} NetworkServiceHost Microsoft|DSLDAPInstanceProvider|V1.0 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C =a�%߬�rZ�%߬�� � ��������v � � __InstanceProviderRegistration \\.\root\directory\LDAP:__Win32Provider.Name="Microsoft|DSLDAPInstanceProvider|V1.0" ~ WQL:UnarySelect Ka�%߬� )
4 ��? G O S M����� � DN_Class Description A class to encapsulate a DN AMENDMENT LOCALE ms_409 DN )
� � � ��� � string Description The ADSI Path to the object in the DS � aǬՀ &7�� � �T�Jp ; 0�!� � ��Ian � ��ąH � �&= � 8n�%߬�\ 6 � �� � " , : = J N [ � � � � T Z U���������������������� � MSFT_SmbServerCertificateMapping smbwmiv2 ClassVersion 7 Description 60 DisplayName
� � � �� string Name '
� � � �� � �� string Subject
� � �� string Thumbprint '
� L � �� � �� string Type 6
� � � � � � � �� uint32 ValueMap � 0 Values � 61 � ' � L A � � AddServerCertificateMapping 7 ��D �� implemented static � ac6d1350600005Q ROOT\Microsoft\Windows\Smb ���� � �� �� C � * � � < � � � Y U���������������������� � __PARAMETERS abstract Name string
� 0 In
� 0 W �� ID )
� � W ��� string Subject string
� � In
� �
�� ID )
� s
��8 string Thumbprint string
� � In
� � � �� ID )
� ) � ��� string DisplayName string
� P In
� P w �� ID )
� � w ��� string Type uint32
� In
� ' �� ID )
� � ' ��U uint32 __ �= ac6d1350600005Q ROOT\Microsoft\Windows\Smb ���� � �� �� * � ~ � ��������� � __PARAMETERS abstract
CreatedMapping object
� : Out
� : a �� MSFT_SmbServerCertificateMapping EmbeddedInstance
)
� : a ��� � ID
6
� C a ��� � � object:MSFT_SmbServerCertificateMapping ReturnValue uint32
� � uint32 out
� � � �� __ � :n�%߬�� 6 � �� � * 8 ; H L Z � � � � ! , ^ k � � � � U����������������������������% � MSFT_SmbServerNetworkInterface smbwmiv2 ClassVersion 7 Description 46 FriendlyName
� � � �� string InterfaceIndex '
� � � �� � �� uint32 IpAddress '
� � �� � �� string LinkSpeed
� V � �� uint64 RdmaCapable
� � � �� boolean RssCapable
� � � �� boolean ScopeName '
� � �� � �� string � ;n�%߬�R 7 6 � �� � ) - : > R � � � � D N � � � � � = H � � 3 B UU����������������������������������������������������t � MSFT_SmbSession smbwmiv2 ClassVersion 30 Description 32 ClientComputerName
� | � �� string ClientUserName
� � � �� string ClusterNodeName
� � �� string Dialect ,
� < � �� string NumOpens
� x � �� uint64 ScopeName
� � � �� string SecondsExists (
� � � �� uint32 SecondsIdle $
� 5 � �� uint32 SessionId '
� } � �� � �� uint64 SmbInstance 6
� � � � � �� uint32 ValueMap � � 0 1 2 3 Values $ ' + / 9 10 56 57 TransportName
0
� l � �� string � ( , � � ForceClose �� implemented � ac6d1350600005Q ROOT\Microsoft\Windows\Smb ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � =n�%߬�� ! / 2 ? B U � � � � � � � U���������������������6 � MSFT_SmbShareAccessControlEntry ClassVersion 7 Description 8 AccessControlType 6
� � � � � � � �� uint32 ValueMap � � 0 1 Values � � 1 2 AccessRight 6
� ( 0 : Z b � �� uint32 ValueMap N Q T W 0 1 2 3 Values v y | 3 4 5 6 AccountName
� � � �� string Name
� � � �� string ScopeName
� . � �� string ap � >n�%߬�� A �� � �� � & 0 > A N R ] � � U��������O � MSFT_SmbShareChangeEvent Indication smbwmiv2 ClassVersion 7 Description 50 EventType +
� � � � � � uint32 ValueMap � � � 0 1 2 Values � � � 47 48 49 Share
� . @ object:MSFT_SmbShare EmbeddedInstance MSFT_SmbShare ve �
C I M _ C o m p o n e n t �vC_��� CIM_Component ) " � ���
�
~ � �������� � CIM_SystemComponent Description CIM_SystemComponent es una especializaci�n de la asociaci�n CIM_Component que establece 'parte de' las relaciones entre un Sistema y los Elementos del sistema administrados del que est�n compuestos. AMENDMENT LOCALE GroupComponent f@
� 9 I V ref:CIM_System Description El sistema principal en la asociaci�n. PartComponent f@
� � � � ref:CIM_ManagedSystemElement Description El elemento secundario que es componente del sistema. �9 A B 5 3 8 0 6 E 8 8 6 6 5 C 0 4 7 8 2 4 D 5 3 6 9 B 2 7 1 C 5 3 B 2 3 3 B B E A C 7 C 1 5 B E 3 B A 9 B D 2 1 4 E 5 2 7 5 0 0 ��&@��s_�%߬�m ��lq����� L � WMIBinaryMofResource C:\Windows\System32\drivers\IPMIDrv.sys[MofResource] ����P m D�F� > ���� � F��� C I M _ S t a t i s t i c a l I n f o r m a t i o n sa�%߬�! y $ CIM_StatisticalInformation ) + r ��} � � � ! ' @ U o � � � r � L ` T g J
e
E ^ 7 H v � | � � � � � � � � � }UUU��������������������������������������������������������������������������������������������������������������������� � Win32_NamedJobObjectActgInfo Description This class represents the IO accounting information for a job object. AMENDMENT LOCALE ms_409 ActiveProcesses 4
� � � � uint32 Description Specifies the total number of processes currently associated with the job. When a process is associated with a job, but the association fails because of a limit violation, this value is temporarily incremented. When the terminated process exits and all references to the process are released, this value is decremented. Name @ )
� ^ f s � �� string Description The Name property defines the label by which the statistic or metric is known. When subclassed, the property can be overridden to be a Key property.
As a Kernel object job object names are case sensitive. Because WMI keys are case insensitive, the name of the named job object must be decorated as follows: a capital letter should be preceded by a backslash. As a consequence of this convention, 'A' and 'a' are lower case and '\A' and '\a' are upper case. OtherOperationCount
L
� � � � uint64 Description Specifies the number of I/O operations performed, other than read and write operations, by all processes that have ever been associated with the job, in addition to all processes currently associated with the job. OtherTransferCount d
� � � � uint64 Description Specifies the number of bytes transferred during operations, other than read and write operations, by all processes that have ever been associated with the job, in addition to all processes currently associated with the job. PeakJobMemoryUsed p +
� � � ` g uint32 Description Specifies the peak memory in kilobytes usage of all processes associated with the job. Units kilobytes PeakProcessMemoryUsed l +
� � � � : A uint32 Description Specifies the most process memory in kilobytes used by any process ever associated with the job. Units kilobytes ReadOperationCount <
� � � � uint64 Description Specifies the number of read operations performed by all processes that have ever been associated with the job, in addition to all processes currently associated with the job. ReadTransferCount T
� � � � uint64 Description Specifies the number of bytes read by all processes that have ever been associated with the job, in addition to all processes currently associated with the job. ThisPeriodTotalKernelTime $ +
� �
�
�
- 4 uint64 Description Specifies the total amount of kernel-mode execution time, in 100 nanoseconds, for all active processes associated with the job (as well as all terminated processes no longer associated with the job) since the last call that set a per-job kernel-mode time limit. This property is set to 0 on creation of the job, and each time a per-job kernel-mode time limit is established. Units 100 nanoseconds ThisPeriodTotalUserTime +
� � � � & uint64 Description Specifies the total amount of user-mode execution time, in 100 nanoseconds, for all active processes associated with the job (as well as all terminated processes no longer associated with the job) since the last call that set a per-job user-mode time limit. This property is set to 0 on creation of the job, and each time a per-job user-mode time limit is established Units 100 nanoseconds TotalKernelTime +
� � � � ^ e uint64 Description Specifies the total amount of kernel-mode execution time, in 100 nanoseconds, for all active processes associated with the job, as well as all terminated processes no longer associated with the job. Units 100 nanoseconds TotalPageFaultCount ,
� � � � uint32 Description Specifies the total number of page faults encountered by all active processes associated with the job, as well as all terminated processes no longer associated with the job. TotalProcesses 0
� � � � uint32 Description Specifies the total number of processes associated with the job during its lifetime, including those that have terminated. For example, when a process is associated with a job, but the association fails because of a limit violation, this value is incremented. TotalTerminatedProcesses
8
� ! . uint32 Description Specifies the total number of processes terminated because of a limit violation. TotalUserTime +
� � � � � � uint64 Description Specifies the total amount of user-mode execution time, in 100 nanoseconds, for all active processes associated with the job, as well as all terminated processes no longer associated with the job. Units 100 nanoseconds WriteOperationCount D
� � uint64 Description Specifies the number of write operations performed by all processes that have ever been associated with the job, in addition to all processes currently associated with the job. WriteTransferCount \
� uint64 Description Specifies the number of bytes written by all processes that have ever been associated with the job, in addition to all processes currently associated with the job. � W i n 3 2 _ C o l l e c t i o n S t a t i s t i c s ta�%߬�� $ Win32_CollectionStatistics ) - � ��� � � � � ��������w � Win32_NamedJobObjectStatistics Description The Win32_NamedJobObjectStatistics association class relates a job object instance and the I/O accounting information instance containing accounting information for the job. AMENDMENT LOCALE ms_409 Collection f@ )
� : T a � �� ref:Win32_NamedJobObject Description This property is a reference to the instance of a job object. Stats f@ )
� �
� �� ref:Win32_NamedJobObjectActgInfo Description This property is a reference to the instance that contains statistical information about the job object. te � C I M _ C o l l e c t i o n S e t t i n g ua�%߬�� CIM_CollectionSetting ) ( � ��� � � � b k ���������4 � Win32_NamedJobObjectLimit Description The Win32_NamedJobObjectLimit association class relates a job object and the job object limit settings for that job. AMENDMENT LOCALE ms_409 Collection f@ )
� � # � �� ref:Win32_NamedJobObject Description This property is a reference to the instance of a job object. Setting f@ )
� � � � � �� ref:Win32_NamedJobObjectLimitSetting Description This property is a reference to the instance that contains limit settings for the job object. ef �
R O O T \ C I M V 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ F 3 9 B E 2 F 2 C C 7 5 5 1 B D E 9 0 E 6 2 4 B 5 C 7 3 0 1 C 1 5 8 A 6 8 D 6 1 8 B 8 8 7 A 1 3 5 B 2 1 C 9 C B 3 C E F D 8 6 3 __ Gn; Gn; ���
@ � h�� � u ٻg�k � �xC_��� ) ! Z ��e
m x � � & 1 M W �
�
$ * U������������������������� � MSFT_CliConnection Description La clase CliConnection define los par�metros que se usar�n con el alias propietario al establecer la conexi�n con el espacio de nombres en el que funciona el alias. Si una de las propiedades de conexi�n no se especifica, el valor predeterminado ser� el valor actual de esa propiedad en la sesi�n de la utilidad. AMENDMENT LOCALE Authority
� � � � STRING Description Opcional. Si el par�metro strAuthority comienza por la cadena 'kerberos:', se usar� la autenticaci�n Kerberos y este par�metro deber� contener un nombre principal Kerberos. Si el par�metro strAuthority contiene cualquier otro valor, se usar� la autenticaci�n NTLM y este par�metro deber� contener un nombre de dominio NTLM. Si deja este par�metro en blanco, el sistema operativo negociar� con DCOM para determinar si debe usarse la autenticaci�n NTLM o Kerberos. Este par�metro s�lo debe usarse con conexiones a servidores WMI remotos. Si intenta establecer la autoridad de una conexi�n WMI local, no se realizar� la conexi�n. Para obtener m�s informaci�n, consulte el tema sobre el uso de la autenticaci�n Kerberos o NTLM con la API Scripting en el archivo de Ayuda del SDK de WMI. Locale
� � STRING Description Opcional. Cadena que especifica el c�digo de localizaci�n. Si desea usar la configuraci�n regional actual, deje la cadena en blanco. Si no se deja en blanco, este par�metro debe ser una cadena que indique la configuraci�n regional deseada en la que debe recuperarse la informaci�n. En el caso de los identificadores de configuraci�n regional de Microsoft, el formato de la cadena ser� 'MS_xxxx', donde xxxx es una cadena en formato hexadecimal que indica el LCID. Por ejemplo, el ingl�s de Estados Unidos aparecer� como 'MS_409'. NameSpace
� ] e r STRING Description Opcional. Cadena que especifica el espacio de nombres en el que inicia sesi�n. Por ejemplo, para iniciar sesi�n en el espacio de nombres root\default, use 'root\default'. Si no especifica este par�metro, el valor predeterminado ser� el espacio de nombres configurado como predeterminado para el scripting. Para obtener m�s informaci�n sobre el valor predeterminado de este par�metro, consulte las entradas de la Ayuda del SDK de WMI sobre la creaci�n de objetos y monikers. Password
� � � � STRING Description Opcional. Cadena que especifica la contrase�a que se usar� al intentar conectarse. D�jela en blanco si desea usar la contrase�a del usuario conectado actualmente. El par�metro Password s�lo debe usarse con conexiones a servidores WMI remotos. Si intenta especificar el par�metro Password en una conexi�n WMI local, no se realizar� la conexi�n. Server
� & . ; STRING Description Opcional. Para obtener acceso a un equipo remoto con DCOM, este par�metro especifica el nombre del equipo. Un ejemplo es 'miServidor'. Si no proporciona este par�metro, la llamada se realiza al equipo local de forma predeterminada. User
� V ^ k STRING Description Opcional. Cadena que especifica el nombre de usuario que se usar� al intentar conectarse. Puede usarse un nombre de usuario o la forma dominio\nombreDeUsuario. Deje la cadena en blanco si desea usar el nombre de usuario conectado actualmente. El par�metro strUser s�lo debe usarse con conexiones a servidores WMI remotos. Si intenta especificar el par�metro strUser en una conexi�n WMI local, no se realizar� la conexi�n. us � �xC_��] " ) � ���
� � p } � R ` � � U a � � !
(
UU���������������������������������
� MSFT_CliAlias Description Las instancias de la clase CliAlias representan alias. La utilidad del comando WMI las usa como un mecanismo para reestructurar las capacidades ofrecidas por el esquema WMI. La reestructuraci�n se realiza por roles. Los roles se representan por medio de espacios de nombres. Las instancias de CliAlias se organizan en espacios de nombres orientados a roles de tal forma que los alias necesarios para un rol operativo espec�fico se encontrar�n todos juntos. Por ejemplo, todos los alias de administraci�n de impresoras se encontrar�n en el espacio de nombres \\.\root\ops\printer. Cada alias consta de una lista de formatos y verbos. Los formatos proporcionan varias estrategias de visualizaci�n para el alias (por ejemplo, FULL o BRIEF). Los verbos representan el comportamiento disponible a trav�s del alias (por ejemplo, RESET en el contexto de una impresora). Cada formato consta de una lista de propiedades. El alias est� relacionado con el esquema a trav�s de la propiedad Target que contiene una consulta WQL o una ruta de acceso v�lida (que puede ser simplemente el nombre de una clase) que define la instancia o conjunto de instancias al que se aplica el alias. AMENDMENT LOCALE Connection
� � # object:MSFT_CliConnection Description El objeto Connection define los par�metros necesarios para conectarse a WMI Description
� � � � String Description La propiedad Description proporciona una descripci�n del alias Formats
� 3 J W object:MSFT_CliFormat Description Los elementos de la matriz Formats definen las listas de propiedades que se mostrar�n para este alias. Se trata de una lista de listas indizadas por el nombre del formato (por ejemplo, FULL, BRIEF, INSTANCE o un calificador definido por el usuario). FriendlyName )
� � � � � �� STRING Description La cadena FriendlyName indica el nombre del alias. El nombre ser� �nico en el contexto del espacio de nombres en el que se define el alias. CLASS, QUERY, PATH y RESTORE no se pueden usar como nombres de alias porque aparecen en la misma ubicaci�n en la sintaxis. PWhere
� � � � STRING Description La propiedad PWhere define una cl�usula from/where (es decir, una consulta WQL sin la cl�usula Select). La cadena de la consulta puede contener par�metros de sustituci�n (tokens precedidos de una marca '#') que indican que los valores where se pueden sustituir en la cadena de consulta. Los valores del par�metro se toman de los tokens inmediatamente despu�s del alias si el token no se puede resolver en un modificador o verbo, lo que permite, por ejemplo, un comando como 'w KillProcess 154', en el que el valor PWhere del alias de KillProcess ser�a 'From Win32_process Where ProcessId = #ProcId' Qualifiers
� � � � object:MSFT_CliQualifier Description Los calificadores aplicables a este alias Target
� ( STRING Description La cadena Target define el objeto que se usar� a trav�s del alias. La cadena puede ser un nombre de clase simple o una consulta WQL. Si la propiedad Target est� vac�a, el alias s�lo podr� usar los verbos basados en utilidades de l�nea de comandos. Verbs
� T
i
v
object:MSFT_CliVerb Description La matriz Verbs es la lista de verbos compatibles con este alias. � �xC_��� ) � ���
� � �����v � MSFT_CliSeeAlso Description La asociaci�n CliSeeAlso proporciona una relaci�n entre un alias y los alias relacionados que se pueden usar como parte del mismo rol. AMENDMENT LOCALE Description
� � � String Description La propiedad Descriptions ofrece una descripci�n de la forma en que se relaciona SeeAlsoAlias con el original ci � �ˁ� y ��K=9 � ?qk�
= ߞ�G � �0�� � �J�� � �l�I� � O�� � 6=1� � ��� 0 M� ?� � C I M _ U S B C o n t r o l l e r H a s H u b �^�%߬�3 ! CIM_USBControllerHasHub ) % w ��� � � � ��������������������������������� � Win32_ControllerHasHub Description USBControllerHasHub defines the Hub(s) that are downstream of the USBController. AMENDMENT LOCALE ms_409 Antecedent f@ )
� � � � � �� ref:Win32_USBController Description The USBController. Dependent f@ )
� Q c p � �� ref:Win32_USBHub Description The USBHub that is associated with the Controller. � C I M _ R e a l i z e s �^�%߬�� CIM_Realizes ) + � ��� � � � � � ���������4 � Win32_DiskDrivePhysicalMedia Description The Win32_PhysicalElementsOfDiskDrive association defines the mapping between a disk drive and the physical components that implement it. AMENDMENT LOCALE ms_409 Antecedent f@ )
� - : � �� ref:Win32_PhysicalMedia Description The Antecedent reference represents the physical component that implements the DiskDrive device. Dependent f@ )
� � � � �� ref:Win32_DiskDrive Description The Dependent reference represents the disk drive. ha � �^�%߬�% 6 � �� � # K X � � � � [ f U���������������������� � Win32_SID SECRCW32 Locale UUID {8502C581-5FBB-11D2-AAC1-006008C78BC7} AccountName
� � � �� string BinaryRepresentation
� � � �� uint8 ReferencedDomainName
� � �� string SID '
� S � �� � �� string SidLength
� � � �� uint32 � �^�%߬�p A � �� � ��) 1 7 _ h � � U��������� � Win32_AccountSID SECRCW32 Association Locale UUID {8502C582-5FBB-11D2-AAC1-006008C78BC7} Element f '
� � � �� � �� ref:Win32_Account Setting f '
� � � �� � �� ref:Win32_SID B- � C I M _ S e t t i n g �^�%߬� CIM_Setting
) ��! ) / W e ����������������� � Win32_SecuritySetting abstract Locale UUID {8502C583-5FBB-11D2-AAC1-006008C78BC7} ControlFlags
� � � �� uint32 � i m � � � � � GetSecurityDescriptor ( 4 Privileges @ U SeSecurityPrivilege SeRestorePrivilege % ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � � ; ��������e � __PARAMETERS abstract
Descriptor object
� 6 OUT
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor ReturnValue uint32
� . uint32 out
� . 6 �� __ � SetSecurityDescriptor � � Privileges � � SeSecurityPrivilege SeRestorePrivilege ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � ����� � __PARAMETERS abstract
Descriptor object
� 6 IN
� 6 ] �� ID
)
� � ] ��� object:Win32_SecurityDescriptor __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ E l e m e n t S e t t i n g �^�%߬�� CIM_ElementSetting ) ��) 1 7 _ h � � e��������" � Win32_SecuritySettingOfObject Abstract Locale UUID {8502C584-5FBB-11D2-AAC1-006008C78BC7} Element f@
� � � � ref:CIM_LogicalElement Override Element Setting f@
� � ref:Win32_SecuritySetting Override Setting me � �^�%߬�{ 4 ��& ��3 ; A i p � � e�������� � Win32_SecuritySettingOwner abstract Association Locale UUID {8502C585-5FBB-11D2-AAC1-006008C78BC7} Owner f '
� � � �� � �� ref:Win32_SID SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting 02 � �^�%߬�{ 4 ��& ��3 ; A i p � � e�������� � Win32_SecuritySettingGroup abstract Association Locale UUID {8502C586-5FBB-11D2-AAC1-006008C78BC7} Group f '
� � � �� � �� ref:Win32_SID SecuritySetting f '
� � � �� � �� ref:Win32_SecuritySetting 02 � W i n 3 2 _ S e c u r i t y S e t t i n g O w n e r �^�%߬�� $ Win32_SecuritySettingOwner 6 � �� � " * 0 X _ � � e��������) � Win32_LogicalFileOwner SECRCW32 Locale UUID {8502C58E-5FBB-11D2-AAC1-006008C78BC7} Owner f@
� � � � ref:Win32_SID Override Owner SecuritySetting f@
� � ref:Win32_LogicalFileSecuritySetting Override SecuritySetting � C I M _ P h y s i c a l M e d i a �a�%߬�� C CIM_PhysicalMedia ) " � ��� � � � � � ������������������������������������������������������������������J � Win32_PhysicalMedia Description The Win32_PhysicaMedia class represents any type of documentation or storage medium, such as tapes, CD ROMs, etc. AMENDMENT LOCALE ms_409 SerialNumber @
� � � � string Description The Serial number property is a manufacturer-allocated number used to identify the physicalmedia.
Example: WD-WM3493798728 for a disk serial number. Tag @ )
� � � � � �� string Description The Tag property uniquely identifies the physical media in the system.
Example: \\PHYSICALDRIVE0 �
C I M _ U S B H u b �a�%߬�w F CIM_USBHub ) l ��w � � R X ���������������������������������������������������������������������� � Win32_USBHub Description The Win32_USBHub class represents the management characterisitics of a USB Hub. AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � � �� string Description The DeviceID property DeviceID is an address or other identifying information which uniquely identifies the USBHub. Name <
� � � � string Description The Name property indicates the name of the USB Hub. �IVE0 �ySetting � �� �7 S{C_���7 8 6 ) ! ��, 4 < K � � � � � � + 6 � �
� � O g � � L! Z! �" �" �' �' {5 �5 6 *6 UUU�����������������������������������������������������6 � CIM_Error Version 2.22.1 Description CIM_Error is a specialized class that contains information about the severity, cause, recommended actions and other data related to the failure of a CIM Operation. Instances of this type MAY be included as part of the response to a CIM Operation. AMENDMENT LOCALE MS_c0a CIMStatusCode
, +
� � � � � � uint32 Description The CIM status code that characterizes this instance.
This property defines the status codes that MAY be return by a conforming CIM Server or Listener. Note that not all status codes are valid for each operation. The specification for each operation SHOULD define the status codes that may be returned by that operation.
The following values for CIM status code are defined:
1 - CIM_ERR_FAILED. A general error occurred that is not covered by a more specific error code.
2 - CIM_ERR_ACCESS_DENIED. Access to a CIM resource was not available to the client.
3 - CIM_ERR_INVALID_NAMESPACE. The target namespace does not exist.
4 - CIM_ERR_INVALID_PARAMETER. One or more parameter values passed to the method were invalid.
5 - CIM_ERR_INVALID_CLASS. The specified Class does not exist.
6 - CIM_ERR_NOT_FOUND. The requested object could not be found.
7 - CIM_ERR_NOT_SUPPORTED. The requested operation is not supported.
8 - CIM_ERR_CLASS_HAS_CHILDREN. Operation cannot be carried out on this class since it has instances.
9 - CIM_ERR_CLASS_HAS_INSTANCES. Operation cannot be carried out on this class since it has instances.
10 - CIM_ERR_INVALID_SUPERCLASS. Operation cannot be carried out since the specified superclass does not exist.
11 - CIM_ERR_ALREADY_EXISTS. Operation cannot be carried out because an object already exists.
12 - CIM_ERR_NO_SUCH_PROPERTY. The specified Property does not exist.
13 - CIM_ERR_TYPE_MISMATCH. The value supplied is incompatible with the type.
14 - CIM_ERR_QUERY_LANGUAGE_NOT_SUPPORTED. The query language is not recognized or supported.
15 - CIM_ERR_INVALID_QUERY. The query is not valid for the specified query language.
16 - CIM_ERR_METHOD_NOT_AVAILABLE. The extrinsic Method could not be executed.
17 - CIM_ERR_METHOD_NOT_FOUND. The specified extrinsic Method does not exist.
18 - CIM_ERR_UNEXPECTED_RESPONSE. The returned response to the asynchronous operation was not expected.
19 - CIM_ERR_INVALID_RESPONSE_DESTINATION. The specified destination for the asynchronous response is not valid.
20 - CIM_ERR_NAMESPACE_NOT_EMPTY. The specified Namespace is not empty.
21 - CIM_ERR_INVALID_ENUMERATION_CONTEXT. The enumeration context supplied is not valid.
22 - CIM_ERR_INVALID_OPERATION_TIMEOUT. The specified Namespace is not empty.
23 - CIM_ERR_PULL_HAS_BEEN_ABANDONED. The specified Namespace is not empty.
24 - CIM_ERR_PULL_CANNOT_BE_ABANDONED. The attempt to abandon a pull operation has failed.
25 - CIM_ERR_FILTERED_ENUMERATION_NOT_SUPPORTED. Filtered Enumeratrions are not supported.
26 - CIM_ERR_CONTINUATION_ON_ERROR_NOT_SUPPORTED. Continue on error is not supported.
27 - CIM_ERR_SERVER_LIMITS_EXCEEDED. The WBEM Server limits have been exceeded (e.g. memory, connections, ...).
28 - CIM_ERR_SERVER_IS_SHUTTING_DOWN. The WBEM Server is shutting down.
29 - CIM_ERR_QUERY_FEATURE_NOT_SUPPORTED. The specified Query Feature is not supported. Values w
�
�
�
�
�
�
1 N j � � � � � ( E k � � � � ? l � � � CIM_ERR_FAILED CIM_ERR_ACCESS_DENIED CIM_ERR_INVALID_NAMESPACE CIM_ERR_INVALID_PARAMETER CIM_ERR_INVALID_CLASS CIM_ERR_NOT_FOUND CIM_ERR_NOT_SUPPORTED CIM_ERR_CLASS_HAS_CHILDREN CIM_ERR_CLASS_HAS_INSTANCES CIM_ERR_INVALID_SUPERCLASS CIM_ERR_ALREADY_EXISTS CIM_ERR_NO_SUCH_PROPERTY CIM_ERR_TYPE_MISMATCH CIM_ERR_QUERY_LANGUAGE_NOT_SUPPORTED CIM_ERR_INVALID_QUERY CIM_ERR_METHOD_NOT_AVAILABLE CIM_ERR_METHOD_NOT_FOUND CIM_ERR_UNEXPECTED_RESPONSE CIM_ERR_INVALID_RESPONSE_DESTINATION CIM_ERR_NAMESPACE_NOT_EMPTY CIM_ERR_INVALID_ENUMERATION_CONTEXT CIM_ERR_INVALID_OPERATION_TIMEOUT CIM_ERR_PULL_HAS_BEEN_ABANDONED CIM_ERR_PULL_CANNOT_BE_ABANDONED CIM_ERR_FILTERED_ENUMERATION_NOT_SUPPORTED CIM_ERR_CONTINUATION_ON_ERROR_NOT_SUPPORTED CIM_ERR_SERVER_LIMITS_EXCEEDED CIM_ERR_SERVER_IS_SHUTTING_DOWN CIM_ERR_QUERY_FEATURE_NOT_SUPPORTED DMTF Reserved CIMStatusCodeDescription 0
� ' / < string Description A free-form string containing a human-readable description of CIMStatusCode. This description MAY extend, but MUST be consistent with, the definition of CIMStatusCode. ErrorSource
"
� & 3 string Description The identifying information of the entity (i.e., the instance) generating the error. If this entity is modeled in the CIM Schema, this property contains the path of the instance encoded as a string parameter. If not modeled, the property contains some identifying string that names the entity that generated the error. The path or identifying string is formatted per the ErrorSourceFormat property. ErrorSourceFormat & +
� $ � � uint16 Description The format of the ErrorSource property is interpretable based on the value of this property. Values are defined as:
0 - Unknown. The format is unknown or not meaningfully interpretable by a CIM client application.
1 - Other. The format is defined by the value of the OtherErrorSourceFormat property.2 - CIMObjectPath. A CIM Object Path as defined in the CIM Infrastructure specification. Note: CIM 2.5 and earlier used the term object names. Values �
Unknown Other CIMObjectPath DMTF Reserved ErrorType +
� o w � � � uint16 Description Primary classification of the error. The following values are defined:
2 - Communications Error. Errors of this type are principally associated with the procedures and/or processes required to convey information from one point to another.
3 - Quality of Service Error. Errors of this type are principally associated with failures that result in reduced functionality or performance.
4 - Software Error. Error of this type are principally associated with a software or processing fault.
5 - Hardware Error. Errors of this type are principally associated with an equipment or hardware failure.
6 - Environmental Error. Errors of this type are principally associated with a failure condition relating the to facility, or other environmental considerations.
7 - Security Error. Errors of this type are associated with security violations, detection of viruses, and similar issues.
8 - Oversubscription Error. Errors of this type are principally associated with the failure to allocate sufficient resources to complete the operation.
9 - Unavailable Resource Error. Errors of this type are principally associated with the failure to access a required resource.
10 -Unsupported Operation Error. Errors of this type are principally associated with requests that are not supported. Values � � � � $ 9 I a } � Unknown Other Communications Error Quality of Service Error Software Error Hardware Error Environmental Error Security Error Oversubscription Error Unavailable Resource Error Unsupported Operation Error DMTF Reserved Message
� � � � string Description The formatted message. This message is constructed by combining some or all of the dynamic elements specified in the MessageArguments property with the static elements uniquely identified by the MessageID in a message registry or other catalog associated with the OwningEntity. MessageArguments
� H P ] string Description An array containing the dynamic content of the message. MessageID
� � � � string +B��P ����o � �k�.Z � e )< t C I M _ P h y s i c a l M e m o r y �a�%߬��
t CIM_PhysicalMemory ) # � ��� �
� � G ] * � � � � � � v � ( : A F 9 E �����_U������������������������������������������������������������������������������������������������������������� � Win32_PhysicalMemory Description The Win32_PhysicalMemory class represents a physical memory device located on a computer system as available to the operating system. AMENDMENT LOCALE ms_409 Attributes L
� � uint32 Description SMBIOS - Type 17 - Attributes. Represents the RANK. ConfiguredClockSpeed P
� � � � uint32 Description Identifies the configured clock speed to the memory device, in megahertz (MHz) If the value is 0, the speed is unknown. ConfiguredVoltage T
� V ^ k uint32 Description Configured voltage for this device, in millivolts. If the value is 0, the voltage is unknown. DeviceLocator X
�
string Description The DeviceLocator property indicates the label of the socket or circuit board that holds this memory.
Example: SIMM 3 InterleaveDataDepth \
� � � � uint16 Description The InterleaveDataDepth property indicates the maximum number of consecutive rows of data that are accessed in a single interleaved transfer from the memory device. If the value is 0, then the memory is not interleaved. MaxVoltage ^
� � uint32 Description Maximum operating voltage for this device, in millivolts. If the value is 0, the voltage is unknown MinVoltage b
� � � � uint32 Description Minimum operating voltage for this device, in millivolts. If the value is 0, the voltage is unknown SMBIOSMemoryType f
� f n { uint32 Description Type of memory used in this device. This is an extra property being added to report the raw SMBIOS memory type. The value reported by the property MemoryType is a CIM value mapped to SMBIOS value. Tag @ )
� } � � � �� string Description The Tag property contains a string that uniquely identifies the physical memory device represented by an instance of Win32_PhysicalMemory.
Example: Physical Memory 1 TypeDetail j +
� ~ � � T a uint16 BitValues
� � � � � �
" ( - : F Reserved Other Unknown Fast-paged Static column Pseudo-static RAMBUS Synchronous CMOS EDO Window DRAM Cache DRAM Non-volatile Description The TypeDetail property indicates the type of physical memory represented by Win32_PhysicalMemory. � C I M _ P h y s i c a l C o n n e c t o r �a�%߬�� < CIM_PhysicalConnector ) " � ��� � � � @ ] k � �
�
��}��������������������������������������������������������� � Win32_PortConnector Description The Win32_PortConnector class represents physical connection ports, such as DB-25 pin male, Centronics, and PS/2. AMENDMENT LOCALE ms_409 ConnectorType ` * +
� �
� � uint16 Description The ConnectorType property indicates the physical attributes of the connector used by this port.
Example: 2 25 (Male RS-232) Values _ # ) 1 ; G h � � � � � : _ w � � � � � � � � � � � � � 0 @ P U [ a l w � � � � � � � � � � � � � �
" - 3 = E Q X d u � � � � � � � � � 1 M X _ f m z � � � � � � � Unknown Other Male Female Shielded Unshielded SCSI (A) High-Density (50 pins) SCSI (A) Low-Density (50 pins) SCSI (P) High-Density (68 pins) SCSI SCA-I (80 pins) SCSI SCA-II (80 pins) SCSI Fibre Channel (DB-9, Copper) SCSI Fibre Channel (Fibre) SCSI Fibre Channel SCA-II (40 pins) SCSI Fibre Channel SCA-II (20 pins) SCSI Fibre Channel BNC ATA 3-1/2 Inch (40 pins) ATA 2-1/2 Inch (44 pins) ATA-2 ATA-3 ATA/66 DB-9 DB-15 DB-25 DB-36 RS-232C RS-422 RS-423 RS-485 RS-449 V.35 X.21 IEEE-488 AUI UTP Category 3 UTP Category 4 UTP Category 5 BNC RJ11 RJ45 Fiber MIC Apple AUI Apple GeoPort PCI ISA EISA VESA PCMCIA PCMCIA Type I PCMCIA Type II PCMCIA Type III ZV Port CardBus USB IEEE 1394 HIPPI HSSDC (6 pins) GBIC DIN Mini-DIN Micro-DIN PS/2 Infrared HP-HIL Access.bus NuBus Centronics Mini-Centronics Mini-Centronics Type-14 Mini-Centronics Type-20 Mini-Centronics Type-26 Bus Mouse ADB AGP VME Bus VME64 Proprietary Proprietary Processor Card Slot Proprietary Memory Card Slot Proprietary I/O Riser Slot PCI-66MHZ AGP2X AGP4X PC-98 PC-98Hireso PC-H98 PC-98Note PC-98Full Mini-Jack On Board Floppy 9 Pin Dual Inline (pin 10 cut) 25 Pin Dual Inline (pin 26 cut) 50 Pin Dual Inline 68 Pin Dual Inline On Board Sound Input from CD-ROM ExternalReferenceDesignator .
� � � � string Description The ExternalReferenceDesignator property indicates the external reference designator of the port. External reference designators are identifiers that determine the type and use of the port.
Example: COM1 InternalReferenceDesignator
2
� � � � string Description The InternalReferenceDesignator property indicates the internal reference designator of the port. Internal reference designators are specific to the manufacturer and identify the circuit board location or use of the port.
Example: J101 PortType 6 +
� �
V ^ uint16 Description The PortType property describes the function of the port.
Example: USB Values " � � $ 7 J a � � � � �
%
*
A
Q
a
r
{
�
�
�
�
�
�
�
�
�
�
None Parallel Port XT/AT Compatible Parallel Port PS/2 Parallel Port ECP Parallel Port EPP Parallel Port ECP/EPP Serial Port XT/AT Compatible Serial Port 16450 Compatible Serial Port 16550 Compatible Serial Port 16550A Compatible SCSI Port MIDI Port Joy Stick Port Keyboard Port Mouse Port SSA SCSI USB FireWire (IEEE P1394) PCMCIA Type II PCMCIA Type II PCMCIA Type III Cardbus Access Bus Port SCSI II SCSI Wide PC-98 PC-98-Hireso PC-H98 Video Port Audio Port Modem Port Network Port 8251 Compatible 8251 FIFO Compatible Tag @ )
� R Z g � �� string Description The Tag property contains a string that uniquely identifies a port connection on the computer system.
Example: Port Connector 1 � W i n 3 2 _ C O M A p p l i c a t i o n �a�%߬�� Win32_COMApplication ) $ v ��� � � � ����9 � Win32_DCOMApplication Description The Win32_DCOMApplication class represents the properties of a DCOM application. AMENDMENT LOCALE ms_409 AppID )
� � � � � �� string Description The AppID property is a Globally Unique Identifier (GUID) for the DCOM application. a � W i n 3 2 _ C O M C l a s s b�%߬�@ Win32_COMClass ) $ s ��~ � � � C I �������� � Win32_ClassicCOMClass Description The Win32_ClassicCOMClass class represents the properties of a COM component. AMENDMENT LOCALE ms_409 ComponentId )
� � � � � �� string Description The ComponentId property contains the Globally Unique Identifier (GUID) of this COM class. Name
� u } � string Description The Name property contains the human-readable name for the COM class. si �ion. a �nector 1 �lMemory. �M class. ��Iijp �7�x � �(H2: ��1�>
"
����` e �!g6� �
C I M _ C o n t a i n e r 8]�%߬�� CIM_Container ) � ��� � � r � � � u����������������X � CIM_CardOnCard Description Cards may be plugged into motherboards/baseboards, are daughtercards of an adapter, or support special card-like modules. These relationships are described by the CIM_CardOnCard association. AMENDMENT LOCALE ms_409 GroupComponent f@
� 4 B O ref:CIM_Card Description The card that hosts another card. MountOrSlotDescription
� � � � string Description A string describing and identifying how the card is mounted on or plugged into the 'other' card. slot information could be included in this field and may be sufficient for certain management purposes. If so, this avoids creating instantiations of connector/slot objects just to model the relationship of cards to hosting boards or other adapters. On the other hand, if slot and connector information is available, this field could be used to provide more detailed mounting or slot insertion data. PartComponent f@
� � ref:CIM_Card Description The card that is plugged into or otherwise mounted on another card. �
C I M _ C o n t a i n e r :]�%߬��
CIM_Container ) $ � ��� � � � � � ������������� � CIM_PackagedComponent Description A component is typically contained by a physical package, such as a chassis or card. The CIM_PackagedComponent association makes this relationship explicit. In the first sentence, the word, 'typically', is used. This is because a component may be removed from, or not yet inserted into, its containing package (i.e., the Removable boolean property is TRUE). Therefore, a component may not always be associated with a container. AMENDMENT LOCALE ms_409 GroupComponent f@
� ( A N ref:CIM_PhysicalPackage Description The physical package that contains component(s). PartComponent f@
� � � � ref:CIM_PhysicalComponent Description The physical component which is contained in the package. �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �a�%߬�tZ�%߬�t ] � __MethodProviderRegistration \\.\Root\CIMV2:__Win32Provider.Name="MS_NT_EVENTLOG_PROVIDER" C I M _ C h i p �a�%߬�� R CIM_Chip
) ! � ��� � � � w � 4 v � B I � � ���_U����������������������������������������������������������������������������� � CIM_PhysicalMemory Description CIM_PhysicalMemory is a subclass of CIM_Chip, representing low level memory devices - SIMMS, DIMMs, raw memory chips, etc. AMENDMENT LOCALE ms_409 BankLabel .
� � � string Description A string identifying the physically labeled bank where the memory is located - for example, 'Bank 0' or 'Bank A'. Capacity 2 +
� � � �
uint64 Description The total capacity of this physical memory, in bytes. Units bytes DataWidth : +
� X ` m uint16 Description Data width of the physical memory, in bits. A data width of 0 and a total width of 8 would indicate that the memory is solely used to provide error correction bits. Units bits InterleavePosition <
� ` h u uint32 Description The position of this physical memory in an interleave. 0 indicates non-interleaved. 1 indicates the first position, 2 the second position and so on. For example, in a 2:1 interleave, a value of '1' would indicate that the memory is in the 'even' position. MemoryType @ +
� � � � � � uint16 Description The type of physical memory. Values V _ f l ~ � � � � � � � � � � � � � � � � � � Unknown Other DRAM Synchronous DRAM Cache DRAM EDO EDRAM VRAM SRAM RAM ROM Flash EEPROM FEPROM EPROM CDRAM 3DRAM SDRAM SGRAM RDRAM DDR DDR2 DDR2 FB-DIMM PositionInRow B
� A I V uint32 Description Specifies the position of the physical memory in a 'row'. For example, if it takes two 8-bit memory devices to form a 16-bit row, then a value of '2'means that this memory is the second device. 0 is an invalid value for this property. Speed F +
� � � � � � uint32 Description The speed of the physical memory, in nanoseconds. Units nanoseconds TotalWidth J +
� # + 8 uint16 Description Total width, in bits, of the physical memory, including check or error correction bits. If there are no error correction bits, the value in this property should match that specified for the DataWidth property. Units bits � C I M _ P h y s i c a l C o m p o n e n t �a�%߬�# 2 CIM_PhysicalComponent )
� ��� � � � ��������������������������������������������������� � CIM_Chip Description The CIM_Chip class represents any type of integrated circuit hardware, including ASICs, processors, memory chips, etc. AMENDMENT LOCALE ms_409 FormFactor
, +
� � � ~ � uint16 Description The implementation form factor for the chip.For example, values such as SIMM (7), TSOP (9) or PGA (10) can be specified. Values � � �
% + 1 6 < D K P V [ a g l r w ~ � Unknown Other SIP DIP ZIP SOJ Proprietary SIMM DIMM TSOP PGA RIMM SODIMM SRIMM SMD SSMP QFP TQFP SOIC LCC PLCC BGA FPBGA LGA FB-DIMM � C I M _ P h y s i c a l E l e m e n t �a�%߬�� 0 CIM_PhysicalElement ) $ � ��� � � � ^ i c p ��_��������������������������������������������� � CIM_PhysicalComponent Description The CIM_PhysicalComponent class represents any low-level or basic component within a package. Any physical element that is not a link, connector, or package is a descendent (or member) of this class. For example, the UART chipset on an internal modem card would be a subclass (if additional properties or associations are defined) or an instance of CIM_PhysicalComponent. AMENDMENT LOCALE ms_409 HotSwappable
&
� � � boolean Description A physical component can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). For example, a fan component may be designed to be hot swapped. All components that can be hot swapped are inherently removable and replaceable . Removable (
� � � � boolean Description A physical component is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. A component can still be removable if power must be 'off' in order to perform the removal. If power can be 'on' and the component removed, then the element is removable and can be hot swapped. For example, an upgradeable processor chip is removable. Replaceable *
� � � � boolean Description A physical component is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. For example, some computer systems allow the main processor chip to be upgraded to one of a higher clock rating. In this case, the processor is said to be replaceable . All removable components are inherently replaceable . � FB-DIMM �ts bits �T_EVENTLOG_PROVIDER" � �� i =E�W�
�ZU � �e��
� ��:�r Q `B�_� S �Xh K �1�a w
E v e n t T r a c e �c�%߬�= EventTrace 6 � �� ! 5 ; c k u | u����� � SchannelDebugTrace Description Security: SChannel Guid {37D2C3CD-C5D4-4587-8531-4696C44244C8} locale MS\0x409 Flags E
� � � � � � � # - uint32 Description Enable Flags ValueDescriptions
1 = K W c m x � � � Error Flag Warning Flag Trace Flag Alloc Flag Res Flag Func Flag Cred Flag Ctxt Flag Mapper Flag Buffers Flag Values
� � � � � Error Warning Trace Alloc Res Func Cred Ctxt Mapper Buffers ValueMap
Y e q } � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 E �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� ! ? E m u � }����r � TSRdpEndPointTrace Description TS Rdp Sound End Point Trace guid {5A966D1C-6B48-11DA-8BDE-F66BAD1E3F3A} locale MS\0x409 Flags R
� � � � | � � � 4 > uint32 Description Enable Flags ValueDescriptions , E ` TS_TRACE_LEVEL_NRM Flag TS_TRACE_LEVEL_ERROR Flag TS_TRACE_LEVEL_ASSERT Flag DefineValues � � � TS_TRACE_LEVEL_NRM TS_TRACE_LEVEL_ERROR TS_TRACE_LEVEL_ASSERT Values � TS_TRACE_LEVEL_NRM TS_TRACE_LEVEL_ERROR TS_TRACE_LEVEL_ASSERT ValueMap N Z f 0x00000001 0x00000002 0x00000004 E �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� / 5 ] e o v
e��������< � Mesh Description Microsoft-Windows-P2P-Mesh guid {3333d2fc-3aee-479f-985d-8bebae552b99} locale MS\0x409 Flags R
� � � � � � � � � 5 ? uint32 Description Enable Flags ValueDescriptions @ K Y i x � � � � � � � PEER Flag LINKMAN Flag GRAPHMAIN Flag DATABASE Flag GRAPHOBJ Flag FLOODMAN Flag SOCKMAN Flag GROUPING_GO Flag EVENT Flag GROUPING Flag GSM Flag SSP Flag DefineValues ' - 6 A K U _ h u | � � PEER LINKMAN GRAPHMAIN DATABASE GRAPHOBJ FLOODMAN SOCKMAN GROUPING_GO EVENT GROUPING GSM SSP Values � � � � � �
! + 0 PEER LINKMAN GRAPHMAIN DATABASE GRAPHOBJ FLOODMAN SOCKMAN GROUPING_GO EVENT GROUPING GSM SSP ValueMap s � � � � � � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 Level _
� w � � � D R � � � * 5 uint32 Description Levels ValueDescriptions � � Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues b u � TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � Error Warning Information Verbose ValueMap % 0x1 0x2 0x3 0x4 ValueType index �
E v e n t T r a c e �c�%߬�c EventTrace 6 � �� / 5 ] e o v � � e��������� � PNRP Description Microsoft-Windows-P2P-PNRP guid {bbbc81cf-e219-469c-a405-f820ee496194} locale MS\0x409 Flags R
� � � � � � � Z b � � uint32 Description Enable Flags ValueDescriptions @ J X b k w � � � � � � NSP Flag PNRPHLP Flag API Flag MT Flag PROTO Flag CPAST Flag CACHE Flag CLOUD Flag CPASEC Flag PERF Flag RESOLVE Flag IM Flag DefineValues # * 1 8 ? G M V NSP PNRPHLP API MT PROTO CPAST CACHE CLOUD CPASEC PERF RESOLVE IM Values � � � � � � � � � � � � NSP PNRPHLP API MT PROTO CPAST CACHE CLOUD CPASEC PERF RESOLVE IM ValueMap " . : F R ^ j v � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 Level _
� & . ; C V � e m � � � � uint32 Description Levels ValueDescriptions j � � � Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues $ P TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � Error Warning Information Verbose ValueMap � � � � 0x1 0x2 0x3 0x4 ValueType index ne �
E v e n t T r a c e �c�%߬�% EventTrace 6 � �� 8 > f n x y����� � IpsecPolicyAgent Description Downlevel IPsec Service guid {94335eb3-79ea-44d5-8ea9-306f49b3a040} locale MS\0x409 Flags R
� � � � � � � � [ e uint32 Description Enable Flags ValueDescriptions - @ S i { TRC_FN_ENTER Flag TRC_FN_LEAVE Flag TRC_INFORMATION Flag TRC_WARNING Flag TRC_ERROR Flag DefineValues � � � � � TRC_FN_ENTER TRC_FN_LEAVE TRC_INFORMATION TRC_WARNING TRC_ERROR Values $ 2 C P TRC_FN_ENTER TRC_FN_LEAVE TRC_INFORMATION TRC_WARNING TRC_ERROR ValueMap } � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 { �
E v e n t T r a c e �c�%߬�' EventTrace 6 � �� : @ h p z � y����� � IpsecPolStore Description Downlevel IPsec Policy Store guid {94335eb3-79ea-44d5-8ea9-306f49b3a070} locale MS\0x409 Flags R
� � � � � � � ] g uint32 Description Enable Flags ValueDescriptions / B U k } TRC_FN_ENTER Flag TRC_FN_LEAVE Flag TRC_INFORMATION Flag TRC_WARNING Flag TRC_ERROR Flag DefineValues � � � � � TRC_FN_ENTER TRC_FN_LEAVE TRC_INFORMATION TRC_WARNING TRC_ERROR Values & 4 E R TRC_FN_ENTER TRC_FN_LEAVE TRC_INFORMATION TRC_WARNING TRC_ERROR ValueMap � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 k �
E v e n t T r a c e �c�%߬� EventTrace 6 � �� 2 8 ` h r y q����� � MpsIpsecClient Description Downlevel IPsec API guid {94335eb3-79ea-44d5-8ea9-306f49b3a041} locale MS\0x409 Flags R
� � � � � � � � � U _ uint32 Description Enable Flags ValueDescriptions ' : M c u TRC_FN_ENTER Flag TRC_FN_LEAVE Flag TRC_INFORMATION Flag TRC_WARNING Flag TRC_ERROR Flag DefineValues � � � � � TRC_FN_ENTER TRC_FN_LEAVE TRC_INFORMATION TRC_WARNING TRC_ERROR Values , = J TRC_FN_ENTER TRC_FN_LEAVE TRC_INFORMATION TRC_WARNING TRC_ERROR ValueMap w � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 _E � C I M _ R e g i s t e r e d P r o f i l e Wd�%߬�5 ) CIM_RegisteredProfile 6 ' d q � ��� � ������������������������������������������ � Win32_PowerSupplyProfile Description A power supply profile as defined by the DMTF specification DisplayName Power Supply Profile AMENDMENT LOCALE ms_409 � ,�:,�: <�:<�: L�:I)hŐ � ֞!ps � ��+5j + �B� Z ?�=��
�Z�� � �V� � � �m\ 2 �]�%߬�� ) % � ��� � � � � � ��������p � Win32_ShareToDirectory Description The Win32_ShareToDirectory class represents an association between a shared resource on the computer system and the directory to which it is mapped. AMENDMENT LOCALE ms_409 Share f )
� � ��% 2 ref:Win32_Share Description The Share reference represents the properties of a shared resource available through the directory. SharedElement f )
� � � ��� � ref:CIM_Directory Description The SharedElement reference represents the properties of the directory that has been mapped to a shared resource. t � C I M _ A s s o c i a t e d P r o c e s s o r M e m o r y �]�%߬��
' CIM_AssociatedProcessorMemory ) ! . � ��� � � � m x �������������# � Win32_AssociatedProcessorMemory Description The Win32_AssociatedProcessorMemory class represents an association between a processor and its cache memory. AMENDMENT LOCALE ms_409 Antecedent f@ )
� � � �� ref:Win32_CacheMemory Description The Antecedent reference represents cache memory available to the processor. Dependent f@ )
� � � � � �� ref:Win32_Processor Description The Dependent reference represents the processor that is using the cache memory. es � C I M _ I n s t a l l e d O S ^�%߬�� CIM_InstalledOS ) * � ��� � � � � � ������������ � Win32_SystemOperatingSystem Description The Win32_SystemOperatingSystem class represents an association between a computer system and its operating system. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� ( � �� ref:Win32_ComputerSystem Description The GroupComponent reference represents the properties of the computer system upon which the operating system is installed. PartComponent f@ )
� � � �� ref:Win32_OperatingSystem Description The PartComponent reference represents the properties of the operating system running on this computer system. � M S F T _ S C M E v e n t L o g E v e n t �_�%߬� MSFT_SCMEventLogEvent + " . 9 S k y ����������������� � MSFT_NetReadfileTimeout EventId 3221232482 EventType InsertionStringTemplates [ %Milliseconds% Milliseconds
� � uint32 � C I M _ C a r d �a�%߬�� X CIM_Card
) � ��� � � � � � w | �����_���������������������������������������������������������������������������������� � Win32_BaseBoard Description The Win32_BaseBoard class represents a base board (also known as a motherboard or system board). AMENDMENT LOCALE ms_409 ConfigOptions J
� � � � string Description The ConfigOptions property contains strings that describe the configuration of the jumpers and switches located on the base board.
Examples: JP2: 1-2 Cache Size is 256K, 2-3 Cache Size is 512K, SW1-1: Close to Disable On Board Video Product N
�
string Description The Product property indicates the base board part number defined by the manufacturer. Tag @ )
� � � � � �� string Description The Tag property uniquely identifies the base board of the system.
Example: Base Board � C I M _ S y s t e m R e s o u r c e -b�%߬�^ CIM_SystemResource ) � ��� � � � � � C M � � U��������������� � Win32_Environment Description The Win32_Environment class represents an environment or system environment setting on a Win32 computer system. AMENDMENT LOCALE ms_409 Name )
� � � � � �� string Description The Name property contains a character string specifying the name of a Win32 environment variable. By specifying the name of a variable that does not yet exist, an application can create a new environment variable.
Example: Path. SystemVariable
� " + 8 boolean Description The SystemVariable property indicates whether the variable is a system variable. A system variable is set by the operating system, and is independent from user environment settings.
Values: TRUE or FALSE. A value of TRUE indicates the variable is a system variable. UserName )
� � � � � �� string Description The UserName property indicates the owner of the environment setting. It is set to "<SYSTEM>" for settings that are specific to the Win32 system (as opposed to a specific user) and "<DEFAULT>" for default user settings.
Example: Jsmith. VariableValue
� � � � string Description The VariableValue property contains the placeholder variable of a Win32 environment variable. Information like the file system directory can change from machine to machine. The operating system substitutes placeholders for these.
Example: %SystemRoot%. CA � W i n 3 2 _ S h a r e 1b�%߬�� Win32_Share
) ! j ��u } � � ���������������������������& � Win32_ClusterShare Description The Win32_ClusterShare class represents a shared resource on a cluster. AMENDMENT LOCALE ms_409 ServerName
� � � � string Description The ServerName property indicates the cluster server on which the share is hosted � C I M _ L o g i c a l E l e m e n t 2b�%߬�� CIM_LogicalElement )
� ��� � � � � � T d n t . 4 � � U�����������������������T � Win32_Share Description The Win32_Share class represents a shared resource on a Win32 system. This may be a disk drive, printer, interprocess communication, or other shareable device.
Example: C:\PUBLIC. AMENDMENT LOCALE ms_409 AccessMask
� " * 7 uint32 Description This property has been deprecated in favour of the GetAccessMask method of this class due to the expense of calling GetEffectiveRightsFromAcl. The value will be set to NULL AllowMaximum
� ( 5 boolean Description The AllowMaximum property indicates whether the number of concurrent users for this resource has been limited.
Values: TRUE or FALSE. A value of TRUE indicates the number of concurrent users of this resource has not been limited and the value in the MaximumAllowed property is ignored. MaximumAllowed
� � � � uint32 Description The MaximumAllowed property indicates the limit on the maximum number of users allowed to use this resource concurrently. The value is only valid if the AllowMaximum member set to FALSE
Example: 10. Name
)
� � � � � �� string Description The Name property indicates the alias given to a path set up as a share on a Win32 system.
Example: public. Path
� ` h u string Description The Path property indicates the local path of the Win32 share.
Example: C:\Program Files Type +
� # � � uint32 Description The Type property specifies the type of resource being shared. Types include disk drives, print queues, interprocess communications (IPC), and general devices. Values � � ( ; I Disk Drive Print Queue Device IPC Disk Drive Admin Print Queue Admin Device Admin IPC Admin �ted �ot%. CA �oard � uint32 � �ǼP � �I��� � �D1h� � T=ʑg
C I M _ C o m p o n e n t 0]�%߬�o
CIM_Component ) � ��� � � � � � [ j ������������� � CIM_Container Description The CIM_Container association represents the relationship between a contained and a containing physical element. A containing object must be a physical package. AMENDMENT LOCALE ms_409 GroupComponent f@
� . ; ref:CIM_PhysicalPackage Description The physical package that contains other physical elements, including other packages. LocationWithinContainer
� � � � string Description A free-form string representing the positioning of the PhysicalElement within the PhysicalPackage. Information relative to stationary elements in the Container (for example, 'second drive bay from the top'), angles, altitudes and other data may be recorded in this property. This string could supplement or be used in place of instantiating the CIM_Location object. PartComponent f@
� � � � ref:CIM_PhysicalElement Description The physical element which is contained in the package. th �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 *a�%߬��Z�%߬�$ � __SystemSecurity C I M _ P h y s i c a l P a c k a g e �a�%߬�� P CIM_PhysicalPackage )
��� � � � N g y � C O I ^ ����W���������������������������������������������������������������������������� � CIM_Card Description The CIM_Card class represents a type of physical container that can be plugged into another card or hosting board, or is itself a hosting board/motherboard in a chassis. The CIM_Card class includes any package capable of carrying signals and providing a mounting point for physical components, such as chips, or other physical packages, such as other cards. AMENDMENT LOCALE ms_409 HostingBoard <
� � � � boolean Description Boolean indicating that this card is a motherboard or, more generically, a baseboard in a chassis. RequirementsDescription >
� � � � string Description A free-form string describing the way(s) in which this card is physically unique from other cards. This property only has meaning when the corresponding boolean property, SpecialRequirements, is set to TRUE. RequiresDaughterBoard B
� � � � boolean Description Boolean indicating that at least one daughterboard or auxiliary card is required in order to function properly. SlotLayout D
� { � � string Description SlotLayout is a free-form string that describes the slot positioning, typical usage, restrictions, individual slot spacings or any other pertinent information for the slots on a card. SpecialRequirements H
� � � � boolean Description Boolean indicating that this card is physically unique from other cards of the same type and therefore requires a special slot. For example, a double-wide card requires two slots. Another example is where a certain card may be used for the same general function as other cards but requires a special slot (e.g., extra long), whereas the other cards can be placed in any available slot. If set to TRUE, then the corresponding property, RequirementsDescription, should specify the nature of the uniqueness or purpose of the card. � C I M _ P h y s i c a l E l e m e n t �a�%߬��
A CIM_PhysicalElement ) " � ��� � � � d l � � � � � � } � ��_U�������������������������������������������������������������
� CIM_PhysicalPackage Description The CIM_PhysicalPackage class represents physical elements that contain or host other components. Examples are a rack enclosure or an adapter card. AMENDMENT LOCALE ms_409 Depth
& +
� ' U \ real32 Description The depth of the physical package in inches. Units inches Height * +
� � � � � � real32 Description The height of the physical package in inches. Units inches HotSwappable .
� 2 ; H boolean Description A physical package can be hot swapped if it is possible to replace the element with a physically different but equivalent one while the containing package has power applied to it (i.e., is 'on'). For example, a disk drive package inserted using SCA connectors is removable and can be hot swapped. All packages that can be hot swapped are inherently removable and replaceable. Removable
0
� � boolean Description A physical package is removable if it is designed to be taken in and out of the physical container in which it is normally found, without impairing the function of the overall packaging. A package can still be removable if power must be 'off' in order to perform the removal. If power can be 'on' and the package removed, then the element is removable and can be hot swapped. For example, an extra battery in a laptop is removable, as is a disk drive package inserted using SCA connectors. However, the latter can be hot swapped. A laptop's display is not removable, nor is a non-redundant power supply. Removing these components would impact the function of the overall packaging or is impossible due to the tight integration of the package. Replaceable 2
� 2 ; H boolean Description A physical package is replaceable if it is possible to replace (FRU or upgrade) the element with a physically different one. For example, some computer systems allow the main processor chip to be upgraded to one of a higher clock rating. In this case, the processor is said to be replaceable . Another example is a power supply package mounted on sliding rails. All removable packages are inherently replaceable . Weight 4 +
� * 2 ? n u real32 Description The weight of the physical package in pounds. Units pounds Width 8 +
� � � �
real32 Description The width of the physical package in inches. Units inches � 3 F � � IsCompatible , Description The IsCompatible method verifies whether the referenced physical element may be contained by or inserted into the physical package. The return value should be 0 if the request was successfully executed, 1 if the request is not supported and some other value if an error occurred. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ����� � __PARAMETERS abstract f ElementToCheck ref f
� : IN f
� : ^ �� ID f )
� � ^ ��� ref:CIM_PhysicalElement __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �he card. � � __SystemSecurity +�`%` מE�z . ��E�� � �BI� J ��G� �
C I M _ C o n t a i n e r 4]�%߬�� CIM_Container ) ��' / 7 @ l | � � u��������������l � CIM_ChassisInRack Description Racks, as simple enclosures, contain chassis that provide the physical components realizing processing nodes, storage devices, UPSs, etc. The CIM_ChassisInRack association makes explicit the 'containing' relationship between the rack and the chassis. AMENDMENT LOCALE ms_409 BottomU +
� y � � a h uint16 Description An integer indicating the lowest or 'bottom' U in which the chassis is mounted. A 'U' is a standard unit of measure for the height of a rack or rack-mountable component. It is equal to 1.75 inches or 4.445 cm. Units Us GroupComponent f@
� � � � ref:CIM_Rack Description The rack that contains the chassis. PartComponent f@
� # 4 A ref:CIM_Chassis Description The chassis which is mounted in the rack. �C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U { � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="SysAccount" ] System account management. C I M _ P h y s i c a l F r a m e �a�%߬�� a CIM_PhysicalFrame )
� �� % $ , 8 ������������������������������������������������������������������������������������������������ � CIM_Rack Description A rack is a physical frame that represents an enclosure in which chassis are placed. Typically a rack is nothing more than the enclosure, and all the functioning components are packaged in the chassis, loaded in the rack. AMENDMENT LOCALE ms_409 CountryDesignation T
� Q Y f string Description Designation of the country/region for which the rack is designed. Country/region code strings are as defined by ISO/IEC 3166. The rack type is specified in the TypeOfRack property. Height @ * +
� ] e r ! ( real32 Description The height of the physical package in 'U's. A 'U' is a standard unit of measure for the height of a rack or rack-mountable component. It is equal to 1.75 inches or 4.445 cm. Units Us TypeOfRack X +
� q y � n v uint16 Description Enumeration indicating the type of rack.Information such as "Telco" rack (value=2) or standard 19 inch rack (1) can be specified. The country/region for which the rack is manufactured is defined in the CountryDesignation property. Values � � � � � Unknown Standard 19 Inch Telco Equipment Shelf Non-Standard � C I M _ P h y s i c a l F r a m e �a�%߬� j CIM_PhysicalFrame )
� ��� ` { � � = Q ������W���������������������������������������������������������������������������������������������������% � CIM_Chassis Description The CIM_Chassis class represents the physical elements that enclose other elements and provide definable functionality, such as a desktop, processing node, UPS, disk or tape storage, or a combination of these. AMENDMENT LOCALE ms_409 ChassisTypes T +
� O W d � � uint16 Description An enumerated, integer-valued array indicating the type of chassis. Values % . C N Z a k s } � � � � � � � � + < P Other Unknown Desktop Low Profile Desktop Pizza Box Mini Tower Tower Portable Laptop Notebook Hand Held Docking Station All in One Sub Notebook Space-Saving Lunch Box Main System Chassis Expansion Chassis SubChassis Bus Expansion Chassis Peripheral Chassis Storage Chassis Rack Mount Chassis Sealed-Case PC CurrentRequiredOrProduced X +
� � � � z � sint16 Description Current required by the chassis at 120V. If power is provided by the chassis (as in the case of a UPS), this property may indicate the amperage produced, as a negative number. Units amps at 120 volts HeatGeneration Z +
� � � � ( / uint16 Description Amount of heat generated by the chassis in BTU/hour. Units BTU per hour NumberOfPowerCords \
� } � � uint16 Description Integer indicating the number of power cords which must be connected to the chassis, for all the components to operate. TypeDescriptions ^
� I Q ^ string Description An array of free-form strings providing more information on the ChassisTypes array entries. Note, each entry of this array is related to the entry in ChassisTypes that is located at the same index. � C I M _ P h y s i c a l P a c k a g e �a�%߬�� [ CIM_PhysicalPackage ) ��
+ � � � � e r � � � � &
4
����WU��������������������������������������������������������������������������������������
� CIM_PhysicalFrame Description CIM_PhysicalFrame is a superclass of rack, chassis and other frame enclosures, as they are defined in extension classes. Properties like visible or audible alarm, and data related to security breaches are in this superclass. AMENDMENT LOCALE ms_409 AudibleAlarm <
� W ` m boolean Description Boolean indicating whether the frame is equipped with an audible alarm. BreachDescription >
� � �
string Description BreachDescription is a free-form string providing more information if the SecurityBreach property indicates that a breach or some other security-related event occurred. CableManagementStrategy B
� � string Description CableManagementStrategy is a free-form string that contains information on how the various cables are connected and bundled for the frame. With many networking, storage-related and power cables, cable management can be a complex and challenging endeavor. This string property contains information to aid in assembly and service of the frame. LockPresent F
� � � � boolean Description Boolean indicating whether the frame is protected with a lock. SecurityBreach H +
� = E R O W uint16 Description SecurityBreach is an enumerated, integer-valued property indicating whether a physical breach of the frame was attempted but unsuccessful (value=4) or attempted and successful (5). Also, the values, "Unknown", "Other" or "No Breach", can be specified. Values o v � � Other Unknown No Breach Breach Attempted Breach Successful ServiceDescriptions J
� � � string Description An array of free-form strings providing more detailed explanations for any of the entries in the ServicePhilosophy array. Note, each entry of this array is related to the entry in ServicePhilosophy that is located at the same index. ServicePhilosophy N +
� ; C P p x uint16 Description ServicePhilosophy is an enumerated, integer-valued array that indicates whether the frame is serviced from the top (value=2), front (3), back (4) or side (5), whether it has sliding trays (6) or removable sides (7), and/or whether the frame is moveable (8), for example, having rollers. Values � � � � � � �
Unknown Other Service From Top Service From Front Service From Back Service From Side Sliding Trays Removable Sides Moveable VisibleAlarm R
� `
i
v
boolean Description Boolean indicating that the equipment includes a visible alarm. �e index. �Standard �ccount management. '/�R �" � $��'�
R WU|�E 1 ���v $ M�*?� V �Od�� 9 �3�) $ �h{fM M `��.� 7 �{�� $ �@�3� � �ƞѩ p ( � sR&� � _ _ E v e n t C o n s u m e r �_�%߬�� c __EventConsumer / v � � � ' Z n � � � � . = o � � � � 7 = o y � � � 5 J } � � � " T d � � � � P W o UU���������� ������������ �������������������������������������������� � � CommandLineEventConsumer CommandLineTemplate '
� d l �� � �� string Template CreateNewConsole
� � � �� boolean DEPRECATED CreateNewProcessGroup
� � �� boolean CreateSeparateWowVdm
� Q � �� boolean CreateSharedWowVdm
� � � �� boolean DesktopName
*
� � � �� string DEPRECATED ExecutablePath
� & � �� string FillAttribute J
� g � �� uint32 ForceOffFeedback T
� � � �� boolean ForceOnFeedback R
� � � �� boolean KillTimeout X
� / � �� uint32 Name
� g � �� string Priority "
� � � �� sint32 RunInteractively V
� � � �� boolean ShowWindowCommand N
� - � �� uint32 UseDefaultErrorMode
� t � �� boolean WindowTitle . '
� � � �� � �� string Template WorkingDirectory &
�
� �� string XCoordinate 2
� L � �� uint32 XNumCharacters B
� � � �� uint32 XSize :
� � � �� uint32 YCoordinate 6
� � �� uint32 YNumCharacters F
� H � �� uint32 YSize >
� � � �� uint32 � _ _ E v e n t C o n s u m e r �_�%߬�� 6 __EventConsumer
# j s � � � � ( . ` w � � � S _ � � oA���������� ������������ �� � ��������� � NTEventLogEventConsumer Category '
� X ` �� � �� uint16 NOT_NULL EventID '
� � � �� � �� uint32 NOT_NULL EventType A
� �� � ��& 0 _ g uint32 NOT_NULL ValueMap L O R U X [ 0 1 2 4 8 16 Values � � � � � � Success Error Warning Information Audit Success Audit Failure InsertionStringTemplates
& '
� �� � �� string Template Name
� X � �� string NameOfRawDataProperty *
� � � �� string NameOfUserSIDProperty .
� � � �� string NumberOfInsertionStrings " '
� A I �� � �� uint32 NOT_NULL SourceName '
� � � �� � �� string NOT_NULL UNCServerName
� � � �� string � �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���J 9 ` � __Win32Provider {266c72d4-62e8-11d1-ad89-00c04fd8fdff} LocalSystemHost LogFileEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� C % � � __EventConsumerProviderRegistration - LogFileEventConsumer \\.\root\subscription:__Win32Provider.Name="LogFileEventConsumer" R O O T \ s u b s c r i p t i o n # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 1 D D 4 3 4 1 3 E D 9 F D 9 C 4 5 8 D 2 0 5 1 F 0 8 2 D 1 D 7 3 9 3 9 9 B 2 9 0 3 5 B 4 5 5 F 0 9 0 7 3 9 2 6 E 5 E D 9 8 7 0 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ 5 C 1 2 8 A 7 5 C 2 7 B 4 9 8 5 F 5 8 B F 9 F 6 0 D 2 5 F 3 A D 1 8 1 1 C 5 5 F 8 4 4 9 A 9 1 D 8 3 0 1 F A 0 8 6 5 1 E D 4 3 1 a \ 1 0 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���J 9 d � __Win32Provider {266c72e5-62e8-11d1-ad89-00c04fd8fdff} LocalSystemHost CommandLineEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� G % � � __EventConsumerProviderRegistration - CommandLineEventConsumer \\.\root\subscription:__Win32Provider.Name="CommandLineEventConsumer" R O O T \ s u b s c r i p t i o n # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 1 D D 4 3 4 1 3 E D 9 F D 9 C 4 5 8 D 2 0 5 1 F 0 8 2 D 1 D 7 3 9 3 9 9 B 2 9 0 3 5 B 4 5 5 F 0 9 0 7 3 9 2 6 E 5 E D 9 8 7 0 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ F B 6 7 B C 9 A 0 1 5 4 6 D D 2 E F B 6 E F A 6 D 3 9 C 7 1 6 B A 7 8 C D 1 D 0 7 3 4 C 8 A D 4 4 7 5 8 8 3 9 1 5 E F 8 4 1 2 C a \ 1 0 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �_�%߬�nZ�%߬�� ���B 9 [ � __Win32Provider {266c72e6-62e8-11d1-ad89-00c04fd8fdff} WmiCore NTEventLogEventConsumer C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� F % � � __EventConsumerProviderRegistration - NTEventLogEventConsumer \\.\root\subscription:__Win32Provider.Name="NTEventLogEventConsumer" R O O T \ s u b s c r i p t i o n # _ _ E v e n t C o n s u m e r P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ E 1 D D 4 3 4 1 3 E D 9 F D 9 C 4 5 8 D 2 0 5 1 F 0 8 2 D 1 D 7 3 9 3 9 9 B 2 9 0 3 5 B 4 5 5 F 0 9 0 7 3 9 2 6 E 5 E D 9 8 7 0 \ K I _ C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C \ I _ C 9 4 1 A 8 3 B A A 3 7 7 F B A F F 0 3 4 8 9 4 B 4 4 F 1 F 5 F 2 A 0 8 C 0 6 F 7 0 B 4 B 4 6 1 B 6 E F 3 2 C 4 D 1 3 7 2 5 0 E a \ 1 0 F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �_�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �_�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �_�%߬�kZ�%߬�,
� __NAMESPACE ms_409 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �;����kZ�%߬�/
� __NAMESPACE Microsoft ���� � G��} ] M�1� ��Ӥ� K � |2A �G)�] B
�4��� ; y:�@� � }���� l �e�%߬� ) � �� � " < B j } i����� � MSiSCSIInitiator_iSNSServerClass MSiSCSIInitiatorProvider UUID {32b94816-661a-4d68-a9d8-cd4831eb3d66} iSNSServerAddress '
� � � �� � �� string � 61 8-a % ) � � Refresh �� Implemented w ac6d1350600005Q ROOT\WMI ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �e�%߬�� $ ) � �� � ( B H p � � � \ k � � � � 0 D v � UU����������������������������������� � MSiSCSIInitiator_SendTargetPortalClass MSiSCSIInitiatorProvider UUID {01f89130-95ae-4b6c-a6d3-71982562263e} InitiatorName
� � � �� string InitiatorPortNumber
� � � �� uint32 LoginOptions
� 0 � �� object:MSiSCSIInitiator_TargetLoginOptions PortalAddress
� � � �� string PortalIdentifierString '
� � � �� � �� string PortalPort
� ( � �� uint16 PortalSymbolicName
� n � �� string SecurityFlags '
� � � ��� �� uint64 ISCSI_SECURITY_FLAGS_QUALIFIERS � SC tia % ) � � Refresh �� Implemented w ac6d1350600005Q ROOT\WMI ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � �e�%߬� ) � �� � ! ; A i x i����� � MSiSCSIInitiator_InitiatorClass MSiSCSIInitiatorProvider UUID {424721e1-4662-4828-ba3a-f354dd170c96} InitiatorName '
� � � �� � �� string 62 � �e�%߬�3 ' " ( P e � � 2 @ � � # w � � � � � � � _ o � � % 1 UUU������������������������������������� � MSiSCSIInitiator_DeviceOnSession UUID {180F6B35-6C1B-403b-ABA2-16FB4F935AC3} DeviceInterfaceGuid
� � � � string Description PNP Device interface guid DeviceInterfaceName
�
string Description PNP Device interface name DeviceNumber
� l t � uint32 Description The number of this device DeviceType
� � � � uint32 Description The FILE_DEVICE_XXX type for this device. InitiatorName
� O W d string Description Name of initiator LegacyName
� � � � string Description Legacy Device interface name PartitionNumber
� ' 4 uint32 Description If the device is partitionable, the partition number of the device. Otherwise -1 ScsiLun
� � � � uint8 Description OS SCSI Logical Unit Number ScsiPathId
� $ + 8 uint8 Description OS SCSI path identifier or bus number ScsiPortNumber
� � � � uint8 Description OS SCSI port number ScsiTargetId
� � uint8 Description OS SCSI Target Id TargetName
� ] e r string Description Name of target � �e�%߬� ) � �� � $ > D l x m����� � MSiSCSIInitiator_PersistentDevices MSiSCSIInitiatorProvider UUID {E068FEBB-6D51-4c15-9725-CB96A3746838} DevicePath '
� � � �� � �� string -6 � W i n 3 2 _ P e r f R a w D a t a �e�%߬�
� Win32_PerfRawData Y � �� � $ ��) / W d c ��k v 6 > q � 0 ; � � � r � 0 > { � 2 C � � � " ( ��WUU������������������������������������������������������������������������������������������������������������������������������������������������ � MSiSCSI_SessionStatistics WMIProv WMI guid {C827993C-6D1F-4194-9B5C-D7C0A5F1CFB7} PerfDetail HiPerf cpp_quote //
// This class exposes session statistics
//
// This class must be registered with dynamic instance names using
// a specific format:
//
// targetname_# where the # is the SID
//
Active
@
� h � �� boolean BytesReceived ^ [
� � � � �� A $ d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail BytesSent V [
� � � � ��� A� � d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail ConnectionTimeoutErrors ~ [
� m u � ��� � � d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail DigestErrors v [
� + 3 > ��K X f d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail FormatErrors � [
� � �
� �� $ d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail InstanceName < '
� s � �� � �� String iSCSIName B P
� � � ��� � * � string WmiDataId WmiVersion description Name of the iSCSI Target MaxLen PDUCommandsSent f [
� � � � ��� A� � d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail PDUResponsesReceived n [
� r z � ��� A� � d � �� uint64 WmiDataId PerfDefault CounterType DefaultScale PerfDetail UniqueAdapterId
N )
� �� uint64 WmiDataId DisplayInHex USID F 6
� l � ��t uint64 WmiDataId WmiVersion � �e�%߬�#
�� �� ( 5 \ k � � ������������� � MS_SM_HbaApiVersion Static Singleton Description
� T string HbaApiVersion
� � uint32 WmiHbaApiVersion
� � uint32 �5 E C A 6 3 A 2 5 7 5 A 5 3 3 1 0 6 A 3 D A 4 D 4 E 7 D 3 5 9 3 A F 8 C 1 D B A 3 0 A 7 7 2 4 6 2 8 7 C 3 7 3 4 6 4 4 E 9 8 1 0 �e�%߬��e�%߬�\ = � MS_SM_HbaApiVersion SM-HBA Version 1.0/FC-HBA Version 2.18 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A @f�%߬�nZ�%߬�� p1 ���T �� ��9 z � __Win32Provider {b67c0b5e-c0ff-41c6-885d-5bdcd71837aa} LocalSystemHostOrSelfHost Win32_UserStateConfigurationProvider ��)p � T�ǵ � �=Bl� � VH�_� v ��
� l>��� � C I M _ C o n n e c t e d T o H]�%߬�p CIM_ConnectedTo ) > ��I Q Y e � � ��������� � CIM_SlotInSlot Description Slots are special types of connectors into which adapter cards are typically inserted. The CIM_SlotInSlot relationship represents the ability of a special adapter to extend the existing slot structure to enable otherwise incompatible cards to be plugged into a frame or hosting board. The adapter effectively creates a new slot and can be thought of (conceptually) as a slot in a slot. This enables cards that would otherwise be physically and/or electrically incompatible with the existing slots to be supported, by interfacing to the slot provided by the adapter. This has many practical uses. For example, networking boards are very expensive. As new hardware becomes available, chassis and even card configurations change. To protect the investment of their customers, networking vendors will manufacture special adapters that enable old cards to fit into new chassis or HostingBoards and/or new cards to fit into old. This is done using a special adapter that fits over one or more existing slots and presents a new slot into which the card can plug. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_Slot Description The Antecedent reference represents the existing slot(s) of the hosting board, or frame that are being adapted to accommodate a card that would otherwise not be physically and/or electrically compatible with it. Dependent f@
� � � � ref:CIM_Slot Description The new slot provided by the adapter board. � I]�%߬�w ) . ��9 A I _ � � 2 9 � � U�������������� � CIM_AdjacentSlots Description CIM_AdjacentSlots describes the layout of slots on a hosting board or adapter card. Information like the distance between the slots and whether they are 'shared' (if one is populated, then the other slot can not be used), is conveyed as properties of the association. AMENDMENT LOCALE ms_409 DistanceBetweenSlots +
� � � � � � real32 Description The distance, in inches, between adjacent slots. Units inches SharedSlots
� ' 0 = boolean Description Slots can be located in close proximity on hostingboards or other cards, such that if one of these slots is populated by an adapter card, the other slot must be left empty. This relationship is indicated by the SharedSlots boolean set to TRUE. SlotA f
� e s � ref:CIM_Slot Description One of the adjacent slots. SlotB f
� � � � ref:CIM_Slot Description The 'other' adjacent slot. � C I M _ D e p e n d e n c y J]�%߬�� CIM_Dependency ) ; ��F N V b � � ���������W � CIM_PackageInSlot Description Complex networking devices often are chassis-based. These chassis allow for enhancement and/or augmentation of their base functionality by accepting additional chassis devices, similar to accepting functionality in the form of adding cards. This association models this capability. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_Slot Description The slot into which the physical package is inserted. Dependent f@
� 0 = ref:CIM_PhysicalPackage Description The package in the slot. � C I M _ P a c k a g e I n S l o t K]�%߬�< CIM_PackageInSlot ) � ��� � � � a l ���������� � CIM_CardInSlot Description Slots are special types of connectors into which adapter cards are inserted. This relationship of a card in a slot is made explicit using the CIM_CardInSlot association. AMENDMENT LOCALE ms_409 Antecedent f@
� ) 6 ref:CIM_Slot Description The slot into which the card is inserted. Dependent f@
� � � � ref:CIM_Card Description The card in the slot. �
C I M _ C o m p o n e n t L]�%߬�a CIM_Component ) # � ��� � � � w � ���������� � CIM_LinkHasConnector Description Cables and links utilize physical connectors to actually 'connect' physical elements. This association explicitly defines this relationship of connectors for CIM_PhysicalLink. AMENDMENT LOCALE ms_409 GroupComponent f@
� + A N ref:CIM_PhysicalLink Description The physical link that has a connector. PartComponent f@
� � � � ref:CIM_PhysicalConnector Description The physical connector. � C I M _ P h y s i c a l C o n n e c t o r �a�%߬�� T CIM_PhysicalConnector )
w ��� �
� � P _
� - ~ � ) � � � � ���UU��������������������������������������������������������������������������������
� CIM_Slot Description The Slot class represents Connectors into which Packages are inserted. For example, a PhysicalPackage that is a DiskDrive may be inserted into an SCA 'Slot'. As another example, a Card (subclass of PhysicalPackage) may be inserted into a 16-, 32-, or 64-bit expansion 'Slot' on a HostingBoard. PCI or PCMCIA Type III Slots are examples of the latter. AMENDMENT LOCALE ms_409 HeightAllowed . +
� � � � A H real32 Description Maximum height of an adapter card that can be inserted into the slot, in inches. Units inches LengthAllowed
2 +
� � � � � real32 Description Maximum length of an adapter card that can be inserted into the slot, in inches. Units inches MaxDataWidth 6 8
� b j w � � � � uint16 Description Maximum bus width of adapter cards that can be inserted into this slot, in bits. Units bits Values � � � 8 16 32 64 128 Number 8
� > F S uint16 Description The Number property indicates the physical slot number, which can be used as an index into a system slot table, whether or not that slot is physically occupied. PurposeDescription :
� 5 = J string Description A free-form string describing that this slot is physically unique and may hold special types of hardware. This property only has meaning when the corresponding boolean property, SpecialPurpose, is set to TRUE. SpecialPurpose >
� Y b o boolean Description Boolean indicating that this slot is physically unique and may hold special types of hardware, e.g. a graphics processor slot. If set to TRUE, then the property, PurposeDescription property (a string), should specify the nature of the uniqueness or purpose of the slot. SupportsHotPlug @
� � � � boolean Description Boolean indicating whether the slot supports hot-plug of adapter cards. ThermalRating B +
� b j w � � uint32 Description Maximum thermal dissipation of the slot in milliwatts. Units milliwatts VccMixedVoltageSupport F +
� ( | � uint16 Description An array of enumerated integers indicating the Vcc voltage supported by this slot. Values � � � � Unknown Other 3.3V 5V VppMixedVoltageSupport J +
�
l
t
uint16 Description An array of enumerated integers indicating the Vpp voltage supported by this slot. Values �
�
�
�
�
Unknown Other 3.3V 5V 12V �nnector. �y corrective actions that may be taken. LastErrorCode 8
� � � p ? �mc� � n�.xq � �c_| � �k � � 6�?� � C I M _ D e p e n d e n c y D]�%߬� CIM_Dependency ) ! � ��� � � � $ ���������� � CIM_ElementsLinked Description The CIM_ElementsLinked association indicates which physical elements are cabled together by a physical link. AMENDMENT LOCALE ms_409 Antecedent f@
� � � ref:CIM_PhysicalLink Description The physical link. Dependent f@
� P i v ref:CIM_PhysicalElement Description The physical element that is linked. � C I M _ D e p e n d e n c y F]�%߬�� CIM_Dependency ) � ��� � � � [ f ��������� � CIM_ConnectedTo Description The CIM_ConnectedTo association indicates that two or more physical connectors are connected together. AMENDMENT LOCALE ms_409 Antecedent f@
� � � ref:CIM_PhysicalConnector Description The Antecedent represents a physical connector that serves as one end of the connection. Dependent f@
� � � � ref:CIM_PhysicalConnector Description The Dependent represents another physical connector that serves as the other end of the connection. rs �
C I M _ C o n t a i n e r M]�%߬�z
CIM_Container ) % � ��� � � � � ������������� � CIM_ConnectorOnPackage Description Physical packages contain connectors as well as other physical elements. The CIM_ConnectorOnPackage association makes explicit the containment relationship between connectors and packages. AMENDMENT LOCALE ms_409 GroupComponent f@
� : S ` ref:CIM_PhysicalPackage Description The physical package that has a connector. PartComponent f@
� � � � ref:CIM_PhysicalConnector Description The physical connector. � C I M _ D e p e n d e n c y N]�%߬�� CIM_Dependency ) ( �� ! ) 5 � � ���������I � CIM_ComputerSystemPackage Description Similar to the way that logical devices are 'Realized' by physical elements, unitary computer systems are realized in one or more physical packages. The CIM_ComputerSystemPackage association explicitly defines this relationship. AMENDMENT LOCALE ms_409 Antecedent f@
� a z � ref:CIM_PhysicalPackage Description The physical package(s) that realize a unitary computer system. Dependent f@
� � + ref:CIM_UnitaryComputerSystem Description The unitary computer system. � C I M _ P h y s i c a l E l e m e n t �a�%߬�x 1 CIM_PhysicalElement ) $ r ��} � � � > M ��_����������������������������������������������� � CIM_PhysicalConnector Description The CIM_PhysicalConnector class represents any physical element that is used to connect to other elements. Any object that can be used to connect and transmit signals or power between two or more physical elements is a descendant (or member) of this class. For example, slots and D-shell connectors are types of physical connectors. AMENDMENT LOCALE ms_409 ConnectorPinout
&
� � � � string Description A free-form string describing the pin configuration and signal usage of a physical connector. ConnectorType * +
� � � � � � uint16 Description An array of integers defining the type of physical connector. An array is specified to allow the description of 'combinations' of connector information. For example, one array entry could specify RS-232 (value=25), another DB-25 (value=23) and a third entry define the connector as "Male" (value=2). Values z � � � � � � � 1 R h � � � : T [ b j p w ~ � � � � � � � � � � � � � �
/ 4 9 ? E M \ l } � � � � � � � � � � � � � �
7 P i t y ~ � � � � � �
$
,
7
B
L
V
n
�
�
�
�
�
�
�
< A F K P V [ a h t x | � � � � � � � � � Unknown Other Male Female Shielded Unshielded SCSI (A) High-Density (50 pins) SCSI (A) Low-Density (50 pins) SCSI (P) High-Density (68 pins) SCSI SCA-I (80 pins) SCSI SCA-II (80 pins) SCSI Fibre Channel (DB-9, Copper) SCSI Fibre Channel (Fibre) SCSI Fibre Channel SCA-II (40 pins) SCSI Fibre Channel SCA-II (20 pins) SCSI Fibre Channel BNC ATA 3-1/2 Inch (40 pins) ATA 2-1/2 Inch (44 pins) ATA-2 ATA-3 ATA/66 DB-9 DB-15 DB-25 DB-36 RS-232C RS-422 RS-423 RS-485 RS-449 V.35 X.21 IEEE-488 AUI UTP Category 3 UTP Category 4 UTP Category 5 BNC RJ11 RJ45 Fiber MIC Apple AUI Apple GeoPort PCI ISA EISA VESA PCMCIA PCMCIA Type I PCMCIA Type II PCMCIA Type III ZV Port CardBus USB IEEE 1394 HIPPI HSSDC (6 pins) GBIC DIN Mini-DIN Micro-DIN PS/2 Infrared HP-HIL Access.bus NuBus Centronics Mini-Centronics Mini-Centronics Type-14 Mini-Centronics Type-20 Mini-Centronics Type-26 Bus Mouse ADB AGP VME Bus VME64 Proprietary Proprietary Processor Card Slot Proprietary Memory Card Slot Proprietary I/O Riser Slot PCI-66MHZ AGP2X AGP4X PC-98 PC-98-Hireso PC-H98 PC-98Note PC-98Full SSA SCSI Circular On Board IDE Connector On Board Floppy Connector 9 Pin Dual Inline 25 Pin Dual Inline 50 Pin Dual Inline 68 Pin Dual Inline On Board Sound Connector Mini-jack PCI-X Sbus IEEE 1396-1993 32 bit Sbus IEEE 1396-1993 64 bit MCA GIO XIO HIO NGIO PMC MTRJ VF-45 Future I/O SC SG Electrical Optical Ribbon GLM 1x9 Mini SG LC HSSC VHDCI Shielded (68 pins) InfiniBand lu � C I M _ P h y s i c a l E l e m e n t �a�%߬�� > CIM_PhysicalElement ) 7 ��B J R Z e p � 6 = ��_������������������������������������������������������������ � CIM_PhysicalLink Description The CIM_PhysicalLink class represents the cabling of physical elements together. For example, serial or Ethernet cables, and infrared Links would be subclasses (if additional properties or associations are defined) or instances of CIM_PhysicalLink. In many cases, the numerous physical cables within a physical package or network will not be modeled. However, where these cables or links are critical components, or are tagged assets of the company, these objects can be instantiated using this class or one of its descendent classes. AMENDMENT LOCALE ms_409 Length
& +
� � � � X _ real64 Description The current length of the physical link in feet. For some connections, especially wireless technologies, this property may not be applicable and should be left uninitialized. Units feet MaxLength . +
� � � � � � real64 Description The maximum length of the physical link in feet. Units feet MediaType 6 +
� A I V ( 0 uint16 Description The MediaType property defines the particular type of media through which transmission signals pass. Common network media include twisted-pair (value=11 or 12), coaxial (7, 8 or 9) and fiber-optic cable (10). Values | � � � � � � � � � � � � � & Unknown Other Cat1 Cat2 Cat3 Cat4 Cat5 50-ohm Coaxial 75-ohm Coaxial 100-ohm Coaxial Fiber-optic UTP STP Ribbon Cable Twinaxial Optical 9um Optical 50um Optical 62.5um Wired
8
� i r boolean Description Boolean indicating whether the physical link is an actual cable (TRUE) or a wireless connection (FALSE). �finiBand lu �r system. �e taken. LastErrorCode 8
� � 4_:hp e �-�� � ؝�� ���� � 9��M >
�
)� ) C I M _ D e p e n d e n c y ]�%߬�1 CIM_Dependency ) � ��� � � � R ] ���������� � CIM_Realizes Description CIM_Realizes is the association that defines the mapping between a logical device and the physical component that implements the device. AMENDMENT LOCALE ms_409 Antecedent f@
� � ref:CIM_PhysicalElement Description The physical component that implements the device. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device. � ]�%߬�� )
* ��5 = E N � � D W 4 : � � & 4 = U����������������������������
� CIM_Product Description CIM_Product is a concrete class that is a collection of physical elements, software features and/or other products, acquired as a unit. Acquisition implies an agreement between supplier and consumer which may have implications to product licensing, support and warranty. AMENDMENT LOCALE ms_409 Caption
� z � � string Description A short textual description (one-line string) for the Product. Description
� string Description A textual description of the product. IdentifyingNumber )
� � � ��� � string Description Product identification such as a serial number on software, a die number on a hardware chip, or (for non-commercial Products) a project number. Name )
� q � ��y � string Description Commonly used product name. SKUNumber
� � � � string Description Product SKU (stock keeping unit) information. Vendor
� R Z g string Description The name of the Product's supplier, or entity selling the Product (the manufacturer, reseller, OEM, etc.). Corresponds to the Vendor property in the Product object in the DMTF Solution Exchange Standard. Version )
� t � ��| � string Description Product version information. Corresponds to the Version property in the product object in the DMTF Solution Exchange Standard. co � .]�%߬� ) $ z ��� � � � > C ���������� � CIM_ParticipatesInSet Description CIM_ParticipatesInSet indicates which physical elements should be replaced together. AMENDMENT LOCALE ms_409 Element f
� � � � ref:CIM_PhysicalElement Description The physical element which should be replaced with other elements, as a set. Set f
� o � � ref:CIM_ReplacementSet Description The CIM_ReplacementSet. e � C I M _ D e p e n d e n c y 6]�%߬�j CIM_Dependency ) �� ( � � ���������� � CIM_Docked Description A laptop, a type of chassis, may be docked in another type of chassis, a docking station. This is the relationship represented by the CIM_Docked association. Because this is such a typical relationship, it is explicitly described. AMENDMENT LOCALE ms_409 Antecedent f@
� T e r ref:CIM_Chassis Description The docking station. Dependent f@
� � � � ref:CIM_Chassis Description The laptop that is 'docked'. � �_�%߬�& ] i � � ��������� � HNet_IcsSettings DhcpEnabled '
� T � �� � �� boolean DnsEnabled '
� � � �� � �� boolean Id '
� � � �� � �� string le � C I M _ M a n a g e d S y s t e m E l e m e n t �a�%߬�� ) " CIM_ManagedSystemElement ) �� - � �
� � " Y ` � � � � � � /
=
�
�
E J � � UU��������������������������������������� � CIM_PhysicalElement AMENDMENT Description Subclasses of CIM_PhysicalElement define any component of a system that has a distinct physical identity. Instances of this class can be defined in terms of labels that can be physically attached to the object. All processes, files, and logical devices are considered not to be physical elements. For example, it is not possible to attach a label to a modem. It is only possible to attach a label to the card that implements the modem. The same card could also implement a LAN adapter. These are tangible managed system elements (usually actual hardware items) that have a physical manifestation of some sort. A managed system element is not necessarily a discrete component. For example, it is possible for a single card (which is a type of physical element) to host more than one logical device. The card would be represented by a single physical element associated with multiple logical devices. LOCALE ms_409 CreationClassName
� string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. Manufacturer
� N V c string Description The name of the organization responsible for producing the physical element. This may be the entity from whom the element is purchased, but this is not necessarily true. The latter information is contained in the Vendor property of CIM_Product. Model
� � � � string Description The name by which the physical element is generally known. OtherIdentifyingInfo
� ' 4 string Description OtherIdentifyingInfo captures additional data, beyond asset tag information, that could be used to identify a physical element. One example is bar code data associated with an element that also has an asset tag. Note that if only bar code data is available and is unique/able to be used as an element key, this property would be NULL and the bar code data used as the class key, in the tag property. PartNumber
� � string Description The part number assigned by the organization responsible for producing or manufacturing the physical element. PoweredOn
� � � � boolean Description Boolean indicating that the physical element is powered on (TRUE), or is currently off (FALSE). SerialNumber
� i
q
~
string Description A manufacturer-allocated number used to identify the PhysicalElement. SKU
� �
�
string Description The stock keeping unit number for this physical element. Tag
� v ~ � string Description An arbitrary string that uniquely identifies the physicalelement and serves as the element's key. The Tag property can contain information such as asset tag or serial number data. The key for CIM_PhysicalElement is placed very high in the object hierarchy in order to independently identify the hardware/entity, regardless of physical placement in or on cabinets, adapters, etc. For example, a removable component that can be hot swapped, may be taken from its containing (scoping) package and be temporarily unused. The object still continues to exist - and may even be inserted into a different scoping container. Therefore, the key for physicalelement is an arbitrary string and is defined independently of any placement or location-oriented hierarchy. Version "
� � � � string Description A string indicating the version of the physical element. �� string le � ����@ h ��� �r�ݽ �
C I M _ T h r e a d �a�%߬�< S CIM_Thread ) R ��] e
m z C K � � A K � � � � e
s
� � � � � � ��]U�������������������������������������������������������������������������������G � Win32_Thread Description The Win32_Thread class represents a thread of execution.While a process must have one thread of execution, the process can create other threads to execute tasks in parallel. Threads share the process environment, thus multiple threads under the same process use less memory than the same number of processes. AMENDMENT LOCALE ms_409 ElapsedTime 6 +
� � � � . 5 uint64 Description The ElapsedTime property indicates the total execution time given to this thread since its creation. Units milliseconds Handle @
� w � string Description The Handle property represents a handle to a thread. The handle has full access rights by default. With the correct security access, the handle can be used in any function that accepts a thread handle. Depending on the inheritance flag specified when it is created, this handle can be inherited by child processes. KernelModeTime @ +
� & ) 0 uint64 Description The KernelModeTime property indicates the raw counter data from the performance counter type
PERF_SIZE_LARGE | PERF_TYPE_COUNTER | PERF_COUNTER_RATE | PERF_TIMER_100NS | PERF_DELTA_COUNTER | PERF_DISPLAY_PERCENT
The counter data is in 100 nanosecond units. Units 100 nanoseconds Priority @ "
� w � uint32 Description The Priority property indicates the dynamic priority of the thread. Each thread has a dynamic priority that the scheduler uses to determine which thread to execute. Initially, a thread's dynamic priority is the same as its base priority. The system can raise and lower the dynamic priority, to ensure that it is responsive (guaranteeing that no threads are starved for processor time). The system does not boost the priority of threads with a base priority level between 16 and 31. Only threads with a base priority between 0 and 15 receive dynamic priority boosts. Higher numbers indicate higher priorities. PriorityBase
>
� ( 0 = uint32 Description The PriorityBase property indicates the current base priority of a thread. The operating system may raise the thread's dynamic priority above the base priority if the thread is handling user input, or lower it toward the base priority if the thread becomes compute-bound. The PriorityBase propertycan have a value between 0 and 31 ProcessHandle @
*
� � � � string Description The ProcessHandle property indicates the process that created the thread. The contents of this property can be used by Win32 API elements. StartAddress B
� �
�
�
uint32 Description The StartAddress property indicates the starting address of the thread. Because any application with appropriate access to the thread can change the thread's context, this value may only be an approximation of the thread's starting address. ThreadState F +
� � � uint32 Description The ThreadState property indicates the current execution state for the thread. A thread can have one of eight values: Initialized (recognized by the microkernel), Ready (prepared to run on next available processor), Running (executing), Standby (about to run, only one thread may be in this state at a time), Terminated (finished executing), Waiting (not ready for the processor, when ready, it will be rescheduled), Transition (thread is waiting for resources other than the processor), and Unknown (the thread state is unknown). Values A N U ^ g s | � Initialized Ready Running Standby Terminated Waiting Transition Unknown ThreadWaitReason J +
� � � � � � uint32 Description The ThreadWaitReason property indicates why the thread is waiting. The value is only valid if the ThreadState member is set to Waiting. Values of 0 or 7 denote that the thread is waiting for the Executive, 1 or 8 for a Free Page, 2 or 9 for a Page In, 3 or 10 for a Pool Allocation, 4 or 11 for an Execution Delay, 5 or 12 for a Suspended condition, 6 or 13 for a User Request, 14 for an Event Pair High, 15 for an Event Pair Low, 16 for an Local Procedure Call (LPC) Receive, 17 for an LPC Reply, 18 for Virtual Memory, 19 for a Page Out. 20 and higher are not assigned. Event Pairs allow communication with protected subsystems (see Context Switches). Values � � � �
' / : D L \ l v ~ � � � � � � Executive FreePage PageIn PoolAllocation ExecutionDelay FreePage PageIn Executive FreePage PageIn PoolAllocation ExecutionDelay FreePage PageIn EventPairHigh EventPairLow LPCReceive LPCReply VirtualMemory PageOut Unknown UserModeTime @ . +
� ! . / 6 uint64 Description The UserModeTime property indicates the raw counter data from the performance counter type
PERF_SIZE_LARGE | PERF_TYPE_COUNTER | PERF_COUNTER_RATE | PERF_TIMER_100NS | PERF_DELTA_COUNTER | PERF_DISPLAY_PERCENT
The counter data is in 100 nanosecond units. Units 100 nanoseconds de � C I M _ I n f r a r e d C o n t r o l l e r �a�%߬�� A CIM_InfraredController ) # � ��� � � � j x �����������������������������������������������������������������" � Win32_InfraredDevice Description The Win32_InfraredDevice class represents the capabilities and management of an infrared device. AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � � �� string Description The DeviceID property contains a string uniquely identifying the infrared device with other devices on the system. Manufacturer 8
� � � � string Description The Manufacturer property indicates the name of the manufacturer of the infrared device .
Example: Acme � C I M _ L o g i c a l E l e m e n t <b�%߬�� CIM_LogicalElement ) ( � ��� � � � � � L V � � � � � U������������������������� � Win32_QuickFixEngineering Description The Win32_QuickFixEngineering class represents system-wide Quick Fix Engineering (QFE) or updates that have been applied to the current operating system. AMENDMENT LOCALE ms_409 CSName
� ' string Description The CSName property contains the local name of the computer system. The value for this member comes from the CIM_ComputerSystem class. FixComments
� � � � string Description The FixComments property contains additional comments relating to the update. HotFixID )
� � � � � �� string Description The HotFixID property specifies the unique identifier associated with a particular QFE. InstalledBy
� 4 < I string Description The InstalledBy property identifies who installed the update. If this value is unknown, the property will be empty. InstalledOn
� � � string Description The InstalledOn property provides the date and time when the update was installed. If this value is unknown, the property will be empty. ServicePackInEffect )
� � � � � �� string Description The ServicePackInEffect property specifies what servicepack was in effect when the update was applied. If no service pack has been applied, the property takes on the value SP0. If it can not be determined what service pack was in effect, this property will be NULL. av �le: Acme �oseconds de �le: Acme � �쐼P � W�۪� ���� �
�V0� � C I M _ A s s o c i a t e d M e m o r y %]�%߬�B
CIM_AssociatedMemory ) , q ��| � � � 7 B �������������� � CIM_AssociatedProcessorMemory Description Associates the processor and system memory, or a processor's cache. AMENDMENT LOCALE ms_409 BusSpeed +
� � � � % , uint32 Description Speed of the bus, in MHertz, between the processor and memory. Units megahertz Dependent f@
� n � � ref:CIM_Processor Description The processor that accesses the memory or uses the cache. �C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, O m � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Port" W I/O port management. C I M _ L o g i c a l E l e m e n t �a�%߬��
9 CIM_LogicalElement ) � ��� � � � 4 � � ' j r � � � � M U � � � � c r � � UUU������������������������������������������������������� � CIM_Thread Description Threads represent the ability to execute units of a process or task in parallel. A process can have many threads, each of which is weak to the process. AMENDMENT LOCALE ms_409 CreationClassName
�
" string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allow all instances of this class and its subclasses to be uniquely identified. CSCreationClassName
� ` h u string Description The scoping computer system's creation class name. CSName
� � � � string Description The scoping computer system's name. ExecutionState +
� ` h u � � uint16 Description Indicates the current operating condition of the thread. Values include ready (2), running (3), and blocked (4), among others. Values & - 4 = F Y Unknown Other Ready Running Blocked Suspended Blocked Suspended Ready Handle )
� � � � � �� string Description A string used to identify the thread. KernelModeTime +
� . 6 C � � uint64 Description Time in kernel mode, in milliseconds. If this information is not available, a value of 0 should be used. Units milliseconds OSCreationClassName
� string Description The scoping operating system's creation class name. OSName
� � � � string Description The scoping operating system's name. Priority "
� � � uint32 Description Priority indicates the urgency or importance of execution of a thread. A thread may have a different priority than its owning process. If this information is not available for a thread, a value of 0 should be used. ProcessCreationClassName &
� % - : string Description The scoping process' CreationClassName. ProcessHandle
* )
� � � � � �� string Description The scoping process' Handle. UserModeTime . +
� # + 8 � � uint64 Description Time in user mode, in milliseconds. If this information is not available, a value of 0 should be used. Units milliseconds � C I M _ L o g i c a l E l e m e n t @b�%߬�� B CIM_LogicalElement 6
�� * ; C
K ^ � � d y A I � � � � P ` Z o
$
�
�
� � o } r
�
UUU���������������������������������������������������������������� � CIM_Process Description Each instance of the CIM_Process class represents a single instance of a running program. A user of the OperatingSystem will typically see a Process as an application or task. Within an OperatingSystem, a Process is defined by a workspace of memory resources and environmental settings that are allocated to it. On a multitasking System, this workspace prevents intrusion of resources by other Processes. Additionally, a Process can execute as multiple Threads, all which run within the same workspace. AMENDMENT DisplayName Processes (CIM) LOCALE ms_409 CreationClassName +
� � � � � � string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. DisplayName Class Name CreationDate e +
�
! I V datetime Description Time that the process began executing. DisplayName CreationDate CSCreationClassName +
� � � � % string Description CSCreationClassName contains the scoping computer system's creation class name. DisplayName Computer System Class Name CSName +
� � � � � � string Description The scoping computer system's name. DisplayName Computer System Name ExecutionState 8
� 5 = J � � � � uint16 Description Indicates the current operating condition of the process. Values include ready (2), running (3), and blocked (4), among others. DisplayName Execution State Values
& - 4 = F Y j v Unknown Other Ready Running Blocked Suspended Blocked Suspended Ready Terminated Stopped Growing Handle 6
� � � � ; H � �� string Description A string used to identify the process. A process ID is a kind of process handle. DisplayName Handle KernelModeTime 8
� � � � % 2 E L uint64 Description Time in kernel mode, in milliseconds. If this information is not available, a value of 0 should be used. DisplayName Kernel Model Time Units milliseconds OSCreationClassName +
� � � � � � string Description The scoping operating system's creation class name. DisplayName Operating System Class Name OSName " +
� ]
e
r
�
�
string Description The scoping operating system's name. DisplayName Operating System Name Priority & +
� �
� � uint32 Description Priority indicates the urgency or importance of execution of a process. If a priority is not defined for a process, a value of 0 should be used. DisplayName Priority TerminationDate e
* +
� P ] datetime Description Time that the process was stopped or terminated. DisplayName Termination Date UserModeTime . 8
� � � � @
M
]
d
uint64 Description Time in user mode, in milliseconds. If this information is not available, a value of 0 should be used. DisplayName User Mode Time Units milliseconds WorkingSetSize 6 8
� �
�
�
� � � � uint64 Description The amount of memory in bytes that a process needs to execute efficiently, for an operating system that uses page-based memory management. If an insufficient amount of memory is available (< working set size), thrashing will occur. If this information is not known, NULL or 0 should be entered. If this data is provided, it could be monitored to understand a process' changing memory requirements as execution proceeds. DisplayName Working Set Size Units bytes �iseconds � I/O port management. U9�0
��1Y: DD�V % "l�{ t�"ߐ ŖlR� L'`� % �}
!� ��(�
Zc�$ ���0 " �\!R
��pd " 3��)� " e֏�� + U�?,� / ��?� $ �l�& � 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�z " ����� W � WDMClassesOfDriver MuiTraceData C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� * v�襎� i � WDMClassesOfDriver EventTrace_V0_Header C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� 3 v�襎� r � WDMClassesOfDriver Header_Extension_V0_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� # v�襎� b � WDMClassesOfDriver RDComplete_V0 C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 �&@��t_�%߬�� ( v�襎� g � WDMClassesOfDriver EventTraceEvent_V1 C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 !�&@��t_�%߬�� * v�襎� i � WDMClassesOfDriver EventTrace_V1_Header C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 "�&@��t_�%߬�� 3 v�襎� r � WDMClassesOfDriver Header_Extension_V1_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 #�&@��t_�%߬�� # v�襎� b � WDMClassesOfDriver RDComplete_V1 C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 $�&@��t_�%߬�� % v�襎� d � WDMClassesOfDriver EventTraceEvent C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 %�&@��t_�%߬�� ' v�襎� f � WDMClassesOfDriver EventTrace_Header C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 &�&@��t_�%߬�� 0 v�襎� o � WDMClassesOfDriver Header_Extension_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 '�&@��t_�%߬�� v�襎� _ � WDMClassesOfDriver RDComplete C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 (�&@��t_�%߬�� 0 v�襎� o � WDMClassesOfDriver Header_DbgIdRSDS_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 )�&@��t_�%߬�� 0 v�襎� o � WDMClassesOfDriver Header_BuildInfo_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 *�&@��t_�%߬�� 9 v�襎� x � WDMClassesOfDriver Header_ProviderBinaryPath_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 +�&@��t_�%߬�� = v�襎� | � WDMClassesOfDriver Header_PartitionInfoExtension_TypeGroup C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 2 v�襎� q � WDMClassesOfDriver WmiMonitorBasicDisplayParams C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] C I M _ L o g E n t r y c������ W CIM_LogEntry C & 3 � � �� � �
� � P f � � � 4 G & � � N c @ P � i t = O R d ��_UU���������������������������������������������������������������������������������x
� AMT_SetupAuditRecord Version 0.0.4 Description Provides a record of the last Intel(R) ME Activation Event as recorded by Intel(R) ME LOCALE IntelMEProv AdditionalCaSerialNums E
� � � � boolean Description Indicates whether the certificate chain includes additional CA that were not recorded CACertificateSerial1 9
� � � � uint8 Description The serial number of the first intermediate CA in the certification chain CACertificateSerial2 =
� 3 : G uint8 Description The serial number of the second intermediate CA in the certification chain CACertificateSerial3 A
� � � � uint8 Description The serial number of the third intermediate CA in the certification chain CreationTimeStamp e@
( +
� � � � � � datetime Override CreationTimeStamp Description Provides Time and Date of the Provisioning operation, based on the system Real-Time-clock (RTC) HostInitiated
/
� R [ h boolean Description Indicates whether a previous provisioning attempt was initiated by the host IsTimeValid G
� � � boolean Description Indicates whether the certificate timestamp verification was successful. ProvisioningTLSMode , 8
� � � � � � uint8 Description Specifies the TLS algorithm used for provisioning ValueMap
0 1 2 Values + 6 ; NOT READY PKI PSK ProvServerFQDN M
� | � � string Description Common Name specified in the SSL certificate, typically this is the FQDN of the provisioning server ProvServerIP I
� 0 8 E string Description The Provisioning Server IP address SecureDNS -
� � � � boolean Description Specifies whether the OOB service was pre-configured with DNS suffix information to verify the SSL certificate used for configuration SelectedHashData 5
� { � � uint8 Description The stored Hash value of the root certificate used to validate the provisioning server. More information on the root CA can be retrieved by querying the AMT_ProvisioningCertificateHash instance SelectedHashType 1 8
� � � � 8
B
T
\
uint32 Description Specifies the hash algorithm used to generate seed values for HMAC computations performed in the registration operation ValueMap N
Q
1 2 Values h
o
SHA-1 SHA-256 � � �4 C I M _ J o b �a�%߬�� 8 CIM_Job ) ! � ��� � � � � � b n � � �
�
� � � � �
��U����������������������������������������������������� � Win32_ScheduledJob Description The Win32_ScheduledJob class represents a job scheduled using the network management schedule service functions (also known as "Job" and "AT command" functions). Note that this is different from the tasks scheduled using the Windows 2000 Task Scheduler. This class is only instrumented on Windows NT 4.0 and later. Each job scheduled against the schedule service is stored persistently (the scheduler will know to start the job even after a reboot) and is executed at the specified time and day of the week and/or month. If the computer is not active or if the scheduled service is not running at the specified job time the schedule service will run the specified job on the next day at the specified time. Scheduled jobs are scheduled with respect to Universal Coordinated Time (UTC), i.e. with bias offset from GMT. This means that a job can be specified using any time zone specification. The Win32_ScheduledJob class will return the local time with UTC offset when enumerating an object and convert to local time when creating new jobs. For example a job specified to run on a computer in Boston at 10:30 pm Monday PST time will be scheduled to run locally at 1:30am Tuesday EST. It should be noted that a client must take into account whether daylight savings time is in operation on the local computer and if so subtract a bias of 60 minutes from the UTC offset. AMENDMENT LOCALE ms_409 Command
� � � � string Description The Command property contains the name of the command, batch program, or binary file (along with command line arguments) that the schedule service will use to invoke the job.
Example: defrag /q /f DaysOfMonth $ +
� � � � uint32 BitValues � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Description The DaysOfMonth property indicates the days of the month when the job is scheduled to run. DaysOfWeek
( +
� � � � ' uint32 BitValues � � � � Monday Tuesday Wednesday Thursday Friday Saturday Sunday Description The DaysOfWeek property indicates the days of the week when the job is scheduled to run. InteractWithDesktop ,
� � � � boolean Description The InteractWithDesktop property allows the specified job to be interactive (meaning a user can give input to a scheduled job while it is executing).
Values TRUE or FALSE. If TRUE, then the job will be interactive. If FALSE, then the job will not be interactive. JobId . )
� ( 5 � �� uint32 Description The JobId property indicates the identifier number of the job. It is used by methods as a handle to a single job being scheduled on this computer. JobStatus @ +
� # � � string Description The JobStatus property indicates whether a scheduled service executed successfully the last time this job was supposed to run. Values � � Success Failure RunRepeatedly
2
�
boolean Description The RunRepeatedly property indicates whether the scheduled job should run repeatedly on the days that the job is scheduled.
Values: TRUE or FALSE. If TRUE, then the job is run repeatedly. If FALSE, then the job is run once. StartTime e@
� 4 > K datetime Description The StartTime property represents the UTC time to run the job, in the form of YYYYMMDDHHMMSS.MMMMMM(+-)OOO, where YYYYMMDD must be replaced by ********. The replacement is necessary because the scheduling service only allows jobs to be configured on a day of the month, day of the week, or run once. A job cannot be run on a specific date.
Example: ********123000.000000-420 which implies 12:30 pm PST with daylight savings time in effect. �# - � � *" ." �# � Create & 3 O W Description The Create function submits a job to the operating system for execution at a specified future time and date. This function requires that the schedule service be started at the computer towhich the job is submitted. The method returns an integer value which can be interpretted as follows:
0 - Successful completion
1 - Not supported
2 - Access denied
8 - Unknown failure
9 - Path not found
21 - Invalid parameter
22 - Service not started
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values { � � � � � � � Successful completion Not supported Access denied Unknown failure Path not found Invalid parameter Service not started Other ) ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � � ? - � T
� � � U����������������������
� __PARAMETERS abstract Command string
� 3 In
� 3 Z �� The Command parameter contains the name of the command, batch program, or binary file (along with command line parameters) that the schedule service will use to invoke the job.
Example: defrag /q /f Description )
� 3 Z ��P � ID 6
� � Z ��P � � string e StartTime datetime e
� In e
� * �� The StartTime parameter represents the UTC time to run the job. This is of the form YYYYMMDDHHMMSS.MMMMMM(+-)OOO, where YYYYMMDD must be replaced by ********.
Example: ********123000.000000-420 which implies 12:30 pm PST with daylight savings time in effect. Description e )
� * ��] X ID e 6
� � * ��] X � datetime RunRepeatedly boolean
� In
� < �� The RunRepeatedly parameter indicates whether the scheduled job should run repeatedly on the days that the job is scheduled.
Values: TRUE or FALSE. If TRUE, then the job is run repeatedly according to the DaysOfWeek and DaysOfMonth parameter. If no value is supplied the parameter defaults to FALSE. Description )
� < ��� j ID 6
� $ < ��� j � boolean
DaysOfWeek uint32
� K In
� K r �� The DaysOfWeek parameter indicates the days of the week when the job is scheduled to run, and is used only when the RunRepeatedly parameter is TRUE. Description
)
� K r ��6 � � � � � � � � Monday Tuesday Wednesday Thursday Friday Saturday Sunday BitValues
6
� K r ��6 � � z ID
C
� ~ r ��6 � � z ) uint32 DaysOfMonth uint32
� � In
� � � �� The DaysOfMonth parameter indicates the days of the month when the job is scheduled to run, and is used only when the RunRepeatedly parameter is TRUE. Description )
� � � ��� � V
Y
\
_
b
e
h
k
n
q
u
y
}
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
�
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 BitValues 6
� � � ��� � �
� ID C
� m � ��� � �
� uint32 InteractWithDesktop boolean
� � In
� � � �� The InteractWithDesktop parameter indicates whether the specified job should be interactive (meaning a user can give input to the scheduled job while it is executing).
Values TRUE or FALSE. If TRUE, then the job will be interactive. The default value of this parameter is FALSE. Description )
� � � ��
� ID 6
� �
� ��
� P
boolean __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �L �� * Y � � ��������" � __PARAMETERS abstract JobId uint32
� 1 Out
� 1 X �� The JobId parameter indicates the identifier number of the job. This parameter is a handle to the job being scheduled on this computer. Description )
� 1 X �� � ID 6
� � X �� � U uint32 ReturnValue uint32
� � uint32 out
� � � �� __ � Delete �
y! �! Description The Delete method deletes a scheduled job. The method returns an integer value which can be interpretted as follows:
0 - Successful completion
1 - Not supported
2 - Access denied
8 - Unknown failure
9 - Path not found
21 - Invalid parameter
22 - Service not started
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values �! �! �! �! �! �! " #" Successful completion Not supported Access denied Unknown failure Path not found Invalid parameter Service not started Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �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��-�� 0 �X� � � ^� d @�W � \���� � INY$B � �ڀ�# r ]�fa� � C I M _ C h e c k �]�%߬� . CIM_Check ) ! . � ��� � � � � ; $ � � ��U�������������������������������������������_
� CIM_SoftwareElementVersionCheck Description The CIM_SoftwareElementVersionCheck class specifies a type of software element that must exist in the environment. This check can be for a specific, minimum, maximum or a range of versions. To specify a specific version the lower and upper versions must be the same. To specify a minimum the lower version needs only be specified. To specify a maximum version the upper version needs only be specified. To specify a range both upper and lower version need to be specified. The details of this checks are compared with the corresponding details found in a CIM_SoftwareElement object referenced by an CIM_InstalledSoftwareElement association for the CIM_ComputerSystem object. As long as there is at least one CIM_SoftwareElement that satisfies the details of the condition, the check is satisfied. In other words, all the software elements on the relevant computer system do not need to satisfy the condition. There needs to be at least one. AMENDMENT LOCALE ms_409 LowerSoftwareElementVersion
� D L Y STRING Description The minimum version of a software elements being checked. SoftwareElementName
� � � � STRING Description The name of the software element being checked. SoftwareElementStateDesired
" +
� t | � � � UINT16 Description The state of the software element being checked. Values � � � � Deployable Installable Executable Running TargetOperatingSystemDesired $ +
� ] e r � � UINT16 Description The target operating system of the software element being checked. Values > � � � � � � � � % , 3 : A H O X a f m { � � � � � � � � � � � � � � % - 7 < I R W ] f o u { � � � � � � � Unknown Other MACOS ATTUNIX DGUX DECNT Digital Unix OpenVMS HPUX AIX MVS OS400 OS/2 JavaVM MSDOS WIN3x WIN95 WIN98 WINNT WINCE NCR3000 NetWare OSF DC/OS Reliant UNIX SCO UnixWare SCO OpenServer Sequent IRIX Solaris SunOS U6000 ASERIES TandemNSK TandemNT BS2000 LINUX Lynx XENIX VM/ESA Interactive UNIX BSDUNIX FreeBSD NetBSD GNU Hurd OS9 MACH Kernel Inferno QNX EPOC IxWorks VxWorks MiNT BeOS HP MPE NextStep PalmPilot Rhapsody Windows 2000 Dedicated VSE TPF UpperSoftwareElementVersion &
�
#
STRING Description The maximum version of a software elements being checked. � C I M _ C h e c k �]�%߬�� % CIM_Check ) ! / ��: B J Y �������������������������������������@ � CIM_SwapSpaceCheck Description The CIM_SwapSpaceCheck class specifies the amount of swap space that needs to be available on the system. The amount is specified in the SwapSpaceSize property. The details of this checks are compared with the corresponding details found in a CIM_OperatingSystem object referenced by CIM_InstalledOS association for the CIM_ComputerSystem object describing the environment. When the value of TotalSwapSpaceSize property is greater than or equal to the value specified in SwapSpacesize, the condition is satisfied. AMENDMENT LOCALE ms_409 SwapSpaceSize +
� � � � . 5 UINT64 Description The SwapSpaceSize property specifies the minimum number of Kilobytes of swap space that needs to be available on the target system. units kilobytes � C I M _ C h e c k �]�%߬�: # CIM_Check ) , � ��� � � � � � � � ����������������������������������� � CIM_VersionCompatibilityCheck Description The CIM_VersionCompatibilityCheck class specifies whether it is permissible to create the next state of a software element. AMENDMENT LOCALE ms_409 AllowDownVersion
� BOOLEAN Description The AllowDownVersion property indicates that this software element can transition to its next state even if a higher or latter version of the software element already exists in the environment. AllowMultipleVersions
� % . ; BOOLEAN Description The AllowMultipleVersions option controls the ability to configure multiple versions of a product on a system. Reinstall
� � � � BOOLEAN Description The Reinstall property indicates that this software element can transition to its next state even if a software element of the same version already exists in the environment. �# C I M _ S o f t w a r e F e a t u r e S o f t w a r e E l e m e n t s �]�%߬�$ - CIM_SoftwareFeatureSoftwareElements % ) * i ��t | � � � ���������� � CIM_BIOSFeatureBIOSElements Description A link between BIOS feature and its aggregated BIOS elements. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_BIOSFeature Description The BIOS feature. PartComponent f@
� 0 E R ref:CIM_BIOSElement Description The BIOS element that implements the capabilities described by BIOS feature. �# C I M _ S o f t w a r e F e a t u r e S o f t w a r e E l e m e n t s �]�%߬�V - CIM_SoftwareFeatureSoftwareElements % ) ' 4 ��� � � � % ���������� � CIM_VideoBIOSFeatureVideoBIOSElements Description A link between video BIOS feature and its aggregated video BIOS elements. AMENDMENT LOCALE ms_409 GroupComponent f@
� � � � ref:CIM_VideoBIOSFeature Description The video BIOS feature. PartComponent f@
� Q k x ref:CIM_VideoBIOSElement Description The video BIOS element that implements the capabilities described by video BIOS feature. D � C I M _ S y s t e m C o m p o n e n t �]�%߬�� CIM_SystemComponent ) & 3 � �� ! � � ���������/ � CIM_ApplicationSystemSoftwareFeature Description The CIM_ApplicationSystemSoftwareFeature associations identifies the software features that make up a particular application system. The software features can be part of different products. AMENDMENT LOCALE ms_409 GroupComponent f@
� M h u ref:CIM_ApplicationSystem Description The parent system in the association PartComponent f@
� � � � ref:CIM_SoftwareFeature Description The child element that is a component of a system � �^�%߬�Z 4 ��& ��3 ; A i u � � e��������� � Win32_CollectionStatistics Abstract Association Locale UUID {13FFA73F-25AA-4b66-B63C-B635514678C5} Collection f
� � ref:CIM_CollectionOfMSEs Stats f
� � ref:CIM_StatisticalInformation io � C I M _ D a t a F i l e `b�%߬�� CIM_DataFile ) �� , � � � � �����C � Win32_ShortcutFile AMENDMENT Description The Win32_ShortcutFile class represent files that are shortcuts to other files, directories, and commands. LOCALE ms_409 Target
� � � � string Description The Target property indicates the name of the object that this is a shortcut to. � � �g Description The Target property indicates the name of the object that this is a shortcut to. �tion io ������������������ G� C I M _ U n i t a r y C o m p u t e r S y s t e m �a�%߬��8 � # CIM_UnitaryComputerSystem ) # � ��� � 0 � � � � 5 m � � � � � - � � �
� � �
�
� � � � + 4 O u � � � � � � � � � Y s P k " 6 " � � � � l! z! �" �" �# �# % % )& 5& ' ' �' ( �( �( �) �) �* �* , +, �- �- �/ �/ 31 A1 C2 X2 3 3 �3 �3 "5 -5 ���UUUUUUUUUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������5 � Win32_ComputerSystem Description The Win32_ComputerSystem class represents a computer system operating in a Win32 environment. AMENDMENT LOCALE ms_409 AdminPasswordStatus * +
� � � { � uint16 Description The AdminPasswordStatus property identifies the system-wide hardware security settings for Administrator Password Status. Values � � � � Disabled Enabled Not Implemented Unknown AutomaticManagedPagefile
,
�
boolean Description The AutomaticManagedPagefile property determines whether the system managed pagefile is enabled. This capability is notAvailable on windows server 2003,XP and lower versions.
Values: TRUE or FALSE. If TRUE, the automatic managed pagefile is enabled. AutomaticResetBootOption .
� a j w boolean Description The AutomaticResetBootOption property determines whether the automatic reset boot option is enabled, i.e. whether the machine will try to reboot after a system failure.
Values: TRUE or FALSE. If TRUE, the automatic reset boot option is enabled. AutomaticResetCapability 0
� � � � boolean Description The AutomaticResetCapability property determines whether the auto reboot feature is available with this machine. This capability is available on Windows NT but not on Windows 95.
Values: TRUE or FALSE. If TRUE, the automatic reset is enabled. BootOptionOnLimit 2 +
� � uint16 Description Boot Option on Limit. Identifies the system action to be taken when the Reset Limit is reached. Values � � � � Reserved Operating system System utilities Do not reboot BootOptionOnWatchDog 4 +
� ' / < � � uint16 Description The BootOptionOnWatchDog Property indicates the type of re-boot action to be taken after the time on the watchdog timer has elapsed. Values � � � Reserved Operating system System utilities Do not reboot BootROMSupported 6
� Y b o boolean Description The BootROMSupported property determines whether a boot ROM is supported.
Values are TRUE or FALSE. If BootROMSupported equals TRUE, then a boot ROM is supported. BootStatus 8
� K S ` uint16 Description Status and Additional Data fields that identify the boot status BootupState < +
� � � � �
�
string Description The BootupState property specifies how the system was started. Fail-safe boot (also called SafeBoot) bypasses the user's startup files.
Constraints: Must have a value. Values �
�
�
Normal boot Fail-safe boot Fail-safe with network boot ChassisBootupState @ +
� E M Z � � uint16 Description The ChassisBootupState property indicates the enclosure's bootup state. Values � � � � � � Other Unknown Safe Warning Critical Non-recoverable ChassisSKUNumber B
� ? G T string Description Number of null-terminated string describing the chassis or enclosure SKU number CurrentTimeZone F +
� � �
�
�
sint16 Description The CurrentTimeZone property indicates the amount of time the unitary computer system is offset from Coordinated Universal Time. Units minutes DaylightInEffect H
� �
�
�
boolean Description The DaylightInEffect property specifies if the daylight savings is in effect.
Values: TRUE or FALSE. If TRUE, daylight savings is presently being observed. In most cases this means that the current time is one hour earlier than the standard time. DNSHostName J
� ' 4 string Description The DNSHostName property indicates the DNS host name of the local computer. Domain N
� � � � string Description The Domain property indicates the name of the domain to which the computer belongs. DomainRole R +
� d l y � � uint16 Description The DomainRole property indicates the role this computer plays within its assigned domain-workgroup. The domain-workgroup is a collection of computers on the same network. For example, the DomainRole property may show this computer is a "Member Workstation" (value of [1]). Values � � � � � Standalone Workstation Member Workstation Standalone Server Member Server Backup Domain Controller Primary Domain Controller EnableDaylightSavingsTime T
� { � � boolean Description The EnableDaylightSavingsTime property indicates whether Daylight Savings Time is recognized on this machine. FALSE - time does not move an hour ahead or behind in the year. NULL - the status of DST is unknown on this system FrontPanelResetStatus V +
� � � � M U uint16 Description The FrontPanelResetStatus property identifies the hardware security settings for the reset button on the machine. Values i s | � Disabled Enabled Not Implemented Unknown HypervisorPresent X
� � � � boolean Description The HypervisorPresent property determines whether the system is running under a hypervisor that follows the industry standard convention for reporting a hypervisor is present.
Values: TRUE or FALSE. If TRUE, a hypervisor is present. InfraredSupported Z
� * boolean Description The InfraredSupported property determines whether an infrared (IR) port exists on the computer system.
Values are TRUE or FALSE. If InfraredSupported equals TRUE, then an IR port exists. KeyboardPasswordStatus \ +
� 7 ? L � � uint16 Description The KeyboardPasswordStatus property identifies the system-wide hardware security settings for Keyboard Password Status. Values � � � Disabled Enabled Not Implemented Unknown Manufacturer ! ^
� H P ] string Description The Manufacturer property indicates the name of the computer manufacturer.
Example: Acme Model " b
� � � � string Description The Model property indicates the product name of the computer given by the manufacturer. NetworkServerModeEnabled # f
� � � � boolean Description The NetworkServerModeEnabled property determines whether Network Server Mode is enabled.
Values: TRUE or FALSE. If TRUE, Network Server Mode is enabled. NumberOfLogicalProcessors $ h
� � � � uint32 Description The NumberOfLogicalProcessors property indicates the number of logical processors currently available on the system. NumberOfProcessors % l
� b j w uint32 Description The NumberOfProcessors property indicates the number of physical processors currently available on the system. This is the number of processors whose status is "enabled" - versus simply the number of processors for the computer system. The former can be determined by enumerating the number of processor instances associated with the computer system object, using the Win32_ComputerSystemProcessor association. OEMLogoBitmap & p
� N U b uint8 Description The OEMLogoBitmap array holds the data for a bitmap created by the OEM. OEMStringArray ' t
� � � � string Description This structure contains free form strings defined by the OEM. Examples of this are: Part Numbers for Reference Documents for the system, contact information for the manufacturer, etc. PartOfDomain ( x
� � � boolean Description The PartOfDomain property indicates whether the computer is part of a domain or workgroup. If TRUE, the computer is part of a domain. If FALSE, the computer is part of a workgroup. If NULL, the computer is not part of a network group, or is unknown. PauseAfterReset ) z +
� M U b W! ^! sint64 Description The PauseAfterReset property identifies the time delay before the reboot is initiated. It is used after a system power cycle, system reset (local or remote), and automatic system reset. A value of -1 indicates that the pause value is unknown Units milliseconds PCSystemType * � +
� �! �! �! ?" G" uint16 Description The PCSystemType property indicates the nature of the PC a user is working with like Laptop, Desktop, Tablet-PC etc. Values o" |" �" �" �" �" �" �" �" Unspecified Desktop Mobile Workstation Enterprise Server SOHO Server Appliance PC Performance Server Maximum PCSystemTypeEx + �
� !# )# 1# uint16 Values
]# j# s# {# �# �# �# �# �# �# Unspecified Desktop Mobile Workstation Enterprise Server SOHO Server Appliance PC Performance Server Slate Maximum PowerOnPasswordStatus , � +
� *$ 2$ ?$ �$ �$ uint16 Description The PowerOnPasswordStatus property identifies the system-wide hardware security settings for Power On Password Status. Values �$ �$ �$ �$ Disabled Enabled Not Implemented Unknown PowerSupplyState - � +
� K% S% `% �% �% uint16 Description The PowerSupplyState identifies the state of the enclosure's power supply (or supplies) when last booted. Values �% �% �% & & & Other Unknown Safe Warning Critical Non-recoverable ResetCount . �
� a& i& v& sint16 Description The ResetCount property indicates the number of automatic resets since the last intentional reset. A value of -1 indicates that the count is unknown. ResetLimit / �
� F' N' [' sint16 Description The ResetLimit property indicates the number of consecutive time the system reset will be attempted. A value of -1 indicates that the limit is unknown SupportContactDescription 0 �
� :( B( O( string Description The SupportContactDescription property is an array that indicates the support contact information for the Win32 computer system. SystemFamily 1 �
� ) ) ) string Description This text string identifies the family to which a particular computer belongs. A family refers to a set of computers that are similar but not identical from a hardware or software point of view SystemSKUNumber 2 �
� * (* 5* string Description This text string identifies a particular computer configuration for sale. It is sometimes also called a product ID or purchase order number SystemStartupDelay 3 � +
� + + $+ , , uint16 Description The SystemStartupDelay property indicates the time to delay before starting the operating system
Note: The SE_SYSTEM_ENVIRONMENT privilege is required on IA64bit machines. This privilege is not required for 32bit systems. units seconds SystemStartupOptions 4 �
� W, _, l, string Description The SystemStartupOptions property array indicates the options for starting up the computer system. Note that this property is not writable on IA64 bit machines.
Constraints: Must have a value.
Note: The SE_SYSTEM_ENVIRONMENT privilege is required on IA64bit machines. This privilege is not required for other systems. SystemStartupSetting 5 �
� �- �- . uint8 Description The SystemStartupSetting property indicates the index of the default start profile. This value is 'calculated' so that it usually returns zero (0) because at write-time, the profile string is physically moved to the top of the list. (This is how Windows NT determines which value is the default.)
Note: The SE_SYSTEM_ENVIRONMENT privilege is required on IA64bit machines. This privilege is not required for 32bit systems. SystemType 6 � +
� �/ �/ 0 {0 �0 string Description The SystemType property indicates the type of system running on the Win32 computer.
Constraints: Must have a value Values
�0 �0 �0 �0 �0 �0 �0 1 1 %1 X86-based PC MIPS-based PC Alpha-based PC Power PC SH-x PC StrongARM PC 64-bit Intel PC x64-based PC Unknown X86-Nec98 PC ThermalState 7 � +
� z1 �1 �1 �1 �1 uint16 Description The ThermalState property identifies the enclosure's thermal state when last booted. Values 2 2 2 2 (2 22 Other Unknown Safe Warning Critical Non-recoverable TotalPhysicalMemory 8 � +
� �2 �2 �2 3 3 uint64 Description The TotalPhysicalMemory property indicates the total size of physical memory.
Example: 67108864 Units bytes UserName 9 �
� K3 S3 `3 string Description The UserName property indicates the name of the currently-logged-on user.
Constraints: Must have a value.
Example: johnsmith WakeUpType : � +
� $4 ,4 94 �4 �4 uint16 Description The WakeUpType property indicates the event that caused the system to power up. Values �4 �4 �4 �4 �4 �4 �4 5 5 Reserved Other Unknown APM Timer Modem Ring LAN Remote Power Switch PCI PME# AC Power Restored Workgroup ; �
� Y5 a5 n5 string Description The Workgroup property contains the name of the workgroup. This value is only valid if the PartOfDomain property is FALSE. uU l � � �7 m9 �9 �= �S !U � Rename & 3 � � Description The Rename method is used to change the name of a computer either in a workgroup or a domain. When working remotely, the Rename method does not function for Windows XP Home Edition or on Professional Edition (workgroup only). It should be noted that, for any computer in a domain (except the Domain Controller, since it can authenticate itself), delegation is required as a second hop is needed from the machine being remoted over to the Domain Controller for authentication. There are no restrictions for local cases.
If the Password and Username parameters are specified, then the connection to winmgmt must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned.
The method can return the following values:
0 - Success. Reboot required.
Other - For integer values other than those listed above, refer to Win32 error code documentation. Values
Success Other W ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � ��
�� * � � \ � 9 ������������� � __PARAMETERS abstract Name string
� 0 In
� 0 W �� The Name parameter specifies the new name. The name cannot include control characters, leading or trailing spaces, or any of the following characters: / \ [ ] : | < > + = ; , ? Description )
� 0 W ��9 � ID 6
� � W ��9 � } string Password string
� � In
� � �� If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned.
This parameter is only used for domain renames on Windows 2000 platforms and beyond. Description )
� � �� > ID 6
� � �� > X string UserName string
� � In
� � � �� The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMOND\user") or the user principal name (UPN) of the user in the form of an Internet-style login name (for example, "someone@microsoft.com"). If this parameter is NULL, the caller's context is used.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned.
This parameter is only used for domain renames on Windows 2000 platforms and beyond. Description )
� � � ��� ID 6
� } � ��� 5 string __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � JoinDomainOrWorkgroup % 2 � � Description The JoinDomainOrWorkgroup method joins computer systems to a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:
0 - Success.
Other - For integer values other than those listed above, refer to Win32 error code documentation.
Note: If moving a computer from a Domain to a WorkGroup, the computer must first be removed from the domain before running this method to join the Workgroup.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Values � � Success Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� � �
�
D * + � � 7 U���������������������� � __PARAMETERS abstract Name string
� 0 In
� 0 W �� The Name parameter specifies the domain or workgroup to join. This parameter cannot be NULL. Description )
� 0 W ��� � ID 6
� o W ��� � ' string Password string
� � In
� � � �� If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Description )
� � � ��h � ID 6
� � � ��h � � string UserName string
� In
� ? �� The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMOND\user") or the user principal name (UPN) of the user in the form of an Internet-style login name (for example, "someone@microsoft.com"). If this parameter is NULL, the caller's context is used.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Description )
� ? ���
m ID 6
� { ? ���
m 3 string AccountOU string
� � In
� � � �� The AccountOU optionally specifies the pointer to a constant null-terminated character string that contains the RFC 1779 format name of the organizational unit (OU) for the computer account. If you specify this parameter, the string must contain a full path, for example, OU=testOU, DC=domain, DC=Domain,DC=com. Otherwise, this parameter must be NULL. Description )
� � � ��W
� ID 6
� �
� ��W
� �
string FJoinOptions uint32
� In
� 2 �� The FJoinOptions parameter contains a set of bit flags defining the join options. This parameter can be one or more of the following values:
Join Domain - Joins the computer to a domain. If this value is not specified, joins the computer to a workgroup. 0 bit - Join Domain - If not present, a workgroup is joined.
1 bit - Acct Create - Creates the account on the domain.
2 bit - Acct Delete - Delete the account when a domain is left.
4 bit - Win9X Upgrade - The join operation is occurring as part of an upgrade of Windows 95/98 to Windows NT/Windows 2000.
5 bit - Domain Join If Joined - Allows a join to a new domain even if the computer is already joined to a domain.
6 bit - Join Unsecure - Performs an unsecured join.
7 bit - Machine Password Passed - Indicates that the machine (not user) password is passed. This option is only valid for unsecure joins
8 bit - Deferred SPN Set - Specifies that writing SPN and DnsHostName attributes on the computer object should be deferred until the rename that will follow the join.
18 bit - Install Invocation - The APIs were invoked during install.
The method returns a 0 if no options are involved. Description )
� 2 ��� ` V c p } � � � � � Join Domain Acct Create Acct Delete Win9X Upgrade Domain Join If Joined Join Unsecure Machine Password Passed Deferred SPN Set Install Invocation BitValues 6
� 2 ��� ` � . ID C
� � 2 ��� ` � . @ uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � UnjoinDomainOrWorkgroup �9 �9 �= �= Description The UnjoinDomainOrWorkgroup method un-joins or removes a computer system from a domain or workgroup. This method is only available on Windows 2000 platforms and beyond. The method can return the following values:
0 - Success.
Other - For integer values other than those listed above, refer to Win32 error code documentation.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Values �= �= Success Other � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �e
�� h
� * Q �
������������I
� __PARAMETERS abstract Password string
� 4 In
� 4 [ �� If the UserName parameter specifies an account name, the Password parameter must point to the password to use when connecting to the domain controller. Otherwise, this parameter must be NULL.
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Description )
� 4 [ �� � ID 6
� � [ �� � M string UserName string
� � In
� � � �� The Username parameter is a pointer to a constant null-terminated character string that specifies the account name to use when connecting to the domain controller. The string must specify either a domain NetBIOS name and user account (for example, "REDMOND\user") or the user principal name (UPN) of the user in the form of an Internet-style login name (for example, "someone@microsoft.com"). If this parameter is NULL, the caller's context is used. Blank password is passed by using an empty string
Password and Username must use a high authentication level (i.e. no less than RPC_C_AUTHN_LEVEL_PKT_PRIVACY) when they connect to winmgmt (i.e. in the call to obtain the IWbemServices interface) or SetProxyBlanket on their IWbemServices ptr. If they are local to winmgmt then this is not a concern because their authentication level is as good as RPC_C_AUTHN_LEVEL_PKT_PRIVACY as well as their client request never goes over the wire to get to the winmgmt.
If Password and Username are left null, the provider does not care.
If the provider determines that the authentication level is too low and a Password or Username has been specified then WBEM_E_ENCRYPTED_CONNECTION_REQUIRED will be returned. Description )
� � � ��� ID 6
� N
� ���
string FUnjoinOptions uint32
� x
In
� x
�
�� The FUnjoinOptions parameter specifies the unjoin options. If this parameter is NETSETUP_ACCT_DELETE, the account is disabled when the unjoin occurs. Note that this option does not delete the account. Currently, there are no other unjoin options defined.
2 bit - Acct Delete - Delete the account when a domain is left.
The method returns a 0 if no options are involved. Description )
� x
�
��D �
� Acct Delete BitValues 6
� x
�
��D �
� � ID C
� A
�
��D �
� � � uint32 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Z a k s } � � � � � � � � + < P Other Unknown Desktop Low Profile Desktop Pizza Box Mini Tower Tower Portable Laptop Notebook Hand Held Docking Station All in One Sub Notebook Space-Saving Lunch Box Main System Chassis Expansion Chassis SubChassis Bus Expansion Chassis Peripheral Chassis Storage Chassis Rack Mount Chassis Sealed-Case PC CurrentRequiredOrProduced X +
� � � � z � sint16 Description Current required by the chassis at 120V. If power is provided by the chassis (as in the case of a UPS), this property may indicate the amperage produced, as a negative number. Units amps at 120 volts HeatGeneration Z +
� � � � ( / uint16 Description Amount of heat generated by the chassis in BTU/hour. Units BTU per hour NumberOfPowerCords \
� } � � uint16 Description Integer indicating the number of power cords which must be connected to the chassis, for all the components to operate. TypeDescriptions ^
� I Q ^ string Description An array of free-form strings providing more information on the ChassisTypes array entries. Note, each entry of this array is related to the entry in ChassisTypes that is located at the same index. � C I M _ P h y s i c a l P a c k a g e �a�%߬�� [ CIM_PhysicalPackage ) ��
+ � � � � e r � � � � &
4
����WU��������������������������������������������������������������������������������������
� CIM_PhysicalFrame Description CIM_PhysicalFrame is a superclass of rack, chassis and other frame enclosures, as they are defined in extension classes. Properties like visible or audible alarm, and data related to security breaches are in this superclass. AMENDMENT LOCALE ms_409 AudibleAlarm <
� W ` m boolean Description Boolean indicating whether the frame is equipped with an audible alarm. BreachDescription >
� � �
string Description BreachDescription is a free-form string providing more information if the SecurityBreach property indicates that a breach or some other security-related event occurred. CableManagementStrategy B
� � string Description CableManagementStrategy is a free-form string that contains information on how the various cables are connected and bundled for the frame. With many networking, storage-related and power cables, cable management can be a complex and challenging endeavor. This string property contains information to aid in assembly and service of the frame. LockPresent F
� � � � boolean Description Boolean indicating whether the frame is protected with a lock. SecurityBreach H +
� = E R O W uint16 Description SecurityBreach is an enumerated, integer-valued property indicating whether a physical breach of the frame was attempted but unsuccessful (value=4) or attempted and successful (5). Also, the values, "Unknown", "Other" or "No Breach", can be specified. Values o v � � Other Unknown No Breach Breach Attempted Breach Successful ServiceDescriptions J
� � � string Description An array of free-form strings providing more detailed explanations for any of the entries in the ServicePhilosophy array. Note, each entry of this array is related to the entry in ServicePhilosophy that is located at the same index. ServicePhilosophy N +
� ; C P p x uint16 Description ServicePhilosophy is an enumerated, integer-valued array that indicates whether the frame is serviced from the top (value=2), front (3), back (4) or side (5), whether it has sliding trays (6) or removable sides (7), and/or whether the frame is moveable (8), for example, having rollers. Values � � � � � � �
Unknown Other Service From Top Service From Front Service From Back Service From Side Sliding Trays Removable Sides Moveable VisibleAlarm R
� `
i
v
boolean Description Boolean indicating that the equipment includes a visible alarm. �e index. �Standard �ccount management. � 0@ M�6F e �~ �
R O O T \ c i m v 2 _ _ E v e n t P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ 0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 \ I _ 2 5 E 3 6 4 8 1 9 A 7 1 4 2 6 E D 5 E 1 9 D F 7 7 C D 3 F 5 2 F 5 6 B E B D 4 E C 6 E D 9 A 7 E 8 0 F D 2 6 B F F F 2 3 1 4 8 E � C I M _ C o m p u t e r S y s t e m �a�%߬�� - CIM_ComputerSystem ) ( � ��� � � � " R o 3 M Q
]
% �_U������������������������������������������� � CIM_UnitaryComputerSystem Description A class derived from CIM_ComputerSystem that represents a desktop, mobile, network PC, server or other type of a single node computer system. AMENDMENT LOCALE ms_409 InitialLoadInfo
� $ string Description This object contains the data needed to find either the initial load device (its key) or the boot service to request the operating system to start up. In addition, the load parameters (ie, a pathname and parameters) may also be specified. LastLoadInfo
� N V c string Description This object contains the data identifying either the initial load device (its key) or the boot service that requested the last operating system load. In addition, the load parameters (ie, a pathname and parameters) may also be specified. PowerManagementCapabilities +
� � � � i q uint16 Description Indicates the specific power-related capabilities of a computer system and its associated running operating system. The values, 0="Unknown", 1="Not Supported", and 2="Disabled" are self-explanatory. The value, 3="Enabled" indicates that the power management features are currently enabled but the exact feature set is unknown or the information is unavailable. "Power Saving Modes Entered Automatically" (4) describes that a system can change its power state based on usage or other criteria. "Power State Settable" (5) indicates that the SetPowerState method is supported. "Power Cycling Supported" (6) indicates that the SetPowerState method can be invoked with the PowerState parameter set to 5 ("Power Cycle"). "Timed Power On Supported" (7) indicates that the SetPowerState method can be invoked with the PowerState parameter set to 5 ("Power Cycle") and the Time parameter set to a specific date and time, or interval, for power-on. Values � � � � � � Unknown Not Supported Disabled Enabled Power Saving Modes Entered Automatically Power State Settable Power Cycling Supported Timed Power On Supported PowerManagementSupported $
� y � � boolean Description Boolean indicating that the ComputerSystem, with its running OperatingSystem, supports power management. This boolean does not indicate that power management features are currently enabled, or if enabled, what features are supported. Refer to the PowerManagementCapabilities array for this information. If this boolean is false, the integer value 1 for the string, "Not Supported", should be the only entry in the PowerManagementCapabilities array. PowerState
& +
� �
�
�
%
-
uint16 Description Indicates the current power state of the computer system and its associated operating system. Regarding the power saving states, these are defined as follows: Value 4 (Unknown) indicates that the system is known to be in a power save mode, but its exact status in this mode is unknown; 2 (Low Power Mode) indicates that the system is in a power save state but still functioning, and may exhibit degraded performance; 3 (Standby) describes that the system is not functioning but could be brought to full power 'quickly'; and value 7 (Warning) indicates that the computerSystem is in a warning state, though also in a power save mode. Values
Y
b
n
�
�
�
�
�
�
�
Unknown Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Unknown Power Cycle Power Off Power Save - Warning Power Save - Hibernate Power Save - Soft Off ResetCapability ( +
� ^ f s � � uint16 Description If enabled (value = 4), the unitary computer system can be reset via hardware (e.g. the power and reset buttons). If disabled (value = 3), hardware reset is not allowed. In addition to Enabled and Disabled, other values for the property are also defined - "Not Implemented" (5), "Other" (1) and "Unknown" (2). Values � � � � � Other Unknown Disabled Enabled Not Implemented � e � \ � SetPowerState - Description SetPowerState method defines the desired power state of a computer system and its running operating system, and when the system should be put into that state. The PowerState parameter is specified as one of the valid integer values defined for the property, PowerState. The Time parameter (for all state changes but 5, "Power Cycle") indicates when the power state should be set, either as a regular date-time value or as an interval value (where the interval begins when the method invocation is received). When the PowerState parameter is equal to 5, "Power Cycle", the Time parameter indicates when the system should power on again. power off is immediate. SetPowerState should return 0 if successful, 1 if the specified power state and time requests are not supported, and some other value if any other error occurred. o ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � � �� * r � 1 ������r � __PARAMETERS abstract PowerState uint16
� 6 IN
� 6 ] �� � � � � % Full Power Power Save - Low Power Mode Power Save - Standby Power Save - Other Power Cycle Power Off Hibernate Soft Off Values )
� 6 ] ��/ � ID 6
� � ] ��/ � n uint16 e Time datetime e
� � IN e
� � � �� ID e )
� h � ��- datetime __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ M e d i a A c c e s s D e v i c e �a�%߬�� j CIM_MediaAccessDevice ) � ��� � ���������������������������������������������������������������������������������������������������������� � CIM_DiskDrive Description The CIM_DiskDrive class represents a physical disk drive as seen by the operating system. The features of the drive seen through this object correspond to the logical and management characteristics of the drive and, in some cases may not reflect the actual physical characteristics of the device. Any interface to a physical drive is a member of this class. Any object based on another logical device would not be a member of this class.
Example: IDE Fixed Disk. AMENDMENT LOCALE ms_409 � __ � 1 4 8 E � �έ!P [ �N� { XO\&
a7��0 � 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �^�%߬�nZ�%߬�� ���M 9 i � __Win32Provider {A3E41207-BE04-492a-AFF0-19E880FF7545} NetworkServiceHost MS_Shutdown_Event_Provider
C I M _ S y s t e m �a�%߬�O CIM_System ) ! d ��o w � �������������������������� � CIM_ComputerSystem Description A class derived from CIM_System that is a special collection of CIM_ManagedSystemElement instances. This collection provides compute capabilities and serves as aggregation point to associate one or more of the following elements: file system, operating system, processor and memory (volatile and/or non-volatile storage). AMENDMENT LOCALE ms_409 NameFormat @ +
� � � � H P string Description The CIM_ComputerSystem object and its derivatives are Top Level Objects of CIM. They provide the scope for numerous components. Having unique CIM_System keys is required. A heuristic is defined to create the CIM_ComputerSystem name to attempt to always generate the same name, independent of discovery protocol. This prevents inventory and management problems where the same asset or entity is discovered multiple times, but can not be resolved to a single object. Use of the heuristic is optional, but recommended.
The NameFormat property identifies how the computer system name is generated, using a heuristic. The heuristic is outlined, in detail, in the CIM V2 Common Model specification. It assumes that the documented rules are traversed in order, to determine and assign a name. The NameFormat values list defines the precedence order for assigning the computer system name. Several rules do map to the same Value.
Note that the CIM_ComputerSystem Name calculated using the heuristic is the system's key value. Other names can be assigned and used for the CIM_ComputerSystem that better suit the business, using Aliases. Values � � � � � � � � � � � � � � IP Dial HID NWA HWA X25 ISDN IPX DCC ICD E.164 SNA OID/OSI Other he � C I M _ N u m e r i c S e n s o r �a�%߬�� t CIM_NumericSensor ) � ��� � � � , r � � � . ; � � � � * 5 { � � � ( 3 y � � � 2 M ���WUU�������������������������������������������������������������������������������������������������������������� � CIM_CurrentSensor Description This class exists for backward compatibility to earlier CIM Schema definitions. With additions to Sensor and NumericSensor in V2.2, it is no longer necessary. A CurrentSensor can be defined by setting the SensorType property, inherited from Sensor, to 4 ("Current"). Other properties of this class are hard-coded to constant values to correspond to definitions in the sensor hierarchy. AMENDMENT LOCALE ms_409 CurrentReading @ 2
� � sint32 Units milliamps LowerThresholdCritical @ 8
� X ` g sint32 Units milliamps LowerThresholdFatal @ <
� � � � sint32 Units milliamps LowerThresholdNonCritical @ @
� # sint32 Units milliamps MaxReadable @ D
� g o v sint32 Units milliamps MinReadable @ H
� � � � sint32 Units milliamps NominalReading @ L
� sint32 Units milliamps NormalMax @ P
� a i p sint32 Units milliamps NormalMin @ T
� � � � sint32 Units milliamps Resolution @ X
� uint32 Units tenths of milliamps Tolerance @ \
� _ g n sint32 Units milliamps UpperThresholdCritical @ `
� � � � sint32 Units milliamps UpperThresholdFatal @ d
� ' sint32 Units milliamps UpperThresholdNonCritical @ h
� y � � sint32 Units milliamps � C I M _ L o g i c a l E l e m e n t #b�%߬�" CIM_LogicalElement 6
E ��P ] m u } � � � � � 7 � � U�����������������������s � CIM_Service Description A CIM_Service is a Logical Element that contains the information necessary to represent and manage the functionality provided by a Device and/or SoftwareFeature. A Service is a general-purpose object to configure and manage the implementation of functionality. It is not the functionality itself. AMENDMENT DisplayName Services (CIM) LOCALE ms_409 CreationClassName +
� � � � � � string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. DisplayName Class Name Name )
� 2 : G � �� string Description The Name property uniquely identifies the service and provides an indication of the functionality that is managed. This functionality is described in more detail in the object's Description property. Started +
� S \ i � � boolean Description Started is a boolean indicating whether the service has been started (TRUE), or stopped (FALSE). DisplayName Started StartMode
8
� 2 : G � � � � string Description StartMode is a string value indicating whether the Service is automatically started by a System, Operating System, etc. or only started upon request. DisplayName Start Mode Values Automatic Manual SystemCreationClassName +
� p x � � � string Description The scoping System's CreationClassName. DisplayName System Class Name SystemName +
� ) Y f string Description The name of the system that hosts this service DisplayName System Name A � � z � } � � StartService , Description The StartService method places the Service in the started state. It returns an integer value of 0 if the Service was successfully started, 1 if the request is not supported and any other number to indicate an error. In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � StopService � � Description The StopService method places the service in the stopped state. It returns an integer value of 0 if the service was successfully stopped, 1 if the request is not supported and any other number to indicate an error. � ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �amps �I Other he �n_Event_Provider � � # tzC_�� ` ) � ���
� � � � q � P p � � � n { D X � � z � �
�
% 9 � � { � <
I
�
� � p y } � / G � � � o { # 2 UUUUUU������������������������������������������������������������������������������������������� � Win32_PingStatus Description La clase Win32_PingStatus contiene los valores devueltos por el comando ping. Se puede encontrar m�s informaci�n acerca de ping en RFC 791. AMENDMENT LOCALE Address )
� � � �� String Description La propiedad Address contiene el valor de la direcci�n solicitada. Esto puede ser un nombre de host ('wxyz1234') o direcci�n IP ('193.128.177.124'). BufferSize )
� � � ��� uint32 Description La propiedad BufferSize indica el tama�o del b�fer enviado en el comando ping. El valor predeterminado es 32. NoFragmentation )
� � � ��� � boolean Description La propiedad NoFragmentation establece 'No desfragmentar' en los paquetes enviados. El predeterminado es Falso, no fragmentado. PrimaryAddressResolutionStatus V +
� � � � � � uint32 Description La propiedad PrimaryAddressResolutionStatus contiene la informaci�n de estado resultante de la llamada gethostbyname. Esta propiedad informa del estado de la resoluci�n del valor de la direcci�n (por ej:, el valor de la propiedad de direcci�n) dado en la consulta. No est� relacionado con ninguna otra resoluci�n efectuada.
La propiedad puede tomar los siguientes valores:
0 - Correcto.
Otro - para valores enteros que no sean los listados anteriormente, haga referencia a la documentaci�n del c�digo de error de WinSock. Values � � Correcto Otros ProtocolAddress N
� / 7 D String Description La propiedad ProtocolAddress contiene la direcci�n que el destino ha usado para responder. ProtocolAddressResolved R
� � � � String Description La propiedad ProtocolAddressResolved contiene la direcci�n resuelta correspondiente a la propiedad ProtocolAddress RecordRoute )
� � � ��� � uint32 Description La propiedad RecordRoute indica cu�ntos saltos se deben registrar mientras el paquete se enruta. El predeterminado es cero. ReplyInconsistency 4
� � � � boolean Description La propiedad ReplyInconsistency informa de la incoherencia de los datos de respuesta. ReplySize 6
� ( 0 = uint32 Description La propiedad ReplySize indica el tama�o del b�fer devuelto. ResolveAddressNames
& )
� � � ��� � boolean Description ResolveAddressesNames indica si el comando resolver� los nombres de direcciones de los valores de direcciones de salida. El predeterminado es False - no resoluci�n. ResponseTime ,
� �
�
�
uint32 Description La propiedad ResponseTime indica el tiempo que ha pasado para tratar la solicitud. ResponseTimeToLive
0
� e m z uint32 Description La propiedad ResponseTimeToLive indica el tiempo de vida desde el momento en el que se recibe la solicitud. RouteRecord :
� ( 5 String Description La propiedad RouteRecord contiene un registro de saltos intermedios. RouteRecordResolved >
� � � � String Description La propiedad RouteRecordResolved contiene la direcci�n resuelta correspondiente a la entrada RouteRecord. SourceRoute " )
� �
� ���
�
String Description La propiedad SourceRoute contiene una lista delimitada por comas de Source Routes v�lidas. SourceRouteType 6
� F � ��N [ K S uint32 Description La propiedad SourceRouteType indica el tipo de opci�n de enrutamiento de recurso para usarse en la lista de host especificada en la propiedad SourceRoute. Si un valor se especifica fuera de ValueMap, se asume 0. El predeterminado es cero. Values c l � Ninguna Loose Source Routing Strict Source Routing StatusCode ( +
� � � � 5 = uint32 Description La propiedad StatusCode devuelve los c�digos de estado del ping. Values � � � � � 3 D W j z � � � � + ; N a Correcto B�fer demasiado peque�o Destination Net Unreachable Host de destino inaccesible Destination Protocol Unreachable Puerto de destino inaccesible No hay recursos Opci�n incorrecta Error de hardware Packet Too Big Tiempo de espera agotado para esta solicitud Solicitud incorrecta Bad Route TimeToLive Expired Transit TimeToLive Expired Reassembly Problema de par�metros Source Quench Option Too Big Destino no v�lido Negotiating IPSEC Error general Timeout )
� � � ��� � uint32 Description La propiedad Timeout indica el valor Timeout en millisegundos. Si no se recibe una respuesta en este tiempo se asume que no habr� respuesta. El predeterminado son 4000 millisegundos. TimeStampRecord B
� � � � uint32 Description La propiedad TimeStampRecord contiene una marca de tiempo de registro para saltos intermedios. TimeStampRecordAddress F
� s { � string Description La propiedad TimeStampRecordAddress contiene el salto intermedio correspondiente a la entrada TimeStampRecord. TimeStampRecordAddressResolved J
� D L Y string Description La propiedad TimeStampRecordAddressResolved contiene la direcci�n resuelta correspondiente a la entrada TimeStampRecordAddress. TimestampRoute )
� ! � ��) 6 uint32 Description La propiedad TimestampRoute indica cuantos saltos se deben registrar con la informaci�n de marca de tiempo mientras se enruta el paquete. Timestamp es el n�mero de milisegundos que han pasado desde medianoche. Si el tiempo no est� disponible en milisegundos o no se puede proporcionar con respecto a la medianoche TU entonces se puede insertar cualquier hora como una marca de tiempo proporcionada siempre y cuando el bit de ordenaci�n alta del campo de marca de tiempo est� establecido como uno para indicar el uso de un valor no est�ndar. El predeterminado es cero. TimeToLive )
� � � ��� � uint32 Description La propiedad TimeToLive indica el tiempo medio de vida de un paquete ping en segundos. Este es un l�mite superior y no absoluto como todos los enrutadores DEBE bajar este valor a uno y los saltos entre los enrutadores raramente tardan este tiempo. Cuando este valor es cero el enrutador soltar� el paquete. El valor predeterminado es 80 segundos. TypeofService )
� i � ��q ~ uint32 Description La propiedad TypeOfService proporciona una indicaci�n de los par�metros abstractos de la calidad de servicio deseada. Estos par�metros deben utilizarse para guiar la selecci�n de los par�metros de servicio reales cuando se transmite un datagrama a trav�s de una red en particular. El valor predeterminado es 0.
Bits 0-2: Preferencia
Bit 3: 0 = Retraso normal, 1 = Retraso bajo.
Bits 4: 0 = Rendimiento normal, 1 = Rendimiento alto.
Bits 5: 0 = Confiabilidad normal, 1 = Confiabilidad alta.
Bit 6-7: Reservado.
Preferencia
111 - Control de red
110 - Control entre redes
101 - CRITIC/ECP
100 - Invalidar Flash
011 - Flash
010 - Inmediato
001 - Prioridad
000 - Rutina
Para obtener una descripci�n detallada de los diversos tipos de servicio, consulte la p�gina 12 de RFC 791. �ra el acceso directo. � ��|� � ˠ��* � � �� I ��� & _ :RA ���MM
� �"�KB �
C I M _ C o m p o n e n t �^�%߬�x CIM_Component ) ! � ��� � � � O ^ ���������
� Win32_UserInDomain Description The Win32_UserInDomain relationship identifies the user accounts associated with a NT domain. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� � � � �� ref:Win32_NTDomain Description The Antecedent reference represents the domain the user account exists in. PartComponent f@ )
� � � � � �� ref:Win32_UserAccount Description The Dependent reference represents the user accounts that exists on the domain. n. �
C I M _ C o m p o n e n t �^�%߬�v CIM_Component ) " � ��� � � � R a ��������� � Win32_GroupInDomain Description The Win32_GroupInDomain relationship identifies the group accounts associated with a NT domain. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� � � � �� ref:Win32_NTDomain Description The Antecedent reference represents the domain the user account exists in. PartComponent f@ )
� � � � � �� ref:Win32_Group Description The Dependent reference represents the group accounts that exists on the domain. th �5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �^�%߬�nZ�%߬�� �?����M 9 W � __Win32Provider {d63a5850-8f16-11cf-9f47-00aa00bf345c} NetworkServiceHost SECRCW32 E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C �^�%߬�rZ�%߬�� � ��������P i � __InstanceProviderRegistration \\.\root\cimv2:__Win32Provider.Name="SECRCW32" X WQL:UnarySelect
R O O T \ c i m v 2 _ _ I n s t a n c e P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 6 8 5 7 7 3 7 2 C 6 6 A 7 B 2 0 6 5 8 4 8 7 F B D 9 5 9 A A 1 5 4 E F 5 4 B 5 F 9 3 5 D C C 5 6 6 3 E 9 2 2 8 B 4 4 3 2 2 8 0 5 \ K I _ E 0 8 3 3 7 6 F F 2 F 9 C 4 C 5 2 3 A 9 8 8 C 9 2 5 3 1 F 9 1 8 8 F 5 D 2 7 6 4 1 6 6 B D D D E 0 1 3 F 2 4 C C 5 8 9 9 E 8 5 C \ I _ 3 4 0 C B E 7 8 E C D C 1 4 7 C C 0 D 8 E 0 8 D 2 5 E 2 8 D 5 8 1 2 D D 3 5 2 A 6 0 2 0 A 7 8 4 7 8 6 0 B 2 3 A 3 D 7 4 7 C 8 4 __ �7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �^�%߬�tZ�%߬�e N � __MethodProviderRegistration \\.\root\cimv2:__Win32Provider.Name="SECRCW32"
C I M _ S y s t e m �a�%߬�` P CIM_System ) � ��� � � � l x � � � � [ x : P �
�
� � � � y
�
F W , � � � � � g w �_UUU��������������������������������������������������������������������������6 � Win32_NTDomain Description The Win32_NTDomain class represents a NT Domain. A domain is a single security boundary of a Windows NT computer network. Active Directory is made up of one or more domains. On a standalone workstation, the domain is the computer itself. A domain can span more than one physical location. Every domain has its own security policies and security relationships with other domains. When multiple domains are connected by trust relationships and share a common schema, configuration, and global catalog, you have a domain tree. Multiple domain trees can be connected together into a forest. All the domains in a forest also share a common schema, configuration, and global catalog. AMENDMENT LOCALE ms_409 ClientSiteName
� $ 1 string Description The ClientSiteName property indicates the name of the site where the domain controller is configured to be in. This value may be NULL if the site that the computer named by ComputerName cannot be found (for example, if the DS administrator has not associated the subnet that the computer is in with a valid site). DcSiteName
� � � � string Description The DcSiteName property indicates the name of the site where the domain controller is located. This value may be NULL if the domain controller is not in a site (for example, the domain controller is a Windows NT 4.0 domain controller). DnsForestName
� � � � string Description The DnsForestName property indicates the name of the domain at the root of the DS tree. The DNS-style name (for example, microsoft.com.) will be returned if available. DomainControllerAddress $
� � � � string Description The DomainControllerAddress property indicates the address of the discovered domain controller. DomainControllerAddressType
( +
� � � � sint32 Description Indicates the type of address specified in DomainControllerAddress. The following valid values are presented in order, DS_INET_ADDRESS = Address is a string IP address (for example, \\157.55.94.74) of the domain controller. DS_NETBIOS_ADDRESS = The NetBIOS name (for example, \\phoenix) of the domain controller. Values & DS_INET_ADDRESS DS_NETBIOS_ADDRESS DomainControllerName ,
� | � � string Description The DomainControllerName property indicates the computer name of the discovered domain controller. DomainGuid 0
� -
5
B
string Description The GUID of the domain. This member will be zero if the domain controller does not have a Domain GUID (for example, the domain controller is not a Windows 2000 domain controller). DomainName
4
� / 7 D string Description The DomainName property indicates the name of the domain. The DNS-style name (for example, microsoft.com.) will be returned if available. DSDirectoryServiceFlag 8
� * boolean Description Directory Service (DS) flag indicating that the domain controller is a directory service server for the domain. DSDnsControllerFlag :
� � � � boolean Description Directory Service (DS) flag indicating that the Domain Controller Name is in DNS format (for example, www.mynode.com or 135.5.33.19). DSDnsDomainFlag <
� �
�
�
boolean Description Directory Service (DS) flag indicating that the DomainName is in DNS format(for example, www.mynode.com or 135.5.33.19). DSDnsForestFlag >
� � � � boolean Description Directory Service (DS) flag indicating that the DnsForestName is in DNS format (for example, www.mynode.com or 135.5.33.19). DSGlobalCatalogFlag @
� X a n boolean Description Directory Service (DS) flag indicating that the domain controller is a Global Catalog (GC) server for DnsForestName. DSKerberosDistributionCenterFlag B
� 2 ; H boolean Description Directory Service (DS) flag indicating that the domain controller is a Kerberos Key Distribution Center for the domain. DSPrimaryDomainControllerFlag D
� " boolean Description Directory Service (DS) flag indicating that the domain controller is the Primary Domain Controller (PDC) of the domain. DSTimeServiceFlag F
� � � � boolean Description Directory Service (DS) flag indicating that the domain controller is running the Windows Time service for the domain. DSWritableFlag H
� � � � boolean Description Directory Service (DS) flag indicating that the domain controller hosts a write able DS or Security Accounts Manager (SAM). �.Name="SECRCW32" �n �P X &_�˨ � �Al� �3� � �
C I M _ L o g i c a l E l e m e n t �a�%߬� CIM_LogicalElement ) 6 ��A I Q d � � � � U j ' 9 � � U�������������������������x � CIM_System Description A CIM_System is a LogicalElement that aggregates an enumerable set of Managed System Elements. The aggregation operates as a functional whole. Within any particular subclass of System, there is a well-defined list of Managed System Element classes whose instances must be aggregated. AMENDMENT LOCALE ms_409 CreationClassName
� � � � string Description The CreationClassName property indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. Name )
� � � � �� string Description The Name property defines the label by which the object is known. When subclassed, the Name property can be overridden to be a Key property. NameFormat
� � � � string Description The CIM_System object and its derivatives are top level objects of CIM. They provide the scope for numerous components. Having unique system keys is required. A heuristic can be defined in individual system subclasses to attempt to always generate the same system name key. The NameFormat property identifies how the system name was generated, using the subclass' heuristic. PrimaryOwnerContact
� � � � string Description A string that provides information on how the primary system owner can be reached (e.g. phone number, email address, ...). PrimaryOwnerName
� e m z string Description The name of the primary system owner. Roles
� � � � string Description An array (bag) of strings that specify the roles this System plays in the IT-environment. Subclasses of System may override this property to define explicit Roles values. Alternately, a Working Group may describe the heuristics, conventions and guidelines for specifying Roles. For example, for an instance of a networking system, the Roles property might contain the string, 'Switch' or 'Bridge'. � � C I M _ C o n t r o l l e r �a�%߬�� A CIM_Controller ) R ��] e m { ����������������������������������������������������������������� � CIM_USBController Description Capabilities and management of a USB controller. AMENDMENT LOCALE ms_409 Manufacturer 8
� � � � string Description The Manufacturer property indicates the name of the USB controller manufacturer.
Example: Acme � C I M _ S y s t e m R e s o u r c e *b�%߬�� CIM_SystemResource ) ! �� ' / B � � � � 0 U�����������������������������3 � CIM_MemoryMappedIO Description Personal Computer architecture Memory Mapped I/O. This class addresses both memory and port I/O resources. The property, MappedResource, defines whether memory or I/O is mapped (and for I/O whether the mapping is to a memory or a port space. AMENDMENT LOCALE ms_409 CreationClassName
� n v � string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. CSCreationClassName
� � � � string Description The scoping computer system's creation class name property. CSName
� H P ] string Description The scoping computer system's name. EndingAddress
� � � � uint64 Description The EndingAddress property contains the ending address of memory mapped I/O StartingAddress
� \ d q uint64 Description The StartingAddress property contains the starting address of memory mapped I/O. The hardware resource identifier property should be set to this value to construct the mapped I/O resource key. � C I M _ S y s t e m R e s o u r c e /b�%߬�|
* CIM_SystemResource ) ; ��F N
V c = K L W � � % 4 9 L � � � � ' � � � � : D UUU���������������������������������������� � CIM_DMA Description Personal computer architecture DMA. AMENDMENT LOCALE ms_409 AddressSize +
� � � � 0 7 uint16 Description An integer indicating the DMA channel address size in bits. Permissible values are 8, 16, 32 or 64 bits. If unknown, enter 0. Units bits Availability +
� � � � � � uint16 Description The Availability property indicates the availability of the DMA. Values � , Other Unknown Available In Use/Not Available In Use and Available/Shareable BurstMode
� � � � boolean Description Indicate whether the DMA channel supports burst mode ByteMode +
� ' � � uint16 Description Indicates whether DMA may execute in 'count by byte' mode (value=4) or not (value=3). Also, "Other" (1) and "Unknown" (2) may be defined. Values � � � Other Unknown Not execute in 'count by byte' mode Execute in 'count by byte' mode ChannelTiming +
� m u � � � uint16 Description DMA channel timing. For example, "Type A" (value =4) or "Type F" (6) could be specified. Values ! ) 1 Other Unknown ISA Compatible Type A Type B Type F CreationClassName
� x � � string Description CreationClassName indicates the name of the class or the subclass used in the creation of an instance. When used with the other key properties of this class, this property allows all instances of this class and its subclasses to be uniquely identified. CSCreationClassName
� � � � string Description The scoping computer system's creation class name. CSName
� I Q ^ string Description The scoping computer system's name. DMAChannel )
� � � � � �� uint32 Description A part of the object's key value, the DMA channel number. MaxTransferSize +
� ` h u � � uint32 Description The maximum number of bytes that can be transferred by this DMA channel. If unknown, enter 0. Units bytes TransferWidths
+
� , 4 A � � uint16 Description An array indicating all the transfer widths (in bits) supported by this DMA Channel. Permissible values are 8, 16, 32, 64 or 128 bits. If unknown, enter 0. Units bits TypeCTiming " +
� 2
:
G
�
�
uint16 Description Indicates whether C type (burst) timing is supported (value=5) or not (value=4). Also, "Other" (1), "Unknown" (2) and "ISA Compatible" (3) are defined. Values / Other Unknown ISA Compatible Not Supported Supported WordMode $ +
� } � � & uint16 Description Indicates whether DMA may execute in 'count by word' mode (value=4) or not (value=3). Also, "Other" (1) and "Unknown" (2) may be defined. Values : A J o Other Unknown Not execute in 'count by word' mode Execute in 'count by word' mode �rce key. �le: Acme �Bridge'. � �Acme � �a j�%߬�n ) � �� � , � MSFT_WdacBidTraceTask locale WdacWmiProv �a , ? t Tas 0 _ r
v 3 b � � � y %$ 6$ e$ �( F- W- �- �1 E6 [6 �6 39 �= �= > �C NH [H �H FK �O �O .P �R wW �W �W �[ l` � EnableByAllApp * ��7 �� implemented static 1 ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � �� �� � R * � � ��������F � __PARAMETERS abstract PassThru boolean
� 4 In
� 4 \ �� ID )
� � \ ��� boolean IncludeAllApplications boolean
� � In
� � �� ID )
� � ��N boolean Platform string
� � In
� � � �� ID )
� > � �� string __ �� ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � �D �� * 8 � � �������� � __PARAMETERS abstract
cmdletOutput object
� 8 Out
� 8 _ �� MSFT_WdacBidTrace EmbeddedInstance
)
� 8 _ ��� � Stream
4
� 8 _ ��� � � �� ID
A
� � _ ��� � � ��4 object:MSFT_WdacBidTrace ReturnValue uint32
� � uint32 out
� � � �� __ � EnableByFolder J ��W �� implemented static ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � �� �� � � * � � C ����������4 � __PARAMETERS abstract PassThru boolean
� 4 In
� 4 \ �� ID )
� � \ ��� boolean Platform string
� � In
� � �� ID )
� z ��? string Folder string
� � In
� � � �� ID )
� , � ��� string __ �� ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � �D �� * 8 � � �������� � __PARAMETERS abstract
cmdletOutput object
� 8 Out
� 8 _ �� MSFT_WdacBidTrace EmbeddedInstance
)
� 8 _ ��� � Stream
4
� 8 _ ��� � � �� ID
A
� � _ ��� � � ��4 object:MSFT_WdacBidTrace ReturnValue uint32
� � uint32 out
� � � �� __ � EnableByInputObject M ��Z �� implemented static � ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � �A �� � � * � ������ � __PARAMETERS abstract PassThru boolean
� 4 In
� 4 \ �� ID )
� � \ ��� boolean
InputObject object
� � In
� � �� MSFT_WdacBidTrace EmbeddedInstance
)
� � ��U B ID
6
� � ��U B � object:MSFT_WdacBidTrace __ �� ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � �D �� * 8 � � �������� � __PARAMETERS abstract
cmdletOutput object
� 8 Out
� 8 _ �� MSFT_WdacBidTrace EmbeddedInstance
)
� 8 _ ��� � Stream
4
� 8 _ ��� � � �� ID
A
� � _ ��� � � ��4 object:MSFT_WdacBidTrace ReturnValue uint32
� � uint32 out
� � � �� __ � EnableByPath � ��� �� implemented static � ac6d1350600005Q ROOT\Microsoft\Windows\Wdac ���� � � �� * � � ? � � D � U��������������� � __PARAMETERS abstract PassThru boolean
� 4 In
� 4 \ �� ID )
� � \ ��� boolean Path string
� � In
� �
�� ID )
� v
��; string Platform string
� � In
� � � �� ID )
� * � ��� string
ProcessId uint32
� O In
� O v �� ID
)
� � v ��� uint32 �o�*� � 4AZY � A���� � � �{
F Z�� j A�+ U��0 1 �Fx:a P �z0� ' C I M _ D e p e n d e n c y �]�%߬�� CIM_Dependency ) & 3 � �� � � ��������� � CIM_SoftwareFeatureSAPImplementation Description An association between a service access point and how it is implemented in software. The cardinality of this association is many-to-many. A SAP may be provided by more than one software feature, operating in conjunction. And, any software feature may provide more than one service access point. a When many software features are associated with single SAP, it is assumed that these elements operate in conjunction to provide the access point. If different implementations of a SAP exist, each of these implementations would result in individual instantiations of the service access point object. These individual instantiations would then have associations to the unique implementations. AMENDMENT LOCALE ms_409 Antecedent f@
� I b o ref:CIM_SoftwareFeature Description The antecedent software feature. Dependent f@
� � � � ref:CIM_ServiceAccessPoint Description The dependent service access point. � C I M _ D e p e n d e n c y �]�%߬�S CIM_Dependency ) * 7 � ��� � � w � ���������� � CIM_SoftwareFeatureServiceImplementation Description An association between a service and how it is implemented in software. The cardinality of this association is many-to-many. A service may be provided by more than one software feature, operating in conjunction. And, any software Feature may provide more than one service. When multiple software features are associated with a single service, it is assumed that these elements operate in conjunction to provide the service. If different implementations of a service exist, each of these implementations would result in individual instantiations of the service object. These individual instantiations would then have associations to the unique implementations. AMENDMENT LOCALE ms_409 Antecedent f@
� / H U ref:CIM_SoftwareFeature Description The antecedent software feature. Dependent f@
� � � � ref:CIM_Service Description The dependent service. � C I M _ D e p e n d e n c y �]�%߬�g CIM_Dependency ) # � ��� � � � V a ���������� � CIM_SAPSAPDependency Description CIM_SAPSAPDependency is an association between a service access point and another service access point indicating that the latter is required in order for the former service access point to utilize or connect with its service. For example, to print at a network printer, local print access points must utilize underlying network-related SAPs, or protocol endpoints, in order to send the print request. AMENDMENT LOCALE ms_409 Antecedent f@
� % 2 ref:CIM_ServiceAccessPoint Description The required service access point. Dependent f@
� � � � ref:CIM_ServiceAccessPoint Description The service access point that is dependent on an underlying SAP. � C I M _ S e r v i c e A c c e s s B y S A P �]�%߬� CIM_ServiceAccessBySAP ) ) � ��� � � � ���������� � CIM_BootServiceAccessBySAP Description CIM_BootServiceAccessBySAP is the relationship between a boot service and its access points. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_BootService Description The boot service. Dependent f@
� F W d ref:CIM_BootSAP Description An access point for the boot service. � C I M _ S e r v i c e A c c e s s B y S A P �]�%߬�& CIM_ServiceAccessBySAP ) , � ��� � � � ' 2 ���������� � CIM_ClusterServiceAccessBySAP Description CIM_ClusterServiceAccessBySAP is the relationship between a clustering service and its access points. AMENDMENT LOCALE ms_409 Antecedent f@
� � ref:CIM_ClusteringService Description The clustering service. Dependent f@
� ^ u � ref:CIM_ClusteringSAP Description An access point for the clustering service. � C I M _ D e p e n d e n c y �]�%߬�� CIM_Dependency ) ' 9 ��D L T ` � � ���������b � CIM_ServiceSAPDependency Description CIM_ServiceSAPDependency is an association between a service and a service access point indicating that the referenced SAP is utilized by the service to provide its functionality. For example, boot services may invoke BIOS' disk services (interrupts) in order to function. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_ServiceAccessPoint Description The required service access point Dependent f@
� - ref:CIM_Service Description The service that is dependent on an underlying SAP. � C I M _ E l e m e n t S e t t i n g �]�%߬�� CIM_ElementSetting ) + � ��� � � � � � ���������� � Win32_PageFileElementSetting Description The Win32_PageFileElementSetting class represents an association between the initial settings of a page file and the state of those setting during normal use. AMENDMENT LOCALE ms_409 Element f@ )
� & ? L � �� ref:Win32_PageFileUsage Description The Element reference represents the properties of a page file while the Win32 system is in use. Setting f@ )
� � � �� ref:Win32_PageFileSetting Description The Setting reference represents the initial settings of a page file when the Win32 system is starting up. � C I M _ S o f t w a r e F e a t u r e �a�%߬� CIM_SoftwareFeature ) � ��� � � � ( ������������������������������ � CIM_BIOSFeature Description CIM_BIOSFeature represents the capabilities of the low-level software that is used to bring up and configure a computer system. AMENDMENT LOCALE ms_409 CharacteristicDescriptions
�
STRING Description An array of free-form strings providing more detailed explanations for any of the BIOS features indicated in the Characteristics array. Note, each entry of this array is related to the entry in the Characteristics array that is located at the same index. Characteristics +
� a i v � � UINT16 Description An array of integers that specify the features supported by the BIOS. For example, one can specify that PnP capabilities are provided (value=9) or that infrared devices are supported (21). The value, 3, is not valid in the CIM schema since in DMI it represents that no BIOS features are supported. In this case, this object should not be instantiated. Values G N W b o | � � � � � � � �
( : N [ d h n s � Other Unknown Undefined ISA Support MCA Support EISA Support PCI Support PCMCIA Support PnP Support APM Support Upgradeable BIOS BIOS Shadowing Allowed VL VESA Support ESCD Support LS-120 Support ACPI Support I2O Boot Support USB Legacy Support AGP Support PC Card IR 1394 I2C Smart Battery PC-98 � C I M _ S e r v i c e A c c e s s P o i n t %b�%߬�� CIM_ServiceAccessPoint )
T ��_ g ����������������������o � CIM_BootSAP Description A representation of the access points of a boot service. AMENDMENT LOCALE ms_409 �C-98 � up. � �F Y� � 'h�?� �� � # �$� �� � 4��Ԝ
� ?ʽ� � ��e�x � ����, p Ҥ��� � BKA_^ � ��յ1 � �c�%߬�� " � �� � & � � � � J Y � � " - _ v � � TU� ���������������������������� � Win32_WinSAT Win32_WinSAT CPUScore )
� ] � ��e v real32 PropertyContext CPUScore D3DScore )
� � � ��� � real32 PropertyContext D3DScore DiskScore )
� & � ��. ? real32 PropertyContext DiskScore GraphicsScore )
� � � ��� � real32 PropertyContext GraphicsScore MemoryScore )
� � � �� real32 PropertyContext MemoryScore TimeTaken
� W � �� string WinSATAssessmentState C
� � � ��� � � � " * uint32 PropertyContext AssessmentState ValueMap 0 1 2 3 4 Values B P W o � StateUnknown Valid IncoherentWithHardware NoAssessmentAvailable Invalid WinSPRLevel )
� � � ��� � real32 PropertyContext WinSPRLevel MostRecentAssessment �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� ' - U ] g n e����j � FDCtlGuid Description FD Core Trace guid {480217a9-f824-4bd4-bbe8-f371caaf9a0d} locale MS\0x409 Flags R
� � � � � & 5 = L V uint32 Description Enable Flags ValueDescriptions DUMMY Flag DefineValues . DUMMY Values E DUMMY ValueMap ^ 0x00000001 �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� , 2 Z b l s m����o � CtlGuidFDWSD Description FD WSDAPI Trace guid {7e2dbfc7-41e8-4987-bca7-76cadfad765f} locale MS\0x409 Flags R
� � � � � + : B Q [ uint32 Description Enable Flags ValueDescriptions DUMMY Flag DefineValues 3 DUMMY Values J DUMMY ValueMap c 0x00000001 �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� + 1 Y a k r i����n � CtlGuidFDSSDP Description FD SSDP Trace guid {db1d0418-105a-4c77-9a25-8f96a19716a4} locale MS\0x409 Flags R
� � � � � * 9 A P Z uint32 Description Enable Flags ValueDescriptions DUMMY Flag DefineValues 2 DUMMY Values I DUMMY ValueMap b 0x00000001 �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� $ * R Z d k e����g � CtlGuidUMB Description UMB Trace guid {96ab095a-9519-4f5c-81ee-c510b0a45463} locale MS\0x409 Flags R
� � � � � # 2 : I S uint32 Description Enable Flags ValueDescriptions DUMMY Flag DefineValues + DUMMY Values B DUMMY ValueMap [ 0x00000001 �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� ( . V ^ h o � � e��������I � UMBus Description UmBus Driver Trace guid {f9be9c98-10db-4318-bb61-cb0ddea08bf7} locale MS\0x409 Flags R
� � � � � � � ~ � % / uint32 Description Enable Flags ValueDescriptions - B S h x � � � � TraceEntryExit Flag TraceIoctl Flag TraceParameter Flag TraceInit Flag TraceInfo Flag TraceDriver Flag TraceCreateClose Flag TracePower Flag TracePnP Flag DefineValues # 3 > I V h t TraceEntryExit TraceIoctl TraceParameter TraceInit TraceInfo TraceDriver TraceCreateClose TracePower TracePnP Values � � � � � � � TraceEntryExit TraceIoctl TraceParameter TraceInit TraceInfo TraceDriver TraceCreateClose TracePower TracePnP ValueMap W c o { � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 Level _
� 7 ? L T g & 4 � � � 7 B uint32 Description Levels ValueDescriptions � � � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues H [ n � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � � Fatal Error Warning Information Verbose ValueMap # ( - 2 0x1 0x2 0x3 0x4 0x5 ValueType index me �
E v e n t T r a c e �c�%߬�� EventTrace 6 � �� * 0 X ` j q � � e��������K � UmPass Description UMPass Driver Trace guid {FF9E2BDD-0E24-437c-84BE-7CFCAE635808} locale MS\0x409 Flags R
� � � � � � � � � ' 1 uint32 Description Enable Flags ValueDescriptions / D U j z � � � � TraceEntryExit Flag TraceIoctl Flag TraceParameter Flag TraceInit Flag TraceInfo Flag TraceDriver Flag TraceCreateClose Flag TracePower Flag TracePnP Flag DefineValues % 5 @ K X j v TraceEntryExit TraceIoctl TraceParameter TraceInit TraceInfo TraceDriver TraceCreateClose TracePower TracePnP Values � � � � � � � TraceEntryExit TraceIoctl TraceParameter TraceInit TraceInfo TraceDriver TraceCreateClose TracePower TracePnP ValueMap Y e q } � � � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 Level _
� 9 A N V i ( 6 � � � 9 D uint32 Description Levels ValueDescriptions � � � � � Abnormal exit or termination Severe errors that need logging Warnings such as allocation failure Includes non-error cases Detailed traces from intermediate steps DefineValues J ] p � TRACE_LEVEL_FATAL TRACE_LEVEL_ERROR TRACE_LEVEL_WARNINGTRACE_LEVEL_INFORMATION TRACE_LEVEL_VERBOSE Values � � � � � Fatal Error Warning Information Verbose ValueMap % * / 4 0x1 0x2 0x3 0x4 0x5 ValueType index er �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �c�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �c�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �c�%߬�kZ�%߬�2
� __NAMESPACE MicrosoftTpm F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �c�%߬��Z�%߬�C ��& � __SystemSecurity RequiresEncryption 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �;����kZ�%߬�.
� __NAMESPACE Security ;�� � Q(�r� � nG�- s �,�B� � �5� � ��AA � (�7o B ��E� � i��r � 0Fy? C I M _ D e p e n d e n c y v]�%߬�� CIM_Dependency ) % ��0 8 @ L � � ���������P � CIM_RunningOS Description CIM_RunningOS indicates the currently executing operating system. At most one operating system can execute at any time on a computer system. 'At most one' is specified, since the computer system may not be currently booted, or its operating system may be unknown. AMENDMENT LOCALE ms_409 Antecedent f@
� x � � ref:CIM_OperatingSystem Description The operating system currently running on the computer system. Dependent f@
� - : ref:CIM_ComputerSystem Description The computer system. � w]�%߬�r ) $ � �� � � �������� � CIM_DependencyContext Description This relationship associates a CIM_Dependency with one or more CIM_Configuration objects. For example, a computer system's dependencies could change based on the site/network to which the system is attached. AMENDMENT LOCALE ms_409 Context f
� E \ i ref:CIM_Configuration Description The configuration object that aggregates the dependency. Dependency f
� � � � ref:CIM_Dependency Description An aggregated dependency. c � x]�%߬�[ ) - � ��� � � � � ��������� � CIM_DirectorySpecificationFile Description The CIM_DirectorySpecificationFile association identifies the directorythat contains the file being specified by referencing the CIM_DirectorySpecification class. AMENDMENT LOCALE ms_409 DirectorySpecification f
� 5 U b ref:CIM_DirectorySpecification Description The directory specification. FileSpecification f
� � � � ref:CIM_FileSpecification Description The file specification. ec � y]�%߬�� ) ' �� & 5 � %��������v � CIM_ElementConfiguration Description This association relates a CIM_Configuration object to one or more managed system elements. The CIM_Configuration object represents a certain behavior, or a desired functional state for the associated CIM_ManagedSystemElement. AMENDMENT LOCALE ms_409 Configuration f
� a x � ref:CIM_Configuration Description The CIM_Configuration object that groups the settings and dependencies associated with the managed system element. Element f
� . L Y ref:CIM_ManagedSystemElement Description The managed system element. es � z]�%߬�� ) & � ��� � � � ���������� � CIM_FromDirectoryAction Description The CIM_FromDirectoryAction association identifies the source directory for the file action. When this association is used, the assumption is that the source directory was created by a previous action. This association cannot exist with a CIM_FromDirectorySpecification association since a file action can only involve a single source directory. AMENDMENT LOCALE ms_409 FileName f
� � � � ref:CIM_FileAction Description The file name. SourceDirectory f
� F _ l ref:CIM_DirectoryAction Description The source directory. as � {]�%߬�� ) - z ��� � � � �
���������} � CIM_FromDirectorySpecification Description The CIM_FromDirectorySpecification association identifies the source directory for the file action. When this association is used, the assumption is that the source directory already existed. This association cannot exist with a CIM_FromDirectoryAction association since a file action can only involve single source directory. AMENDMENT LOCALE ms_409 FileName f
� � � � ref:CIM_FileAction Description The file name. SourceDirectory f
� 9 Y f ref:CIM_DirectorySpecification Description The source directory. as � |]�%߬�* ) ! ��, 4 < E � � 3 > � � ` f � � % U����������������������������� � CIM_FRU Description The CIM_FRU class is a vendor-defined collection of products and/or physical elements that is associated with a product for the purpose of supporting, maintaining or upgrading that product at the customer's location. FRU is an acronym for 'field replaceable unit'. AMENDMENT LOCALE ms_409 Caption
� q y � STRING Description A short textual description (one-line string) for the FRU. Description
� � STRING Description A textual description of the FRU. FRUNumber )
� u } � � �� STRING Description FRU ordering information. IdentifyingNumber )
� � � � �� STRING Description FRU identification such as a serial number on software or a die number on a hardware chip. Name
� � � � STRING Description FRU name. RevisionLevel
� � � STRING Description The FRU's revision level. Vendor )
� \ d q � �� STRING Description The name of the FRU's supplier. � }]�%߬�� ) % ` ��k s { � � � u��������N � CIM_FRUIncludesProduct Description Indicates that a FRU may be composed of other product(s). AMENDMENT LOCALE ms_409 Component f
� � � � ref:CIM_Product Description The product which is a part of the FRU. FRU f
� * 7 D ref:CIM_FRU Description The FRU. ). � ~]�%߬�� ) & [ ��f n v �
u��������Z � CIM_FRUPhysicalElements Description Indicates the physical elements that make up a FRU. AMENDMENT LOCALE ms_409 Component f
� � � � ref:CIM_PhysicalElement Description The physical element which is a part of the FRU. FRU f
� 6 C P ref:CIM_FRU Description The FRU. ME �
C I M _ S e n s o r �a�%߬�� ? CIM_Sensor ) I ��T \ d t � � s � \ r ���_�����������������������������������������������������������B � CIM_BinarySensor Description A BinarySensor provides a boolean output. Given the addition of the CurrentState and PossibleStates properties to Sensor, the BinarySensor subclass is no longer necessary, but is retained for backward compatibility. A BinarySensor can be created by instantiating a Sensor with two PossibleStates. AMENDMENT LOCALE ms_409 CurrentReading .
� � � � BOOLEAN Description The current value indicated by the sensor. ExpectedReading 0
� ( 5 BOOLEAN Description ExpectedReading indicates the 'normal' value for the sensor. InterpretationOfFalse 2
� � � � STRING Description InterpretationOfFalse is a string indicating what a 'False' value from the binary sensor means. This information could be displayed to a user. InterpretationOfTrue 6
� � � � STRING Description InterpretationOfTrue is a string indicating what a 'True' value from the Binary sensor means. This information could be displayed to a user. � a user. � #� *
�C* @ Oz �j �
���{A � Ҝ� � �F�3� p ���3" � �5
�� � �-L�� p a��H F "��G _}kaN , �K)�z �ak� � R�(D% p
E v e n t T r a c e �d�%߬�� EventTrace 6 � �� $ * R Z d k e����� � NtfsLog Description Ntfs_NtfsLog guid {b2fc00c4-2941-4d11-983b-b16e8aa4e25d} locale MS\0x409 Flags
� � uint32 g �
E v e n t T r a c e �d�%߬� EventTrace 6 � �� ( K Q y � � � ������ � CertificateServicesClient Description Certificate Services Client Trace guid {f01b7774-7ed7-401e-8088-b576793d7841} locale MS\0x409 Flags R
� � � ( � � � � J T uint32 Description Enable Flags ValueDescriptions @ P ` r � TRC_FATAL Flag TRC_ERROR Flag TRC_WARNING Flag TRC_INFO Flag TRC_DETAIL Flag DefineValues � � � � � TRC_FATAL TRC_ERROR TRC_WARNING TRC_INFO TRC_DETAIL Values ' 4 > TRC_FATAL TRC_ERROR TRC_WARNING TRC_INFO TRC_DETAIL ValueMap l x � � � 0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 ui �
E v e n t T r a c e �d�%߬��
EventTrace 6 � �� 5 ; c k u | u����?
� WinRM Description Windows Remote Management Trace guid {04c6e16d-b99f-4a3a-9b3e-b8325bbc781e} locale MS\0x409 Flags R
� � � � � � � A K uint32 Description Enable Flags ValueDescriptions � � � � � � 3 G Y k z � � � � � � ! 3 C S h } � � � � SOAPTraceClient Flag SOAPTraceListener Flag Reserved2 Flag Reserved3 Flag Reserved4 Flag Reserved5 Flag Performance Flag Assert Flag RemotingError Flag RemotingDebug Flag ClientError Flag ClientDebug Flag PSLError Flag PSLDebug Flag SubscriptionError Flag SubscriptionDebug Flag CatalogDebug Flag CatalogError Flag WSManWmiProvDebug Flag WSManWmiProvError Flag ConfigDebug Flag ConfigError Flag UtilError Flag UtilDebug Flag WSManAutoError Flag WSManAutoDebug Flag WSManAutoFlow Flag EventCount Flag SecurityDebug Flag Unittest Flag MemoryDebug Flag DefineValues e v � � � � � � � � � � ) < J X k ~ � � � � � � � � � SOAPTraceClient SOAPTraceListener Reserved2 Reserved3 Reserved4 Reserved5 Performance Assert RemotingError RemotingDebug ClientError ClientDebug PSLError PSLDebug SubscriptionError SubscriptionDebug CatalogDebug CatalogError WSManWmiProvDebug WSManWmiProvError ConfigDebug ConfigError UtilError UtilDebug WSManAutoError WSManAutoDebug WSManAutoFlow EventCount SecurityDebug Unittest MemoryDebug Values � � � � � � � � � ' 4 > H [ n | � � � � � � � � * 4 SOAPTraceClient SOAPTraceListener Reserved2 Reserved3 Reserved4 Reserved5 Performance Assert RemotingError RemotingDebug ClientError ClientDebug PSLError PSLDebug SubscriptionError SubscriptionDebug CatalogDebug CatalogError WSManWmiProvDebug WSManWmiProvError ConfigDebug ConfigError UtilError UtilDebug WSManAutoError WSManAutoDebug WSManAutoFlow EventCount SecurityDebug Unittest MemoryDebug ValueMap � � � � � + 7 C O [ g s � � � � � � � � � �
'
3
0x00000001 0x00000002 0x00000004 0x00000008 0x00000010 0x00000020 0x00000040 0x00000080 0x00000100 0x00000200 0x00000400 0x00000800 0x00001000 0x00002000 0x00004000 0x00008000 0x00010000 0x00020000 0x00040000 0x00080000 0x00100000 0x00200000 0x00400000 0x00800000 0x01000000 0x02000000 0x04000000 0x08000000 0x10000000 0x20000000 0x40000000 {0 �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �d�%߬�kZ�%߬�-
� __NAMESPACE Windows F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �d�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �d�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 �d�%߬�kZ�%߬�+
� __NAMESPACE winrm F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 �d�%߬��Z�%߬�$ � __SystemSecurity 4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �d�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? 5 7 E 5 F 3 A D D 9 E 2 4 2 C 4 E 9 F 9 E D F 7 9 A A 9 7 F 7 9 E 7 9 1 1 C 5 A 8 B 9 0 2 E C 1 5 0 D 6 4 4 2 E 3 B 8 5 A 5 A A �d�%߬�nZ�%߬�� �?����J 9 T � __Win32Provider {DA13DC3D-3F88-4A85-A89E-5735588A65E5} localsystemhost WsmAgent 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D �d�%߬�tZ�%߬�w ` � __MethodProviderRegistration \\.\root\Microsoft\Windows\winrm:__Win32Provider.Name="WsmAgent" R O O T \ M i c r o s o f t \ W i n d o w s \ w i n r m _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ 8 2 2 B F 9 3 D F 9 C 3 C 1 C 7 9 6 6 5 F 6 2 2 B F B 8 8 A D E 1 B 3 6 A 5 7 9 6 6 0 1 4 C 1 E C F 6 C 9 D B E 6 8 D B A D A 5 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 1 0 0 1 0 9 F 2 6 4 4 1 8 A 8 8 9 1 B 8 D A 4 8 D 6 9 3 9 3 1 7 8 E 5 7 1 0 2 5 D 1 1 4 D 3 5 0 0 5 E B 8 8 4 1 D 8 8 F A E A 5
R O O T \ H a r d w a r e _ _ M e t h o d P r o v i d e r R e g i s t r a t i o n p r o v i d e r � N S _ F A D 2 3 6 D C 8 8 D 4 A 3 9 D 9 B 8 0 8 B 5 9 8 2 2 7 A C 3 2 F 4 5 8 0 0 A 0 F 0 9 F B 4 E 1 0 A A E 8 0 B E 6 3 A 6 3 A D 1 \ K I _ 7 1 1 4 0 C C D 6 6 E D C 2 0 B 9 C 2 C D F 5 2 F 3 C 8 3 7 3 A C A 9 F 9 6 6 D 8 0 A 4 3 A D 6 9 8 A 5 B F C D F 5 1 5 4 9 D D \ I _ 9 F 7 9 C C 9 E 0 7 B F C 5 E C 4 1 6 B F C 6 1 E 1 7 D 7 6 D 6 3 8 7 C 1 6 B 0 5 5 C 0 3 9 8 D 9 9 5 3 5 3 2 5 5 C 5 4 2 2 5 8 l . 4 �d�%߬��
6 �� ' . 6 < d m � � � � U������������ � CIM_ManagedElement Abstract Version 2.7.0 Locale UUID {d62c5793-c0eb-400e-a97b-2db5df757b8c} Caption
� � � @ string MaxLen Description
� � string ElementName
� string �4 1 C 5 3 E 6 D B 1 A C F 2 4 5 3 C E F D 4 1 3 9 8 1 9 8 E 6 1 3 F 1 0 D F F 4 7 7 0 9 E C A B 1 D 7 F 0 3 7 7 5 6 A C 8 C E 7 �d�%߬�lZ�%߬�� � � __thisNAMESPACE � �� � � ? �~�� �
T� � �Ax�n D ��룲 � ���&_ � r�Ģ� | UK��` ���)` � -�9Z � �D�U) B�0 � C I M _ S o f t w a r e F e a t u r e nb�%߬�� 2 CIM_SoftwareFeature C % � �� � M V f } � � � � � � ��W������������������������������������������������ � Win32_SoftwareFeature Locale UUID {A7A5AEBA-E3D2-11d2-8601-0000F8102E5F} MSIProv MappingStrings n Microsoft.MSI Accesses (
� � � �� uint16 Attributes $
� � � �� uint16 InstallState
& )
� < � ��D N sint16 ValueMap n r v z } � � -6 -2 -1 1 2 3 4 LastUse e *
� � � �� datetime [ a � Z e � � � Reinstall ' ��4 > Implemented ValueMap N Q ] 0 2147549445 .. x ac6d1350600005Q ROOT\cimv2 ���� � �% �� * j � __PARAMETERS abstract ReinstallMode uint16
� 9 in
� 9 ` ��
� � � � � � � � � � 1 2 3 4 5 6 7 8 9 10 Valuemap )
� 9 ` ��� � ID 6
� b ` ��� � uint16 __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Configure � ��� � Implemented ValueMap � � � 0 2147549445 .. � ac6d1350600005Q ROOT\cimv2 ���� � �� �� * � E � __PARAMETERS abstract InstallState uint16
� 8 in
� 8 _ �� � � � � � 1 2 3 4 5 Valuemap )
� 8 _ ��� � ID 6
� = _ ��� � � uint16 __ �y ac6d1350600005Q ROOT\cimv2 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � C I M _ S o f t w a r e E l e m e n t ob�%߬�Y I CIM_SoftwareElement C % � �� � M V f } � � � K Q ������������������������������������������������������������������������� � Win32_SoftwareElement Locale UUID {92ECDE80-E3D2-11d2-8601-0000F8102E5F} MSIProv MappingStrings n Microsoft.MSI Attributes <
� � � �� uint16 InstallState B )
� � �� sint16 valuemap 2 6 : > B E H -7 -6 -4 -1 2 3 4 Path >
� { � �� string � C I M _ S e r v i c e pb�%߬� ) CIM_Service
C " ( � �� � P Y i ������������������������������������������ � Win32_ApplicationService Locale UUID {CC78410E-E3D1-11d2-8601-0000F8102E5F} MSIProv MappingStrings q Microsoft.MSI � C I M _ S e r v i c e A c c e s s P o i n t qb�%߬�i + CIM_ServiceAccessPoint C ! ' � �� � O X h � �������������������������������������������� � Win32_CommandLineAccess Locale UUID {656E1F1E-E3D2-11d2-8601-0000F8102E5F} MSIProv MappingStrings p Microsoft.MSI CommandLine $
� � � �� string � C I M _ C h e c k rb�%߬�[ % CIM_Check C ( . � �� � V _ o � � �������������������������������������� � Win32_SoftwareElementCondition Locale UUID {280AE270-DB34-11d2-85FC-0000F8102E5F} MSIProv MappingStrings w Microsoft.MSI Condition
� � � �� string � C I M _ C h e c k sb�%߬�R % CIM_Check C % � �� � M V f } � �������������������������������������� � Win32_LaunchCondition Locale UUID {E79C9694-DB32-11d2-85FC-0000F8102E5F} MSIProv MappingStrings n Microsoft.MSI Condition
� � � �� string � C I M _ C h e c k tb�%߬�� + CIM_Check C � �� � G P ` w � � � � � ��W����������������������������������������( � Win32_Condition Locale UUID {43FF3654-DB32-11d2-85FC-0000F8102E5F} MSIProv MappingStrings h Microsoft.MSI Condition
� � � �� string Feature $
� � � �� string Level
� � �� uint16 � C I M _ F i l e S p e c i f i c a t i o n ub�%߬�� K CIM_FileSpecification C ! ' � �� � O X h � � � E O � � �������������������������������������������������������������������������� � Win32_FileSpecification Locale UUID {BBB7EBAA-DB32-11d2-85FC-0000F8102E5F} MSIProv MappingStrings p Microsoft.MSI Attributes >
� � � �� uint16 FileID B '
� � �� � �� string Fixed Language :
� = � �� string Sequence @
� y � �� uint16 Version @ '
� � � ��� �� string Fixed � C I M _ F i l e S p e c i f i c a t i o n vb�%߬�� Q CIM_FileSpecification C $ * � �� � R [ k � � � � �� ) 2 d k ���U����������������������������������������������������������������������������� � Win32_IniFileSpecification Locale UUID {47772EC4-DB21-11d2-85FC-0000F8102E5F} MSIProv MappingStrings s Microsoft.MSI Action F
� � � �� uint16 IniFile H
� � � �� string >
� ! � �� string Section :
� \ � �� string Value B
� � � �� string � C I M _ D i r e c t o r y S p e c i f i c a t i o n wb�%߬�� 0 $ CIM_DirectorySpecification C & , � �� � T ] m � � � � ������������������������������������������������ � Win32_DirectorySpecification Locale UUID {6328B2A8-DB32-11d2-85FC-0000F8102E5F} MSIProv MappingStrings u Microsoft.MSI DefaultDir $
� � � �� string Directory (
� � � �� string �6 4 6 5 9 A B 9 F 8 F 1 C 4 B 5 6 8 D B 6 4 3 8 B A E 1 1 B 2 6 E E 8 F 9 3 C B 5 F 8 1 9 5 E 2 1 E 8 C 3 8 3 D 6 C 4 4 C C 4 1 =yC_��kZ�%߬�,
� __NAMESPACE ms_c0a % C I M _ L o g i c a l E l e m e n t �d�%߬�' 4 CIM_LogicalElement ) ( � ��� � � � f t �
� ��W�������������������������������������������������q � CIM_EnabledLogicalElement Description This class extends LogicalElement to abstract the concept of an element that is enabled and disabled, such as a LogicalDevice or a ServiceAccessPoint. AMENDMENT LOCALE ms_409 EnabledDefault * +
� $ , 9 � � uint16 Description An enumerated value indicating an administrator's default/startup configuration for an element's Enabled State. By default, the element is "Enabled" (value=2). Values % : F U Enabled Disabled Not Applicable Enabled but Offline No Default DMTF Reserved Vendor Reserved EnabledState " +
� � � � uint16 Description EnabledState is an integer enumeration that indicates the enabled/disabled states of an element. It can also indicate the transitions between these requested states. For example, shutting down (value = 4) and starting (value=10) are transient states between enabled and disabled. The following text briefly summarizes the various enabled/disabled states:
Enabled (2) indicates that the element is/could be executing commands, will process any queued commands, and queues new requests.
Disabled (3) indicates that the element will not execute commands and will drop any new requests.
Shutting Down (4) indicates that the element is in the process of going to a Disabled state.
Not Applicable (5) indicates the element doesn't support being enabled/disabled.
Enabled but Offline (6) indicates that the element may be completing commands, and will drop any new requests.
Test (7) indicates that the element is in a test state.
Deferred (8) indicates that the element may be completing commands, but will queue any new requests.
Quiesce (9) indicates that the element is enabled but in a restricted mode. The element's behavior is similar to the Enabled state, but it only processes a restricted set of commands. All other requests are queued.
Starting (10) indicates that the element is in the process of going to an Enabled state. New requests are queued. Values
V _ f o y � � � � � � � � Unknown Other Enabled Disabled Shutting Down Not Applicable Enabled but Offline In Test Deferred Quiesce Starting DMTF Reserved Vendor Reserved OtherEnabledState
$
� 2 : G string Description A string describing the element's enabled/disabled state when the EnabledState property is set to 1 ("Other"). This property MUST be set to NULL when EnabledState is any value other than 1. RequestedState ( +
� O
W
d
3 ; uint16 Description RequestedState is an integer enumeration indicating the last requested or desired state for the element. The actual state of the element is represented by EnabledState. This property is provided to compare the last requested and current enabled/disabled states. Note that when EnabledState is set to 5 ("Not Applicable"), then this property has no meaning. By default, the element's RequestedState is 5 ("No Change"). Refer to the EnabledState's property Description for explanations of the values in the RequestedState enumeration.
It should be noted that there are two new values in RequestedState that build on the statuses of EnabledState. These are "Reboot" (10) and "Reset" (11). The former, Reboot, refers to doing a "Shut Down" and then moving to an "Enabled" state. The latter, Reset, indicates that the element is first "Disabled" and then "Enabled". The distinction between requesting "Shut Down" and "Disabled" should also be noted. The former, Shut Down, requests an orderly transition to the Disabled state, and MAY involve removing power, to completely erase any existing state. The latter, the Disabled state, requests an immediate disabling of the element, such that it will not execute or accept any commands or processing requests.
This property is set as the result of a method invocation (such as Start or StopService on CIM_Service), or may be overridden and defined as WRITEable in a subclass. The method approach is considered superior to a WRITEable property, since it allows an explicit invocation of the operation and the return of a result code.
It is possible that a particular instance of EnabledLogicalElement may not support RequestedStateChange. If this occurs, the value 12 ("Not Applicable") is used. Values
s | � � � � � � � � � � � Enabled Disabled Shut Down No Change Offline Test Deferred Quiesce Reboot Reset Not Applicable DMTF Reserved Vendor Reserved TimeOfLastStateChange e
,
� @ J W datetime Description The date/time when the element's EnabledState last changed. If the state of the element has not changed and this property is populated, then it MUST be set to a 0 interval value. If a state change was requested, but rejected or not yet processed, the property MUST NOT be updated. � 0 v � � RequestStateChange 2 ? � � Description Requests that the element's state be changed to the value specified in the RequestedState parameter. When the requested state change takes place, the element's EnabledState and RequestedState will be the same. Invoking the RequestStateChange method multiple times could result in earlier requests being overwritten/lost.
If 0 is returned, then the task completed successfully and the use of ConcreteJob was not required. If 4096 (0x1000) is returned, then the task will take some time to complete, ConcreteJob will be created, and its reference returned in the output parameter Job. Any other return code indicates an error condition. Values ( C k s � � � � � Completed with No Error Not Supported Unknown/Unspecified Error Can NOT complete within Timeout Period Failed Invalid Parameter In Use DMTF Reserved Method Parameters Checked - Job Started Invalid State Transition Use of Timeout Parameter Not Supported Busy Method Reserved Vendor Specific B ac6d1350600005Q ROOT\Hardware\ms_409 ���� � �� �� * D � 1 ������ � __PARAMETERS abstract RequestedState uint16
� : IN
� : a �� The state requested for the element. This information will be placed into the instance's RequestedState property if the RequestStateChange method's return code is 0, 3, or 4096 (0x1000) - 'Completed with No Error', 'Timeout', or 'Job Started' respectively. Refer to the description of the EnabledState and RequestedState properties for the detailed meanings of the RequestedState values. Description )
� : a �� � � � � � � � � � � � � Enabled Disabled Shut Down Offline Test Defer Quiesce Reboot Reset DMTF Reserved Vendor Reserved Values 6
� : a �� � � X ID C
� � a �� � � X @ uint16 e TimeoutPeriod datetime e
� � IN e
� � � �� A timeout period that specifies the maximum amount of time that the client expects the transition to the new state to take. The interval format MUST be used to specify the TimeoutPeriod. A value of 0 or a null parameter indicates that the client has no time requirements for the transition.
If this property does not contain 0 or null and the implementation doesn't support this parameter. A return code of 'Use Of Timeout Parameter Not Supported' MUST be returned. Description e )
� � � ��� ID e 6
� u � ��� - datetime �F C I M _ P r o d u c t �b�%߬�
o CIM_Product
) � ��� � � � m w � � S ` u � # � � r � �
� � ! . � � � q { � � S
a
�
�
A L �UUUU��������������������������������������������������������������������������������������������������������� � Win32_Product Description Instances of this class represent products as they are installed by MSI. A product generally correlates to a single installation package. AMENDMENT LOCALE ms_409 AssignmentType 6 +
� ! B J uint16 Description Assignment type of the product. Values V ` Per-user Per-machine HelpLink H
� � � � string Description The support link for the product. HelpTelephone L
� + string Description The support telephone for the product. InstallDate "
� � � � string Description The installation date. The InstallDate property has been deprecated in favor of the InstallDate2 property which is of type DateTime rather than String. New implementations should use the InstallDate2 property. InstallDate2 e
&
� � � � datetime Description The InstallDate2 property represents the installation date of the product. InstallLocation
2
� O W d string Description The location of the installed product. InstallSource D
� � � � string Description The installation source directory of the product. InstallState +
� V ^ k � � sint16 Description The installed state of the product. Values � � � � � � Bad Configuration Invalid Argument Unknown Package Advertised Absent Installed Language *
� ? G T string Description The language of the product. LocalPackage \
� � � � string Description The location of the locally cached package for this product. PackageCache
� 9 A N string Description The location of the locally cached package for this product. PackageCode X
� � � � string Description The identifier for the package from which this product was installed. PackageName `
� Z b o string Description The original package name for the product. ProductID @
� � � � string Description The product ID. RegCompany <
� 0 8 E string Description The company registered to use the product. RegOwner 8
� � � � string Description The owner registered to use the product. Transforms .
�
&
3
string Description The transforms of the product. URLInfoAbout P
� �
�
�
string Description The URL information for the product. URLUpdateInfo T
� string Description The URL update information the product. WordCount d
� x � � uint32 Description Summary information word count for the product �9 �
O � ! 8 � < G $ �# % % 1' �* `, k, I. 44 �5 �5 x7 |7 9 � Install ' 4 � � Description This method Will install an associated Win32_Product using the installation package provided through PackageLocation and any command line options that are supplied. The method can return the following values:
0 - Success.
2147549445 - RPC Server Fault Error.
Other - For integer values other than those listed above, refer to the documentation on error codes returned by the Windows Installer API and the Win32 error codes. Values � � Success RPC Server Fault Error Other p ac6d1350600005Q ROOT\cimv2\ms_409 ���� � � �� � � g i * ����������� � __PARAMETERS abstract PackageLocation string
� ; in
� ; b �� The path to the package that is to be installed Description )
� ; b ��� � ID 6
� M b ��� � string Options string
� p in
� p � �� The command line options for the install. These should be in the form of property=setting Description )
� p � ��! � ID 6
� � � ��! � e string AllUsers boolean
� � in
� � � �� DEPRECATED. The AllUsers input parameter has been deprecated as the functionality implied is not supported. The operation will effect all users on the machine.
Indicates whether the operation should be applied to the current user (FALSE) or all users on the machine (TRUE). Description )
� � � ��< ' ID 6
� � � ��< ' � boolean __ �� ac6d1350600005Q ROOT\cimv2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ � Admin ;
H
Description This method will preform an administrative install of an associated Win32_Product using the installation package provided through PackageLocation and any command line options that are supplied. The method can return the following values:
0 - Success.
2147549445 - RPC Server Fault Error.
Other - For integer values other than those listed above, refer to the documentation on error codes returned by the Windows Installer API and the Win32 error codes. Values ' 0 H Success RPC Server Fault Error Other ? ac6d1350600005Q ROOT\cimv2\ms_409 ���� � ��
�� � � * e Q ������������� � __PARAMETERS abstract PackageLocation string
� ; in
� ; b �� The path to the package that is to be admined Description )
� ; b ��� � ID 6
� K b ��� � string TargetLocation string
� u in
� u � �� The location for the administrative image to be installed at. Description )
� u � �� � ID 6
� � � �� � M string Options string
� � in
� � � �� The command line options for the upgrade. These should be in the form of property=setting Description )
� � � ��i
ID 6
� � � ��i
� string ��>E� � Xw� qr�� �lT � ��a�
�]�t
�!q�+ )�R"< pt�Q
nEf ��Ԥw jn�O�
�U\� ڛV#� ���� �� � g[�� `�=
�B_9& a\��C ��%^ ��^�| �U�(�
��\� EK�� �yG� �/�� h 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver SystemConfig_V1_Video C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� . ����� c � WDMClassesOfDriver SystemConfig_V1_Services C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver SystemConfig_V1_Power C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver SystemConfig_V1_IRQ C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver SystemConfig_V1_PnP C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�} % ����� Z � WDMClassesOfDriver SystemConfig_V2 C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver SystemConfig_V2_CPU C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver SystemConfig_V2_PhyDisk C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver SystemConfig_V2_LogDisk C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver SystemConfig_V2_NIC C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver SystemConfig_V2_Video C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� . ����� c � WDMClassesOfDriver SystemConfig_V2_Services C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� + ����� ` � WDMClassesOfDriver SystemConfig_V2_Power C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� - ����� b � WDMClassesOfDriver SystemConfig_V2_Network C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� 2 ����� g � WDMClassesOfDriver SystemConfig_V2_OpticalMedia C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ��&@��t_�%߬�� ) ����� ^ � WDMClassesOfDriver SystemConfig_V2_IRQ C:\Windows\system32\kernelbase.dll[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 S�&@��t_�%߬�� ( v�襎� g � WDMClassesOfDriver MSNdis_TransmitsOk C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 T�&@��t_�%߬�� ' v�襎� f � WDMClassesOfDriver MSNdis_ReceivesOk C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 U�&@��t_�%߬�� + v�襎� j � WDMClassesOfDriver MSNdis_TransmitsError C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 V�&@��t_�%߬�� ) v�襎� h � WDMClassesOfDriver MSNdis_ReceiveError C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 W�&@��t_�%߬�� , v�襎� k � WDMClassesOfDriver MSNdis_ReceiveNoBuffer C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 X�&@��t_�%߬�� - v�襎� l � WDMClassesOfDriver MSNdis_CoHardwareStatus C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 Y�&@��t_�%߬�� - v�襎� l � WDMClassesOfDriver MSNdis_CoMediaSupported C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 Z�&@��t_�%߬�� ) v�襎� h � WDMClassesOfDriver MSNdis_CoMediaInUse C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 [�&@��t_�%߬�� ( v�襎� g � WDMClassesOfDriver MSNdis_CoLinkSpeed C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 \�&@��t_�%߬�� ' v�襎� f � WDMClassesOfDriver MSNdis_CoVendorId C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] 8 1 8 D B 2 B 3 A B 2 6 C 4 9 A 2 A E B 1 D 2 4 3 B 5 5 5 3 6 3 E 7 9 4 D B 6 E 7 1 2 4 3 6 A F 8 B B B 2 D 2 5 7 0 1 B 2 4 B 8 c�:X���c�%߬�� $ L ` � � � AntiVirusProduct Windows Defender {D68DDC3A-831F-4fae-9E44-DA132C1ACF46} windowsdefender:// %ProgramFiles%\Windows Defender\MsMpeng.exe Thu, 14 May 2026 04:17:04 GMT fae-9E44-DA132C1ACF46} windowsdefender:// %ProgramFiles%\Windows Defender\MsMpeng.exe Tue, 02 Apr 2024 04:23:52 GMT B90�� = v��M� � ��G� � >�@ � � ��� U ��~�5 � ����� �
0 8 9 9 3 0 7 4 0 8 A 3 2 0 4 0 A 6 D A 1 9 C 0 B 1 E C 2 7 4 5 A 3 D 6 0 4 B A A 9 D F F E 8 E E 4 B 7 5 C 3 D 9 1 E 1 6 1 0 9 �^�%߬�uZ�%߬�� P � � __EventProviderRegistration % select * from Win32_ComputerShutdownEvent \\.\Root\CIMV2:__Win32Provider.Name="MS_Shutdown_Event_Provider" C I M _ U s e r D e v i c e �a�%߬�� = CIM_UserDevice ) X ��c k s { � � ������������������������������������������������������������� � CIM_Keyboard Description Capabilities and management of the keyboard logical device. AMENDMENT LOCALE ms_409 Layout 0
� � � � string Description A free-form string indicating the format and layout of the Keyboard. NumberOfFunctionKeys 4
� D L Y uint16 Description Number of function keys on the Keyboard. Password 6 +
� � � � � � uint16 Description An integer indicating whether a hardware-level password is enabled at the keyboard (value=4), preventing local input. Other values are: "Disabled" (3), "Not Implemented" (5), "Other" (1) and "Unknown" (2). Values � � � � � Other Unknown Disabled Enabled Not Implemented � C I M _ D i s p l a y �a�%߬�w F CIM_Display
) [ ��f n v � � � t � � � | � $ ���U������������������������������������������������������������������ � CIM_FlatPanel Description Capabilities and management of the flat panel logical device. AMENDMENT LOCALE ms_409 DisplayType 0 +
� � � � uint16 Description An integer enumeration describing the type of flat panel display. Values D M T h { � � � � Unknown Other Passive Matrix LCD Active Matrix LCD Cholesteric LCD Field Emission Display Electro Luminescent Display Gas Plasma LED HorizontalResolution 2 +
� ! ) 6 e l uint32 Description Flat panel's horizontal resolution in pixels. Units pixels LightSource 6 +
� � � � C K uint16 Description A description of the display illumination type. For example, backlit (value=2) or reflective (4) can be specified. Values c l s | � Unknown Other Backlit Edgelit Reflective ScanMode 8 +
� � � � 8 @ uint16 Description A Flat panel's scan mode indicating either single (value=2) or dual scan (3). Values T ] d q Unknown Other Single Scan Dual Scan SupportsColor :
� � � � boolean Description Boolean indicating whether the flat panel supports color display. VerticalResolution < +
� ] e r � � uint32 Description Flat panel's vertical resolution in pixels. Units pixels � C I M _ D i s p l a y �a�%߬�r C CIM_Display
) ! k ��v ~ � � ) 6 � � 5 B ������������������������������������������������������������������ � CIM_DesktopMonitor Description Capabilities and management of the desktop monitor (CRT) logical device. AMENDMENT LOCALE ms_409 Bandwidth 0 +
� � � � uint32 Description Monitor's bandwidth in megahertz. If unknown, enter 0. Units megahertz DisplayType 4 +
� o w � & uint16 Description The type of desktop monitor or CRT. For example, multiscan color or monochrome monitors (values 2 or 3, respectively) can be indicated in this property. Values B K R c y � Unknown Other Multiscan Color Multiscan Monochrome Fixed Frequency Color Fixed Frequency Monochrome ScreenHeight 6
� � � � uint32 Description The logical height of the display in screen coordinates. ScreenWidth :
� n v � uint32 Description The logical width of the display in screen coordinates. � C I M _ U s e r D e v i c e �a�%߬�! 4 CIM_UserDevice )
| ��� � ����������������������������������������������������� � CIM_Display Description The CIM_Display class is a superclass for grouping the miscellaneous display devices that exist. AMENDMENT LOCALE ms_409 � C I M _ L o g i c a l D e v i c e �a�%߬�F 4 CIM_LogicalDevice ) � �� ���������������������������������������������������� � CIM_UserDevice Description User devices are logical devices that allow a computer system's users to input, view or hear data. The CIM_UserDevice class is a superclass from which other classes, such as CIM_Keyboard or CIM_DesktopMonitor, descend. AMENDMENT LOCALE ms_409 IsLocked .
� J S ` boolean Description An indication of whether the device is locked, preventing user input or output. � C I M _ L o g i c a l D e v i c e �a�%߬�w
M CIM_LogicalDevice ) ! ��� � � � � � B T � � q x ���_������������������������������������������������������������������������� � CIM_NetworkAdapter Description NetworkAdapter is an Abstract class defining general networking hardware concepts (for example, PermanentAddress or Speed of operation). NetworkAdapters are Devices with the ability to support multiple, higher level protocols and provide the implementation behind the Network Model's ProtocolEndpoint class. (This information is conveyed using the DeviceSAPImplementation association, defined in the Core Model.) NetworkAdapters and their Endpoints represent the potential for connectivity among peers.
The 'potential for connectivity' is very different than the master-slave/controller-controlled by relationships of CIM_Controller. Sometimes, however, a single Device is both a kind of NetworkAdapter and a Controller - for example, when a FibreChannelAdapater is operating as a ComputerSystem's SCSIController. In this case, there are aspects of the Device that are network oriented and others that are Controller oriented - and, both the Controller and Adapter classes should be instantiated. A DeviceIdentity relationship would also be created to tie together these differing aspects/abstractions of the Device. AMENDMENT LOCALE ms_409 AutoSense .
� � � � boolean Description A boolean indicating whether the NetworkAdapter is capable of automatically determining the speed or other communications characteristics of the attached network media. MaxSpeed 0 +
� � � � * 1 uint64 Description The maximum speed, in bits per second, for the network adapter. Units bits per second NetworkAddresses 8
� � � � string Description An array of strings indicating the network addresses for an adapter. PermanentAddress <
� ! . string Description PermanentAddress defines the network address hard coded into an adapter. This 'hard coded' address may be changed via firmware upgrade or software configuration. If so, this field should be updated when the change is made. PermanentAddress should be left blank if no 'hard coded' address exists for the network adapter. Speed @ +
� � � � � � uint64 Description An estimate of the current bandwidth in bits per second. For endpoints which vary in bandwidth or for those where no accurate estimation can be made, this property should contain the nominal bandwidth. Units bits per second � output. � ms_409 �dinates. � pixels �lemented �down_Event_Provider" �3D/` �1 ` + ��� 0 ƛ�u� � =t��
H C I M _ D e p e n d e n c y )^�%߬�� CIM_Dependency ) + � ��� � � � v � ���������] � Win32_LogonSessionMappedDisk Description The Win32_LogonSessionMappedDisk class represents an association between a logon session and the mapped logical disks defined within the session. AMENDMENT LOCALE ms_409 Antecedent f@ )
� 4 A � �� ref:Win32_LogonSession Description The Antecedent property references a logon session. Dependent f@ )
� � � � � �� ref:Win32_MappedLogicalDisk Description The Dependent property references a mapped logical disk defined within the session referenced by the Antecedent property. � C I M _ P a c k a g e d C o m p o n e n t l^�%߬��
CIM_PackagedComponent ) + � ��� � � � � � �������������o � Win32_PhysicalMemoryLocation Description The Win32_PhysicalMemoryLocation class represents an association between an array of physical memory and its physical memory. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� + 8 � �� ref:Win32_PhysicalMemoryArray Description The GroupComponent reference represents the physical memory array that contains the physical memory. PartComponent f@ )
� � � � �� ref:Win32_PhysicalMemory Description The PartComponent reference represents the physical memory contained in the physical memory array. �C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, U } � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="BootConfig" ] Boot configuration management. C I M _ D e s k t o p M o n i t o r �a�%߬�� T CIM_DesktopMonitor ) # � ��� � � � t � * 7 � � � � ����������������������������������������������������������������������������������� � Win32_DesktopMonitor Description The Win32_DesktopMonitor class represents the type of monitor or display device attached to the computer system. AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � �� string Description The DeviceID property contains a string that uniquely identifies a desktop monitor.
Example: DesktopMonitor1 MonitorManufacturer >
� � � � string Description The MonitorManufacturer property indicates the name of the monitor manufacturer.
Example: NEC MonitorType B
� c k x string Description The MonitorType property indicates the type of monitor.
Example: NEC 5FGp PixelsPerXLogicalInch F +
� ) � � uint32 Description The PixelsPerXLogicalInch property indicates the resolution along the X axis (horizontal direction) of the monitor. Units pixels per logical inch PixelsPerYLogicalInch J +
� # � � uint32 Description The PixelsPerYLogicalInch property indicates the resolution along the Y axis (vertical direction) of the monitor. Units pixels per logical inch � C I M _ L o g i c a l D i s k
b�%߬� � CIM_LogicalDisk ) & J ��U ] e q � � 0 H � � % 5 � � �
� �
�
�
: F � �����WUU������������������������������������������������������������������������������������������������������������������������������ � Win32_MappedLogicalDisk Description The Win32_MappedLogicalDisk class represents a network storage devices that are mapped as logical disks on the computer system. The instances returned for this class will be as follows.
If user A is enumerating the instances, then the provider will look for a logon session of user A on that machine. If there is one (and only one) such logon session, then the provider will return the mapped drives of that session. If there is more than one session that user A has on the machine, then no mapped drive instances will be returned (since the provider has no reasonable way of deciding which session to use). If there are no sessions of user A running, and there is a locally logged on user B, then the provider will impersonate A and return the mapped drives of user B. This case supports the scenario of helpdesk wanting to see the instances of a locally logged on user. Again, if there is more than one session of user B running on the machine, then the provider has no way of deciding which to use. In this case no mapped drive instances will be returned. AMENDMENT LOCALE ms_409 Compressed X
� � � � boolean Description The Compressed property indicates whether the logical volume exists as a single compressed entity, such as a DoubleSpace volume. If file based compression is supported (such as on NTFS), this property will be FALSE. FileSystem Z
� � � � string Description The FileSystem property indicates the file system on the logical disk.
Example: NTFS MaximumComponentLength ^
� t | � uint32 Description The MaximumComponentLength property contains the maximum length of a filename component supported by the Win32 drive. A filename component is that portion of a filename between backslashes. The value can be used to indicate that long names are supported by the specified file system. For example, for a FAT file system supporting long names, the function stores the value 255, rather than the previous 8.3 indicator. Long names can also be supported on systems that use the NTFS file system.
Example: 255 ProviderName b
� � � � string Description The ProviderName property indicates the network path name to the logical device. QuotasDisabled f
� a j w boolean Description The QuotasDisabled property indicates that Quota management is not enabled on this volume. QuotasIncomplete h
�
'
boolean Description The QuotasIncomplete property indicates that Quota management was used but has been disabled. Incomplete refers to the information left in the file system after quota management has been disabled. QuotasRebuilding j
� - 6 C boolean Description The QuotasRebuilding property indicates an active state signifying that the file system is in process of compiling information and setting the disk up for quota management. SessionID l )
� 3 ; H � �� string Description The SessionId property indicates the id of the session used by the user connected to the computer system. The user may be connected to the system via a local logon or via a terminal session. SupportsDiskQuotas p
� H
Q
^
boolean Description The SupportsDiskQuotas property indicates whether this volume supports disk Quotas SupportsFileBasedCompression r
� �
boolean Description The SupportsFileBasedCompression property indicates whether the logical disk partition supports file based compression, such as is the case with NTFS. This property is FALSE, when the Compressed property is TRUE.
Values: TRUE or FALSE. If TRUE, the logical disk supports file based compression. VolumeName t
� r z � string Description The VolumeName property indicates the volume name of the logical disk.
Constraints: Maximum 32 characters VolumeSerialNumber x
� 2 : G string Description The VolumeSerialNumber property indicates the volume serial number of the logical disk.
Constraints: Maximum 11 characters
Example: A8C3-D032 �cal inch �guration management. u#�3p � y캥� 4 �N��' �
dhn� \ H��4; � ���1 7 �^�%߬�k 2 ��% ��2 �� ? K � � 5�������� � CIM_CollectedMSEs Locale Abstract Association Aggregation Collection f '
� � � ��� �� ref:CIM_CollectionOfMSEs Aggregate CIM_Key Member f
� � � �� ref:CIM_ManagedSystemElement CIM_Key gr � C I M _ U s e r D e v i c e �a�%߬� > CIM_UserDevice ) ! , ��7 ? G S � � w � � � ������������������������������������������������������������L � CIM_PointingDevice Description The CIM_PointingDevice class represents a device used to point to regions on the display. Membership criteria: Any device used to manipulate a pointer or point to regions on a visual display is a member of this class. Example: A mouse, stylus, touch pad, or tablet. AMENDMENT LOCALE ms_409 Handedness 0 +
� � � � a i uint16 Description Integer indicating whether the pointing device is configured for right (value=2) or left handed operation (value=3). Also, the values, "Unknown" (0) and "Not Applicable" (1), can be defined. Values } � � � Unknown Not Applicable Right Handed Operation Left Handed Operation NumberOfButtons 2
� uint8 Description The NumberOfButtons property indicates the number of buttons on the pointing device.
Example: 2 PointingType 3 +
� � � � � � uint16 Description The type of the pointing device. Values % , 5 < H U b m { Other Unknown Mouse Track Ball Track Point Glide Point Touch Pad Touch Screen Mouse - Optical Sensor Resolution 5 +
� � � � 4 ; uint32 Description The Resolution property indicates the tracking resolution.
Example: 0 Units counts per inch � C I M _ S t o r a g e E x t e n t b�%߬�~ f CIM_StorageExtent ) ! � ��� � � � m ������������������������������������������������������������������������������������������������������ � CIM_PhysicalExtent Description A PhysicalExtent is used to model an SCC RAID implementation. It defines the consecutive addressable block addresses on a single storage device, that are treated as a single StorageExtent and that are in the same StorageRedundancyGroup. An alternate possibility, if automatic configuration is used, is to instantiate or extend the AggregatePExtent class. AMENDMENT LOCALE ms_409 UnitsBeforeCheckDataInterleave H +
� � _ f uint64 Description Number of bytes of user data to skip before starting the check data interleave. Units bytes UnitsOfCheckData P +
� � � � � uint64 Description Number of bytes to be reserved for check data. Units bytes UnitsOfUserData X +
� U ] j � � uint64 Description Number of bytes to be reserved for user data. Units bytes � C I M _ S t o r a g e E x t e n t b�%߬�" M CIM_StorageExtent ) # ��( 0 8 H �����������������������������������������������������������������������������t � CIM_AggregatePExtent Description The CIM_AggregatePExtent class provides summary information about the addressable logical blocks which are in the same storage redundancy group and reside on the same physical media. This is an alternative grouping for physical extents, when only summary information is needed or when automatic configuration is used. Automatic configuration can result in thousands of physical extents being defined. There is no value in modeling the individual extents. So, the CIM_AggregatePExtent object was defined. AMENDMENT LOCALE ms_409 NumberOfBlocks @ <
� t | � uint64 Description Total number of blocks (including the check data blocks) contained in this aggregate physical extent. The block size (an inherited property) should be set to the same value as for the media access device associated with this extent. � C I M _ S t o r a g e E x t e n t b�%߬�� ^ CIM_StorageExtent ) k ��v ~ � � N T ���������������������������������������������������������������������������������������������� � CIM_LogicalDisk Description A LogicalDisk is a presentation of a contiguous range of logical blocks that is identifiable by a FileSystem via the Disk's DeviceId (key) field. For example in a Windows environment, the DeviceID field would contain a drive letter. In a Unix environment, it would contain the access path; and in a NetWare environment, DeviceID would contain the volume name. LogicalDisks are typically built on a DiskPartition or StorageVolume (for example, exposed by a software volume manager) using the LogicalDiskBasedOnPartition or LogicalDiskBasedOnVolume associations. However, it can be based on other StorageExtents, like CIM_Memory, in the case of a RAM disk. The latter is described using the LogicalDiskBasedOnExtent relationship. (Indeed, the BasedOnExtent association is the superclass for the BasedOnPartition and BasedOnVolume relationships.) AMENDMENT LOCALE ms_409 FreeSpace H +
� � � � @ G uint64 Description The FreeSpace property indicates in bytes how much free space is available on the logical disk. units bytes Size P +
� � � � � � uint64 Description The Size property indicates in bytes, the size of the logical disk. units bytes � C I M _ L o g i c a l D e v i c e b�%߬�� M CIM_LogicalDevice ) 7 ��B J R Z � � ! 3 � � � ���_������������������������������������������������������������������������/ � CIM_StorageExtent Description StorageExtent describes the capabilities and management of the various media that exist to store data and allow data retrieval. This superclass could be used to represent the various components of RAID (Hardware or Software) or as a raw logical extent on top of physical media. AMENDMENT LOCALE ms_409 Access . +
� � � � C K uint16 Description Access describes whether the media is readable (value=1), writeable (value=2), or both (value=3). "Unknown" (0) and "Write Once" (4) can also be defined. Values c l v � � Unknown Readable Writeable Read/Write Supported Write Once BlockSize 0 +
� � � � uint64 Description Size in bytes of the blocks which form this StorageExtent. If variable block size, then the maximum block size in bytes should be specified. If the block size is unknown or if a block concept is not valid (for example, for Aggregate Extents, Memory or LogicalDisks), enter a 1. Units bytes ErrorMethodology 8
� _ g t string Description ErrorMethodology is a free-form string describing the type of error detection and correction supported by this storage extent. NumberOfBlocks <
� 0 8 E uint64 Description Total number of consecutive blocks, each block the size of the value contained in the BlockSize property, which form this storage extent. Total size of the storage extent can be calculated by multiplying the value of the BlockSize property by the value of this property. If the value of BlockSize is 1, this property is the total size of the storage extent. Purpose D
� � � � string Description A free form string describing the media and/or its use. �s bytes � extent. �s bytes �per inch � CIM_Key gr � �# C I M _ L o g i c a l D e v i c e �a�%߬� ? CIM_LogicalDevice ) U ��` h p { � � � � � � - � � � ���_U����������������������������������������������������������N � CIM_USBDevice Description The management characterisitics of a USB Device. These AMENDMENT LOCALE ms_409 ClassCode .
� � � � uint8 Description Indicates the USB class code. CurrentAlternateSettings /
� ' 4 uint8 Description An array of USB 'alternate settings' for each interface in the currently selected configuration (indicated by the CurrentConfigValue property). This array has one entry for each interface in the configuration. If the property, CurrentConfigValue, is zero (indicating the Device is not configured), the array is undefined. To understand how to parse this octet string, refer to the USB Specification. CurrentConfigValue 3
� uint8 Description Indicates the configuration currently selected for the Device. If this value is zero, the Device is unconfigured. NumberOfConfigs 4
� � � � uint8 Description Number of device configurations that are defined for the Device. ProtocolCode 5
� Y ` m uint8 Description Indicates the USB protocol code. SubclassCode 6
� � � � uint8 Description Indicates the USB subclass code. USBVersion 7
� 7 ? L uint16 Description Indicates the latest USB Version supported by the USB Device. The property is expressed as a Binary-Coded Decimal (BCD) where a decimal point is implied between the 2nd and 3rd digits. For example, a value of 0x201 indicates that version 2.01 is supported. U � 1 � GetDescriptor - Description This method returns the USBDevice Descriptor as specified by the input parameters. Each parameter is briefly described here with more detail in its Qualifier list. RequestType is an input parameter that defines whether the request is for standard, class or vendor-specific information, as well as specifying the recipient. RequestValue is also an input parameter and defines the USB Descriptor Type and Index. RequestIndex is an input parameter which describes the language used to return a string Descriptor. RequestLength is both an input and output parameter. It specifies the length of the Descriptor that should be returned (on input) and what is actually returned in the Buffer parameter (on output). Buffer is an output parameter, containing the Descriptor data. The GetDescriptor method returns an integer value of 0 if the USB Descriptor is successfully returned, 1 if the request is not supported and any other number to indicate an error.
In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. .
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� 9 � � * � \ � U�������� � __PARAMETERS abstract RequestType uint8
� 7 IN
� 7 ] �� RequestType is bit-mapped and identifies the type of Descriptor request and the recipient. The type of request may be 'standard', 'class' or 'vendor-specific'. The recipient may be 'device', 'interface', 'endpoint' or 'other'. Refer to the USB Specification for the appropriate values for each bit. Description )
� 7 ] ��� � ID 6
� C ] ��� � � uint8 RequestValue uint16
� j IN
� j � �� RequestValue contains the Descriptor Type in the high byte and the Descriptor Index (for example, index or offset into the Descriptor array) in the low byte. Refer to the USB Specification for more information. Description )
� j � ��� � ID 6
� � ��� � � uint16 RequestIndex uint16
� G IN
� G n �� RequestIndex defines the 2 byte Language ID code used by the USBDevice when returning string Descriptor data. The parameter is typically 0 for non-string Descriptors. Refer to the USB Specification for more information. Description )
� G n ��y � ID 6
� n ��y � � uint16 RequestLength uint16
� . IN
� . U �� On input, RequestLength is the length (in octets) of the Descriptor that should be returned. If this value is less than the actual length of the Descriptor, only the requested length will be returned. If it is more than the actual length, the actual length is returned. On output, this parameter is the length, in octets, of the Buffer being returned. If the requested Descriptor does not exist, the contents of this parameter are undefined. Description )
� . U ��> � ID 6
� � U ��> � � uint16 __ �*
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� � * � t � ����������� � __PARAMETERS abstract RequestLength uint16
� 9 OUT
� 9 ` �� On input, RequestLength is the length (in octets) of the Descriptor that should be returned. If this value is less than the actual length of the Descriptor, only the requested length will be returned. If it is more than the actual length, the actual length is returned. On output, this parameter is the length, in octets, of the Buffer being returned. If the requested Descriptor does not exist, the contents of this parameter are undefined. Description )
� 9 ` ��J � ID 6
� � ` ��J � � uint16 Buffer uint8
� � OUT
� � �� Buffer returns the requested Descriptor information. If the Descriptor does not exist, the contents of the Buffer are undefined. Description )
� � ��� M ID 6
� [ ��� M uint8 ReturnValue uint32
� � uint32 out
� � � �� __ �rse this octet string, refer to the USB Specification. CurrentConfigValue H
� uint8 Description Indicates the configuration currently selected for the Device. If this value is zero, the Device is unconfigured. NumberOfConfigs G
� � � � uint8 Description Number of device configurations that are defined for the Device. ProtocolCode F
� Y ` m uint8 Description Indicates the USB protocol code. SubclassCode E
� � � � uint8 Description Indicates the USB subclass code. USBVersion B
� 7 ? L uint16 Description Indicates the latest USB Version supported by the USB Device. The property is expressed as a Binary-Coded Decimal (BCD) where a decimal point is implied between the 2nd and 3rd digits. For example, a value of 0x201 indicates that version 2.01 is supported. U � 1 � GetDescriptor - Description This method returns the USBDevice Descriptor as specified by the input parameters. Each parameter is briefly described here with more detail in its Qualifier list. RequestType is an input parameter that defines whether the request is for standard, class or vendor-specific information, as well as specifying the recipient. RequestValue is also an input parameter and defines the USB Descriptor Type and Index. RequestIndex is an input parameter which describes the language used to return a string Descriptor. RequestLength is both an input and output parameter. It specifies the length of the Descriptor that should be returned (on input) and what is actually returned in the Buffer parameter (on output). Buffer is an output parameter, containing the Descriptor data. The GetDescriptor method returns an integer value of 0 if the USB Descriptor is successfully returned, 1 if the request is not supported and any other number to indicate an error.
In a subclass, the set of possible return codes could be specified, using a ValueMap qualifier on the method. The strings to which the ValueMap contents are 'translated' may also be specified in the subclass as a Values array qualifier. .
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� 9 � � * � \ � U�������� � __PARAMETERS abstract RequestType uint8
� 7 IN
� 7 ] �� RequestType is bit-mapped and identifies the type of Descriptor request and the recipient. The type of request may be 'standard', 'class' or 'vendor-specific'. The recipient may be 'device', 'interface', 'endpoint' or 'other'. Refer to the USB Specification for the appropriate values for each bit. Description )
� 7 ] ��� � ID 6
� C ] ��� � � uint8 RequestValue uint16
� j IN
� j � �� RequestValue contains the Descriptor Type in the high byte and the Descriptor Index (for example, index or offset into the Descriptor array) in the low byte. Refer to the USB Specification for more information. Description )
� j � ��� � ID 6
� � ��� � � uint16 RequestIndex uint16
� G IN
� G n �� RequestIndex defines the 2 byte Language ID code used by the USBDevice when returning string Descriptor data. The parameter is typically 0 for non-string Descriptors. Refer to the USB Specification for more information. Description )
� G n ��y � ID 6
� n ��y � � uint16 RequestLength uint16
� . IN
� . U �� On input, RequestLength is the length (in octets) of the Descriptor that should be returned. If this value is less than the actual length of the Descriptor, only the requested length will be returned. If it is more than the actual length, the actual length is returned. On output, this parameter is the length, in octets, of the Buffer being returned. If the requested Descriptor does not exist, the contents of this parameter are undefined. Description )
� . U ��> � ID 6
� � U ��> � � uint16 __ �*
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� � * � t � ����������� � __PARAMETERS abstract RequestLength uint16
� 9 OUT
� 9 ` �� On input, RequestLength is the length (in octets) of the Descriptor that should be returned. If this value is less than the actual length of the Descriptor, only the requested length will be returned. If it is more than the actual length, the actual length is returned. On output, this parameter is the length, in octets, of the Buffer being returned. If the requested Descriptor does not exist, the contents of this parameter are undefined. Description )
� 9 ` ��J � ID 6
� � ` ��J � � uint16 Buffer uint8
� � OUT
� � �� Buffer returns the requested Descriptor information. If the Descriptor does not exist, the contents of the Buffer are undefined. Description )
� � ��� M ID 6
� [ ��� M uint8 ReturnValue uint32
� � uint32 out
� � � �� C I M _ M a n a g e d S y s t e m E l e m e n t ��i���� ) " CIM_ManagedSystemElement 6 �� ' . > W d ����������������������������������������� � CIM_LogicalElement Abstract Version 2.6.0 UMLPackagePath CIM::Core::CoreElements Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. �eationTimeStamp e
(
� % / < datetime Description A LogEntry may include a timestamp for the entry. InstanceID @ 6
� � � ��� � � � string Override InstanceID Description Within the scope of the instantiating Namespace, InstanceID opaquely and uniquely identifies an instance of this class. In order to ensure uniqueness within the NameSpace, the value of InstanceID SHOULD be constructed using the following 'preferred' algorithm:
<OrgID>:<LocalID>
Where <OrgID> and <LocalID> are separated by a colon ':', and where <OrgID> MUST include a copyrighted, trademarked or otherwise unique name that is owned by the business entity creating/defining the InstanceID, or is a registered ID that is assigned to the business entity by a recognized global authority (This is similar to the <Schema Name>_<Class Name> structure of Schema class names.) In addition, to ensure uniqueness <OrgID> MUST NOT contain a colon (':'). When using this algorithm, the first colon to appear in InstanceID MUST appear between <OrgID> and <LocalID>.
<LocalID> is chosen by the business entity and SHOULD not be re-used to identify different underlying (real-world) elements. If the above 'preferred' algorithm is not used, the defining entity MUST assure that the resultant InstanceID is not re-used across any InstanceIDs produced by this or other providers for this instance's NameSpace.
For DMTF defined instances, the 'preferred' algorithm MUST be used with the <OrgID> set to 'CIM'. LogInstanceID +
� D L Y { string Description The containing Log's InstanceID. MaxLen LogName +
� � � � > string Description The containing Log's Name. This property is available for backwards continuity with CIM_LogRecord. MaxLen RecordID $ +
� � � � string Description RecordID may be used to provide a representation of log entry ordering or pointers/handles for log entries. MaxLen � C I M _ M a n a g e d S y s t e m E l e m e n t ��i���� ) " CIM_ManagedSystemElement 6 �� ' . > W d ����������������������������������������� � CIM_LogicalElement Abstract Version 2.6.0 UMLPackagePath CIM::Core::CoreElements Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. �erial which is used to identify and authenticate an entity in the process of gaining access to, or permission to use, resources. Such credential material may be used to authenticate an entity's identity initially, as done by a CIM_AuthenticationService, and additionally on an ongoing basis (for example, during the course of a connection or other security association), as proof that each received message or communication came from a valid 'user' of that credential material. Expires e
� # - : datetime Description The date and time when the credential expires (and is not appropriate for use for authentication/ authorization). If this information is not applicable, Use a value of '99991231235959.999999+999', (1 microsecond before midnight, December 31, 9999 CE, at coordinated universal time + 999 minutes).
On CreateInstance, if this property is unspecified, or set to NULL, then a value of '99991231235959.999999+999' is assumed. Note that this property does not define how the expiration is set - but that there IS an expiration. The property may be set to either a specific date/time or an interval (calculated from the Issued datetime). For example, for Certificate Authority-signed public key, the expiration is determined by the CA. Another example is a voice mail password that expires 60 days after it is set/issued. Issued e
� � � � datetime Description The date and time when the credential was issued. Use a value of all '00000101000000.000000+000', (midnight, January 1, 1 BCE at coordinated universal time +0 minutes), if this information is not applicable. On CreateInstance, if this property is unspecified, or set to NULL, then current time is assumed. ti � C I M _ M a n a g e d S y s t e m E l e m e n t ��i���� ) " CIM_ManagedSystemElement 6 �� ' . > W d ����������������������������������������� � CIM_LogicalElement Abstract Version 2.6.0 UMLPackagePath CIM::Core::CoreElements Description CIM_LogicalElement is a base class for all the components of a System that represent abstract system components, such as Files, Processes, or LogicalDevices. �A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] ResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] esourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] ceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] esourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] ceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] fResourceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] rceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] rceName] 4 8 9 0 E F F 4 1 3 4 8 A 2 D 3 F A 1 0 4 A 8 5 C 8 0 7 5 E 2 0 E 0 2 5 F 7 C F 4 0 D 0 0 4 E 2 B C 1 C 3 C 9 A A 5 4 8 6 5 F 4 ���G���t_�%߬�� 3 �}!�� r � WDMClassesOfDriver MSNdis_StatusDevicePowerOffEx C:\Windows\system32\es-ES\kernelbase.dll.mui[MofResourceName] m � WDMClassesOfDriver MSNdis_StatusDot11AssociationStart C:\Windows\system32\kernelbase.dll[MofResourceName] d U @X��d d H @ c @��� d h @ m�@�P � �k�B B N`� 1 �*� � (]�%߬��
) i ��t | � � I O �������������s � CIM_Location Description The Location class specifies the position and address of a physical element. AMENDMENT LOCALE ms_409 Address
� � � � string Description Address is a free-form string indicating a street, building or other type of address for the physical element's location. Name )
� � � ��� � string Description Name is a free-form string defining a label for the location. It is a part of the key for the object. PhysicalPosition )
� K � ��S ` string Description Position is a free-form string indicating the placement of a physical element. It can specify slot information on a hosting board, mounting site in a cabinet, or latitude and longitude information, for example, from a GPS. It is part of the key of the CIM_Location object. rm � )]�%߬�* ) * � ��� � � � P b ��������� � CIM_PhysicalElementLocation Description CIM_PhysicalElementLocation associates a physical element with a CIM_Location object for inventory or replacement purposes. AMENDMENT LOCALE ms_409 Element f
� � ref:CIM_PhysicalElement Description The physical element whose location is specified. PhysicalLocation f
� � � � ref:CIM_Location Description The physical element's location. em � C I M _ L o g i c a l D e v i c e �a�%߬�� 9 CIM_LogicalDevice ) � ��� � � � ) 2 � � ���_����������������������������������������������������� � CIM_AlarmDevice Description An alarm device is a type of device that emits audible or visible indications related to a problem situation. AMENDMENT LOCALE ms_409 AudibleAlarm .
� � � � boolean Description Boolean indicating that the alarm is audible. Urgency 0 +
� k s � uint16 Description Urgency is an enumerated value that indicates the relative frequency at which the Alarm flashes, vibrates and/or emits audible tones. Values 0 9 @ O ^ l v Unknown Other Not Supported Informational Non-Critical Critical Unrecoverable VisibleAlarm 2
� � � � boolean Description Boolean indicating that the alarm is visible. T � � 0 � SetUrgency * Description SetUrgency is a method for defining the desired urgency level for the alarm. Its input parameter, RequestedUrgency, is specified using the Values list of CIM_AlarmDevice's Urgency property. SetUrgency returns 0 if the request is successfully implemented, 1 if the specified urgency level is not supported, and some other value if any other error occurred. ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� * � ��� � __PARAMETERS abstract RequestedUrgency uint16
� < IN
� < c �� ID )
� � c ��� uint16 __ �� ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �& �� * k ����� � __PARAMETERS abstract ReturnValue uint32
� ^ uint32 out
� ^ f �� __ �
C I M _ M e m o r y �a�%߬�� � CIM_Memory ) � ��� � � � e p � � � � < F � �
� � ��������WU������������������������������������������������������������������������������������������������������������������������������������������������������������ � CIM_CacheMemory Description Capabilities and management of cache memory. Cache memory is dedicated or allocated RAM that a Processor searches first for data, before going to 'regular' memory. CacheMemory is used to speed up the delivery of data to a Processor. It is usually described by its closeness to the Processor (for example, Primary or Secondary Cache).\nIf a DiskDrive includes RAM allocated for holding the disk's most recently read and/or adjacent data (in order to speed up retrieval), this also would be modeled as CacheMemory. Note that CacheMemory is NOT operating system or application level buffers but actual RAM allocated for caching data for a Processor, from a hard disk, etc. AMENDMENT LOCALE ms_409 Associativity ! � +
� ( 5 � � uint16 Description An integer enumeration defining the system cache associativity. For example, 6 indicates a fully associative cache. Values � � � � # 6 M Other Unknown Direct Mapped 2-way Set-Associative 4-way Set-Associative Fully Associative 8-way Set-Associative 16-way Set-Associative CacheType " � +
� � � � c k uint16 Description Defines whether this is for instruction caching (value=3), data caching (value=4) or both (value=5, "Unified"). Also, "Other" (1) and "Unknown" (2) can be defined. Values � � � � � Other Unknown Instruction Data Unified FlushTimer # � +
� � � � � uint32 Description Maximum amount of time, in seconds, dirty lines or buckets may remain in the cache before they are flushed. A value of zero indicated that a cache flush is not controlled by a flushing timer. Units seconds Level $ � +
� " / � � uint16 Description Defines whether this is the primary (value=3), secondary (value=4) or tertiary (value=5) cache. Also, "Other" (1), "Unknown" (2) and "Not Applicable" (6) can be defined. Values � " , Other Unknown Primary Secondary Tertiary Not Applicable LineSize % � +
� � � � � uint32 Description Size, in bytes, of a single cache bucket or line. Units bytes ReadPolicy & � +
� " / �
�
uint16 Description Policy that shall be employed by the cache for handling read requests. For example, "Read", "Read-Ahead" or both can be specified using the values, 3, 4 or 5, respectively. If the read policy is determined individually (ie, for each request), then the value 6 ("Determination per I/O") should be specified. "Other" (1) and "Unknown" (2) are also valid values. Values �
�
�
�
�
�
Other Unknown Read Read-Ahead Read and Read-Ahead Determination Per I/O ReplacementPolicy ' � +
� V ^ k � � uint16 Description An integer enumeration describing the algorithm to determine which cache lines or buckets should be re-used. Values 0 K e � � Other Unknown Least Recently Used (LRU) First In First Out (FIFO) Last In First Out (LIFO) Least Frequently Used (LFU) Most Frequently Used (MFU) Data Dependent Multiple Algorithms WritePolicy ( � +
�
uint16 Description Defines whether this is write-back (value=3) or write-through (value=4) Cache, or whether this information "Varies with Address" (5) or is defined individually for each I/O (6). Also, "Other" (1) and "Unknown" (2) can be specified. Values * 1 : F U j Other Unknown Write Back Write Through Varies with Address Determination Per I/O � __ �ocation. em � m��@ a ��uס k �� `
C I M _ U S B H u b �^�%߬�5 W CIM_USBHub 6 � �� � ! ' O Y � � ��������������������������������������������������������������������������������������o � Win32_USBHub CIMWin32a Locale UUID {52E56374-B17E-41DC-00EC-FC3E6E8D8783} DeviceID @ N
� � � �� � ��� � � � � string MaxLen Override DeviceID MappingStrings � Name @ 6
� = � ��E O U e string Override Name MappingStrings m � C I M _ B a t t e r y �a�%߬�= k CIM_Battery
) � ��� � � � 6 @ � � ������_����������������������������������������������������������������������������������������������������g � Win32_Battery Description The Win32_Battery class represents a battery connected to the computer system. This class applies to both batteries in Laptop Systems and other internal/external batteries. AMENDMENT LOCALE ms_409 BatteryRechargeTime \ +
� 3 ; H & - uint32 Description The BatteryRechargeTime property indicates the time required to fully charge the battery.
The BatteryRechargeTime property has been deprecated. There is no replacementvalue and this property is now considered obsolete. Units minutes DeviceID @ )
� w � � �� string Description The DeviceID property contains a string identifying the battery.
Example: Internal Battery ExpectedBatteryLife ` +
� 6 > K W ^ uint32 Description The ExpectedBatteryLife property indicates the amount of time it takes to completely drain the battery after it has been fully charged.
The ExpectedBatteryLife property has been deprecated. There is no replacementvalue and this property is now considered obsolete. Units minutes � C I M _ C D R O M D r i v e �a�%߬�, � CIM_CDROMDrive ) � ��� � � � � � - = 8 I � � � � 3 A � � <
I
? Y
!
�
�
\ m � � � � > L % + � �
� � ������UUUUU��������������������������������������������������������������������������������������������������������������������������������������������������������������������������������s � Win32_CDROMDrive Description The Win32_CDROMDrive class represents a CD-ROM drive on a Win32_ComputerSystem.
Note: The name of the drive does not correspond to the logical drive letter assigned to device. AMENDMENT LOCALE ms_409 DeviceID @ )
� . 6 C � �� string Description The DeviceID property contains a string to uniquely identify this CD-ROM drive. Drive d
� � � � string Description The Drive property indicates the drive letter of the CD ROM drive.
Example: d:\ DriveIntegrity h
� i r boolean Description The DriveIntegrity property indicates whether files can be accurately read from the CD device. This is achieved by reading a block of data twice and comparing the data against itself. FileSystemFlags j
� u } � uint16 Description The FileSystemFlags property is deprecated in favor of FileSystemFlagsEx FileSystemFlagsEx l +
� ( 3 � � uint32 BitValues o � � � � � � � ( = S h } Case Sensitive Search Case Preserved Names Unicode On Disk Persistent ACLs File Compression Volume Quotas Supports Sparse Files Supports Reparse Points Supports Remote Storage Supports Long Names Volume Is Compressed Supports Object IDs Supports Encryption Supports Named Streams Description The FileSystemFlagsEx property indicates the file system flags associated with the Win32 CD-ROM drive. This parameter can be any combination of flags. FS_FILE_COMPRESSION and FS_VOL_IS_COMPRESSED are mutually exclusive.
Example: 0. Id p
� � � � string Description The Id property indicates the driver letter uniquely identifying this CD-ROM drive.
Example: d:\ Manufacturer t
� m u � string Description The Manufacturer property indicates the manufacturer of the Win32 CD-ROM drive.
Example: PLEXTOR MaximumComponentLength x
� ( 0 = uint32 Description The MaximumComponentLength property indicates the maximum length of a filename component supported by the Win32 CD-ROM drive. A filename component the portion of a filename between backslashes. The value can be used to indicate that long names are supported by the specified file system. For example, for a FAT file system supporting long names, the function stores the value 255, rather than the previous 8.3 indicator. Long names can also be supported on systems that use the NTFS file system.
Example: 255. MediaLoaded |
� u
~
�
boolean Description The MediaLoaded property indicates whether a CD-ROM is in the drive.
Values: TRUE or FALSE. If TRUE, the CD is in the drive. MediaType ~ +
� M U b � � string Description The MediaType property indicates the type of media used or accessed by this device. In this class, the value will always be "CD-ROM". Values & 7 Random Access Supports Writing Removable Media CD-ROM MfrAssignedRevisionLevel ! �
� � � � string Description The MfrAssignedRevisionLevel property indicates the manufacturer assigned firmware revision level of the CDROM drive.
RevisionLevel " �
� M
U
b
string Description The RevisionLevel property indicates the firmware revision level of the Win32 CD-ROM drive. SCSIBus # �
� �
�
uint32 Description The SCSIBus property indicates the SCSI bus number for the disk drive.
Example: 0 SCSILogicalUnit $ �
� � � � uint16 Description The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive. The LUN is used to designate which SCSI controller is being accessed in a system with more than one controller being used. The SCSI device ID is similar, but is the designation for multiple devices on one controller.
Example: 0 SCSIPort % �
� ' / < uint16 Description The SCSIPort property indicates the SCSI port number of the disk drive.
Example: 1 SCSITargetId & �
� � � � uint16 Description The SCSITargetId property indicates the SCSI ID number of the Win32 CD-ROM drive.
Example: 0. SerialNumber ' �
� x � � string Description The Serial number property is a manufacturer-allocated number used to identify the physicalmedia.
Example: WD-WM3493798728 for a disk serial number. Size ( � +
� d l y � � uint64 Description The Size property indicates the size of the disk drive. units bytes TransferRate ) � +
� � � Real64 Description The TransferRate property indicates the CD-ROM drive's transfer rate. A value of -1 indicates that the rate could not be determined. This could potentially happen, for example, if the CD is not in the drive. Units kilobytes per second VolumeName * �
� B J W string Description The VolumeName property indicates the volume name of the Win32 CD-ROM drive. VolumeSerialNumber + �
� � � � string Description The VolumeSerialNumber property indicates the volume serial number of the media in the CD-ROM drive.
Example: A8C3-D032 � minutes � m �51 5107C5341475AE649B7075E5FB1B219CF6D2FF755D735AA60A09AE0ED6BD6.185.1573459116.862 ��ڛ� � ].U� � 0��� :�� < ��Q�� � �(�֎ �
���gK � C I M _ P a c k a g e d C o m p o n e n t =]�%߬�]
CIM_PackagedComponent ) � ��� � � � P _ �������������� � CIM_MemoryOnCard Description Physical memory can be located on hosting boards, adapter cards, etc. This association explicitly defines this relationship of memory to cards. AMENDMENT LOCALE ms_409 GroupComponent f@
� " ref:CIM_Card Description The card that includes or 'contains' memory. PartComponent f@
� � � � ref:CIM_PhysicalMemory Description The physical memory which is located on the card. � C I M _ D e p e n d e n c y ?]�%߬�V CIM_Dependency ) " � ��� � � � w � ���������� � CIM_MemoryWithMedia Description CIM_MemoryWithMedia indicates that memory is associated with a physical media and its cartridge. The memory provides media identification and also stores user-specific data. AMENDMENT LOCALE ms_409 Antecedent f@
� % = J ref:CIM_PhysicalMemory Description The memory associated with physical media. Dependent f@
� � � � ref:CIM_PhysicalMedia Description The physical media. � C I M _ R e a l i z e s @]�%߬�� CIM_Realizes ) " �� + � � ? P �����������������g � CIM_RealizesPExtent Description Physical extents are realized on a physical media. This relationship is made explicit by the CIM_RealizesPExtent association. In addition, the starting address of the physical extent on the physical media is specified here. AMENDMENT LOCALE ms_409 Antecedent f@
� W n { ref:CIM_PhysicalMedia Description The physical media on which the extent is realized. Dependent f@
� � � ref:CIM_PhysicalExtent Description The physical extent that is located on the media. StartingAddress
� | � � uint64 Description The starting address on the physical media where the physical extent begins. Ending address of the physicalextent is determined using the NumberOfBlocks and BlockSize properties of the CIM_PhysicalExtent object. ME � C I M _ R e a l i z e s A]�%߬� CIM_Realizes ) ( 8 ��C K S _ � � q � ������������������ � CIM_RealizesDiskPartition Description DiskPartitions can be directly realized on a PhysicalMedia. This is used to model the creation of Partitions on a raw SCSI or IDE drive, using the fdisk (DOS and Unix) or pdisk (Unix) command. The StartingAddress of the DiskPartition on the PhysicalMedia is also specified as a property of this relationship. An alternative is that Partitions can be BasedOn StorageVolumes, such as a VolumeSet or a Volume exposed by a hardware RAID cabinet. The latter relationship is modeled using the DiskPartitionBasedOnVolume association. AMENDMENT LOCALE ms_409 Antecedent f@
� � � � ref:CIM_PhysicalMedia Description The physical media on which the extent is realized. Dependent f@
� 2 ? ref:CIM_DiskPartition Description The disk partition that is located on the media. StartingAddress
� � � � uint64 Description The starting address on the physical media where the disk partition begins. Ending address of the partition is determined using the NumberOfBlocks and BlockSize properties of the disk partition object. Ad � C I M _ R e a l i z e s B]�%߬�e CIM_Realizes ) + � ��� � � � b m ���������� � CIM_RealizesAggregatePExtent Description CIM_AggregatePExtent is realized on a physical media. This relationship is made explicit by the CIM_RealizesAggregatePExtent association. AMENDMENT LOCALE ms_409 Antecedent f@
� - ref:CIM_PhysicalMedia Description The physical media on which the extent is realized. Dependent f@
� � � � ref:CIM_AggregatePExtent Description The CIM_AggregatePExtent that is located on the media. � C I M _ P h y s i c a l C o m p o n e n t �a�%߬�{
C CIM_PhysicalComponent ) � ��� � � � k } � � � � ���W���������������������������������������������������������������� � CIM_PhysicalMedia Description The CIM_PhysicalMedia class represents any type of documentation or storage medium, such as tapes, CD ROMs, etc. This class is typically used to locate and manage removable media (versus media sealed with the media access device, as a single package, as is the case with hard disks). However, 'sealed' media can also be modeled using this class, where the media would then be associated with the physical package using the CIM_PackagedComponent relationship. AMENDMENT LOCALE ms_409 Capacity
, +
� J R _ � � uint64 Description The number of bytes that can be read from or written to a Media. This property is not applicable to "Hard Copy" (documentation) or cleaner Media. Data compression should not be assumed, as it would increase the value in this property. For tapes, it should be assumed that no filemarks or blank space areas are recorded on the Media. Units bytes CleanerMedia 4
� � � boolean Description Boolean indicating that the physical media is used for cleaning purposes and not data storage. MediaDescription 6
� � � � string Description Additional detail related to the MediaType enumeration. For example, if value 3 ("QIC Cartridge") is specified, this property could indicate whether the tape is wide or 1/4 inch, whether it is pre-formatted, whether it is Travan compatible, etc. MediaType : +
� � � � uint16 Description Specifies the type of the physical media, as an enumerated integer. The MediaDescription property is used to provide more explicit definition of the media type, whether it is pre-formatted, compatibility features, etc. Values C " 1 @ O ^ r � � � � � � � . 4 E J R [ d o u � � � � � � � � � � � � �
%
A
g
�
�
�
�
�
�
�
' - : G U d s � � � � � Unknown Other Tape Cartridge QIC Cartridge AIT Cartridge DTF Cartridge DAT Cartridge 8mm Tape Cartridge 19mm Tape Cartridge DLT Cartridge Half-Inch Magnetic Tape Cartridge Cartridge Disk JAZ Disk ZIP Disk SyQuest Disk Winchester Removable Disk CD-ROM CD-ROM/XA CD-I CD Recordable WORM Magneto-Optical DVD DVD+RW DVD-RAM DVD-ROM DVD-Video Divx Floppy/Diskette Hard Disk Memory Card Hard Copy Clik Disk CD-RW CD-DA CD+ DVD Recordable DVD-RW DVD-Audio DVD-5 DVD-9 DVD-10 DVD-18 Magneto-Optical Rewriteable Magneto-Optical Write Once Magneto-Optical Rewriteable (LIMDOW) Phase Change Write Once Phase Change Rewriteable Phase Change Dual Rewriteable Ablative Write Once Near Field Recording MiniQic Travan 8mm Metal Particle 8mm Advanced Metal Evaporate NCTP LTO Ultrium LTO Accelis 9 Track Tape 18 Track Tape 36 Track Tape Magstar 3590 Magstar MP D2 Tape Tape - DST Small Tape - DST Medium Tape - DST Large WriteProtectOn <
�
boolean Description Boolean specifying whether the media is currently write protected by some kind of physical mechanism, such as a protect tab on a floppy diskette. �F D 1 C 1 D 4 1 4 B 7 1 B 5 0 8 2 C 2 6 6 A 6 5 0 E 3 1 E F 6 D 5 0 1 9 3 8 2 7 2 4 2 4 4 B 6 8 5 F 2 1 7 C 0 A A E 0 0 A 9 2 1 >yC_���Z�%߬�$ � __SystemSecurity ]��� X �b|�� E Q�) d =���
� �"�� V �Z�t �
xDK�$ v C I M _ D e p e n d e n c y ^�%߬�$ CIM_Dependency ) $ 1 � ��� � � � ���������� � Win32_LogicalProgramGroupDirectory Description The Win32_LogicalProgramGroupDirectory class represents an association between logical program groups (groupings in the start menu) and the file directories in which they are stored. AMENDMENT LOCALE ms_409 Antecedent f@ )
� G f s � �� ref:Win32_LogicalProgramGroup Description The Antecedent reference represents the Win32_LogicalProgramGroup associated with the file directory. Dependent f@ )
� 1 > � �� ref:Win32_Directory Description The Dependent reference represents the Win32_Directory that contains the file directory for thelogical program group. Wi � C I M _ D e p e n d e n c y ^�%߬� CIM_Dependency ) ' 4 � ��� � � � � ���������� � Win32_LogicalProgramGroupItemDataFile Description The Win32_LogicalProgramGroupItemDataFile class represents an association between the program group items of the start menu and the files in which they are stored. AMENDMENT LOCALE ms_409 Antecedent f@ )
� 7 Z g � �� ref:Win32_LogicalProgramGroupItem Description The Antecedent reference represents the Win32_LogicalProgramGroupItem that represents program groupings in the start menu. Dependent f@ )
� % 7 D � �� ref:CIM_DataFile Description The Dependent reference represents the CIM_DataFile class associated with the program group. ca �
C I M _ C o m p o n e n t ^�%߬�2 CIM_Component ) ) � ��� � � � � � ���������� � Win32_ProgramGroupContents Description The Win32_ProgramGroupContents class represents an association between a program group order and an individual program group or item contained in it. AMENDMENT LOCALE ms_409 GroupComponent f@ )
� " A N � �� ref:Win32_LogicalProgramGroup Description The GroupComponent reference represents the Win32_LogicalProgramGroup that contains the logical program group for this association. PartComponent f@ )
� 7 D � �� ref:Win32_ProgramGroupOrItem Description The PartComponent reference represents the Win32_ProgramGroupOrItem containing a start menu group or item for this association se � s_�%߬�� , i v � � � � U��������������, � WMIBinaryMofResource Locale HighDateTime '
� a � �� � �� uint32 LowDateTime '
� � � �� � �� uint32 MofProcessed
� � boolean Name '
� $ � �� � �� string � C I M _ L o g i c a l D e v i c e �a�%߬� A CIM_LogicalDevice ) � ��� � � � M \ ( � � � � ���_�������������������������������������������������������������Z � Win32_SoundDevice Description The Win32_SoundDevice class represents the properties of a sound device on a Win32 computer system. AMENDMENT LOCALE ms_409 DeviceID @ )
� � � � � �� string Description The DeviceID property contains information that uniquely identifies the sound device. DMABufferSize . +
� � � � uint16 Description The DMABufferSize property indicates the size of the Direct Memory Access buffer.
Example: 4 Units kilobytes Manufacturer 0
� T \ i string Description The Manufacturer property names the manufacturer of the sound device.
Example: Creative Labs MPU401Address 4
�
uint32 Description The MPU401Address property indicates the starting I/O address assigned to the MPU-401 port of the sound device.
Example: 300 ProductName 8
� � � � string Description The ProductName property indicates the product name of the sound device.
Example: Creative Labs SoundBlaster AWE64PNP �
C I M _ T a p e D r i v e �a�%߬�~
� CIM_TapeDrive ) � ��� � � � � � � � � � a n
� � { � G W ������U������������������������������������������������������������������������������������������������������������������������������������������������H � Win32_TapeDrive Description The Win32_TapeDrive class represents a tape drive on a Win32 computer. Tape drives are primarily distinguished by the fact that they can be accessed only sequentially. AMENDMENT LOCALE ms_409 Compression p
� $ 1 uint32 Description The Compression property specifies whether hardware data compression is enabled or disabled.
Values: 1 (true) or 0 (false). If true, hardware data compression is enabled. DeviceID @ )
� & 3 � �� string Description The DeviceID property contains a string uniquely identifying the tape drive with other devices on the system. ECC t +
� � � � � � uint32 Description The ECC property specifies whether the device supports hardware error correction.
Values: 1 (true) or 0 (false). If true, hardware error correction is supported. Values � � False True FeaturesHigh x
� � � uint32 Description The FeaturesHigh property specifies the high-order 32 bits of the device features flag. FeaturesLow |
� � � � uint32 Description The FeaturesLow property specifies the low-order 32 bits of the device features flag. Id �
� 6 > K string Description The Id property indicates the manufacturer's identifying name of the Win32 CD ROM drive.
Example: PLEXTOR CD-ROM PX-12CS 1.01 Manufacturer �
� string Description The Manufacturer property indicates the manufacturer of the Win32 CD-ROM drive.
Example: PLEXTOR MediaType ! �
� � � � string Description The MediaType property specifies the media type used by (or accessed by) this device. In this case, it is set to "Tape Drive". ReportSetMarks " �
� � � � uint32 Description The ReportSetMarks property specifies whether setmark reporting is enabled. Setmark reporting makes use of a specialized recorded element that does not contain user data. This recorded element is used to provide a segmentation scheme. This segmentation scheme is hierarchically superior to filemarks. Setmarks provide faster positioning on high-capacity tapes.
Values: 1 (true) or 0 (false). If true, setmark reporting is enabled. � C I M _ L o g i c a l E l e m e n t b�%߬�:
CIM_LogicalElement ) $ { ��� � � � # . 4 U������������� � Win32_OptionalFeature Description This class represents status of the Optional Features present on the operating system AMENDMENT LOCALE ms_409 Caption
� � � � string Description Caption property is a optional feature display name InstallState +
� \ d q � � uint32 Description This identifies the state of the optional feature. It shows if the Optional feature is enabled, disabled, absent or unknown Values
% Enabled Disabled Absent Unknown Name )
� k s � � �� string Description This property represents the name of the optional feature � �AWE64PNP �� string � ��v� > ���e� � ��Z � nC�5;
2 G���m ���� � �G�M 7 C I M _ M e d i a P r e s e n t $^�%߬� CIM_MediaPresent ) - � ��� � � � � � ���������� � Win32_DiskDriveToDiskPartition Description The Win32_DiskDriveToDiskPartition class represents an association between a disk drive and a partition existing on it. AMENDMENT LOCALE ms_409 Antecedent f@ )
� & � �� ref:Win32_DiskDrive Description The Antecedent reference represents the Win32_DiskDrive containing the properties of the disk drive where the partition exists. Dependent f@ )
� � � �� ref:Win32_DiskPartition Description The Dependent reference represents the Win32_DiskPartition containing the properties of a disk partition residing on the disk drive. ie � C I M _ L o g i c a l D i s k B a s e d O n P a r t i t i o n %^�%߬�F ) CIM_LogicalDiskBasedOnPartition ! ) + � ��� � � � � � �������������������������� � Win32_LogicalDiskToPartition Description The Win32_LogicalDiskToPartition class represents an association between a logical disk drive and the disk partition it resides on. AMENDMENT LOCALE ms_409 Antecedent f@ )
� ' 4 � �� ref:Win32_DiskPartition Description The Antecedent reference represents the Win32_DiskPartition containing the properties of a disk partition where the logical disk resides. Dependent f@ )
� % � �� ref:Win32_LogicalDisk Description The Dependent reference represents the Win32_LogicalDisk containing the properties of a logical disk that resides on a physical disk partition. � C I M _ S e t t i n g &^�%߬�� CIM_Setting
) # 5 ��@ H P ` ����������������G � Win32_AutochkSetting Description This class represents the settings for the autochk operation for a disk. The setting applies to all disks on the computer system. Note that the settings are applicable only to instances of logical disk that represent physical disks on the machine and not to mapped drives. AMENDMENT LOCALE ms_409 UserInputDelay +
� � � � 7 > uint32 Description The UserInputDelay property indicates the time to wait, in seconds, for the user to hit any key before it begins to autochk the disks. Units seconds � C I M _ E l e m e n t S e t t i n g '^�%߬�� CIM_ElementSetting ) % 2 x ��� � ���������� � Win32_OperatingSystemAutochkSetting Description This class represents the association between an operating system and the autochk settings that apply to the disks on the machine.Note that the setting is associated to operating system rather than computer system since there can be one or more operating systems installed on the machine, each with its own autochk settings. AMENDMENT LOCALE ms_409 � C I M _ R e a l i z e s k^�%߬�� CIM_Realizes ) ( � ��� � � � � � ���������y � Win32_MemoryArrayLocation Description The Win32_MemoryArrayLocation class represents an association between a logical memory array and the physical memory array upon which it exists. AMENDMENT LOCALE ms_409 Antecedent f@ )
� 7 D � �� ref:Win32_PhysicalMemoryArray Description The Antecedent reference represents the physical memory array that implements the logical memory array. Dependent f@ )
� � � �� ref:Win32_MemoryArray Description The Dependent reference indicates the logical memory array implemented by the physical memory array. si � C I M _ L o g i c a l D e v i c e �a�%߬�� ? CIM_LogicalDevice ) & �� * � � x � $ 6 ���_������������������������������������������������������������ � Win32_MotherboardDevice Description The Win32_MotherboardDevice class represents a device that contains the central components of the Win32 computer system.
Example: A single piece of hardware containing a processor, bus, memory, and basic system interfaces AMENDMENT LOCALE ms_409 DeviceID @ )
� a i v � �� string Description The DeviceID property contains a string that uniquely identifies this motherboard. PrimaryBusType .
� string Description The PrimaryBusType property indicates the primary bus type of the motherboard.
Example: PCI RevisionNumber 2
� � � � string Description The RevisionNumber property indicates the revision number of the motherboard.
Example: 00 SecondaryBusType 6
� b j w string Description The SecondaryBusType property indicates the secondary bus type of the motherboard.
Example: ISA � C I M _ D i s k P a r t i t i o n b�%߬��
x CIM_DiskPartition ) " � ��� � � � $ � � � � N U � � � � H X ! �����WU������������������������������������������������������������������������������������������������������������������ � Win32_DiskPartition Description The Win32_DiskPartition class represents the capabilities and management capacity of a partitioned area of a physical disk on a Win32 system.
Example: Disk #0, Partition #1. AMENDMENT LOCALE ms_409 BootPartition L
� ' 0 = boolean Description The BootPartition property determines whether the partition is the active partition. The operating system uses the active partition when booting from a hard disk.
Values: TRUE or FALSE. If TRUE, the partition is active. DeviceID @ )
� [ c p � �� string Description The DeviceID property contains a string that uniquely identifies the disk drive and partition from the rest of the system DiskIndex N
� " * 7 uint32 Description The DiskIndex property indicates the index number of the disk containing this partition.
Example: 0. HiddenSectors R
� � � � uint32 Description The HiddenSectors property indicates the number of hidden sectors in the partition.
Example: 63 Index V
� � � � uint32 Description The Index property indicates the index number of the partition.
Example: 1 RewritePartition Z
� ) 6 boolean Description The RewritePartition property specifies whether the partition information has changed. When you change a partition (with IOCTL_DISK_SET_DRIVE_LAYOUT), the system uses this property member to determine which partitions have changed and need their information rewritten.
Values: TRUE or FALSE. If TRUE, the partition needs to be rewritten. Size \ +
� � � � : A uint64 Description The Size property indicates the total size (in bytes) of the partition.
Example: 1059045376 units bytes StartingOffset d +
� � � �
uint64 Description The StartingOffset property indicates the starting offset (in bytes) of the partition.
Example: 32256 units bytes Type l +
� Z b o � � string Description The Type property indicates the type of the partition. Values � � + ? O h � � � � � � Unused 12-bit FAT Xenix Type 1 Xenix Type 2 16-bit FAT Extended Partition MS-DOS V4 Huge Installable File System PowerPC Reference Platform UNIX NTFS Win95 w/Extended Int 13 Extended w/Extended Int 13 Logical Disk Manager Unknown �ple: ISA �y array. si �075E5FB1B219CF6D2FF755D735AA60A09AE0ED6BD6.185.1573459116.862 8���` + Zd�� � N� a^ & ��Ʉ � �h�� � C F F 4 1 3 7 0 C 7 0 E 2 6 A 1 6 9 C 5 F 7 C C 5 5 9 4 0 5 0 6 4 6 C 5 B 9 B C 0 F 0 D 1 F 0 F C 4 7 3 3 F A 2 A A 3 5 9 3 9 C �_�%߬�vZ�%߬�� @ % � � __EventConsumerProviderRegistration - SMTPEventConsumer \\.\root\subscription:__Win32Provider.Name="SMTPEventConsumer" C I M _ P o w e r S u p p l y �a�%߬�� l CIM_PowerSupply ) - � ��� � � � � � � � , � � � _ x J X ����___������������������������������������������������������������������������������������������������������
� CIM_UninterruptiblePowerSupply Description Capabilities and management of an uninterruptible power supply. The properties of the UPS device indicate when incoming power is trimmed or boosted, and the aggregated information of the batteries, generators, etc. that comprise the device. These individual components (for example, multiple batteries) can also be independently modeled and associated with the UPS. AMENDMENT LOCALE ms_409 EstimatedChargeRemaining X +
� � � uint16 Description An estimate of the percentage of full charge remaining for a UPS (that uses battery technology). Units percent EstimatedRunTime Z +
� � � � � � uint32 Description EstimatedRunTime is an estimate in minutes of the time to battery, generator, ... depletion under the present load conditions if the utility power is off, or lost and remains off. Units minutes Range1InputVoltageHigh @ : +
� uint32 Description If the voltage (in millivolts) rises above the value specified by Range1InputVoltageHigh property, the UPS will compensate by trimming the voltage. A value of 0 indicates that the voltage at which trimming occurs is 'unknown'. Units millivolts Range1InputVoltageLow @ > +
� e m z x uint32 Description If the voltage (in millivolts) drops below the value specified by Range1InputVoltageLow property, the UPS will compensate by boosting the voltage using its power source(s). A value of 0 indicates that the voltage at which boosting occurs is 'unknown'. Units millivolts Range2InputVoltageHigh @ J +
� � � � � � uint32 Description If the voltage (in millivolts) rises above the value specified by Range2InputVoltageHigh property, the UPS will compensate by trimming the voltage. A value of 0 indicates that the voltage at which trimming occurs is 'unknown'. Units millivolts Range2InputVoltageLow @ N +
� 9 A N L S uint32 Description If the voltage (in millivolts) drops below the value specified by Range2InputVoltageLow property, the UPS will compensate by boosting the voltage using its power source(s). A value of 0 indicates that the voltage at which boosting occurs is 'unknown'. Units millivolts RemainingCapacityStatus ^ +
� � � � uint16 Description The indication of the capacity remaining in the UPS' batteries, generator, ... A value of "Normal" (2) indicates that the remaining estimated minutes of run-time is greater than the UPS' defined 'low power' state (typically two minutes). A value of "Low" (3) indicates that the remaining estimated minutes of run-time is less than or equal to the UPS' defined 'low power' state. A value of "Depleted" (4) indicates that the UPS will be unable to sustain the present load when and if the utility power is lost (including the possibility that the utility power is currently absent). Values * 3 ; @ Unknown Normal Low Depleted TimeOnBackup ` +
� � � � �
�
uint32 Description TimeOnBackup indicates the elapsed time in seconds since the UPS last switched to battery power, generator, ... Or, the time since the UPS was last restarted, whichever is less. Zero shall be returned if the UPS is 'on line'. Units seconds � C I M _ C o n t r o l l e r �a�%߬�� P CIM_Controller ) ! f ��q y � � ' 5 � � � � ����W���������������������������������������������������������������������������, � CIM_SCSIController Description Capabilities and management of the SCSI controller, logical device. AMENDMENT LOCALE ms_409 ControllerTimeouts 8
� � � � uint32 Description Number of SCSIController timeouts that have occurred since the TimeOfLastReset. MaxDataWidth < +
� n v � � � uint32 Description Maximum data width (in bits) supported by the SCSIController. Units bits MaxTransferRate @ +
� ! . { � uint64 Description Maximum transfer rate (in bits per second) supported by the SCSIController. Units bits per second ProtectionManagement H +
� � � � x � uint16 Description An integer enumeration indicating whether or not the SCSI controller provides redundancy or protection against device failures. Values � � � � � � Other Unknown Unprotected Protected Protected through SCC (SCSI-3 Controller Command) Protected through SCC-2 (SCSI-3 Controller Command) � C I M _ C o n t r o l l e r �a�%߬�e I CIM_Controller ) # d ��o w � � � � � ����W��������������������������������������������������������������������� � CIM_SerialController Description Capabilities and management of the serial port, logical device. AMENDMENT LOCALE ms_409 Capabilities 8 +
� � � � � � uint16 Description The Capabilities property defines chip level compatibility for the serial controller. Therefore, this property describes the buffering and other capabilities of the serial controller, that may be inherent in the chip hardware. The property is an enumerated integer. Values # 5 G Y l } Other Unknown XT/AT Compatible 16450 Compatible 16550 Compatible 16550A Compatible 8251 Compatible 8251FIFO Compatible CapabilityDescriptions <
� � � � string Description An array of free-form strings providing more detailed explanations for any of the serial controller features indicated in the Capabilities array. Note, each entry of this array is related to the entry in the Capabilities array that is located at the same index. MaxBaudRate @ +
� 8 @ M � � uint32 Description Maximum baud rate in bits per second supported by the SerialController. Units bits per second � C I M _ C o n t r o l l e r �a�%߬�P G CIM_Controller ) % f ��q y � � � � $ ����W������������������������������������������������������������������� � CIM_ParallelController Description Capabilities and management of the parallel port logical device AMENDMENT LOCALE ms_409 Capabilities 8 +
� � � � , 4 uint16 Description An integer enumeration indicating the capabilities of the parallel controller Values \ e l ~ � � � � � Unknown Other XT/AT Compatible PS/2 Compatible ECP EPP PC-98 PC-98-Hireso PC-H98 CapabilityDescriptions <
� � string Description An array of free-form strings providing more detailed explanations for any of the parallel controller features indicated in the Capabilities array. Note, each entry of this array is related to the entry in the Capabilities array that is located at the same index. DMASupport @
� P Y f boolean Description Set to true if the ParallelController supports DMA. �er second � Command) � seconds �="SMTPEventConsumer" �(H@ � ��$ ) Ouc�M � C I M _ R e a l i z e s j^�%߬�� CIM_Realizes ) ) � ��� � � � � � ���������G � Win32_MemoryDeviceLocation Description The Win32_MemoryDeviceLocation class represents an association between a memory device and the physical memory on which it exists. AMENDMENT LOCALE ms_409 Antecedent f@ )
� % 2 � �� ref:Win32_PhysicalMemory Description The Antecedent reference represents the physical memory containing the memory device. Dependent f@ )
� � � � � �� ref:Win32_MemoryDevice Description The Dependent reference represents the memory device existing in the physical memory. �C E 7 B 4 9 5 D C 4 F 9 C 5 B 3 0 2 5 B D 3 0 3 D 5 9 C C F 3 C 8 7 2 F 4 A 4 6 B F 1 1 E 2 4 B F C C 4 2 8 6 9 4 9 8 C 5 4 B 0 �`�%߬��`�%߬�� �, P v � MSFT_LocalizablePropertyValue Description MSFT_CliAlias.FriendlyName="Share" X Shared resource management.
C I M _ D i s k D r i v e �a�%߬�i � CIM_DiskDrive ) + ��6 > F V & 0 � � � � � � r � - 2 = 5 < � � �
�
Y j � � X
i
. � � � � � � > L
� � ������UUUUU������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������ � Win32_DiskDrive Description The Win32_DiskDrive class represents a physical disk drive as seen by a computer running the Win32 operating system. Any interface to a Win32 physical disk drive is a descendent (or member) of this class. The features of the disk drive seen through this object correspond to the logical and management characteristics of the drive. In some cases, this may not reflect the actual physical characteristics of the device. Any object based on another logical device would not be a member of this class.
Example: IDE Fixed Disk. AMENDMENT LOCALE ms_409 BytesPerSector d +
� � � � uint32 Description The BytesPerSector property indicates the number of bytes in each sector for the physical disk drive.
Example: 512 units bytes DeviceID @ )
� g o | � �� string Description The DeviceID property contains a string uniquely identifying the disk drive with other devices on the system. FirmwareRevision h
� ) 1 > string Description The Firmware Revision property is a manufacturer-allocated number used to identify the physicalmedia. Index l
� � � � uint32 Description The Index property indicates the physical drive number of the given drive. This member is filled by Get Drive Map Info. A value of 0xFF indicates that the given drive does not map to a physical drive.
Example: 1 InterfaceType p
� � string Description The InterfaceType property indicates the interface type of physical disk drive.
Example: SCSI Manufacturer t
� � � � string Description The Manufacturer property indicates the name of the disk drive manufacturer.
Example: Seagate MediaLoaded x
� Y b o boolean Description The MediaLoaded property determines whether the media for a disk drive is loaded. For fixed disk drives, this property will always be TRUE
Values: TRUE or FALSE. If TRUE, the media is loaded. MediaType z +
� v ~ � � � string Description The MediaType property is the type of media used or accessed by this device.
Example: Removable media Values
, Removable media Fixed hard disk Unknown Model ~
� h p } string Description The Model property indicates the manufacturer's model number of the disk drive.
Example: ST32171W Partitions �
�
-
uint32 Description The Partitions property indicates the number of partitions on this physical disk drive that are recognized by the operating system.
Example: 2 SCSIBus ! �
� �
�
uint32 Description The SCSIBus property indicates the SCSI bus number of the disk drive.
Example: 0 SCSILogicalUnit " �
� � � � uint16 Description The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive.
Example: 0 SCSIPort # �
� J R _ uint16 Description The SCSIPort property indicates the SCSI port number of the disk drive.
Example: 0 SCSITargetId $ �
� � �
uint16 Description The SCSITargetId property indicates the SCSI ID number of the disk drive.
Example: 0 SectorsPerTrack % �
� �
�
�
uint32 Description The SectorsPerTrack property indicates the number of sectors in each track for this physical disk drive.
Example: 63 SerialNumber & �
� Z b o string Description The Serial number property is a manufacturer-allocated number used to identify the physicalmedia.
Example: WD-WM3493798728 for a disk serial number. Signature ' �
� > F S uint32 Description The Signature property is used to identify a disk. It can be used to identify a shared resource. Size ( � +
� � �
� � uint64 Description The Size property indicates the size of the disk drive. It is calculated by multiplying the total number of cylinders, tracks in each cylinder, sectors in each track, and bytes in each sector. units bytes TotalCylinders ) �
� + uint64 Description The TotalCylinders property indicates the total number of cylinders on the physical disk drive. Note: the value for this property is obtained through extended functions of BIOS interrupt 13h. The value may be inaccurate if the drive uses a translation scheme to support high capacity disk sizes. Consult the manufacturer for accurate drive specifications.
Example: 657 TotalHeads * �
� � � � uint32 Description The TotalHeads property indicates the total number of heads on the disk drive. Note: the value for this property is obtained through extended functions of BIOS interrupt 13h. The value may be inaccurate if the drive uses a translation scheme to support high capacity disk sizes. Consult the manufacturer for accurate drive specifications. TotalSectors + �
� x � � uint64 Description The TotalSectors property indicates the total number of sectors on the physical disk drive. Note: the value for this property is obtained through extended functions of BIOS interrupt 13h. The value may be inaccurate if the drive uses a translation scheme to support high capacity disk sizes. Consult the manufacturer for accurate drive specifications.
Example: 2649024 TotalTracks , �
� 9 A N uint64 Description The TotalTracks property indicates the total number of tracks on the physical disk drive. Note: the value for this property is obtained through extended functions of BIOS interrupt 13h. The value may be inaccurate if the drive uses a translation scheme to support high capacity disk sizes. Consult the manufacturer for accurate drive specifications.
Example: 42048 TracksPerCylinder - �
� � uint32 Description The TracksPerCylinder property indicates the number of tracks in each cylinder on the physical disk drive. Note: the value for this property is obtained through extended functions of BIOS interrupt 13h. The value may be inaccurate if the drive uses a translation scheme to support high capacity disk sizes. Consult the manufacturer for accurate drive specifications.
Example: 64 �esource management. ��
P � (��J D �� }9�h� b C I M _ F i l t e r E n t r y B a s e �{C_��� V CIM_FilterEntryBase ) ) Z ��e m u ~ 1 ) < � � ( U g � � 6 C J T { � � � y � � � �
�
c t
'
� � � � � t | � � B [ � � UUUUU��������������������������������������������������������������������������������S � MSFT_NetProtocolPortFilter Description Filters traffic based on its protocol and port. AMENDMENT LOCALE MS_c0a Caption @
� � � � string Description Used in CimInstance.ToString(). A short string for describing this instance when debugging. CommunicationStatus @
& +
� j r � � uint16 Description This field is ignored. Values � � � � � Unknown Not Available Communication OK Lost Communication No Contact DMTF Reserved Vendor Reserved CreationClassName @ 6
� h p } string Description Reserved for internal use by the WMI provider only. Description @
� � � string Description This field is ignored. DetailedStatus @ ( +
� a i v � � uint16 Description This field is ignored. Values � � � � 5 D Not Available No Additional Information Stressed Predictive Failure Non-Recoverable Error Supporting Entity in Error DMTF Reserved Vendor Reserved DynamicTransport L +
� � � � L T uint32 Description Allows filtering traffic to/from endpoints by certain kinds of virtual transports, rather than traditional tuples of addresses, protocols, and ports. Values p u � � � � Any ProximityApps ProximitySharing WifiDirectPrinting WifiDirectDisplay WifiDirectDevices ElementName @
� string Description This field is ignored. HealthState @ $ +
� | � � � � uint16 Description This field is ignored. Values � � � � $ ; Unknown OK Degraded/Warning Minor failure Major failure Critical failure Non-recoverable error DMTF Reserved IcmpType H
� � � � string Description Applies only when Protocol is ICMPv4 or ICMPv6. ICMP Type/Code pairs this filter applies to. May be an ICMP type (0-255), or an ICMP type/code pair in the format Type.Code, where type and code values are numbers from 0 to 255. InstallDate e@
� � � � datetime Description This field is ignored. InstanceID @
� # 0 string Description A string that uniquely identifies this instance within the PolicyStore. IsNegated @ :
� � � � boolean Description This field is ignored. LocalPort D
�
*
string Description Applies only when Protocol is TCP or UDP. Local ports this filter applies to. May be a number or range 0-65535, or one of the following: Any, RPC, RPC-EPMap, IPHTTPSIn, PlayToDiscovery. Name @
� ! . string Description Reserved for internal use by the WMI provider only. OperatingStatus @ * +
� � � � � � uint16 Description This field is ignored. Values 2 ; J U _ i r { � � � � � � � � � �
Unknown Not Available Servicing Starting Stopping Stopped Aborted Dormant Completed Migrating Emigrating Immigrating Snapshotting Shutting Down In Test Transitioning In Service DMTF Reserved Vendor Reserved OperationalStatus ` +
� `
h
u
�
�
uint16 Description This field is ignored. Values �
�
�
) 0 G Q [ d p | � � � � � � � Unknown Other OK Degraded Stressed Predictive Failure Error Non-Recoverable Error Starting Stopping Stopped In Service No Contact Lost Communication Aborted Dormant Supporting Entity in Error Completed Power Mode DMTF Reserved Vendor Reserved PrimaryStatus @
, +
� = E R j r uint16 Description This field is ignored. Values � � � � � � Unknown OK Degraded Error DMTF Reserved Vendor Reserved Protocol <
�
string Description IP Protocol Number that this filter applies to. May be 0-255 or one of the following: ICMPv4, ICMPv6, TCP, UDP. RemotePort @
� � � � string Description Applies only when Protocol is TCP or UDP. Remote ports this filter applies to. May be a number or range 0-65535, or one of the following: Any, IPHTTPSOut. Status @
� � � � string Description This field is ignored. StatusDescriptions `
� * string Description This field is ignored. SystemCreationClassName @ .
� � � � string Description Reserved for internal use by the WMI provider only. SystemName @ 2
� string Description Reserved for internal use by the WMI provider only. � C I M _ P h a s e 1 S A U s e d F o r P h a s e 2 �{C_��� # CIM_Phase1SAUsedForPhase2 ) $ 4 ��? G O [ � � ���������� � MSFT_NetSAAssociation Description A MainMode SA. AMENDMENT LOCALE MS_c0a Antecedent f@
� � � � ref:CIM_SecurityAssociationEndpoint Description Reserved for internal use by the WMI provider only. Dependent f@
� % > K ref:CIM_IPsecSAEndpoint Description Reserved for internal use by the WMI provider only. � C I M _ S e t t i n g D a t a �{C_��� / CIM_SettingData ) ) = ��H P X ` � � ~ � � � J X � � ` v � � < K � �
" � � UUU��������������������������������������������� � MSFT_NetSecDeltaCollection Description IPSec policy delta AMENDMENT LOCALE MS_c0a Action +
� � � � � � uint16 Description Action Values � � Add Delete Caption @
� ! string Description Used in CimInstance.ToString(). A short string for describing this instance when debugging. Description @
� � � � string Description This field is ignored. ElementName @
� % 2 string Description This field is ignored. EndpointType " +
� � � � � � uint16 Description endpoint type Values � � Endpoint1 Endpoint2 InstanceID @
� , string Description Reserved for internal use by the WMI provider only IPsecRuleDisplayName (
� � � � string Description The DisplayName of the IPsec rule. IPsecRuleName
� + string Description IPsec rule name IPv4Addresses
� w � string Description Array of V4 addresses IPv6Addresses
� � � � string Description Array of V6 addresses NameResolutionFailures
$
� N V c string Description Array of names that failed name resolution PolicyStore
� � � � string Description Policy Store �
E v e n t T r a c e ,}C_��6 EventTrace ) % 2 K ��V
^ e ������ � RSSPlatformPerformanceTraceProvider Description RSS Platform Perf Trace AMENDMENT LOCALE Flags +
� � � � � � uint32 Description Enable Flags Values � Perf � qL�P g �� � H ؈O
� O �(�*N K C I M _ M e d i a A c c e s s D e v i c e �a�%߬�% w CIM_MediaAccessDevice ) � ��� � � � � � � � ����������������������������������������������������������������������������������������������������������������������9 � CIM_TapeDrive Description The CIM_TapeDrive class represents a tape drive on the system. Tape drives are primarily distinguished by the fact that they can only be accessed sequentially. AMENDMENT LOCALE ms_409 EOTWarningZoneSize d +
� % - : � � uint32 Description EOTWarningZoneSize indicates the size, in bytes, of the area designated as 'end of tape'. Access in this area generates an 'end of tape' warning. Units bytes MaxPartitionCount h
� " / uint32 Description The MaxPartitionCount property indicates the maximum part count for the tape drive. Padding l +
� � � � + 2 uint32 Description Padding indicates the number of bytes inserted between blocks on a tape Media. Units bytes � C I M _ V i d e o C o n t r o l l e r �a�%߬�
� CIM_VideoController ) $ z ��� � � � [ n � � ��������W������������������������������������������������������������������������������������������������������������������������������ � CIM_PCVideoController Description Capabilities and management of a PC video controller, a subtype of video controller. AMENDMENT LOCALE ms_409 NumberOfColorPlanes ! x
� � � � uint16 Description Current number of color planes. If this value is not applicable for the current video configuration, enter 0. VideoArchitecture " z +
� � � � uint16 Description The video architecture. For example, VGA (value=5) or PC-98 (160) may be specified. Values
R Y b g l q w | � � � � � Other Unknown CGA EGA VGA SVGA MDA HGC MCGA 8514A XGA Linear Frame Buffer PC-98 VideoMode # |
� � � � uint16 Description Current video mode. � C I M _ C o n t r o l l e r �a�%߬� � CIM_Controller ) " X ��c k s � � � � � � � ' > � � h } ' � � � � M a � � � � 3
G
�
�
4 D ����WUUU�������������������������������������������������������������������������������������������������������������������������� � CIM_VideoController Description Capabilities and management of the video controller. AMENDMENT LOCALE ms_409 AcceleratorCapabilities 8 +
� � � � 5 = uint16 Description An array of integers indicating the graphics and 3D capabilities of the video controller. Values Q Z a w Unknown Other Graphics Accelerator 3D Accelerator CapabilityDescriptions <
� � � � string Description An array of free-form strings providing more detailed explanations for any of the video accelerator features indicated in the Capabilities array. Note, each entry of this array is related to the entry in the Capabilities array that is located at the same index. CurrentBitsPerPixel @ +
� 5 = J z � uint32 Description The number of bits used to display each pixel. Units bits CurrentHorizontalResolution D +
� � � � uint32 Description Current number of horizontal pixels. Units pixels CurrentNumberOfColors H
� j r uint64 Description Number of colors supported at the current resolutions. CurrentNumberOfColumns P
� � uint32 Description If in character mode, number of columns for this video controller. Otherwise, enter 0. CurrentNumberOfRows T
� � � � uint32 Description If in character mode, number of rows for this video controller. Otherwise, enter 0. CurrentRefreshRate X +
� ` h u � � uint32 Description Current refresh rate in hertz. Units hertz CurrentScanMode \ +
� � � i q uint16 Description Current scan mode. "Interlaced" (value=3) or "Non Interlaced" (4) can be defined using this property. Values � � � � Other Unknown Interlaced Non Interlaced CurrentVerticalResolution ^ +
�
> E uint32 Description Current number of vertical pixels. Units pixels MaxMemorySupported b +
� � � � � � uint32 Description Maximum amount of memory supported in bytes. Units bytes MaxRefreshRate f +
� 4 < I � � uint32 Description Maximum refresh rate of the video controller in hertz. Units hertz MinRefreshRate j +
� � � � %
,
uint32 Description Minimum refresh rate of the video controller in hertz. Units hertz NumberOfVideoPages n
� s
{
�
uint32 Description Number of video pages supported given the current resolutions and available memory. VideoMemoryType r +
� ' / < y � uint16 Description An integer enumeration indicating the type of video memory. Values
� � � � � � � � & - Other Unknown VRAM DRAM SRAM WRAM EDO RAM Burst Synchronous DRAM Pipelined Burst SRAM CDRAM 3DRAM SDRAM SGRAM VideoProcessor t
� p x � string Description A free-form string describing the video processor/Controller. � C I M _ L o g i c a l D e v i c e �a�%߬� = CIM_LogicalDevice ) � ��� � � � � � q � ���_���������������������������������������������������������c � CIM_Controller Description Controller is a superclass for grouping the miscellaneous control-related Devices that exist. Examples of Controllers are SCSIControllers, USBControllers, SerialControllers, ... The Controller class is an abstraction for Devices with a single protocol stack, which exist primarily for communication to, and control or reset of downstream (ControlledBy) Devices. AMENDMENT LOCALE ms_409 MaxNumberControlled .
� � � � uint32 Description Maximum number of directly addressable entities supported by this Controller. A value of 0 should be used if the number is unknown or unlimited. ProtocolSupported 2 +
� � � � 2 : uint16 Description The protocol used by the controller to access 'controlled' devices. Values / �
% 8 > W t � � � � � �
" ) 0 : ? D N U i } � � � � � � � � �
$ > S j Other Unknown EISA ISA PCI ATA/ATAPI Flexible Diskette 1496 SCSI Parallel Interface SCSI Fibre Channel Protocol SCSI Serial Bus Protocol SCSI Serial Bus Protocol-2 (1394) SCSI Serial Storage Architecture VESA PCMCIA Universal Serial Bus Parallel Protocol ESCON Diagnostic I2C Power HIPPI MultiBus VME IPI IEEE-488 RS232 IEEE 802.3 10BASE5 IEEE 802.3 10BASE2 IEEE 802.3 1BASE5 IEEE 802.3 10BROAD36 IEEE 802.3 100BASEVG IEEE 802.5 Token-Ring ANSI X3T9.5 FDDI MCA ESDI IDE CMD ST506 DSSI QIC2 Enhanced ATA/IDE AGP TWIRP (two-way infrared) FIR (fast infrared) SIR (serial infrared) IrBus TimeOfLastReset e 4
� � � � datetime Description The TimeOfLastReset property indicates the date and time this controller was last reset. This could mean the controller was powered down, or reinitialized. �troller. �eo mode. �ts bytes �eo mode. � __ � ac6d1350600005Q ROOT\Hardware\ms_409 ���� � �� �� * l � ��������� � __PARAMETERS abstract f Job ref f
� / OUT f
� / S �� Reference to the job (may be null if task completed). Description f )
� / S ��� � ID f 6
� E S ��� � � ref:CIM_ConcreteJob ReturnValue uint32
� � uint32 out
� � � �� __ �D1C1D414B71B5082C266A650E31EF6D5019382724244B685F217C0AAE00A921 NS_55B7453F9A92245078FCB5133CDA2D219EDE36D5B0C242DB457F8DA87C352EDB CD_4FD2270AA7CC321848B51530B7A77A9E39B5486B55CE0C09A2B597A1F1FCE1E6.291.1812066129.5662 CD_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC.290.1202345297.2995 CD_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416.291.87104330.624 CD_E78B24A63ACB40A253226DA76298C783683B9FFCFE28CF1078C510D46CEF2248.290.22917891.982 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.286.1443573607.368 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.286.175755000.180 CR_4FD2270AA7CC321848B51530B7A77A9E39B5486B55CE0C09A2B597A1F1FCE1E6 R_E78B24A63ACB40A253226DA76298C783683B9FFCFE28CF1078C510D46CEF2248 CR_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC C_4FD2270AA7CC321848B51530B7A77A9E39B5486B55CE0C09A2B597A1F1FCE1E6 CR_E3B0C44298FC1C149AFBF4C8996FB92427AE41E4649B934CA495991B7852B855 C_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC C_E78B24A63ACB40A253226DA76298C783683B9FFCFE28CF1078C510D46CEF2248 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.286.1443573607.368 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.286.175755000.180 NS_68577372C66A7B20658487FBD959AA154EF54B5F935DCC5663E9228B44322805 CD_006AB7DFED58A8FB352581D21227922FA9FD887AC08F63A547BAEA9722B5F62B.94.622034228.810 CD_009060D2904B4B02AF55083DEF7BC672283599AF1BEDA6D3B9EC703CB3D5B011.38.1728723065.472 CD_01E49F2BC300B8406F535D199FFE723C66F3CBCD052B872FA9DADCCDBACAAF50.67.430747692.617 CD_01F6508C1866E0E79B21585B0217BD595D533D4A180A35479737402276CAE352.99.3430469742.309 CD_021AFE414882C03F97BF442E09455A26212B908FBBC7D7673C42DD465658CAAB.276.2720137495.206 CD_027708FDC4F21C8AE43624362617A067ABEAE7FC96FE6B2F6BAB070555EAA6F0.65.3039197314.687 CD_02E226BBCB88A35C58DB3E55C3D201306E2FAABE9C83D64654DC4E16660DF61A.70.2831678191.629 CD_0359987C58272876B4E70E901F284C82B892B0C1E02B693AD3548D264D28EC8A.26.3767636659.483 CD_0427B3D7710F368D831E2478F76F011E2ADE4882C334EE5ECDBD3047B1FDDE39.12.593978504.1053 CD_044BD4F4AF9E96DD48DDBD1666684018230534EFDE72CF711BC2F8C5D5E9C959.276.93458255.282 CD_054A38929ECC5F2B71B017259D5DF98C968C29C9039A37FA5C286398E463CDBA.156.3682654902.370 CD_057DBED191A93075F16FF3FD87CBC67F17C999F14E2DB4CC2AED9F24BB4E2107.92.1826583910.627 CD_0669091BB70564F4C28F9EBBB95CE7699D1CBEC6909BE49F84E8F214B14C6216.277.2822121361.375 C_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 R_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 CR_CAD4BC0418B92AF385128D89B08989F8AE935585E9C019DDE2E4449A4CA88416 C_455876B64E565F4962FC035AF2C8087D1797E42AAA9586F45C5A3E20F37175C3 R_455876B64E565F4962FC035AF2C8087D1797E42AAA9586F45C5A3E20F37175C3 CD_81C106E09E02CD8E9F92751CDD19E5532DF222FFFFF38E1A22F4010E1CF8B4EB.292.447962976.5760 C_81C106E09E02CD8E9F92751CDD19E5532DF222FFFFF38E1A22F4010E1CF8B4EB CD_053DD41219FAA16153F07241CEA1789B6627CF883354607B4109B4BE9101FD9E.259.387126323.218 CD_02E158B45830B6D4377ECD1CD643B18552229BB1DFCB48A9FF9F91F3ACA3AD62.312.138204832.340 CD_0670B73B6B090142BD85762A0781366FE00115AA7451B9B2750B5D23B1B3C0EE.1058.3967403014.1601 CD_02B5557CADEF33CFA29F52E782D8C5DEF3C67D29A7C0C3B389FF34D1D0708EC3.123.3021504251.3095 CD_065EB15DF476F783A483B00F674DFF856DF35C72E87B7E414EE69BE5DF4E9372.122.2658536417.758 CD_5F3A7D47CFF70177272CA0960C1975D28A99D9A71A82E07B0FC43A060E86CD93.1129.3389141475.375 C_5F3A7D47CFF70177272CA0960C1975D28A99D9A71A82E07B0FC43A060E86CD93 CD_B837FF0F19509FD7BD0B7ED8ED2B62529F924B69EF7322F8463864ECBCB01E5E.1151.3923877549.882 CR_E78B24A63ACB40A253226DA76298C783683B9FFCFE28CF1078C510D46CEF2248 C_B837FF0F19509FD7BD0B7ED8ED2B62529F924B69EF7322F8463864ECBCB01E5E R_B837FF0F19509FD7BD0B7ED8ED2B62529F924B69EF7322F8463864ECBCB01E5E CR_0DCE749AD0E30C5A74941D6C326877243635B3D92AE3FA1BB77A2C716BB28364 CD_79FD2B1944A0E8569231538101AA02032B2AA1FD92C317847D2089CA52F4CD72.1151.3907305928.877 C_79FD2B1944A0E8569231538101AA02032B2AA1FD92C317847D2089CA52F4CD72 R_79FD2B1944A0E8569231538101AA02032B2AA1FD92C317847D2089CA52F4CD72 CR_92D90F38218063ED84DEBF091001DAB75383FEA23B31338C700BDB5B69D9A383 NS_6802DE5CFCF7BA416C8E2EAF790F087E2F2BDAFDA4AA4BB8DBEDCE204DD4A614 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.279.3657065439.180 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.279.3657065439.180 I_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.1143516498.368 IL_EEC4121F2A07B61ABA16414812AA9AFC39AB0A136360A5ACE2240DC19B0464EB.1163.1143516498.368 CD_BC8A5D3527D1BDCB19AA2B963526E673CF7D0B41B579C91C1089F6FC06405DFC.1172.511946988.1321 CD_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45.1173.3034325421.7271 C_8348E5895FE4B45964F288F6208DF14CD383D0A357608E0BFF28F226F0190D45 CD_3CDC4183D44F52048CE0039132A93204204F5A3326DCB27DE7954C1D3930FD11.1173.581434339.424 iR�� 7 ��
*� 1 �T�� | l���� � �M^X � l�{� , ein�) ( �^I�Q , -��} 6 C I M _ P h y s i c a l M e m o r y �\�%߬�� � CIM_PhysicalMemory 6 � �� � ( .
V b � � o � � � � � � , � � < H �����UU��������������������������������������������������������������������������������������������������������������������������������� � Win32_PhysicalMemory CIMWin32 Locale UUID {FAF76B93-798C-11D2-AAD1-006008C78BC7} Attributes h )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 17|Attributes ConfiguredClockSpeed l )
� ! � ��) 9 uint32 MappingStrings A SMBIOS|Type 17|Configured Memory Clock Speed ConfiguredVoltage " x )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 17|Configured voltage DeviceLocator ` )
� B � ��J Z string MappingStrings b SMBIOS|Type 17|Device Locator InterleaveDataDepth f )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 20|Interleaved Data Depth MaxVoltage ! t )
� W � ��_ o uint32 MappingStrings w SMBIOS|Type 17|Maximum voltage MinVoltage p )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 20|Minimum voltage SMBIOSMemoryType # | )
� c � ��k { uint32 MappingStrings � SMBIOS|Type 17|Memory_Type Tag @
( N
� � �� � �� / string MaxLen Override Tag MappingStrings 7 WMI TypeDetail d )
� � ��� � uint16 MappingStrings � SMBIOS|Type 17|Type Detail � C I M _ C a c h e M e m o r y �\�%߬�� � CIM_CacheMemory 6 � �� � % + S _ � � V ` � � v � � s � � �����������_U�������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������� � Win32_CacheMemory CIMWin32 Locale UUID {FAF76B97-798C-11D2-AAD1-006008C78BC7} CacheSpeed 4 � )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 7|Cache Speed CurrentSRAM 2 � )
� � �� - uint16 MappingStrings 5 SMBIOS|Type 7|Current SRAM Type DeviceID @ A
� � � �� � ��� � � � string Override DeviceId MappingStrings � WMI ErrorCorrectType 3 � )
� 1 � ��9 I uint16 MappingStrings Q SMBIOS|Type 7|Error Correction Type InstalledSize 0 � )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 7|Installed Size Location . � )
� ; � ��C S uint16 MappingStrings [ SMBIOS|Type 7|Location MaxCacheSize / � )
� � � ��� � uint32 MappingStrings � SMBIOS|Type 7|Maximum Cache Size SupportedSRAM 1 � )
� @ � ��H X uint16 MappingStrings ` SMBIOS|Type 7|Supported SRAM Type � C I M _ P h y s i c a l P a c k a g e �\�%߬�> k CIM_PhysicalPackage 6 � �� � % - 3 [ e � � q � � � & + � � ����_U����������������������������������������������������������������������������������������������������3 � Win32_PhysicalMemoryArray CIMWin32 Locale UUID {FAF76B99-798C-11D2-AAD1-006008C78BC7} Location P )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 16|Location MaxCapacity V 4
� $ , �� � ��8 H uint32 DEPRECATED MappingStrings P SMBIOS|Type 16|Maximum Capacity MaxCapacityEx Z )
� � � ��� � uint64 MappingStrings � SMBIOS|Type 16|Extended Maximum Capacity MemoryDevices b )
� G � ��O _ uint16 MappingStrings g SMBIOS|Type 16|Number of Memory Devices MemoryErrorCorrection T )
� � � ��� � uint16 MappingStrings � SMBIOS|Type 16|Memory Error Correction Tag @
( N
� � � ��� � ��� � � � string MaxLen Override Tag MappingStrings � WMI Use R )
� � � �� uint16 MappingStrings SMBIOS|Type 16|Use � W i n 3 2 _ C O M A p p l i c a t i o n �\�%߬�� Win32_COMApplication 6 � �� � ! ) / W ^ �������������������������� � Win32_DCOMApplication CIMWin32 Locale UUID {0F73ED52-8ED9-11d2-B340-00105A1F8569} AppID 4
� � � �� � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\AppID\{GUID}[Default] � W i n 3 2 _ C O M C l a s s �\�%߬�q Win32_COMClass 6 � �� � ! ) / W d �������������������������� � Win32_ClassicCOMClass CIMWin32 Locale UUID {0F73ED53-8ED9-11d2-B340-00105A1F8569} ComponentId 4
� � � �� � ��� � string MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}[Default] Name @ A
� d � ��l ��s } � � string Fixed Override Name MappingStrings � Win32Registry|HKEY_LOCAL_MACHINE\SOFTWARE\Classes\CLSID\{GUID}[Default] gi � �\�%߬� A �� � �� � ( 2 : @ h r e��������� � Win32_ImplementedCategory Association CIMWin32 Locale UUID {0F73ED5B-8ED9-11d2-B340-00105A1F8569} Category f 4
� � � �� � ��� � ref:Win32_ComponentCategory MappingStrings � WMI|Win32_ComponentCategory Component f 4
� S � �� � ��n ~ ref:Win32_ClassicCOMClass MappingStrings � WMI|Win32_ClassicCOMClass ng � �\�%߬� A �� � �� � % / 7 = e q
e��������� � Win32_ComClassEmulator Association CIMWin32 Locale UUID {0F73ED5C-8ED9-11d2-B340-00105A1F8569} NewVersion f 4
� � � �� � ��� � ref:Win32_ClassicCOMClass MappingStrings � WMI|Win32_ClassicCOMClass OldVersion f 4
� O � �� � ��j z ref:Win32_ClassicCOMClass MappingStrings � WMI|Win32_ClassicCOMClass � �\�%߬� A �� � �� � ) 3 ; A i u e��������� � Win32_ComClassAutoEmulator Association CIMWin32 Locale UUID {0F73ED5D-8ED9-11d2-B340-00105A1F8569} NewVersion f 4
� � � �� � ��� � ref:Win32_ClassicCOMClass MappingStrings � WMI|Win32_ClassicCOMClass OldVersion f 4
� S � �� � ��n ~ ref:Win32_ClassicCOMClass MappingStrings � WMI|Win32_ClassicCOMClass in � C I M _ L o g i c a l D e v i c e �a�%߬�� 2 CIM_LogicalDevice )
V ��a i ��������������������������������������������������q � CIM_Scanner Description Capabilities and management of the scanner logical device. AMENDMENT LOCALE ms_409 � ms_409 � ��ʈ� c�y� ��� y .ɂT< � �/��
7 �� � w;�E� 0 ��{� � �-�� 1 K^�%߬�� ) � ��� � � � � � �������� � Win32_PnPDevice Description The Win32_PnPDevice represents an association between a device (known to Config Manager as a PnPEntity), and the function it performs. Its function is represented by a subclass of the logical device that describes its use. For example, a Win32_Keyboard or Win32_DiskDrive. Both referenced objects represent the same underlying system device - changes to resource allocation on the PnPEntity side will effect the associated Device. AMENDMENT LOCALE ms_409 SameElement f )
� - � ��D Q ref:CIM_LogicalDevice Description The SameElement reference represents the logical device properties that are associated with the Plug and Play device. SystemElement f )
� � ��# 0 ref:Win32_PnPEntity Description The SystemElement reference represents the the Plug and Play device associated with the logical device. yi � C I M _ D e p e n d e n c y L^�%߬�� CIM_Dependency ) * � ��� � � � � ���������t � Win32_SystemDriverPNPEntity Description The Win32_SystemDriverPNPEntity class represents an association between a Plug and Play device on the Win32 computer system and the driver that supports the Plug and Play device. AMENDMENT LOCALE ms_409 Antecedent f@ )
� < Q ^ � �� ref:Win32_PNPEntity Description The Antecedent reference represents the Plug and Play device controlled by the driver. Dependent f@ )
� � � �� ref:Win32_SystemDriver Description The Dependent reference represents the driver that supports the Plug and Play device. ME � _ _ E x t r i n s i c E v e n t M^�%߬�A __ExtrinsicEvent ) & � ��� � � � ��������������� � Win32_DeviceChangeEvent Description The Win32_DeviceChangeEvent class represents device change events resulting from the addition, removal or modification of devices on the computer system. This includes changes in the hardware configuration (docking and undocking), the hardware state, or newly mapped devices (mapping of a network drive). For example, a device has changed when a WM_DEVICECHANGE message is sent. AMENDMENT LOCALE ms_409 EventType +
� v ~ uint16 Description The EventType property indicates what type of device change notification event has occurred. Values � � � � Configuration Changed Device Arrival Device Removal Docking mp � W i n 3 2 _ D e v i c e C h a n g e E v e n t N^�%߬�R ! Win32_DeviceChangeEvent ) & � �� ������������������� � Win32_VolumeChangeEvent Description The Win32_VolumeChangeEvent class represents a local drive event resulting from the addition of a drive letter or mounted drive on the computer system (e.g. CDROM). Network drives are not currently supported. AMENDMENT LOCALE ms_409 DriveName
� J R _ string Description The DriveName property contains the drive name (letter) from the volume that has been added or removed from the system. � W i n 3 2 _ D e v i c e C h a n g e E v e n t O^�%߬�� ! Win32_DeviceChangeEvent ) & 3 h ��s { ?��������������� � Win32_SystemConfigurationChangeEvent Description The Win32_SystemConfigurationChangeEvent is an event class which indicates that the device list on the system has been refreshed. Refreshed meaning: a device has been added, removed, or the configuration changed. This event is fired when the windows message 'DevMgrRefreshOn<ComputerName>' is sent. The exact change to the device list is not contained in the message and therefore a device refresh is required in order to obtain the current system settings. Examples of configuration changes affected are IRQ settings, COM ports and BIOS version, to name a few. AMENDMENT LOCALE ms_409 � C I M _ C o n t r o l l e d B y Q^�%߬�� CIM_ControlledBy ) * � ��� � � � h s �������������������������������� � Win32_POTSModemToSerialPort Description The Win32_POTSModemToSerialPort class represents an association between a modem and the serial port the modem uses. AMENDMENT LOCALE ms_409 Antecedent f@ )
� � � �� ref:Win32_SerialPort Description The Antecedent reference represents the serial port used by the modem. Dependent f@ )
� � � � � �� ref:Win32_POTSModem Description The Dependent reference represents the POTS modem using the serial port. � C I M _ S e t t i n g p^�%߬�
CIM_Setting
) � ��� � ?������������� � Win32_COMSetting Description The Win32_COMSetting class represents the settings associated with a COM component or COM application. AMENDMENT LOCALE ms_409 � C I M _ P h y s i c a l M e d i a �^�%߬�J X CIM_PhysicalMedia 6 � �� � ( . V d � � ���������������������������������������������������������������������������������������| � Win32_PhysicalMedia CIMWin32a Locale UUID {BF253431-1E4D-4F57-00E7-64B2CACC801E} SerialNumber @ $ 6
� � � ��� � � � string Override SerialNumber MappingStrings � Tag @
( N
� C � ��K � ��S ] b r string MaxLen Override Tag MappingStrings z � C I M _ L o g i c a l D e v i c e �a�%߬�� N CIM_LogicalDevice ) � ��� � � � � � � � J V 3 A � � � � * 3 ���_U������������������������������������������������������������������������� � Win32_PnPEntity Description The Win32_PnPEntity class represents the properties of a Plug and Play device. Plug and Play entities are shown as entries in the Device Manager located in the Control Panel. AMENDMENT LOCALE ms_409 ClassGuid .
� ( 5 string Description The ClassGuid property contains the Globally Unique Identifier (GUID) that uniquely identifies this Plug and Play device. CompatibleID 2
� � � � string Description List of Compatible IDs for the device. If Setup cannot locate an INF file that matches one of a device's hardware IDs, it uses compatible IDs to locate an INF file. DeviceID @ )
� � � � � �� string Description The DeviceID property contains a string identifying the Plug and Play device. HardwareID 6
� � � � string Description List of Hardware IDs associated with the device. A hardware ID is a vendor-defined identification string that Setup uses to match a device to an INF file. Manufacturer :
� m u � string Description The Manufacturer property contains the name of the manufacturer of the Plug and Play device.
Example: Acme PNPClass >
� $ , 9 string Description The PNPClass property contains name of the type of this Plug and Play device. Present B
� � � � boolean Description The Present property denotes if this Plug and Play device is currently in the system. Service D
� _ g t string Description The Service property contains the name of the service that supports this Plug and Play device. See also: Win32_SystemDriverPNPEntity class.
Example: atapi � z � %,
C I M _ P o t s M o d e m �a�%߬��+ CIM_PotsModem ) � ��� � - � � n x $ - � � � � m | 1 F # ( � � � � m { c o c
o
�
( � � �
�
� � ! O ` ) 0 � � f m � � � � � � C K � � � � M T ^ e " � � � � w! �! /" A" !# 4# �# $ �$ �$ �% �% �& �& W' ]' :( N( �������UUUUUUUUUU�����������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������) � Win32_POTSModem Description The Win32_POTSModem class represents the services and characteristics of a Plain Old Telephone Service (POTS) modem on a Win32 system. AMENDMENT LOCALE ms_409 AttachedTo ]
� � string Description The AttachedTo property indicates the port to which the POTS modem is attached.
Example: COM1. BlindOff a
� � � � string Description The BlindOff property contains the command string used to detect a dial tone before dialing.
Example: X4. BlindOn ! e
� Y a n string Description The BlindOn property contains the command string used to dial whether or not there is a dial tone.
Example: X3. CompatibilityFlags " i
� ' 4 string Description The CompatibilityFlags property lists all modem connection protocols with which this modem device is compatible. CompressionOff # m
� � � � string Description The CompressionOff property contains the command string used to disable hardware data compression.
Example: S46=136. CompressionOn $ q
� � � � string Description The CompressionOn property contains the command string used to enable hardware data compression.
Example: S46=138. ConfigurationDialog % u
� r z � string Description The ConfigurationDialog property contains the modem initialization string. This property is comprised of command strings from other members of this class. DCB & y
� T [ h uint8 Description The Device Control Block (DCB) property contains the control settings for a serial communications device, in this case, the modem device. Default ' }
� ( / < uint8 Description The Default property indicates whether this POTS modem is the default modem on the Win32 computer system. DeviceID @ )
� � � � � �� string Description The DeviceID property contains a string uniquely identifying this POTS modem from other devices on the system. DeviceLoader ( �
� � � � string Description The DeviceLoader property indicates the name of the device loader for the modem. A device loader loads and manages device drivers and enumerators for a given device. DeviceType ) � +
� � � �
string Description The DeviceType property indicates the physical type of the modem. Values
,
<
L
Z
Null Modem Internal Modem External Modem PCMCIA Modem Unknown DriverDate e * �
� �
�
�
datetime Description The DriverDate property indicates the date of the modem driver. ErrorControlForced + �
� 3 ; H string Description The ErrorControlForced property contains the command string used to enable error correction control when establishing a connection. This increases the reliability of the connection.
Example: +Q5S36=4S48=7. ErrorControlOff , �
� T \ i string Description The ErrorControlOff property contains the command string used to disable error control.
Example: +Q6S36=3S48=128. ErrorControlOn - �
�
-
string Description The ErrorControlOn property contains the command string used to enable error control.
Example: +Q5S36=7S48=7. FlowControlHard . �
� �
�
�
string Description The FlowControlHard property contains the command string used to enable hardware flow control. Flow control consists of signals sent between computers that verify that both computers are ready to transmit or receive data.
Example: &K1. FlowControlOff / �
� , string Description The FlowControlOff property contains the command string used to disable flow control. Flow control consists of signals sent between computers that verify that both computers are ready to transmit or receive data.
Example: &K0. FlowControlSoft 0 �
� M U b string Description The FlowControlSoft property contains the command string used to enable software flow control. Flow control consists of signals sent between computers that verify that both computers are ready to transmit or receive data.
Example: &K2. InactivityScale 1 �
� � � � string Description The InactivityScale property is a multiplier used with the InactivityTimeout property to calculate the timeout period of a connection. Index 2 �
� \ d q uint32 Description The Index property indicates the index number for this POTS modem.
Example: 0 IndexEx 3 �
� � �
string Description The IndexEx property indicates the device instance ID for this POTS modem.
Example: "1&08" Model 4 �
� � � � string Description The Model property indicates the model of this POTS modem.
Example: Sportster 56K External. ModemInfPath 5 �
� E M Z string Description The ModemInfPath property indicates the path to this modem's .inf file. This file contains initialization information for the modem and its driver.
Example: C:\WINNT\INF. ModemInfSection 6 �
� C K X string Description The ModemInfSection property indicates the name of the section in the modem's .inf file that contains information about the modem. ModulationBell 7 �
� - string Description The ModulationBell property contains the command string used to instruct the modem to use Bell modulations for 300 and 1200 bps.
Example: B1. ModulationCCITT 8 �
� � string Description The ModulationCCITT property contains the command string used to instruct the modem to use CCITT modulations for 300 and 1200 bps.
Example: B0. PortSubClass 9 �
� � � � string Description The PortSubClass property contains the string definingthe port used for this modem. Prefix : �
� w � string Description The Prefix property indicates the dialing prefix used to access an outside line. Properties ; �
� * uint8 Description The Properties property is a string array that lists all the properties (and their values) for this modem. ProviderName < �
� � � � string Description The ProviderName property indicates the network path to the computer that provides the modem services. Pulse = �
� � � � string Description The Pulse property contains the command string used to instruct the modem to use pulse mode for dialing. Pulse dialing is necessary for phone lines that are unable to handle tone dialing.
Example: P. Reset > �
� � � � string Description The Reset property contains the command string used to reset the modem for the next call.
Example: AT&F. ResponsesKeyName ? �
� N V c string Description The ResponsesKeyName property contains the response this modem might report to the operating system during the connection process. The first two characters specify the type of response. The second two characters specify information about the connection being made. The second two characters are used only for Negotiation Progress or Connect response codes. The next eight characters specify the modem-to-modem line speed negotiated in bits per second (bps). The characters represent a 32-bit integer doubleword format (byte and word reversed). The last eight characters indicate that the modem is changing to a different port or Data Terminal Equipment (DTE) speed. Usually this field is not used because modems make connections at a "locked" port speed regardless of the modem-to-modem or Data Communications Equipment (DCE) speed. SpeakerModeDial @ �
� � � � string Description The SpeakerModeDial property contains the command string used to turn the modem speaker on after dialing a number, and turning the speaker off when a connection has been established.
Example: M1. SpeakerModeOff A �
� � !
! string Description The SpeakerModeOff property contains the command string used to turn the modem speaker off.
Example: M0. SpeakerModeOn B �
� �! �! �! string Description The SpeakerModeOn property contains the command string used to turn the modem speaker on.
Example: M2. SpeakerModeSetup C �
� m" u" �" string Description The SpeakerModeSetup property contains the command string used to instruct the modem to turn the speaker on (until a connection is established).
Example: M3. SpeakerVolumeHigh D �
� `# h# u# string Description The SpeakerVolumeHigh property contains the command string used to set the modem speaker to the highest volume.
Example: L3. SpeakerVolumeLow E �
� 1$ 9$ F$ string Description The SpeakerVolumeLow property contains the command string used to set the modem speaker to the lowest volume.
Example: L1. SpeakerVolumeMed F �
� % % % string Description The SpeakerVolumeMed property contains the command string used to set the modem speaker to a medium volume.
Example: L2. StringFormat G � +
� �% �% �% O& W& string Description The StringFormat property describes the type of characters used for text passed through the modem. Values g& |& �& ASCII string format DBCS string format UNICODE string format Terminator H
� �& �& �& string Description The Terminator property contains the string that marks the end of a command string.
Example: <cr> Tone I
� �' �' �' string Description The Tone property contains the command string that instructs the modem to use tone mode for dialing. The phone line must support tone dialing.
Example: T. VoiceSwitchFeature J
� z( �( �( string Description The VoiceSwitchFeature property contains the command strings used to activate the voice capabilities of a voice modem.
Example: AT+V. �ied in the subclass as a Values array qualifier. .
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� 9 � � * � \ � U�������� � __PARAMETERS abstract RequestType uint8
� 7 IN
� 7 ] �� RequestType is bit-mapped and identifies the type of Descriptor request and the recipient. The type of request may be 'standard', 'class' or 'vendor-specific'. The recipient may be 'device', 'interface', 'endpoint' or 'other'. Refer to the USB Specification for the appropriate values for each bit. Description )
� 7 ] ��� � ID 6
� C ] ��� � � uint8 RequestValue uint16
� j IN
� j � �� RequestValue contains the Descriptor Type in the high byte and the Descriptor Index (for example, index or offset into the Descriptor array) in the low byte. Refer to the USB Specification for more information. Description )
� j � ��� � ID 6
� � ��� � � uint16 RequestIndex uint16
� G IN
� G n �� RequestIndex defines the 2 byte Language ID code used by the USBDevice when returning string Descriptor data. The parameter is typically 0 for non-string Descriptors. Refer to the USB Specification for more information. Description )
� G n ��y � ID 6
� n ��y � � uint16 RequestLength uint16
� . IN
� . U �� On input, RequestLength is the length (in octets) of the Descriptor that should be returned. If this value is less than the actual length of the Descriptor, only the requested length will be returned. If it is more than the actual length, the actual length is returned. On output, this parameter is the length, in octets, of the Buffer being returned. If the requested Descriptor does not exist, the contents of this parameter are undefined. Description )
� . U ��> � ID 6
� � U ��> � � uint16 __ �*
ac6d1350600005Q ROOT\CIMV2\ms_409 ���� � �� �� � * � t � ����������� � __PARAMETERS abstract RequestLength uint16
� 9 OUT
� 9 ` �� On input, RequestLength is the length (in octets) of the Descriptor that should be returned. If this value is less than the actual length of the Descriptor, only the requested length will be returned. If it is more than the actual length, the actual length is returned. On output, this parameter is the length, in octets, of the Buffer being returned. If the requested Descriptor does not exist, the contents of this parameter are undefined. Description )
� 9 ` ��J � ID 6
� � ` ��J � � uint16 Buffer uint8
� � OUT
� � �� Buffer returns the requested Descriptor information. If the Descriptor does not exist, the contents of the Buffer are undefined. Description )
� � ��� M ID 6
� [ ��� M uint8 ReturnValue uint32
� � uint32 out
� � � �� 2�� ` � a�0 p 47� l �k\q � _��S� 0 C I M _ B a s e d O n �\�%߬�� CIM_BasedOn
) ! . �� ! ) 5 � � �������������������������& � CIM_LogicalDiskBasedOnPartition Description LogicalDisks can be BasedOn a DiskPartition. For example, a personal computer's C: drive may be located on a Partition on local PhysicalMedia. In this association of LogicalDisks to Partitions, note that the cardinality of the Antecedent, DiskPartition, is Max(1). This dictates that a LogicalDisk can not span more than one Partition. However, there are cases where this is true. When it occurs, the LogicalDisk is really based on some kind of RAID configuration (for example, a mirror or stripe set). In these scenarios, the LogicalDisk is more correctly BasedOn a StorageVolume. To prevent incorrectly using the LogicalDiskBasedOnPartition association, the Max(1) qualifier was put on the Antecedent reference to the DiskPartition. AMENDMENT LOCALE ms_409 Antecedent f@
� a x � ref:CIM_DiskPartition Description The disk partition. Dependent f@
� � � � ref:CIM_LogicalDisk Description The logical disk which is built on the partition. � C I M _ D e p e n d e n c y $]�%߬�< CIM_Dependency ) # � ��� � � � ] h ���������� � CIM_AssociatedMemory Description Logical devices may have memory installed on them or otherwise associated with them - such as cache memory. This is made explicit in this association. AMENDMENT LOCALE ms_409 Antecedent f@
� + ref:CIM_Memory Description Memory installed on or associated with a device. Dependent f@
� � � � ref:CIM_LogicalDevice Description The logical device. �$ M s f t _ W m i P r o v i d e r _ O p e r a t i o n E v e n t _ P o s t _�%߬� 3 . Msft_WmiProvider_OperationEvent_Post & # , S [ ��������������������������������������������������� � Msft_WmiProvider_CancelQuery_Post QueryId (
� K uint32 Result
,
� z uint32 � C I M _ L o g i c a l D e v i c e �a�%߬�J e CIM_LogicalDevice ) � ��� � � �
� � � � � � � � � � $ � � �
�
� � � � l
� � Y u # ���_UUU��������������������������������������������������������������������������������������������� � CIM_PotsModem Description The POTSModem class represents a Device that translates binary data into wave modulations for sound based transmission. It connects to the POTS (Plain Old Telephone System) network. AMENDMENT LOCALE ms_409 AnswerMode . +
� 4 < I � � uint16 Description Answer mode defines the current auto-answer/call-back setting for the modem. Values � � � � � � Unknown Other Disabled Manual Answer Auto Answer Auto Answer with Call-Back CompressionInfo 0 +
� W _ l � � uint16 Description Describes the data compression characteristics of the modem. Values � � � � � Unknown Other No Compression MNP 5 V.42bis CountriesSupported 2
� : B O string Description CountriesSupported is an array (bag) that contains a set of strings defining the countries/regions in which the modem can operate. CountrySelected 6
� % string Description CountrySelected is a string value defining the country/region for which the modem is currently programmed. When multiple countries/regions are supported, this property defines which one is currently selected for use. CurrentPasswords :
� = E R string Description CurrentPasswords is an array (bag) containing the currently defined passwords for the modem. This array may be left blank for security reasons. DialType > +
� & . ; � � uint16 Description DialType is an integer indicating whether tone (value=1) or pulse dialing (value=2) is used. "Unknown" (0) can also be defined. Values � � � Unknown Tone Pulse ErrorControlInfo @ +
� 5 = J � � uint16 Description Describes the error correction characteristics of the modem. Values � � � � � Unknown Other No Error Correction MNP 4 LAPM InactivityTimeout B +
� & . ; uint32 Description InactivityTimeout defines the time limit (in seconds) for automatic disconnection of the phone line, if no data is exchanged. A value of 0 indicates that this feature is present but not enabled. Units seconds MaxBaudRateToPhone F +
� ] e r � � uint32 Description Defines the maximum settable communication speed for accessing the phone system. Units bits per second MaxBaudRateToSerialPort J +
� .
6
C
�
�
uint32 Description Defines the maximum settable communication speed to the COM port for an external modem. Enter 0 if not applicable. Units bits per second MaxNumberOfPasswords N
� & uint16 Description MaxNumberOfPasswords specifies the number of passwords definable in the modem itself. If this feature is not supported, enter 0. ModulationScheme P +
� � � 7 ? uint16 Description Describes the modulation scheme of the modem. Values s | � � � � � � � � � � Unknown Other Not Supported Bell 103 Bell 212A V.22bis V.32 V.32bis V.turbo V.FC V.34 V.34bis RingsBeforeAnswer R
�
#
0
uint8 Description Number of rings before the modem answers an incoming call. SpeakerVolumeInfo S +
� �
�
�
h p uint16 Description Describes the volume level of the audible tones from the modem. For example, high, medium or low volume can be reported (values 3, 4 or 5, respectively). Values � � � � � � � � Unknown Other Not Supported High Medium Low Off Auto SupportsCallback U
� % boolean Description Indication of whether the modem supports call-back SupportsSynchronousConnect W
� � � � boolean Description Boolean indicating that synchronous, as well as asynchronous, communication is supported. TimeOfLastReset e Y
� O Y f datetime Description The TimeOfLastReset property indicates the date and time this controller was last reset. This could mean the controller was powered down, or reinitialized. � C I M _ S t o r a g e E x t e n t
b�%߬�� R CIM_StorageExtent ) � ��� � � � � � ���������������������������������������������������������������������������������; � CIM_DiskPartition Description A DiskPartition is a presentation of a contiguous range of logical blocks that is identifiable by the OperatingSystem via the Partition's type and subtype fields. DiskPartitions should be directly realized by PhysicalMedia (indicated by the RealizesDiskPartition association) or built on StorageVolumes (indicated by the PartitionBasedOnVolume association. AMENDMENT LOCALE ms_409 Bootable H
� � � � boolean Description Boolean indicating that the DiskPartition is labelled as bootable. This does not mean that an OperatingSystem is actually loaded on the partition. PrimaryPartition J
� � � � boolean Description Boolean indicating that the DiskPartition is labelled as the primary partition for a ComputerSystem. �ialized. � uint32 � 5 C I M _ L o g i c a l D e v i c e �a�%߬��4 � CIM_LogicalDevice )
U ��` h p � � � 2 J � � > S � � � � � � 0 E � � z � � � T e ! 3 � � � � � � 3 K � �! �! �$ �$ �% �% 7& I& >' R' �( �( �) �) �- �- "0 10 �1 �1 %2 92 ���_UUUUUUU����������������������������������������������������������������������������������������������������������������������������������������������������������������������2 � CIM_Printer Description Capabilities and management of the Printer LogicalDevice. AMENDMENT LOCALE ms_409 AvailableJobSheets .
� � � � string Description Describes all of the job sheets that are available on the Printer. This can also be used to describe the banner that a Printer might provide at the beginning of each Job, or can describe other user specified options. Capabilities 2 +
� � � � � � uint16 Description An array of integers indicating Printer capabilities. Information such as "Duplex Printing" (value=3) or "Transparency Printing" (7) is specified in this property. Values
$ 5 = H R i p w } � � � � � � � % Unknown Other Color Printing Duplex Printing Copies Collation Stapling Transparency Printing Punch Cover Bind Black and White Printing One Sided Two Sided Long Edge Two Sided Short Edge Portrait Landscape Reverse Portrait Reverse Landscape Quality High Quality Normal Quality Low CapabilityDescriptions 6
� v ~ � string Description An array of free-form strings providing more detailed explanations for any of the Printer features indicated in the Capabilities array. Note, each entry of this array is related to the entry in the Capabilities array that is located at the same index. CharSetsSupported :
� � � � string Description Identifies the available character sets for the output of text related to managing the Printer. Strings provided in this property should conform to the semantics and syntax specified by section 4.1.2 ("Charset parameter") in RFC 2046 (MIME Part 2) and contained in the IANA character-set registry. Examples include "utf-8", "us-ascii" and "iso-8859-1". CurrentCapabilities >