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Current File : C:/Windows/System32/wbem/en-US/mttmprov.dll.mui

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����ȿx�@�"�d�������N�d���4�����N�D� �d����|���J���b�4�,�`���MUI���s:��&E���j�|fn(�|Z��V����$AՎ���MUIen-US)InstanceID is an optional property that may be used to opaquely and uniquely identify an instance of this class within the scope of the instantiating Namespace. Various subclasses of this class may override this property to make it required, or a key. Such subclasses may also modify the preferred algorithms for ensuring uniqueness that are defined below.
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 that is creating or defining the InstanceID or that is a registered ID 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 InstanceID must appear between <OrgID> and <LocalID>. 
<LocalID> is chosen by the business entity and should not be reused to identify different underlying (real-world) elements. If not null and the above "preferred" algorithm is not used, the defining entity must assure that the resulting InstanceID is not reused across any InstanceIDs produced by this or other providers for the NameSpace of this instance. 
If not set to null for DMTF-defined instances, the "preferred" algorithm must be used with the <OrgID> set to CIM.UThe Caption property is a short textual description (one- line string) of the object.FThe Description property provides a textual description of the object.)A user-friendly name for the object. This property allows each instance to define a user-friendly name in addition to its key properties, identity data, and description information. 
Note that the Name property of ManagedSystemElement is also defined as a user-friendly name. But, it is often subclassed to be a Key. It is not reasonable that the same property can convey both identity and a user-friendly name, without inconsistencies. Where Name exists and is not a Key (such as for instances of LogicalDevice), the same information can be present in both the Name and ElementName properties. Note that if there is an associated instance of CIM_EnabledLogicalElementCapabilities, restrictions on this properties may exist as defined in ElementNameMask and MaxElementNameLen properties defined in that class.2.19.0�ManagedElement is an abstract class that provides a common superclass (or top of the inheritance tree) for the non-association classes in the CIM Schema.Name of task manager object.,Current data collection interval in seconds.:Current data sample index. Increment at every data sample.QSet interval seconds for background data refresh. Last 60 samples will be cached.%Force to refresh cached data current.The task manager class.Description of process.�Global process identifier that is used to identify a process. The value is valid from the time a process is created until it is terminated.MName of process either executable image name or internal system process name.+Path to the executable file of the process.Status of process execution.UnknownRunning	SuspendedUser name of process.=Command line used to start a specific process, if applicable.�Unique identifier that an operating system generates when a session is created. A session spans a period of time from logon until logoff from a specific system.OTotal processor time, in 100 nanosecond units, used by a process since started.KTotal cycle time, in 100 nanosecond units, used by a process since started.&The creation date time of the process.hThe creation time of the process, in the number of 100-nanosecond intervals since January 1, 1601 (UTC).IAmount of physical memory, in Kilobytes, currently in use by the process.AMaximum amount of physical memory, in bytes, used by the process.bAmount of physical memory, in bytes, in use by the process that cannot be used by other processes.cAmount of physical memory, in bytes, in use by the process that can be shared with other processes.PAUAmount of virtual memory reserved, in bytes, by the operating system for the process.gAmount of pageable kernel memory allocated by the kernel or drivers on behalf of the process, in bytes.kAmount of non-pageable kernel memory allocated by the kernel or drivers on behalf of the process, in bytes.DNumber of page faults generated by the process since it was started.NRanking that determines the order in which threads of a process are scheduled.2Total number of open handles owned by the process.&Number of active threads in a process.qNumber of windows manager objects (windows, menus, cursors, keyboard layouts, monitors, etc.) used by the process*Number of GDI objects used by the process.LNumber of read I/O operations generated by the process since it was started.MNumber of write I/O operations generated by the process since it was started.|Number of non-read/non-write I/O operations (for instance, control functions) generated by the process since it was started.<Total number of bytes read by the process in I/O operations.?Total number of bytes written by the process in I/O operations.sTotal number of bytes read by the process in I/O operations other than read/write(for instance, control functions).9Operating system context in which the process is running.XPVistaWin7Win8Win8.1<Platform (32 bit or 64 bit) on which the process is running.32-bit64-bit9Specifies whether the process is running elevated or not.pSpecifies whether User Account Control (UAC) virtualization is enabled, disabled, or not allowed in the process.DisabledEnabled
NotAllowedeSpecifies whether Data Execution Prevention (a security feature) enabled or disabled for the process.2Indicates the process is an App Store application.HCurrent processor utilization percentage across cores since last update.<Current cycle time utilization percentage since last update.FChange in working set usage by the process since last update in bytes.AChange in number of page faults in the process since last update.1Create process mini dump of the process instance.�Create a new process. The command line supports parameters and environment variables. If WaitMilliseconds is specified, this method will return the exit code of the process. If the process has not exited within the time specified, this method will return code 259. This method can be forced to wait indefinitely for the process to exit by specifying 0xffffffff (4294967295) in WaitMilliseconds.`The process data object. Statistic data is calculated based on current interval seconds setting.Name of processor.Status of Hyper-V virtual machine on the computer system. None - unknown state, VM - Virtual Machine, VMHost - Hosting Virtual Machines, Enabled - Hosting is enabled, Disabled - Hosting is disabled, HyperVCapable - Hyper-V capable, HyperVIncapable - Hyper-V incapable.NoneVMVMHost
HyperVCapableHyperVIncapableGCurrent average speed of the processors on the computer system, in MHz.?Maximum speed of the processors on the computer system, in MHz.9Total number of processor sockets on the computer system.PA7Total number of processor cores on the computer system.:Total number of logical processors on the computer system.<Total size of L1 cache on the computer system, in Kilobytes.<Total size of L2 cache on the computer system, in Kilobytes.<Total size of L3 cache on the computer system, in Kilobytes.9Number of current active processes on the computer system7Number of current active threads on the computer system7Number of current active handles on the computer systemfThe time the computer system has been working and available, in the number of 100-nanosecond intervals,Number of NUMA nodes on the computer system.�Historical statistics of percentage of processor total utilization on the computer system, logging latest 60 samples at each interval defined in IntervalSeconds (second).�Historical statistics of percentage of privileged kernel utilization on the computer system, logging latest 60 samples at each interval defined in IntervalSeconds (second).bThe Processor data object. Statistic data is calculated based on current interval seconds setting.oIdentification number of NUMA node or processor socket. If empty, it presents aggregated NUMA or Socket itself.+Identification number of logical processor.2Indicate whether the processor is in parked state.�Historical statistics of percentage of utilization on the logical processor, logging latest 60 samples at each interval defined in IntervalSeconds (second).�Historical statistics of percentage of privileged kernel utilization on the logical processor, logging latest 60 samples at each interval defined in IntervalSeconds (second).kThe Logical Processor data object.  Statistic data is calculated based on current interval seconds setting.Name of memory object.aTotal amount of physical memory available to the operating system, device drivers, and processes.;Memory used by processes, drivers, or the operating system.XMemory whose contents must be written to disk before it can be used for another purpose.FMemory that contains cached data and code that is not actively in use.�Free Memory that does not contain any valuable data, and that will be used first when processes, drivers or the operating system need more memory.3Memory physically installed on the computer system."Page size of the operating system.JMaximum amount of memory allowed as Dynamic memory on the virtual machine.FIndicates whether Dynamic memory is configured on the virtual machine.1Amount of paged pool used on the computer system.5Amount of non-paged pool used on the computer system.2Amount of committed memory on the computer system.1Limit of committed memory on the computer system.�Amount of memory (including Standby and Free memory) that is immediately available for use by processes, drivers, or the operating system.�Amount of memory (including Standby and Modified memory) containing cached data and code for rapid access by processes, drivers, and the operating system.9Speed of memory operating on the computer system, in MHz.�Type of memory installed on the computer system. This map is defined in Table 73 in section 7.18.2 (SMBIOS Reference Specification V2.7.0)OtherDRAMEDRAMVRAMSRAMRAMROMFLASHEEPROMFEPROMEPROMCDRAM	ThreeDRAMSDRAMSGRAMRDRAMDDRDDR2DDR2_FB_DIMM	Reserved1	Reserved2	Reserved3DDR3FBD2�Form factor of memory installed on the computer system. This map is defined in Table 72 in section 7.18.1 (SMBIOS Reference Specification V2.7.0)SIMMSIPPAChipDIPZIPProprietary CardDIMMTSOPRow of chipsRIMMSODIMMSRIMMFB-DIMMSMemory that is reserved for use by the BIOS and some drivers for other peripherals.'Memory capacity on the computer system.3Number of memory slots used on the computer system.>Total number of memory slots available on the computer system.�Historical statistics of percentage of memory utilization on the computer system, logging latest 60 samples at each interval defined in IntervalSeconds (second)._The Memory data object. Statistic data is calculated based on current interval seconds setting.'Formatted disk size on the disk volume.7Logical path of the disk volume on the computer system.^Indicates whether the disk volume is system disk that the operating system has been installed.VIndicates whether the disk volume has a page file that the operating system is in use.The Disk Volume data object.Name of disk drive.kIndex number of storage disk device for the disk drive. It is not guaranteed to be persistent across boots.Capacity of the disk drive.XAverage response time during latest sampling interval on the disk drive, in millisecond.3Array of disk volumes configured on the disk drive.;Percentage of active time accessing from/to the disk drive.�Historical statistics of average disk read transfer rate, in byte, per second, logging latest 60 samples at each interval defined in IntervalSeconds (second).�Historical statistics of average disk write transfer rate, in byte, per second, logging latest 60 samples at each interval defined in IntervalSeconds (second).cThe Disk drive data object. Statistic data is calculated based on current interval seconds setting.1Name of connection on the network adapter device.PA#Name of the network adapter device.7IPv4 network address configured on the network adapter.7IPv6 network address configured on the network adapter.9Domain name of the computer system joined on the network.?Machine joined domain or workgroup name of the computer system.#Machine joined type on the network.Unjoined	WorkgroupDomain
VerifiedErrorNotVerifiedNetwork adapter media type.802.3802.5FDDIWANPA
Local TalkDIX
Raw Arcnet878.2ATMWireless WANIRDABPCConnection Oriented WANIP 1394IBTunnel
Native 802.11LoopbackWiMAXIP>The types of physical media that the network adapter supports.UnspecifiedWireless LANCable Modem
Phone Line
Power LineDSLFC1394	BlueTooth
InfinibandUWB	Wired WANWired Connection Oriented WAN*Operational status of the network adapter.UpPADownTestingDormantNot PresentLower Layer Down9Percentage of network utilization at the latest interval.<Total link speed of the network adapter, in bits per second.GUID of the network adapter.9The total number of bytes sent on the connection to date.=The total number of bytes received on the connection to date.FThe total number of bytes sent and received on the connection to date.�The total number of bytes requested to be transmitted to unicast addresses by higher-level protocols. The value includes the packets that were discarded or not sent.TThe total number of bytes received from unicast addresses by higher-level protocols.FThe total number of Unicast Sent and Unicast Received packets to date.�The total number of bytes requested to be transmitted to nonsubnet-unicast addresses by higher-level protocols on the connection to date.|The total number of bytes from nonsubnet-unicast addresses delivered to higher-level protocols by on the connection to date.LThe total number of nonunicast Sent and nonunicast Received packets to date.Percentage of sent throughput at each interval, logging latest 60 samples at each interval defined in IntervalSeconds (second).�Percentage of received throughput at each interval, logging latest 60 samples at each interval defined in IntervalSeconds (second).vSent bits per second at each interval, logging latest 60 samples at each interval defined in IntervalSeconds (second).zReceived bits per second at each interval, logging latest 60 samples at each interval defined in IntervalSeconds (second).~Maximum sent bits per second at each interval, logging latest 60 samples at each interval defined in IntervalSeconds (second).�Maximum received bits per second at each interval, logging latest 60 samples at each interval defined in IntervalSeconds (second).hThe percentage of connection bandwidth used by traffic sent from the machine in the polling time period.jThe percentage of connection bandwidth used by traffic received by the machine in the polling time period.iThe percentage of connection bandwidth used by both sent and received traffic in the polling time period.NThe total number of bytes sent on the connection in the polling time interval.RThe total number of bytes received on the connection in the polling time interval.[The total number of bytes received and sent on the connection in the polling time interval.�The total number of bytes requested to be transmitted to subnet-unicast addresses by higher-level protocols on the connection in the polling time interval.�The total number of bytes from subnet-unicast addresses delivered to higher-level protocols on the connection in the polling time interval.nThe total number of Unicast Sent and Unicast Received packets for the connection in the polling time interval.�The total number of bytes requested to be transmitted to nonsubnet-unicast addresses by higher-level protocols on the connection in the polling time interval.�The total number of bytes from nonsubnet-unicast addresses delivered to higher-level protocols on the connection in the polling time interval.aThe total number of nonunicast Sent and nonunicast Received packets in the polling time interval.hThe Network adapter data object. Statistic data is calculated based on current interval seconds setting.Win10The ID of the event.The level of the event.!The log this event was read from.,The record ID of the event in the event log.!The source that logged the event.The logged time of the event."The text description of the event.cRepresents the detailed information of an event in a particular log generated by a specific source.@The unique and language neutral identifier of the event channel.0The localized display name of the event channel.2The path to the file that backs the event channel.PA9Flag that indicates whether the event channel is enabled.IFlag that indicates whether the event channel is a classic event channel.AdminOperationalAnalyticDebugThe type of a channel.MThe size of the file, in bytes, of the log file that backs the event channel.HThe total number of events in the log file that backs the event channel.QRetrieves the details of events generated in an event log by a particular source.%The xml string of event filter query.@The number of event records to skip from the query's result set.vThe number of events to return from query's result set after skipping the count of events specified by Skip parameter.DThe condition of query direction, reverses direction if set to true.<The batch size to use for streaming data back to the client.1The list of selected events that match the query.�Encapsulates the properties of the Windows event channel. Can also be used to perform operations related to the particular event channel.IThe unique and language neutral identifier of the Windows event provider.�The localized display name of the Windows event provider. If it is not indicated in the provider's manifest or not present in the provider's resource file, then it is set equal to the Name of the provider.�The localized display path of the Windows event provider. This display path is similar to what Windows Event Viewer uses to create hierarchical tree nodes for identification of event providers.<The number of event channels exported by the event provider.'The list of one or more event channels.}Encapsulates the properties of Windows event provider. Can also be used to enumerate all the event providers in the computer.6Enables the logging associated with the event channel.7Disables the logging associated with the event channel.6Clears the log file associated with the event channel.JGets all the event channels that are exported by the given event provider.}The localized display path of the event channel. The value of this property may or may not be different from the DisplayName.OGets the list of those event channels that are connected to Windows event logs.JThe list of those event channels that are connected to Windows event logs.�Gets the list of those event providers that export at least one event channel. Also gets the list of those event channels that are connected to Windows event logs.IThe list of those event providers that export at least one event channel.(none).Failed to allocate memory.5Failed to initialize critical section or heap memory.VIndex was out of range. Must be non-negative and less than the size of the collection.#Failed to obtain local CIM session.Failed to list CIM instance.)Failed to get a property of CIM instance."Failed to create new CIM instance.)Failed to set a property of CIM instance.Failed to post a CIM instance.Failed to delete CIM instance.Invalid Parameter.PA#Failed to set the interval seconds.Failed to create output.Failed to post the output.Failed to purge output..Failed to set the logging state on the output.%Failed to set the time on the output.Unable to get the task service.&Unable to connect to the task service.%Unable to get the number of triggers.Unable to get the trigger.Unable to get the trigger type.!Unable to get the start boundary.!Unable to set the start boundary.LFailed to convert the timestamp returned by task trigger to output datetime.%No daily trigger defined on the task.#Unable to set the time on the task.Unable to set the return value.Failed to create a timer queue.0Failed to initialize network adapter data query.%Failed to create a timer queue timer.Failed to query data.Failed to check thread token.:Access Denied. Required elevated administrator credential.PAFailed to get username.PASystem Idle Process(Percentage of time the processor is idleSystem interrupts7Deferred procedure calls and interrupt service routinesSystemNT Kernel & System$Failed to match process create time.Process create time mismatch.&Failed to terminate specified process.�Failed to access the specified process. This can occur if you do not have adequate permissions to access the process, or the process no longer exists.#Failed to create process dump file.Failed to write process dump.#Failed to query process image name.#Failed to create specified process.9Failed to expand environment variables in specified path.PA/Failed to get size of process information data.'Failed to get process information data.+Failed to get system interrupt information./Failed to create or update process information. Failed to post process instance.4Failed to initialize processor performance counters./Failed to query processor performance counters.!Failed to collect processor data.!Failed to collect processor name.,Failed to update processor performance data.$Failed to collect processor up time."Failed to collect processor speed.PA1Failed to initialize memory performance counters.#Failed to query memory SMBIOS data.,Failed to query memory performance counters.%Failed to initialize disk data query.Failed to update drive data.PAEthernetEthernet+Failed to initialize network adapter query.%Failed to query network adapter data.(Failed to refresh network adapter table.&Failed to get network interface entry.N/AClassic-Event logsPA!Message ID: %1!d!, Message: %2!s!PA	00pPP�pp���X����L�f�������
���x�y��Start

Stop

Error

Warning

 Information

Lifetime

 Management

 Collection

Action

tMicrosoft-Windows-ManagementTools-TaskManagerProvider

 Operational

Analytic

Debug

<Provider load start: %1.

8Provider load stop: %1.

<Provider load error: %1.

@Provider unload start: %1.

<Provider unload stop: %1.

@Provider unload error: %1.

TStart SetIntervalSeconds method: %1.

PStop SetIntervalSeconds method: %1.

LError SetIntervalSeconds: %1, %2

<Start force refresh data.

<Stop force refresh data.

LError force refresh data: %1, %2

dStart Enumerate MSFT_MTTaskManager instances.

dStop Enumerate MSFT_MTTaskManager instances.

tError Enumerate MSFT_MTTaskManager instances: %1, %2

\Start Enumerate MSFT_MTProcess instances.

\Stop Enumerate MSFT_MTProcess instances.

lError Enumerate MSFT_MTProcess instances: %1, %2

pStart Enumerate MSFT_MTProcessorSummary instances.

lStop Enumerate MSFT_MTProcessorSummary instances.

|Error Enumerate MSFT_MTProcessorSummary instances: %1, %2

pStart Enumerate MSFT_MTLogicalProcessor instances.

lStop Enumerate MSFT_MTLogicalProcessor instances.

|Error Enumerate MSFT_MTLogicalProcessor instances: %1, %2

hStart Enumerate MSFT_MTMemorySummary instances.

hStop Enumerate MSFT_MTMemorySummary instances.

xError Enumerate MSFT_MTMemorySummary instances: %1, %2

XStart Enumerate MSFT_MTDisk instances.

TStop Enumerate MSFT_MTDisk instances.

dError Enumerate MSFT_MTDisk instances: %1, %2

lStart Enumerate MSFT_MTNetworkAdapter instances.

hStop Enumerate MSFT_MTNetworkAdapter instances.

xError Enumerate MSFT_MTNetworkAdapter instances: %1, %2

\Error initialized data collection: %1, %2

@Error collect data: %1, %2

PStart initializing data collection.

PStop initializing data collection.

8Start collect data: %1.

8Stop collect data: %1.

PStart Delete Process instance: %1.

LStop Delete Process instance: %1.

dError Delete MSFT_MTProcess instance: %1, %2

LStart creating process dump: %1.

HStop creating process dump: %1.

PError creating process dump: %1, %2

@Start creating process: %1.

@Stop creating process: %1.

HError creating process: %1, %2

TNo path or executable specified: %1.

4Process update statistics: PID:%1, Index:%2, Duration:%3, CycleDuration:%4, Total:%5, CyclesTotal:%6, CpuCount:%7, OldCpuTime:%8, OldCycleTime:%9, OldWorkingSet:%10, OldPageFaults:%11, NewUserTime:%12, NewKernelTime:%13, NewWorkingSet:%14, NewPageFaults:%15, NewCycleTime:%16.

\Failed to open handle for process ID %1.

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