Values: TRUE or FALSE. If TRUE, the automatic reset boot option is enabled." REFERENCE "Win32-ComputerSystem.AutomaticResetBootOption" ::= { win32ComputerSystemEntry 2 } win32ComputerSystemAutomaticResetCapability OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The AutomaticResetCapability property determines whether the automatic reset is enabled.
Values: TRUE or FALSE. If TRUE, the automatic reset is enabled." REFERENCE "Win32-ComputerSystem.AutomaticResetCapability" ::= { win32ComputerSystemEntry 3 } win32ComputerSystemBootROMSupported OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The BootROMSupported property determines whether a boot ROM is supported.
Values: TRUE or FALSE. If TRUE, a boot ROM is supported." REFERENCE "Win32-ComputerSystem.BootROMSupported" ::= { win32ComputerSystemEntry 4 } win32ComputerSystemBootupState OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The BootupState property indicates the bootup state of the computer system.
Constraints: Must have a value." REFERENCE "Win32-ComputerSystem.BootupState" ::= { win32ComputerSystemEntry 5 } win32ComputerSystemCurrentTimeZone OBJECT-TYPE SYNTAX Sint16 ACCESS read-write STATUS mandatory DESCRIPTION "The CurrentTimeZone property indicates the number of minutes the unitary computer system is offset from Greenwich Mean Time (GMT). The number is either positive, negative, or zero." REFERENCE "Win32-ComputerSystem.CurrentTimeZone" ::= { win32ComputerSystemEntry 6 } win32ComputerSystemDomain OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Domain property indicates the domain name of the computer system." REFERENCE "Win32-ComputerSystem.Domain" ::= { win32ComputerSystemEntry 7 } win32ComputerSystemInfraredSupported OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The InfraredSupported property determines whether an infrared (IR) port exists on the computer system.
Values: TRUE or FALSE. If TRUE, an IR port exists." REFERENCE "Win32-ComputerSystem.InfraredSupported" ::= { win32ComputerSystemEntry 8 } win32ComputerSystemManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the computer manufacturer.
Example: Seagate" REFERENCE "Win32-ComputerSystem.Manufacturer" ::= { win32ComputerSystemEntry 9 } win32ComputerSystemModel OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Model property indicates the model name of the computer system.
Constraints: Must have a value" REFERENCE "Win32-ComputerSystem.Model" ::= { win32ComputerSystemEntry 10 } win32ComputerSystemNetworkServerModeEnabled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The NetworkServerModeEnabled property determines whether Network Server Mode is enabled.
Values: TRUE or FALSE. If TRUE, Network Server Mode is enabled." REFERENCE "Win32-ComputerSystem.NetworkServerModeEnabled" ::= { win32ComputerSystemEntry 11 } win32ComputerSystemOEMLogoBitmap OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ComputerSystem.OEMLogoBitmap" ::= { win32ComputerSystemEntry 12 } win32ComputerSystemSupportContactDescription OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SupportContactDescription property is an array that indicates the support contact information for the Win32 computer system." REFERENCE "Win32-ComputerSystem.SupportContactDescription" ::= { win32ComputerSystemEntry 13 } win32ComputerSystemSystemStartupDelay OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ComputerSystem.SystemStartupDelay" ::= { win32ComputerSystemEntry 14 } win32ComputerSystemSystemStartupOptions OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SystemStartupOptions property is an array that indicates the options for starting up the Win32 computer system.
Constraints: Must have a value" REFERENCE "Win32-ComputerSystem.SystemStartupOptions" ::= { win32ComputerSystemEntry 15 } win32ComputerSystemSystemStartupSetting OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The SystemStartupSetting property indicates the index into 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.)" REFERENCE "Win32-ComputerSystem.SystemStartupSetting" ::= { win32ComputerSystemEntry 16 } win32ComputerSystemSystemType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SystemType property indicates the type of system running on the Win32 computer.
Constraints: Must have a value" REFERENCE "Win32-ComputerSystem.SystemType" ::= { win32ComputerSystemEntry 17 } win32ComputerSystemUserName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UserName property indicates the name of the currently-logged-on user.
Constraints: Must have a value
Example: John Smith" REFERENCE "Win32-ComputerSystem.UserName" ::= { win32ComputerSystemEntry 18 } win32ComputerSystemStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-ComputerSystem.Status" ::= { win32ComputerSystemEntry 19 } win32TapeDriveTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32TapeDriveEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-TapeDrive class represents a tape drive on a Win32 system." REFERENCE "Win32-TapeDrive" ::= { win32WMI 20 } win32TapeDriveEntry OBJECT-TYPE SYNTAX Win32TapeDriveEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32TapeDriveKeyIndex } ::= { win32TapeDriveTable 1 } Win32TapeDriveEntry ::= SEQUENCE { win32TapeDriveKeyIndex String, win32TapeDriveCompression Uint32, win32TapeDriveECC Uint32, win32TapeDriveFeaturesHigh Uint32, win32TapeDriveFeaturesLow Uint32, win32TapeDriveMediaType String, win32TapeDriveReportSetMarks Uint32, win32TapeDriveStatus String } win32TapeDriveKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-TapeDrive.KeyIndex" ::= { win32TapeDriveEntry 1 } win32TapeDriveCompression OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Compression property indicates the compression level for the tape drive." REFERENCE "Win32-TapeDrive.Compression" ::= { win32TapeDriveEntry 2 } win32TapeDriveECC OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-TapeDrive.ECC" ::= { win32TapeDriveEntry 3 } win32TapeDriveFeaturesHigh OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-TapeDrive.FeaturesHigh" ::= { win32TapeDriveEntry 4 } win32TapeDriveFeaturesLow OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-TapeDrive.FeaturesLow" ::= { win32TapeDriveEntry 5 } win32TapeDriveMediaType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "MediaType is the type of media used or accessed by this device." REFERENCE "Win32-TapeDrive.MediaType" ::= { win32TapeDriveEntry 6 } win32TapeDriveReportSetMarks OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-TapeDrive.ReportSetMarks" ::= { win32TapeDriveEntry 7 } win32TapeDriveStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-TapeDrive.Status" ::= { win32TapeDriveEntry 8 } win32DiskDriveTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DiskDriveEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DiskDrive class represents a physical disk drive as seen by a Win32 operating system. Any interface to a Win32 physical drive is a descendent (or member) of this class.
Example: IDE Fixed Disk" REFERENCE "Win32-DiskDrive" ::= { win32WMI 30 } win32DiskDriveEntry OBJECT-TYPE SYNTAX Win32DiskDriveEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DiskDriveKeyIndex } ::= { win32DiskDriveTable 1 } Win32DiskDriveEntry ::= SEQUENCE { win32DiskDriveKeyIndex String, win32DiskDriveBytesPerSector Uint32, win32DiskDriveInterfaceType String, win32DiskDrivePartitions Uint32, win32DiskDriveSectorsPerTrack Uint32, win32DiskDriveTotalCylinders String, win32DiskDriveTotalHeads Uint32, win32DiskDriveTotalSectors String, win32DiskDriveTotalTracks String, win32DiskDriveTracksPerCylinder Uint32, win32DiskDriveIndex Uint32, win32DiskDriveManufacturer String, win32DiskDriveMediaLoaded Boolean, win32DiskDriveMediaType String, win32DiskDriveModel String, win32DiskDriveSCSIBus Uint32, win32DiskDriveSCSILogicalUnit Uint16, win32DiskDriveSCSIPort Uint16, win32DiskDriveSCSITargetId Uint16, win32DiskDriveSize String, win32DiskDriveStatus String } win32DiskDriveKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DiskDrive.KeyIndex" ::= { win32DiskDriveEntry 1 } win32DiskDriveBytesPerSector OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BytesPerSector property indicates the number of bytes per sector for the physical disk drive.
Example: 512" REFERENCE "Win32-DiskDrive.BytesPerSector" ::= { win32DiskDriveEntry 2 } win32DiskDriveInterfaceType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The InterfaceType property indicates the interface type of physical disk drive.
Example: IDE or SCSI" REFERENCE "Win32-DiskDrive.InterfaceType" ::= { win32DiskDriveEntry 3 } win32DiskDrivePartitions OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Partitions property indicates the number of partitions on this physical disk drive.
Example: 2" REFERENCE "Win32-DiskDrive.Partitions" ::= { win32DiskDriveEntry 4 } win32DiskDriveSectorsPerTrack OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SectorsPerTrack property indicates the number of sectors per track for this physical disk drive.
Example: 63" REFERENCE "Win32-DiskDrive.SectorsPerTrack" ::= { win32DiskDriveEntry 5 } win32DiskDriveTotalCylinders OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The TotalCylinders property indicates the total number of cylinders on the physical disk drive.
Example: 657" REFERENCE "Win32-DiskDrive.TotalCylinders" ::= { win32DiskDriveEntry 6 } win32DiskDriveTotalHeads OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The TotalHeads property indicates the total number of heads on the disk drive." REFERENCE "Win32-DiskDrive.TotalHeads" ::= { win32DiskDriveEntry 7 } win32DiskDriveTotalSectors OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The TotalSectors property indicates the total number of sectors on the physical disk drive.
Example: 2649024" REFERENCE "Win32-DiskDrive.TotalSectors" ::= { win32DiskDriveEntry 8 } win32DiskDriveTotalTracks OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The TotalTracks property indicates the total number of tracks on the physical disk drive.
Example: 42048" REFERENCE "Win32-DiskDrive.TotalTracks" ::= { win32DiskDriveEntry 9 } win32DiskDriveTracksPerCylinder OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The TrackPerCylinder property indicates the number of tracks per cylinder on the physical disk drive.
Example: 64" REFERENCE "Win32-DiskDrive.TracksPerCylinder" ::= { win32DiskDriveEntry 10 } win32DiskDriveIndex OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Index property indicates the index number of the disk drive.
Example: 1" REFERENCE "Win32-DiskDrive.Index" ::= { win32DiskDriveEntry 11 } win32DiskDriveManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the disk drive manufacturer.
Example: Seagate" REFERENCE "Win32-DiskDrive.Manufacturer" ::= { win32DiskDriveEntry 12 } win32DiskDriveMediaLoaded OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The MediaLoaded property determines whether the media for a removable disk drive is loaded.
Values: TRUE or FALSE. If TRUE, the media is loaded." REFERENCE "Win32-DiskDrive.MediaLoaded" ::= { win32DiskDriveEntry 13 } win32DiskDriveMediaType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MediaType property is the type of media used or accessed by this Device." REFERENCE "Win32-DiskDrive.MediaType" ::= { win32DiskDriveEntry 14 } win32DiskDriveModel OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Model property indicates the manufacturer's model number of the disk drive.
Example: ST32171W" REFERENCE "Win32-DiskDrive.Model" ::= { win32DiskDriveEntry 15 } win32DiskDriveSCSIBus OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SCSIBus property indicates the SCSI bus number of the disk drive.
Example: 0" REFERENCE "Win32-DiskDrive.SCSIBus" ::= { win32DiskDriveEntry 16 } win32DiskDriveSCSILogicalUnit OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The SCSILogicalUnit property indicates the SCSI logical unit number (LUN) of the disk drive.
Example: 0" REFERENCE "Win32-DiskDrive.SCSILogicalUnit" ::= { win32DiskDriveEntry 17 } win32DiskDriveSCSIPort OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The SCSIPort property indicates the SCSI port number of the disk drive.
Example: 0" REFERENCE "Win32-DiskDrive.SCSIPort" ::= { win32DiskDriveEntry 18 } win32DiskDriveSCSITargetId OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The SCSITargetId property indicates the SCSI ID number of the disk drive.
Example: 0" REFERENCE "Win32-DiskDrive.SCSITargetId" ::= { win32DiskDriveEntry 19 } win32DiskDriveSize OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Size property indicates the size (in bytes) of the disk drive." REFERENCE "Win32-DiskDrive.Size" ::= { win32DiskDriveEntry 20 } win32DiskDriveStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-DiskDrive.Status" ::= { win32DiskDriveEntry 21 } win32CDROMDriveTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32CDROMDriveEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-CDROMDrive class represents a CD-ROM drive on a Win32 system." REFERENCE "Win32-CDROMDrive" ::= { win32WMI 40 } win32CDROMDriveEntry OBJECT-TYPE SYNTAX Win32CDROMDriveEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32CDROMDriveKeyIndex } ::= { win32CDROMDriveTable 1 } Win32CDROMDriveEntry ::= SEQUENCE { win32CDROMDriveKeyIndex String, win32CDROMDriveDrive String, win32CDROMDriveFileSystemFlags Uint16, win32CDROMDriveId String, win32CDROMDriveManufacturer String, win32CDROMDriveMaximumComponentLength Uint32, win32CDROMDriveMediaType String, win32CDROMDriveRevisionLevel String, win32CDROMDriveSCSITargetId Uint16, win32CDROMDriveVolumeName String, win32CDROMDriveVolumeSerialNumber String, win32CDROMDriveTransferRate Real64, win32CDROMDriveDriveIntegrity Boolean, win32CDROMDriveMediaLoaded Boolean, win32CDROMDriveStatus String } win32CDROMDriveKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-CDROMDrive.KeyIndex" ::= { win32CDROMDriveEntry 1 } win32CDROMDriveDrive OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Drive property indicates the drive letter of the CD ROM drive.
Example: d:" REFERENCE "Win32-CDROMDrive.Drive" ::= { win32CDROMDriveEntry 2 } win32CDROMDriveFileSystemFlags OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The FileSystemFlags property indicates the file system flags of the Win32 CD ROM drive.
Example: 0" REFERENCE "Win32-CDROMDrive.FileSystemFlags" ::= { win32CDROMDriveEntry 3 } win32CDROMDriveId OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Id property indicates the manufacturer's identifying name of the Win32 CD ROM drive.
Example: PLEXTOR CD-ROM PX-12CS 1.01" REFERENCE "Win32-CDROMDrive.Id" ::= { win32CDROMDriveEntry 4 } win32CDROMDriveManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the manufacturer of the Win32 CD ROM drive.
Example: PLEXTOR" REFERENCE "Win32-CDROMDrive.Manufacturer" ::= { win32CDROMDriveEntry 5 } win32CDROMDriveMaximumComponentLength OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MaximumComponentLength property indicates the maximum component length of the Win32 CD ROM drive.
Example: 0" REFERENCE "Win32-CDROMDrive.MaximumComponentLength" ::= { win32CDROMDriveEntry 6 } win32CDROMDriveMediaType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MediaType property is the type of media used or accessed by this Device." REFERENCE "Win32-CDROMDrive.MediaType" ::= { win32CDROMDriveEntry 7 } win32CDROMDriveRevisionLevel OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The RevisionLevel property indicates the firmware revision level of the Win32 CD ROM drive." REFERENCE "Win32-CDROMDrive.RevisionLevel" ::= { win32CDROMDriveEntry 8 } win32CDROMDriveSCSITargetId OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The SCSITargetId property indicates the SCSI ID number of the Win32 CD ROM drive.
Example: 0" REFERENCE "Win32-CDROMDrive.SCSITargetId" ::= { win32CDROMDriveEntry 9 } win32CDROMDriveVolumeName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The VolumeName property indicates the volume name of the Win32 CD ROM drive.
Example: 0" REFERENCE "Win32-CDROMDrive.VolumeName" ::= { win32CDROMDriveEntry 10 } win32CDROMDriveVolumeSerialNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The VolumeSerialNumber property indicates the volume serial number of the Win32 CD ROM drive.
Example: 0" REFERENCE "Win32-CDROMDrive.VolumeSerialNumber" ::= { win32CDROMDriveEntry 11 } win32CDROMDriveTransferRate OBJECT-TYPE SYNTAX Real64 ACCESS read-write STATUS mandatory DESCRIPTION "The TransferRate property returns the CD drive's transfer rate in kilobytes per second (KBytes/sec). A NULL value indicates that the rate could not be determined." REFERENCE "Win32-CDROMDrive.TransferRate" ::= { win32CDROMDriveEntry 12 } win32CDROMDriveDriveIntegrity OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The DriveIntegrity property indicates whether files can be accurately read from the CD device." REFERENCE "Win32-CDROMDrive.DriveIntegrity" ::= { win32CDROMDriveEntry 13 } win32CDROMDriveMediaLoaded OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The MediaLoaded property indicates whether a CD ROM is loaded.
Values: TRUE or FALSE. If TRUE, the media is loaded." REFERENCE "Win32-CDROMDrive.MediaLoaded" ::= { win32CDROMDriveEntry 14 } win32CDROMDriveStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-CDROMDrive.Status" ::= { win32CDROMDriveEntry 15 } win32PointingDeviceTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32PointingDeviceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-PointingDevice class represents a device used to point to regions on the display of a Win32 system. Any device used to point to regions on the display on a Win32 system is a member of this class.
Example: A mouse, stylus, touch pad, or tablet" REFERENCE "Win32-PointingDevice" ::= { win32WMI 50 } win32PointingDeviceEntry OBJECT-TYPE SYNTAX Win32PointingDeviceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32PointingDeviceKeyIndex } ::= { win32PointingDeviceTable 1 } Win32PointingDeviceEntry ::= SEQUENCE { win32PointingDeviceKeyIndex String, win32PointingDeviceHardwareType String, win32PointingDeviceInfFileName String, win32PointingDeviceInfSection String, win32PointingDeviceSampleRate Uint32, win32PointingDeviceSynch Uint32, win32PointingDeviceDoubleSpeedThreshold Uint32, win32PointingDeviceQuadSpeedThreshold Uint32, win32PointingDeviceStatus String } win32PointingDeviceKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PointingDevice.KeyIndex" ::= { win32PointingDeviceEntry 1 } win32PointingDeviceHardwareType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The HardwareType property indicates the hardware type of Win32 pointing device.
Example: MICROSOFT PS2 MOUSE" REFERENCE "Win32-PointingDevice.HardwareType" ::= { win32PointingDeviceEntry 2 } win32PointingDeviceInfFileName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The InfFileName property indicates the name of the INF file for the Win32 pointing device.
Example: ab.inf" REFERENCE "Win32-PointingDevice.InfFileName" ::= { win32PointingDeviceEntry 3 } win32PointingDeviceInfSection OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The InfSection property indicates the section of the INF file that holds configuration information for the Win32 pointing device." REFERENCE "Win32-PointingDevice.InfSection" ::= { win32PointingDeviceEntry 4 } win32PointingDeviceSampleRate OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SampleRate property indicates the sample rate of the Win32 pointing device." REFERENCE "Win32-PointingDevice.SampleRate" ::= { win32PointingDeviceEntry 5 } win32PointingDeviceSynch OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PointingDevice.Synch" ::= { win32PointingDeviceEntry 6 } win32PointingDeviceDoubleSpeedThreshold OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PointingDevice.DoubleSpeedThreshold" ::= { win32PointingDeviceEntry 7 } win32PointingDeviceQuadSpeedThreshold OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PointingDevice.QuadSpeedThreshold" ::= { win32PointingDeviceEntry 8 } win32PointingDeviceStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-PointingDevice.Status" ::= { win32PointingDeviceEntry 9 } win32LogicalDiskTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32LogicalDiskEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-LogicalDisk class represents a logical disk on a Win32 system." REFERENCE "Win32-LogicalDisk" ::= { win32WMI 70 } win32LogicalDiskEntry OBJECT-TYPE SYNTAX Win32LogicalDiskEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32LogicalDiskKeyIndex } ::= { win32LogicalDiskTable 1 } Win32LogicalDiskEntry ::= SEQUENCE { win32LogicalDiskKeyIndex String, win32LogicalDiskCompressed Boolean, win32LogicalDiskDriveType Uint32, win32LogicalDiskFileSystem String, win32LogicalDiskFreeSpace String, win32LogicalDiskMaximumComponentLength Uint32, win32LogicalDiskProviderName String, win32LogicalDiskSize String, win32LogicalDiskSupportsFileBasedCompression Boolean, win32LogicalDiskVolumeName String, win32LogicalDiskVolumeSerialNumber String, win32LogicalDiskMediaType Uint32, win32LogicalDiskStatus String } win32LogicalDiskKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-LogicalDisk.KeyIndex" ::= { win32LogicalDiskEntry 1 } win32LogicalDiskCompressed OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory 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." REFERENCE "Win32-LogicalDisk.Compressed" ::= { win32LogicalDiskEntry 2 } win32LogicalDiskDriveType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DriveType property contains a numeric representation of the type of disk drive represented by this logical disk.
Example: A CDRom would return 5" REFERENCE "Win32-LogicalDisk.DriveType" ::= { win32LogicalDiskEntry 3 } win32LogicalDiskFileSystem OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FileSystem property indicates the file system on the logical disk.
Example: NTFS" REFERENCE "Win32-LogicalDisk.FileSystem" ::= { win32LogicalDiskEntry 4 } win32LogicalDiskFreeSpace OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-LogicalDisk.FreeSpace" ::= { win32LogicalDiskEntry 5 } win32LogicalDiskMaximumComponentLength OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MaximumComponentLength property indicates the maximum component length of the logical drive." REFERENCE "Win32-LogicalDisk.MaximumComponentLength" ::= { win32LogicalDiskEntry 6 } win32LogicalDiskProviderName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ProviderName property indicates the provider name of the logical disk." REFERENCE "Win32-LogicalDisk.ProviderName" ::= { win32LogicalDiskEntry 7 } win32LogicalDiskSize OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-LogicalDisk.Size" ::= { win32LogicalDiskEntry 8 } win32LogicalDiskSupportsFileBasedCompression OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsFileBasedCompression property indicates whether the logical disk partition supports file based compression, such as is the case with NTFS. If this property is TRUE, the Compressed property will be FALSE, but not necessarily vice versa.
Values: TRUE or FALSE. If TRUE, the logical disk supports file based compression." REFERENCE "Win32-LogicalDisk.SupportsFileBasedCompression" ::= { win32LogicalDiskEntry 9 } win32LogicalDiskVolumeName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The VolumeName property indicates the volume name on the logical disk.
Constraints: Maximum 32 characters" REFERENCE "Win32-LogicalDisk.VolumeName" ::= { win32LogicalDiskEntry 10 } win32LogicalDiskVolumeSerialNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The VolumeSerialNumber property indicates the volume serial number of the logical disk.
Constraints: Maximum 11 characters" REFERENCE "Win32-LogicalDisk.VolumeSerialNumber" ::= { win32LogicalDiskEntry 11 } win32LogicalDiskMediaType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MediaType property indicates the type of media currently present in the logical drive. This value will be one of the the values of the MEDIA-TYPE enumeration defined in winioctl.h.
Note: The value may not be exact for removable drives if currently there is no media in the drive." REFERENCE "Win32-LogicalDisk.MediaType" ::= { win32LogicalDiskEntry 12 } win32LogicalDiskStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-LogicalDisk.Status" ::= { win32LogicalDiskEntry 13 } win32DiskPartitionTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DiskPartitionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DiskPartition class represents an area of a physical disk on a Win32 system.
Example: Disk #0, Partition #1" REFERENCE "Win32-DiskPartition" ::= { win32WMI 80 } win32DiskPartitionEntry OBJECT-TYPE SYNTAX Win32DiskPartitionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DiskPartitionKeyIndex } ::= { win32DiskPartitionTable 1 } Win32DiskPartitionEntry ::= SEQUENCE { win32DiskPartitionKeyIndex String, win32DiskPartitionBootPartition Boolean, win32DiskPartitionDiskIndex Uint32, win32DiskPartitionHiddenSectors Uint32, win32DiskPartitionIndex Uint32, win32DiskPartitionRewritePartition Boolean, win32DiskPartitionSize String, win32DiskPartitionStartingOffset String, win32DiskPartitionType String, win32DiskPartitionStatus String } win32DiskPartitionKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DiskPartition.KeyIndex" ::= { win32DiskPartitionEntry 1 } win32DiskPartitionBootPartition OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The BootPartition property determines whether the partition is bootable.
Values: TRUE or FALSE. If TRUE, the partition is bootable." REFERENCE "Win32-DiskPartition.BootPartition" ::= { win32DiskPartitionEntry 2 } win32DiskPartitionDiskIndex OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DiskIndex property indicates the disk index number of the partition.
Example: 0" REFERENCE "Win32-DiskPartition.DiskIndex" ::= { win32DiskPartitionEntry 3 } win32DiskPartitionHiddenSectors OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The HiddenSectors property indicates the number of hidden sectors in the partition.
Example: 63" REFERENCE "Win32-DiskPartition.HiddenSectors" ::= { win32DiskPartitionEntry 4 } win32DiskPartitionIndex OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Index property indicates the index number of the partition.
Example: 1" REFERENCE "Win32-DiskPartition.Index" ::= { win32DiskPartitionEntry 5 } win32DiskPartitionRewritePartition OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The RewritePartition property determines whether the partition is rewriteable.
Values: TRUE or FALSE. If TRUE, the partition is rewriteable." REFERENCE "Win32-DiskPartition.RewritePartition" ::= { win32DiskPartitionEntry 6 } win32DiskPartitionSize OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Size property indicates the total size (in bytes) of the partition.
Example: 1059045376" REFERENCE "Win32-DiskPartition.Size" ::= { win32DiskPartitionEntry 7 } win32DiskPartitionStartingOffset OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The StartingOffset property indicates the starting offset (in bytes) of the partition.
Example: 32256" REFERENCE "Win32-DiskPartition.StartingOffset" ::= { win32DiskPartitionEntry 8 } win32DiskPartitionType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Type property indicates the type of the partition." REFERENCE "Win32-DiskPartition.Type" ::= { win32DiskPartitionEntry 9 } win32DiskPartitionStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-DiskPartition.Status" ::= { win32DiskPartitionEntry 10 } win32BatteryTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32BatteryEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Battery class represents a battery connected to the system. This could be either a UPS, or a laptop battery.
Example: Uninterruptible Power Supply" REFERENCE "Win32-Battery" ::= { win32WMI 90 } win32BatteryEntry OBJECT-TYPE SYNTAX Win32BatteryEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32BatteryKeyIndex } ::= { win32BatteryTable 1 } Win32BatteryEntry ::= SEQUENCE { win32BatteryKeyIndex String, win32BatteryExpectedBatteryLife Uint16, win32BatteryBatteryRechargeTime Uint16, win32BatteryBatteryStatus String } win32BatteryKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Battery.KeyIndex" ::= { win32BatteryEntry 1 } win32BatteryExpectedBatteryLife OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The ExpectedBatteryLife property indicates the time in minutes of the expected life of the fully charged battery." REFERENCE "Win32-Battery.ExpectedBatteryLife" ::= { win32BatteryEntry 2 } win32BatteryBatteryRechargeTime OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The BatteryRechargeTime property indicates the time for recharging the battery." REFERENCE "Win32-Battery.BatteryRechargeTime" ::= { win32BatteryEntry 3 } win32BatteryBatteryStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Battery.Status" ::= { win32BatteryEntry 4 } win32MotherboardDeviceTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32MotherboardDeviceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-MotherboardDevice class represents a device that contains the central components of the Win32 system.
Example: A single piece of hardware containing a processor, bus, memory, and basic system interfaces" REFERENCE "Win32-MotherboardDevice" ::= { win32WMI 100 } win32MotherboardDeviceEntry OBJECT-TYPE SYNTAX Win32MotherboardDeviceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32MotherboardDeviceKeyIndex } ::= { win32MotherboardDeviceTable 1 } Win32MotherboardDeviceEntry ::= SEQUENCE { win32MotherboardDeviceKeyIndex String, win32MotherboardDevicePrimaryBusType String, win32MotherboardDeviceRevisionNumber String, win32MotherboardDeviceSecondaryBusType String, win32MotherboardDeviceStatus String } win32MotherboardDeviceKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-MotherboardDevice.KeyIndex" ::= { win32MotherboardDeviceEntry 1 } win32MotherboardDevicePrimaryBusType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PrimaryBusType property indicates the primary bus type of the Win32 motherboard.
Example: PCI" REFERENCE "Win32-MotherboardDevice.PrimaryBusType" ::= { win32MotherboardDeviceEntry 2 } win32MotherboardDeviceRevisionNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The RevisionNumber property indicates the revision number of the Win32 motherboard.
Example: 00" REFERENCE "Win32-MotherboardDevice.RevisionNumber" ::= { win32MotherboardDeviceEntry 3 } win32MotherboardDeviceSecondaryBusType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SecondaryBusType property indicates the secondary bus type of the Win32 motherboard.
Example: ISA" REFERENCE "Win32-MotherboardDevice.SecondaryBusType" ::= { win32MotherboardDeviceEntry 4 } win32MotherboardDeviceStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-MotherboardDevice.Status" ::= { win32MotherboardDeviceEntry 5 } win32ProcessorTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ProcessorEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Processor class represents a device that is capable of interpreting a sequence of machine instructions on a Win32 system.
Example: Intel 486/66" REFERENCE "Win32-Processor" ::= { win32WMI 110 } win32ProcessorEntry OBJECT-TYPE SYNTAX Win32ProcessorEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ProcessorKeyIndex } ::= { win32ProcessorTable 1 } Win32ProcessorEntry ::= SEQUENCE { win32ProcessorKeyIndex String, win32ProcessorVersion String, win32ProcessorManufacturer String, win32ProcessorL2CacheSize Uint32, win32ProcessorL2CacheSpeed Uint32, win32ProcessorArchitecture Uint16, win32ProcessorLevel Uint16, win32ProcessorRevision Uint16, win32ProcessorStatus String } win32ProcessorKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Processor.KeyIndex" ::= { win32ProcessorEntry 1 } win32ProcessorVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Version property indicates the version of the processor.
Example: Model 2, Stepping 12" REFERENCE "Win32-Processor.Version" ::= { win32ProcessorEntry 2 } win32ProcessorManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the organization responsible for producing the processor.
Example: GenuineSilicon" REFERENCE "Win32-Processor.Manufacturer" ::= { win32ProcessorEntry 3 } win32ProcessorL2CacheSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The L2CacheSize property indicates the size in kilobytes of the processor's L2 cache." REFERENCE "Win32-Processor.L2CacheSize" ::= { win32ProcessorEntry 4 } win32ProcessorL2CacheSpeed OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The L2CacheSpeed property indicates the speed in MHz of the processor's L2 cache." REFERENCE "Win32-Processor.L2CacheSpeed" ::= { win32ProcessorEntry 5 } win32ProcessorArchitecture OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The Architecture property indicates the instruction set architecture of the processor. Values are: 0=\, 1=\, 2=\, 3=\" REFERENCE "Win32-Processor.Architecture" ::= { win32ProcessorEntry 6 } win32ProcessorLevel OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The Level property specifies the system's architecture-dependent processor level." REFERENCE "Win32-Processor.Level" ::= { win32ProcessorEntry 7 } win32ProcessorRevision OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "The Revision property specifies the system's architecture-dependent revision level." REFERENCE "Win32-Processor.Revision" ::= { win32ProcessorEntry 8 } win32ProcessorStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Processor.Status" ::= { win32ProcessorEntry 9 } win32PrinterTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32PrinterEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Printer class represents a device connected to a Win32 system that is capable of reproducing a visual image on a medium." REFERENCE "Win32-Printer" ::= { win32WMI 120 } win32PrinterEntry OBJECT-TYPE SYNTAX Win32PrinterEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32PrinterKeyIndex } ::= { win32PrinterTable 1 } Win32PrinterEntry ::= SEQUENCE { win32PrinterKeyIndex String, win32PrinterAttributes Uint32, win32PrinterDriverName String, win32PrinterLocation String, win32PrinterPrinterPaperNames String, win32PrinterPortName String, win32PrinterPrintJobDataType String, win32PrinterSeparatorFile String, win32PrinterServerName String, win32PrinterShareName String, win32PrinterStartTime Datetime, win32PrinterUntilTime Datetime, win32PrinterDefaultPriority Uint32, win32PrinterAveragePagesPerMinute Uint32, win32PrinterPrintProcessor String, win32PrinterStatus String } win32PrinterKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Printer.KeyIndex" ::= { win32PrinterEntry 1 } win32PrinterAttributes OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Attributes property indicates the attributes of the Win32 printing device.
Example: 64" REFERENCE "Win32-Printer.Attributes" ::= { win32PrinterEntry 2 } win32PrinterDriverName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DriverName property indicates the driver name of the Win32 printing device.
Example: Windows NT Fax Driver" REFERENCE "Win32-Printer.DriverName" ::= { win32PrinterEntry 3 } win32PrinterLocation OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Location property indicates the location of the Win32 printing device." REFERENCE "Win32-Printer.Location" ::= { win32PrinterEntry 4 } win32PrinterPrinterPaperNames OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PrinterPaperNames property indicates the list of paper sizes supported by the printer using the printer specified names for the paper sizes.
Example: B5 (JIS)" REFERENCE "Win32-Printer.PrinterPaperNames" ::= { win32PrinterEntry 5 } win32PrinterPortName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PortName property indicates the port name of the Win32 printing device.
Example: Sportster 56000 Fax Internal" REFERENCE "Win32-Printer.PortName" ::= { win32PrinterEntry 6 } win32PrinterPrintJobDataType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PrintJobDataType property indicates the data type of the print job pending on the Win32 printing device." REFERENCE "Win32-Printer.PrintJobDataType" ::= { win32PrinterEntry 7 } win32PrinterSeparatorFile OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SeparatorFile property indicates the file printed between print jobs." REFERENCE "Win32-Printer.SeparatorFile" ::= { win32PrinterEntry 8 } win32PrinterServerName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ServerName property indicates the name of the server hosting the Win32 printing device." REFERENCE "Win32-Printer.ServerName" ::= { win32PrinterEntry 9 } win32PrinterShareName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ShareName property indicates the share name of the Win32 printing device.
Example: \\\\PRINTSERVER1\\PRINTER2" REFERENCE "Win32-Printer.ShareName" ::= { win32PrinterEntry 10 } win32PrinterStartTime OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The StartTime property specifies the earliest time at which the printer will print a job if the printer has been limited to print only at certain times." REFERENCE "Win32-Printer.StartTime" ::= { win32PrinterEntry 11 } win32PrinterUntilTime OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The UntilTime property specifies the latest time at which the printer will print a job if the printer has been limited to print only at certain times." REFERENCE "Win32-Printer.UntilTime" ::= { win32PrinterEntry 12 } win32PrinterDefaultPriority OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DefaultPriority property specifies the default priority value assigned to each print job." REFERENCE "Win32-Printer.DefaultPriority" ::= { win32PrinterEntry 13 } win32PrinterAveragePagesPerMinute OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The AveragePagesPerMinute property specifies the average number of pages per minute that have been printed on the printer." REFERENCE "Win32-Printer.AveragePagesPerMinute" ::= { win32PrinterEntry 14 } win32PrinterPrintProcessor OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PrintProcessor property specifies the name of the print processor used by the printer." REFERENCE "Win32-Printer.PrintProcessor" ::= { win32PrinterEntry 15 } win32PrinterStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Printer.Status" ::= { win32PrinterEntry 16 } win32UninterruptiblePowerSupplyTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32UninterruptiblePowerSupplyEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-UninterruptiblePowerSupply class represents a device that supplies electrical current to other parts of the system." REFERENCE "Win32-UninterruptiblePowerSupply" ::= { win32WMI 130 } win32UninterruptiblePowerSupplyEntry OBJECT-TYPE SYNTAX Win32UninterruptiblePowerSupplyEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32UninterruptiblePowerSupplyKeyIndex } ::= { win32UninterruptiblePowerSupplyTable 1 } Win32UninterruptiblePowerSupplyEntry ::= SEQUENCE { win32UninterruptiblePowerSupplyKeyIndex String, win32UninterruptiblePowerSupplyBatteryInstalled Boolean, win32UninterruptiblePowerSupplyCanTurnOffRemotely Boolean, win32UninterruptiblePowerSupplyCommandFile String, win32UninterruptiblePowerSupplyFirstMessageDelay Uint32, win32UninterruptiblePowerSupplyLowBatterySignal Boolean, win32UninterruptiblePowerSupplyMessageInterval Uint32, win32UninterruptiblePowerSupplyPowerFailSignal Boolean, win32UninterruptiblePowerSupplyUPSPort String, win32UninterruptiblePowerSupplyStatus String } win32UninterruptiblePowerSupplyKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-UninterruptiblePowerSupply.KeyIndex" ::= { win32UninterruptiblePowerSupplyEntry 1 } win32UninterruptiblePowerSupplyBatteryInstalled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The BatteryInstalled property determines whether there is a battery installed on the device.
Values: TRUE or FALSE. If TRUE, a battery is installed." REFERENCE "Win32-UninterruptiblePowerSupply.BatteryInstalled" ::= { win32UninterruptiblePowerSupplyEntry 2 } win32UninterruptiblePowerSupplyCanTurnOffRemotely OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The CanTurnOffRemotely property determines whether the power supply can be turned off remotely.
Values: TRUE or FALSE. If TRUE, the power supply can be turned off remotely." REFERENCE "Win32-UninterruptiblePowerSupply.CanTurnOffRemotely" ::= { win32UninterruptiblePowerSupplyEntry 3 } win32UninterruptiblePowerSupplyCommandFile OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The CommandFile property indicates the command file of the power supply." REFERENCE "Win32-UninterruptiblePowerSupply.CommandFile" ::= { win32UninterruptiblePowerSupplyEntry 4 } win32UninterruptiblePowerSupplyFirstMessageDelay OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-UninterruptiblePowerSupply.FirstMessageDelay" ::= { win32UninterruptiblePowerSupplyEntry 5 } win32UninterruptiblePowerSupplyLowBatterySignal OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The LowBatterySignal property determines whether the power supply has a low battery signal.
Values: TRUE or FALSE. If TRUE, the power supply has a low battery signal." REFERENCE "Win32-UninterruptiblePowerSupply.LowBatterySignal" ::= { win32UninterruptiblePowerSupplyEntry 6 } win32UninterruptiblePowerSupplyMessageInterval OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MessageInterval property indicates the interval between error messages generated by this device." REFERENCE "Win32-UninterruptiblePowerSupply.MessageInterval" ::= { win32UninterruptiblePowerSupplyEntry 7 } win32UninterruptiblePowerSupplyPowerFailSignal OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The PowerFailSignal property determines whether the power supply has a power failure signal.
Values: TRUE or FALSE. If TRUE, the power supply has a power failure signal." REFERENCE "Win32-UninterruptiblePowerSupply.PowerFailSignal" ::= { win32UninterruptiblePowerSupplyEntry 8 } win32UninterruptiblePowerSupplyUPSPort OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UPSPort property indicates the UPS port for the power supply." REFERENCE "Win32-UninterruptiblePowerSupply.UPSPort" ::= { win32UninterruptiblePowerSupplyEntry 9 } win32UninterruptiblePowerSupplyStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-UninterruptiblePowerSupply.Status" ::= { win32UninterruptiblePowerSupplyEntry 10 } win32POTSModemTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32POTSModemEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-POTSModem class represents a Plain Old Telephone Service (POTS) modem on a Win32 system." REFERENCE "Win32-POTSModem" ::= { win32WMI 140 } win32POTSModemEntry OBJECT-TYPE SYNTAX Win32POTSModemEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32POTSModemKeyIndex } ::= { win32POTSModemTable 1 } Win32POTSModemEntry ::= SEQUENCE { win32POTSModemKeyIndex String, win32POTSModemAttachedTo String, win32POTSModemBlindOff String, win32POTSModemBlindOn String, win32POTSModemCompatibilityFlags String, win32POTSModemCompressionOff String, win32POTSModemCompressionOn String, win32POTSModemConfigurationDialog String, win32POTSModemDCB Uint8, win32POTSModemDefault Uint8, win32POTSModemDeviceLoader String, win32POTSModemDeviceType String, win32POTSModemDriverDate Datetime, win32POTSModemErrorControlForced String, win32POTSModemErrorControlOff String, win32POTSModemErrorControlOn String, win32POTSModemFlowControlHard String, win32POTSModemFlowControlSoft String, win32POTSModemFlowControlOff String, win32POTSModemInactivityScale String, win32POTSModemIndex Uint32, win32POTSModemModel String, win32POTSModemModemInfPath String, win32POTSModemModemInfSection String, win32POTSModemModulationBell String, win32POTSModemModulationCCITT String, win32POTSModemPortSubClass String, win32POTSModemPrefix String, win32POTSModemProperties Uint8, win32POTSModemProviderName String, win32POTSModemPulse String, win32POTSModemReset String, win32POTSModemResponsesKeyName String, win32POTSModemSpeakerModeDial String, win32POTSModemSpeakerModeOff String, win32POTSModemSpeakerModeOn String, win32POTSModemSpeakerModeSetup String, win32POTSModemSpeakerVolumeHigh String, win32POTSModemSpeakerVolumeLow String, win32POTSModemSpeakerVolumeMed String, win32POTSModemStringFormat String, win32POTSModemTerminator String, win32POTSModemTone String, win32POTSModemVoiceSwitchFeature String, win32POTSModemStatus String } win32POTSModemKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.KeyIndex" ::= { win32POTSModemEntry 1 } win32POTSModemAttachedTo OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Attached property indicates the port to which the POTS modem is attached.
Example: COM1" REFERENCE "Win32-POTSModem.AttachedTo" ::= { win32POTSModemEntry 2 } win32POTSModemBlindOff OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.BlindOff" ::= { win32POTSModemEntry 3 } win32POTSModemBlindOn OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.BlindOn" ::= { win32POTSModemEntry 4 } win32POTSModemCompatibilityFlags OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.CompatibilityFlags" ::= { win32POTSModemEntry 5 } win32POTSModemCompressionOff OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The CompressionOff property indicates that data compression is off." REFERENCE "Win32-POTSModem.CompressionOff" ::= { win32POTSModemEntry 6 } win32POTSModemCompressionOn OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ComprerssionOn property indicates that data compression is on." REFERENCE "Win32-POTSModem.CompressionOn" ::= { win32POTSModemEntry 7 } win32POTSModemConfigurationDialog OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.ConfigurationDialog" ::= { win32POTSModemEntry 8 } win32POTSModemDCB OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.DCB" ::= { win32POTSModemEntry 9 } win32POTSModemDefault OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The Default property indicates that this POTS modem is the default modem on the Win32 system." REFERENCE "Win32-POTSModem.Default" ::= { win32POTSModemEntry 10 } win32POTSModemDeviceLoader OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceLoader property indicates the name of the device loader for the modem." REFERENCE "Win32-POTSModem.DeviceLoader" ::= { win32POTSModemEntry 11 } win32POTSModemDeviceType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceType property indicates the type of device." REFERENCE "Win32-POTSModem.DeviceType" ::= { win32POTSModemEntry 12 } win32POTSModemDriverDate OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The DriverDate propety indicates the date of the modem driver." REFERENCE "Win32-POTSModem.DriverDate" ::= { win32POTSModemEntry 13 } win32POTSModemErrorControlForced OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ErrorControlForced property indicates that error control is forced." REFERENCE "Win32-POTSModem.ErrorControlForced" ::= { win32POTSModemEntry 14 } win32POTSModemErrorControlOff OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ErrorControlOff property indicates that the error control is off." REFERENCE "Win32-POTSModem.ErrorControlOff" ::= { win32POTSModemEntry 15 } win32POTSModemErrorControlOn OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ErrorControlOn property indicates that the error control is on." REFERENCE "Win32-POTSModem.ErrorControlOn" ::= { win32POTSModemEntry 16 } win32POTSModemFlowControlHard OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FlowControlHard property indicates that hardware flow control is being used." REFERENCE "Win32-POTSModem.FlowControlHard" ::= { win32POTSModemEntry 17 } win32POTSModemFlowControlSoft OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FlowControlSoft property indicates that software flow control is being used." REFERENCE "Win32-POTSModem.FlowControlSoft" ::= { win32POTSModemEntry 18 } win32POTSModemFlowControlOff OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FlowControlOff property indicates that flow control is off." REFERENCE "Win32-POTSModem.FlowControlOff" ::= { win32POTSModemEntry 19 } win32POTSModemInactivityScale OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.InactivityScale" ::= { win32POTSModemEntry 20 } win32POTSModemIndex OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Index property indicates the index number for this POTS modem.
Example: 0" REFERENCE "Win32-POTSModem.Index" ::= { win32POTSModemEntry 21 } win32POTSModemModel OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Model property indicates the model of the POTS modem.
Example: Sportster 56K External" REFERENCE "Win32-POTSModem.Model" ::= { win32POTSModemEntry 22 } win32POTSModemModemInfPath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ModemInfPath property indicates the path to the modem INF file.
Example: C:\\WINNT\\INF" REFERENCE "Win32-POTSModem.ModemInfPath" ::= { win32POTSModemEntry 23 } win32POTSModemModemInfSection OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ModemInfSection property indicates the name of the section in the modem INF file that contains information about the modem." REFERENCE "Win32-POTSModem.ModemInfSection" ::= { win32POTSModemEntry 24 } win32POTSModemModulationBell OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.ModulationBell" ::= { win32POTSModemEntry 25 } win32POTSModemModulationCCITT OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.ModulationCCITT" ::= { win32POTSModemEntry 26 } win32POTSModemPortSubClass OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.PortSubClass" ::= { win32POTSModemEntry 27 } win32POTSModemPrefix OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Prefix property indicates the dialing prefix for outside line access." REFERENCE "Win32-POTSModem.Prefix" ::= { win32POTSModemEntry 28 } win32POTSModemProperties OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The Properties property is a string array that list all the properties (and their values) for the POTS Modem." REFERENCE "Win32-POTSModem.Properties" ::= { win32POTSModemEntry 29 } win32POTSModemProviderName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ProviderName property indicates the name of the provider for this POTS modem." REFERENCE "Win32-POTSModem.ProviderName" ::= { win32POTSModemEntry 30 } win32POTSModemPulse OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Pulse property indicates that pulse mode is used for dialing." REFERENCE "Win32-POTSModem.Pulse" ::= { win32POTSModemEntry 31 } win32POTSModemReset OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Reset property indicates that the modem has been reset for the next call." REFERENCE "Win32-POTSModem.Reset" ::= { win32POTSModemEntry 32 } win32POTSModemResponsesKeyName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.ResponsesKeyName" ::= { win32POTSModemEntry 33 } win32POTSModemSpeakerModeDial OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerModeDial property indicates that the speaker is on only during the dial-up sequence." REFERENCE "Win32-POTSModem.SpeakerModeDial" ::= { win32POTSModemEntry 34 } win32POTSModemSpeakerModeOff OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerModeOff property indicates that the speaker mode is off." REFERENCE "Win32-POTSModem.SpeakerModeOff" ::= { win32POTSModemEntry 35 } win32POTSModemSpeakerModeOn OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerModeOn property indicates that the speaker mode is on." REFERENCE "Win32-POTSModem.SpeakerModeOn" ::= { win32POTSModemEntry 36 } win32POTSModemSpeakerModeSetup OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerModeSetup indicates settings for the speaker mode." REFERENCE "Win32-POTSModem.SpeakerModeSetup" ::= { win32POTSModemEntry 37 } win32POTSModemSpeakerVolumeHigh OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerVolumeHigh property indicates that the speaker volume is set at high volume." REFERENCE "Win32-POTSModem.SpeakerVolumeHigh" ::= { win32POTSModemEntry 38 } win32POTSModemSpeakerVolumeLow OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerVolumeLow property indicates that the speaker volume is set at low volume." REFERENCE "Win32-POTSModem.SpeakerVolumeLow" ::= { win32POTSModemEntry 39 } win32POTSModemSpeakerVolumeMed OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SpeakerVolumeMed property indicates that the speaker volume is set at medium volume." REFERENCE "Win32-POTSModem.SpeakerVolumeMed" ::= { win32POTSModemEntry 40 } win32POTSModemStringFormat OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The StringFormat property indicates the AT initialization string to be used when dialing a number." REFERENCE "Win32-POTSModem.StringFormat" ::= { win32POTSModemEntry 41 } win32POTSModemTerminator OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.Terminator" ::= { win32POTSModemEntry 42 } win32POTSModemTone OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Tone property indicates that tone mode is used for dialing." REFERENCE "Win32-POTSModem.Tone" ::= { win32POTSModemEntry 43 } win32POTSModemVoiceSwitchFeature OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-POTSModem.VoiceSwitchFeature" ::= { win32POTSModemEntry 44 } win32POTSModemStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-POTSModem.Status" ::= { win32POTSModemEntry 45 } win32SerialPortTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32SerialPortEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-SerialPort class represents a serial port on a Win32 system." REFERENCE "Win32-SerialPort" ::= { win32WMI 150 } win32SerialPortEntry OBJECT-TYPE SYNTAX Win32SerialPortEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32SerialPortKeyIndex } ::= { win32SerialPortTable 1 } Win32SerialPortEntry ::= SEQUENCE { win32SerialPortKeyIndex String, win32SerialPortBinary Boolean, win32SerialPortMaximumInputBufferSize Uint32, win32SerialPortMaximumOutputBufferSize Uint32, win32SerialPortProviderType String, win32SerialPortSettableBaudRate Boolean, win32SerialPortSettableDataBits Boolean, win32SerialPortSettableFlowControl Boolean, win32SerialPortSettableParity Boolean, win32SerialPortSettableParityCheck Boolean, win32SerialPortSettableRLSD Boolean, win32SerialPortSettableStopBits Boolean, win32SerialPortSupports16BitMode Boolean, win32SerialPortSupportsDTRDSR Boolean, win32SerialPortSupportsElapsedTimeouts Boolean, win32SerialPortSupportsIntTimeouts Boolean, win32SerialPortSupportsParityCheck Boolean, win32SerialPortSupportsRLSD Boolean, win32SerialPortSupportsRTSCTS Boolean, win32SerialPortSupportsSpecialCharacters Boolean, win32SerialPortSupportsXOnXOff Boolean, win32SerialPortSupportsXOnXOffSet Boolean, win32SerialPortStatus String } win32SerialPortKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SerialPort.KeyIndex" ::= { win32SerialPortEntry 1 } win32SerialPortBinary OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Binary property determines whether the serial port is configured for binary data transfer. Values: TRUE or FALSE. If TRUE, the serial port is configured for binary data transfer." REFERENCE "Win32-SerialPort.Binary" ::= { win32SerialPortEntry 2 } win32SerialPortMaximumInputBufferSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MaximumInputBufferSize property indicates the maximum input buffer size for this serial port." REFERENCE "Win32-SerialPort.MaximumInputBufferSize" ::= { win32SerialPortEntry 3 } win32SerialPortMaximumOutputBufferSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MaximumOutputBufferSize property indicates the maximum output buffer size for this serial port." REFERENCE "Win32-SerialPort.MaximumOutputBufferSize" ::= { win32SerialPortEntry 4 } win32SerialPortProviderType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ProviderType property indicates the provider type for this serial port." REFERENCE "Win32-SerialPort.ProviderType" ::= { win32SerialPortEntry 5 } win32SerialPortSettableBaudRate OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableBaudRate property determines whether the baud rate is settable for this serial port.
Values: TRUE or FALSE. If TRUE, the baud rate is settable." REFERENCE "Win32-SerialPort.SettableBaudRate" ::= { win32SerialPortEntry 6 } win32SerialPortSettableDataBits OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableDataBits property determines whether data bits are settable for this serial port.
Values: TRUE or FALSE. If TRUE, data bits are settable." REFERENCE "Win32-SerialPort.SettableDataBits" ::= { win32SerialPortEntry 7 } win32SerialPortSettableFlowControl OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableFlowControl property determines whether flow control is settable for this serial port.
Values: TRUE or FALSE. If TRUE, flow control is settable." REFERENCE "Win32-SerialPort.SettableFlowControl" ::= { win32SerialPortEntry 8 } win32SerialPortSettableParity OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableParity property determines whether parity is settable for this serial port.
Values: TRUE or FALSE. If TRUE, parity is settable." REFERENCE "Win32-SerialPort.SettableParity" ::= { win32SerialPortEntry 9 } win32SerialPortSettableParityCheck OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableParityCheck property determines whether parity check is settable for this serial port.
Values: TRUE or FALSE. If TRUE, parity check is settable." REFERENCE "Win32-SerialPort.SettableParityCheck" ::= { win32SerialPortEntry 10 } win32SerialPortSettableRLSD OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableRLSD property determines whether Received Line Signal Detect (RLSD) is settable for this serial port.
Values: TRUE or FALSE. If TRUE, RLSD is settable." REFERENCE "Win32-SerialPort.SettableRLSD" ::= { win32SerialPortEntry 11 } win32SerialPortSettableStopBits OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableStopBits property determines whether stop bits are settable for this serial port.
Values: TRUE or FALSE. If TRUE, stop bits are settable." REFERENCE "Win32-SerialPort.SettableStopBits" ::= { win32SerialPortEntry 12 } win32SerialPortSupports16BitMode OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Supports16BitMode property determines whether 16-bit mode is supported on this serial port.
Values: TRUE or FALSE. If TRUE, 16-bit mode is supported." REFERENCE "Win32-SerialPort.Supports16BitMode" ::= { win32SerialPortEntry 13 } win32SerialPortSupportsDTRDSR OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsDTRDSR property determines whether Data Terminal Ready (DTR) and Data Set Ready (DSR) signals are supported on this serial port.
Values: TRUE or FALSE. If TRUE, DTR and DSR signals are supported." REFERENCE "Win32-SerialPort.SupportsDTRDSR" ::= { win32SerialPortEntry 14 } win32SerialPortSupportsElapsedTimeouts OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SettableElapsedTimeouts property determines whether elapsed timeouts are supported on this serial port.
Values: TRUE or FALSE. If TRUE, elapsed timeouts are supported." REFERENCE "Win32-SerialPort.SupportsElapsedTimeouts" ::= { win32SerialPortEntry 15 } win32SerialPortSupportsIntTimeouts OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SerialPort.SupportsIntTimeouts" ::= { win32SerialPortEntry 16 } win32SerialPortSupportsParityCheck OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsParityCheck property determines whether parity check is supported on this serial port.
Values: TRUE or FALSE. If TRUE, parity check is supported." REFERENCE "Win32-SerialPort.SupportsParityCheck" ::= { win32SerialPortEntry 17 } win32SerialPortSupportsRLSD OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsRLSD property determines whether Received Line Signal Detect (RLSD) is supported on this serial port.
Values: TRUE or FALSE. If TRUE, RLSD is supported." REFERENCE "Win32-SerialPort.SupportsRLSD" ::= { win32SerialPortEntry 18 } win32SerialPortSupportsRTSCTS OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsRTSCTS property determines whether Ready To Send (RTS) and Clear To Send (CTS) signals are supported on this serial port.
Values: TRUE or FALSE. If TRUE, RTS and CTS signals are supported." REFERENCE "Win32-SerialPort.SupportsRTSCTS" ::= { win32SerialPortEntry 19 } win32SerialPortSupportsSpecialCharacters OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsSpecialCharacters property determines whether special characters are supported on this serial port.
Values: TRUE or FALSE. If TRUE, special characters are supported." REFERENCE "Win32-SerialPort.SupportsSpecialCharacters" ::= { win32SerialPortEntry 20 } win32SerialPortSupportsXOnXOff OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SupportsXOnXOff property determines whether XOnXOff flow control is supported on this serial port.
Values: TRUE or FALSE. If TRUE, XOnXOff is supported." REFERENCE "Win32-SerialPort.SupportsXOnXOff" ::= { win32SerialPortEntry 21 } win32SerialPortSupportsXOnXOffSet OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SerialPort.SupportsXOnXOffSet" ::= { win32SerialPortEntry 22 } win32SerialPortStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-SerialPort.Status" ::= { win32SerialPortEntry 23 } win32NetworkAdapterTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32NetworkAdapterEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-NetworkAdapter class represents a network adapter on a Win32 system." REFERENCE "Win32-NetworkAdapter" ::= { win32WMI 160 } win32NetworkAdapterEntry OBJECT-TYPE SYNTAX Win32NetworkAdapterEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32NetworkAdapterKeyIndex } ::= { win32NetworkAdapterTable 1 } Win32NetworkAdapterEntry ::= SEQUENCE { win32NetworkAdapterKeyIndex String, win32NetworkAdapterProductName String, win32NetworkAdapterAdapterType String, win32NetworkAdapterMACAddress String, win32NetworkAdapterServiceName String, win32NetworkAdapterManufacturer String, win32NetworkAdapterInstalled Boolean, win32NetworkAdapterIndex Uint32, win32NetworkAdapterMaxNumberControlled Uint32, win32NetworkAdapterTimeOfLastReset Datetime, win32NetworkAdapterStatus String } win32NetworkAdapterKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkAdapter.KeyIndex" ::= { win32NetworkAdapterEntry 1 } win32NetworkAdapterProductName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ProductName property indicates the product name of the network adapter.
Example: Fast EtherLink XL" REFERENCE "Win32-NetworkAdapter.ProductName" ::= { win32NetworkAdapterEntry 2 } win32NetworkAdapterAdapterType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The AdapterType property indicates the network adapter type." REFERENCE "Win32-NetworkAdapter.AdapterType" ::= { win32NetworkAdapterEntry 3 } win32NetworkAdapterMACAddress OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MACAddress property indicates the media access control address for the network adapter." REFERENCE "Win32-NetworkAdapter.MACAddress" ::= { win32NetworkAdapterEntry 4 } win32NetworkAdapterServiceName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ServiceName property indicates the service name the network adapter." REFERENCE "Win32-NetworkAdapter.ServiceName" ::= { win32NetworkAdapterEntry 5 } win32NetworkAdapterManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the network adapter manufacturer.
Example: 3Com" REFERENCE "Win32-NetworkAdapter.Manufacturer" ::= { win32NetworkAdapterEntry 6 } win32NetworkAdapterInstalled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Installed property determines whether the network adapter is installed in the system.
Values: TRUE or FALSE. If TRUE, the network adapter is installed." REFERENCE "Win32-NetworkAdapter.Installed" ::= { win32NetworkAdapterEntry 7 } win32NetworkAdapterIndex OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Index property indicates the index number for the network adapter.
Example: 0" REFERENCE "Win32-NetworkAdapter.Index" ::= { win32NetworkAdapterEntry 8 } win32NetworkAdapterMaxNumberControlled OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MaxNumberControlled property indicates the maximum number of directly addressable entities supportable by this controller. A value of zero should be used if the number is unknown." REFERENCE "Win32-NetworkAdapter.MaxNumberControlled" ::= { win32NetworkAdapterEntry 9 } win32NetworkAdapterTimeOfLastReset OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The TimeOfLastReset property indicates the last time the network adapter was reset." REFERENCE "Win32-NetworkAdapter.TimeOfLastReset" ::= { win32NetworkAdapterEntry 10 } win32NetworkAdapterStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-NetworkAdapter.Status" ::= { win32NetworkAdapterEntry 11 } win32SCSIControllerTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32SCSIControllerEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-SCSIController class represents a SCSI controller on a Win32 system.
Example: Adaptec AHA-2940UW" REFERENCE "Win32-SCSIController" ::= { win32WMI 170 } win32SCSIControllerEntry OBJECT-TYPE SYNTAX Win32SCSIControllerEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32SCSIControllerKeyIndex } ::= { win32SCSIControllerTable 1 } Win32SCSIControllerEntry ::= SEQUENCE { win32SCSIControllerKeyIndex String, win32SCSIControllerIndex Uint32, win32SCSIControllerDriverName String, win32SCSIControllerDeviceMap String, win32SCSIControllerHardwareVersion String, win32SCSIControllerManufacturer String, win32SCSIControllerStatus String } win32SCSIControllerKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SCSIController.KeyIndex" ::= { win32SCSIControllerEntry 1 } win32SCSIControllerIndex OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Index property indicates the index number of the SCSI controller.
Example: 0" REFERENCE "Win32-SCSIController.Index" ::= { win32SCSIControllerEntry 2 } win32SCSIControllerDriverName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DriverName property indicates the driver file name of the SCSI controller.
Example: Adaptec" REFERENCE "Win32-SCSIController.DriverName" ::= { win32SCSIControllerEntry 3 } win32SCSIControllerDeviceMap OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SCSIController.DeviceMap" ::= { win32SCSIControllerEntry 4 } win32SCSIControllerHardwareVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The HardwareVersion property indicates the hardware version number of the SCSI controller.
Example: 1.25" REFERENCE "Win32-SCSIController.HardwareVersion" ::= { win32SCSIControllerEntry 5 } win32SCSIControllerManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the SCSI controller manufacturer.
Example: Adaptec" REFERENCE "Win32-SCSIController.Manufacturer" ::= { win32SCSIControllerEntry 6 } win32SCSIControllerStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-SCSIController.Status" ::= { win32SCSIControllerEntry 7 } win32CodecFileTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32CodecFileEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-CodeFile class represents the audio and visual codec installed on the system." REFERENCE "Win32-CodecFile" ::= { win32WMI 190 } win32CodecFileEntry OBJECT-TYPE SYNTAX Win32CodecFileEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32CodecFileKeyIndex } ::= { win32CodecFileTable 1 } Win32CodecFileEntry ::= SEQUENCE { win32CodecFileKeyIndex String, win32CodecFileGroup String, win32CodecFileDescription String, win32CodecFileStatus String } win32CodecFileKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-CodecFile.KeyIndex" ::= { win32CodecFileEntry 1 } win32CodecFileGroup OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "Codec group from registry." REFERENCE "Win32-CodecFile.Group" ::= { win32CodecFileEntry 2 } win32CodecFileDescription OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "Description of Codec from registry." REFERENCE "Win32-CodecFile.Description" ::= { win32CodecFileEntry 3 } win32CodecFileStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-CodecFile.Status" ::= { win32CodecFileEntry 4 } win32PageFileTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32PageFileEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-PageFile class represents the file used for handling virtual memory file swapping on a Win32 system.
Example: C:\\PAGEFILE.SYS" REFERENCE "Win32-PageFile" ::= { win32WMI 210 } win32PageFileEntry OBJECT-TYPE SYNTAX Win32PageFileEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32PageFileKeyIndex } ::= { win32PageFileTable 1 } Win32PageFileEntry ::= SEQUENCE { win32PageFileKeyIndex String, win32PageFileName String, win32PageFileFreeSpace Uint32, win32PageFileInitialSize Uint32, win32PageFileMaximumSize Uint32, win32PageFileStatus String } win32PageFileKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PageFile.KeyIndex" ::= { win32PageFileEntry 1 } win32PageFileName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the page file.
Example: C:\\PAGEFILE.SYS" REFERENCE "Win32-PageFile.Name" ::= { win32PageFileEntry 2 } win32PageFileFreeSpace OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The FreeSpace property indicates the amount of free space available in the page file." REFERENCE "Win32-PageFile.FreeSpace" ::= { win32PageFileEntry 3 } win32PageFileInitialSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The InitialSize property indicates the initial size of the page file.
Example: 139MB" REFERENCE "Win32-PageFile.InitialSize" ::= { win32PageFileEntry 4 } win32PageFileMaximumSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MaximumSize property indicates the maximum size of the page file.
Example: 178MB" REFERENCE "Win32-PageFile.MaximumSize" ::= { win32PageFileEntry 5 } win32PageFileStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-PageFile.Status" ::= { win32PageFileEntry 6 } win32DriverVXDTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DriverVXDEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DriverVXD class represents a virtual device driver on a Win32 system." REFERENCE "Win32-DriverVXD" ::= { win32WMI 230 } win32DriverVXDEntry OBJECT-TYPE SYNTAX Win32DriverVXDEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DriverVXDKeyIndex } ::= { win32DriverVXDTable 1 } Win32DriverVXDEntry ::= SEQUENCE { win32DriverVXDKeyIndex String, win32DriverVXDControl String, win32DriverVXDDeviceDescriptorBlock String, win32DriverVXDPMAPI String, win32DriverVXDServiceTableSize Uint32, win32DriverVXDV86API String, win32DriverVXDVersion String, win32DriverVXDStatus String } win32DriverVXDKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DriverVXD.KeyIndex" ::= { win32DriverVXDEntry 1 } win32DriverVXDControl OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DriverVXD.Control" ::= { win32DriverVXDEntry 2 } win32DriverVXDDeviceDescriptorBlock OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceDescriptorBlock property indicates the device description block of the virtual device driver." REFERENCE "Win32-DriverVXD.DeviceDescriptorBlock" ::= { win32DriverVXDEntry 3 } win32DriverVXDPMAPI OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DriverVXD.PM-API" ::= { win32DriverVXDEntry 4 } win32DriverVXDServiceTableSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ServiceTableSize property indicates the service table size of the virtual device driver.
Example: 1024" REFERENCE "Win32-DriverVXD.ServiceTableSize" ::= { win32DriverVXDEntry 5 } win32DriverVXDV86API OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DriverVXD.V86-API" ::= { win32DriverVXDEntry 6 } win32DriverVXDVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Version property indicates the version of the VXD driver." REFERENCE "Win32-DriverVXD.Version" ::= { win32DriverVXDEntry 7 } win32DriverVXDStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-DriverVXD.Status" ::= { win32DriverVXDEntry 8 } win32AccountTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32AccountEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Account class represents data about a user or group that is known to the Win32 system. Any user or group data, whose name is recognized by a Windows NT domain, is a descendent (or member) of this class.
Example: mvotava" REFERENCE "Win32-Account" ::= { win32WMI 240 } win32AccountEntry OBJECT-TYPE SYNTAX Win32AccountEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32AccountKeyIndex } ::= { win32AccountTable 1 } Win32AccountEntry ::= SEQUENCE { win32AccountKeyIndex String, win32AccountDomain String, win32AccountSID String, win32AccountSIDType Uint8, win32AccountStatus String } win32AccountKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Account.KeyIndex" ::= { win32AccountEntry 1 } win32AccountDomain OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Domain property indicates the name of the Windows NT domain to which a group or user belongs.
Example: NA-SALES" REFERENCE "Win32-Account.Domain" ::= { win32AccountEntry 2 } win32AccountSID OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Account.SID" ::= { win32AccountEntry 3 } win32AccountSIDType OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The SIDType property indicates the SID type of the Win32 group or user." REFERENCE "Win32-Account.SIDType" ::= { win32AccountEntry 4 } win32AccountStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Account.Status" ::= { win32AccountEntry 5 } win32SystemAccountTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32SystemAccountEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-SystemAccount class represents data about the Win32 system." REFERENCE "Win32-SystemAccount" ::= { win32WMI 250 } win32SystemAccountEntry OBJECT-TYPE SYNTAX Win32SystemAccountEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32SystemAccountKeyIndex } ::= { win32SystemAccountTable 1 } Win32SystemAccountEntry ::= SEQUENCE { win32SystemAccountKeyIndex String, win32SystemAccountDomain String, win32SystemAccountName String, win32SystemAccountStatus String } win32SystemAccountKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SystemAccount.KeyIndex" ::= { win32SystemAccountEntry 1 } win32SystemAccountDomain OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Domain property indicates the name of the Windows NT domain to which the system account belongs.
Example: NA-SALES" REFERENCE "Win32-SystemAccount.Domain" ::= { win32SystemAccountEntry 2 } win32SystemAccountName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the Win32 system account." REFERENCE "Win32-SystemAccount.Name" ::= { win32SystemAccountEntry 3 } win32SystemAccountStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-SystemAccount.Status" ::= { win32SystemAccountEntry 4 } win32GroupTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32GroupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Group class represents data about a group that is known to the Win32 system.
Example: WORKGROUP" REFERENCE "Win32-Group" ::= { win32WMI 260 } win32GroupEntry OBJECT-TYPE SYNTAX Win32GroupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32GroupKeyIndex } ::= { win32GroupTable 1 } Win32GroupEntry ::= SEQUENCE { win32GroupKeyIndex String, win32GroupDomain String, win32GroupName String, win32GroupStatus String } win32GroupKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Group.KeyIndex" ::= { win32GroupEntry 1 } win32GroupDomain OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Domain property indicates the name of the Windows NT domain to which a group belongs.
Example: NA-SALES" REFERENCE "Win32-Group.Domain" ::= { win32GroupEntry 2 } win32GroupName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the Win32 local group." REFERENCE "Win32-Group.Name" ::= { win32GroupEntry 3 } win32GroupStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Group.Status" ::= { win32GroupEntry 4 } win32UserAccountTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32UserAccountEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-UserAccount class represents data about a user that is known to the Win32 system.
Example: mvotava" REFERENCE "Win32-UserAccount" ::= { win32WMI 270 } win32UserAccountEntry OBJECT-TYPE SYNTAX Win32UserAccountEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32UserAccountKeyIndex } ::= { win32UserAccountTable 1 } Win32UserAccountEntry ::= SEQUENCE { win32UserAccountKeyIndex String, win32UserAccountAccountType Uint32, win32UserAccountDisabled Boolean, win32UserAccountDomain String, win32UserAccountFullName String, win32UserAccountLockout Boolean, win32UserAccountName String, win32UserAccountPasswordChangeable Boolean, win32UserAccountPasswordExpires Boolean, win32UserAccountPasswordRequired Boolean, win32UserAccountStatus String } win32UserAccountKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-UserAccount.KeyIndex" ::= { win32UserAccountEntry 1 } win32UserAccountAccountType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The AccountType property indicates the type of the Win32 user account." REFERENCE "Win32-UserAccount.AccountType" ::= { win32UserAccountEntry 2 } win32UserAccountDisabled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Disabled property determines whether the Win32 user account is disabled.
Values: TRUE or FALSE. If TRUE, the user account is disabled." REFERENCE "Win32-UserAccount.Disabled" ::= { win32UserAccountEntry 3 } win32UserAccountDomain OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Domain property indicates the name of the Windows NT domain to which a user belongs.
Example: NA-SALES" REFERENCE "Win32-UserAccount.Domain" ::= { win32UserAccountEntry 4 } win32UserAccountFullName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FullName property indicates the full name of the local user.
Example: Thomas Williams" REFERENCE "Win32-UserAccount.FullName" ::= { win32UserAccountEntry 5 } win32UserAccountLockout OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory 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." REFERENCE "Win32-UserAccount.Lockout" ::= { win32UserAccountEntry 6 } win32UserAccountName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the network name of the local user.
Example: thomasw" REFERENCE "Win32-UserAccount.Name" ::= { win32UserAccountEntry 7 } win32UserAccountPasswordChangeable OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory 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." REFERENCE "Win32-UserAccount.PasswordChangeable" ::= { win32UserAccountEntry 8 } win32UserAccountPasswordExpires OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory 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." REFERENCE "Win32-UserAccount.PasswordExpires" ::= { win32UserAccountEntry 9 } win32UserAccountPasswordRequired OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory 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." REFERENCE "Win32-UserAccount.PasswordRequired" ::= { win32UserAccountEntry 10 } win32UserAccountStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-UserAccount.Status" ::= { win32UserAccountEntry 11 } win32NetworkConnectionTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32NetworkConnectionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-NetworkConnection class represents a network connection in a Win32 environment.
Example: Any network connection" REFERENCE "Win32-NetworkConnection" ::= { win32WMI 280 } win32NetworkConnectionEntry OBJECT-TYPE SYNTAX Win32NetworkConnectionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32NetworkConnectionKeyIndex } ::= { win32NetworkConnectionTable 1 } Win32NetworkConnectionEntry ::= SEQUENCE { win32NetworkConnectionKeyIndex String, win32NetworkConnectionComment String, win32NetworkConnectionConnectionType String, win32NetworkConnectionDisplayType String, win32NetworkConnectionLocalName String, win32NetworkConnectionName String, win32NetworkConnectionPersistent Boolean, win32NetworkConnectionProviderName String, win32NetworkConnectionRemoteName String, win32NetworkConnectionRemotePath String, win32NetworkConnectionResourceType String, win32NetworkConnectionUserName String, win32NetworkConnectionStatus String } win32NetworkConnectionKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkConnection.KeyIndex" ::= { win32NetworkConnectionEntry 1 } win32NetworkConnectionComment OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Comment property indicates a textual comment about the network connection.
Example: A comment might look like this." REFERENCE "Win32-NetworkConnection.Comment" ::= { win32NetworkConnectionEntry 2 } win32NetworkConnectionConnectionType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ConnectionType property indicates the connection type of the network connection.
Example: Permanent" REFERENCE "Win32-NetworkConnection.ConnectionType" ::= { win32NetworkConnectionEntry 3 } win32NetworkConnectionDisplayType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DisplayType property indicates the display type of the network connection.
Example: Generic" REFERENCE "Win32-NetworkConnection.DisplayType" ::= { win32NetworkConnectionEntry 4 } win32NetworkConnectionLocalName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The LocalName property indicates the local name of the network connection.
Example: c:\\public" REFERENCE "Win32-NetworkConnection.LocalName" ::= { win32NetworkConnectionEntry 5 } win32NetworkConnectionName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the current network connection.
Example: \\\\NTRELEASE\\NTLOGON" REFERENCE "Win32-NetworkConnection.Name" ::= { win32NetworkConnectionEntry 6 } win32NetworkConnectionPersistent OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Persistent property determines whether this connection will be reconnected automatically by the operating system on the next logon.
Values: TRUE or FALSE. If TRUE, the network connection will be automatically connected." REFERENCE "Win32-NetworkConnection.Persistent" ::= { win32NetworkConnectionEntry 7 } win32NetworkConnectionProviderName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ProviderName property indicates the provider name of the network connection.
Example: Microsoft Windows Network" REFERENCE "Win32-NetworkConnection.ProviderName" ::= { win32NetworkConnectionEntry 8 } win32NetworkConnectionRemoteName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The RemoteName property indicates the remote name of the network connection.
Example: \\\\NTRELEASE\\IPC$" REFERENCE "Win32-NetworkConnection.RemoteName" ::= { win32NetworkConnectionEntry 9 } win32NetworkConnectionRemotePath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The RemotePath property indicates the remote path to the network connection.
Example: \\\\infosrv1\\public" REFERENCE "Win32-NetworkConnection.RemotePath" ::= { win32NetworkConnectionEntry 10 } win32NetworkConnectionResourceType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ResourceType property indicates the resource type of the network connection.
Example: CDROM" REFERENCE "Win32-NetworkConnection.ResourceType" ::= { win32NetworkConnectionEntry 11 } win32NetworkConnectionUserName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UserName property indicates the user name of the network connection.
Example: SYSTEM" REFERENCE "Win32-NetworkConnection.UserName" ::= { win32NetworkConnectionEntry 12 } win32NetworkConnectionStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-NetworkConnection.Status" ::= { win32NetworkConnectionEntry 13 } win32DeviceMemoryAddressTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DeviceMemoryAddressEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DeviceMemoryAddress class represents a device memory address on a Win32 system.
Example: ScsiPort0 device memory address" REFERENCE "Win32-DeviceMemoryAddress" ::= { win32WMI 290 } win32DeviceMemoryAddressEntry OBJECT-TYPE SYNTAX Win32DeviceMemoryAddressEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DeviceMemoryAddressKeyIndex } ::= { win32DeviceMemoryAddressTable 1 } Win32DeviceMemoryAddressEntry ::= SEQUENCE { win32DeviceMemoryAddressKeyIndex String, win32DeviceMemoryAddressMemoryType String, win32DeviceMemoryAddressStatus String } win32DeviceMemoryAddressKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DeviceMemoryAddress.KeyIndex" ::= { win32DeviceMemoryAddressEntry 1 } win32DeviceMemoryAddressMemoryType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MemoryType property indicates the memory type of the Win32 system memory resource.
Example: PCI" REFERENCE "Win32-DeviceMemoryAddress.MemoryType" ::= { win32DeviceMemoryAddressEntry 2 } win32DeviceMemoryAddressStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-DeviceMemoryAddress.Status" ::= { win32DeviceMemoryAddressEntry 3 } win32PortResourceTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32PortResourceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-PortResource class represents a port number on a Win32 system." REFERENCE "Win32-PortResource" ::= { win32WMI 300 } win32PortResourceEntry OBJECT-TYPE SYNTAX Win32PortResourceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32PortResourceKeyIndex } ::= { win32PortResourceTable 1 } Win32PortResourceEntry ::= SEQUENCE { win32PortResourceKeyIndex String, win32PortResourceAlias Boolean, win32PortResourceStatus String } win32PortResourceKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PortResource.KeyIndex" ::= { win32PortResourceEntry 1 } win32PortResourceAlias OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Alias property indicates whether this instance of the class represents the base port address, or one of the aliased ranges.
Values: TRUE or FALSE. If TRUE, this instance represents the base port address." REFERENCE "Win32-PortResource.Alias" ::= { win32PortResourceEntry 2 } win32PortResourceStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-PortResource.Status" ::= { win32PortResourceEntry 3 } win32DMAChannelTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DMAChannelEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DMAChannel class represents a direct memory access (DMA) channel on a Win32 system." REFERENCE "Win32-DMAChannel" ::= { win32WMI 310 } win32DMAChannelEntry OBJECT-TYPE SYNTAX Win32DMAChannelEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DMAChannelKeyIndex } ::= { win32DMAChannelTable 1 } Win32DMAChannelEntry ::= SEQUENCE { win32DMAChannelKeyIndex String, win32DMAChannelPort Uint32, win32DMAChannelStatus String } win32DMAChannelKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DMAChannel.KeyIndex" ::= { win32DMAChannelEntry 1 } win32DMAChannelPort OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Port property indicates the port number of the Win32 DMA channel.
Example: 12" REFERENCE "Win32-DMAChannel.Port" ::= { win32DMAChannelEntry 2 } win32DMAChannelStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-DMAChannel.Status" ::= { win32DMAChannelEntry 3 } win32EnvironmentTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32EnvironmentEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Environment class represents an environment or system environment on a Win32 system.
Example: COMPUTERNAME" REFERENCE "Win32-Environment" ::= { win32WMI 320 } win32EnvironmentEntry OBJECT-TYPE SYNTAX Win32EnvironmentEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32EnvironmentKeyIndex } ::= { win32EnvironmentTable 1 } Win32EnvironmentEntry ::= SEQUENCE { win32EnvironmentKeyIndex String, win32EnvironmentName String, win32EnvironmentSystemVariable Boolean, win32EnvironmentUserName String, win32EnvironmentVariableValue String, win32EnvironmentStatus String } win32EnvironmentKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Environment.KeyIndex" ::= { win32EnvironmentEntry 1 } win32EnvironmentName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of a Win32 environment variable.
Example: Path" REFERENCE "Win32-Environment.Name" ::= { win32EnvironmentEntry 2 } win32EnvironmentSystemVariable OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SystemVariable property determines whether the variable is a system variable
Values: TRUE or FALSE. If TRUE, the variable is a system variable." REFERENCE "Win32-Environment.SystemVariable" ::= { win32EnvironmentEntry 3 } win32EnvironmentUserName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UserName property indicates the user name of a Win32 environment.
Example: COMPUTERNAME" REFERENCE "Win32-Environment.UserName" ::= { win32EnvironmentEntry 4 } win32EnvironmentVariableValue OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The VariableValue property indicates the value of a Win32 environment variable." REFERENCE "Win32-Environment.VariableValue" ::= { win32EnvironmentEntry 5 } win32EnvironmentStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Environment.Status" ::= { win32EnvironmentEntry 6 } win32IRQResourceTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32IRQResourceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-IRQResource class represents an interrupt request line (IRQ) number on a Win32 system.
Example: IRQ 5" REFERENCE "Win32-IRQResource" ::= { win32WMI 330 } win32IRQResourceEntry OBJECT-TYPE SYNTAX Win32IRQResourceEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32IRQResourceKeyIndex } ::= { win32IRQResourceTable 1 } Win32IRQResourceEntry ::= SEQUENCE { win32IRQResourceKeyIndex String, win32IRQResourceVector Uint32, win32IRQResourceHardware Boolean, win32IRQResourceStatus String } win32IRQResourceKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-IRQResource.KeyIndex" ::= { win32IRQResourceEntry 1 } win32IRQResourceVector OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Vector property indicates the vector of the Win32 IRQ resource.
Example:53" REFERENCE "Win32-IRQResource.Vector" ::= { win32IRQResourceEntry 2 } win32IRQResourceHardware OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "Indicates whether IRQ is a hardware or software IRQ." REFERENCE "Win32-IRQResource.Hardware" ::= { win32IRQResourceEntry 3 } win32IRQResourceStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-IRQResource.Status" ::= { win32IRQResourceEntry 4 } win32LoadOrderGroupTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32LoadOrderGroupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-LoadOrderGroup class 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." REFERENCE "Win32-LoadOrderGroup" ::= { win32WMI 340 } win32LoadOrderGroupEntry OBJECT-TYPE SYNTAX Win32LoadOrderGroupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32LoadOrderGroupKeyIndex } ::= { win32LoadOrderGroupTable 1 } Win32LoadOrderGroupEntry ::= SEQUENCE { win32LoadOrderGroupKeyIndex String, win32LoadOrderGroupGroupOrder Uint32, win32LoadOrderGroupName String, win32LoadOrderGroupDriverEnabled Boolean, win32LoadOrderGroupStatus String } win32LoadOrderGroupKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-LoadOrderGroup.KeyIndex" ::= { win32LoadOrderGroupEntry 1 } win32LoadOrderGroupGroupOrder OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The GroupOrder property indicates the group order.
Example: 2" REFERENCE "Win32-LoadOrderGroup.GroupOrder" ::= { win32LoadOrderGroupEntry 2 } win32LoadOrderGroupName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the load order group." REFERENCE "Win32-LoadOrderGroup.Name" ::= { win32LoadOrderGroupEntry 3 } win32LoadOrderGroupDriverEnabled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The DriverEnabled property indicates whether this LoadOrderGroup can contain drivers." REFERENCE "Win32-LoadOrderGroup.DriverEnabled" ::= { win32LoadOrderGroupEntry 4 } win32LoadOrderGroupStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-LoadOrderGroup.Status" ::= { win32LoadOrderGroupEntry 5 } win32NetworkClientTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32NetworkClientEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-NetworkClient class represents a network client computer on a network.
Membership Criteria: Any computer system on the network with a client relationship to the system is a descendent (or member) of this class.
Example: A computer running Windows NT workstation or Windows 95 that is part of a Windows NT domain" REFERENCE "Win32-NetworkClient" ::= { win32WMI 350 } win32NetworkClientEntry OBJECT-TYPE SYNTAX Win32NetworkClientEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32NetworkClientKeyIndex } ::= { win32NetworkClientTable 1 } Win32NetworkClientEntry ::= SEQUENCE { win32NetworkClientKeyIndex String, win32NetworkClientManufacturer String, win32NetworkClientName String, win32NetworkClientStatus String } win32NetworkClientKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkClient.KeyIndex" ::= { win32NetworkClientEntry 1 } win32NetworkClientManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the manufacturer of the network client running on a Win32 system.
Example: Compaq" REFERENCE "Win32-NetworkClient.Manufacturer" ::= { win32NetworkClientEntry 2 } win32NetworkClientName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property identifies the name of the network client running on a Win32 system.
Example: Funazonki" REFERENCE "Win32-NetworkClient.Name" ::= { win32NetworkClientEntry 3 } win32NetworkClientStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-NetworkClient.Status" ::= { win32NetworkClientEntry 4 } win32ShareTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ShareEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share" ::= { win32WMI 360 } win32ShareEntry OBJECT-TYPE SYNTAX Win32ShareEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ShareKeyIndex } ::= { win32ShareTable 1 } Win32ShareEntry ::= SEQUENCE { win32ShareKeyIndex String, win32ShareAllowMaximum Boolean, win32ShareMaximumAllowed Uint32, win32ShareName String, win32SharePath String, win32ShareType Uint32, win32ShareStatus String } win32ShareKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share.KeyIndex" ::= { win32ShareEntry 1 } win32ShareAllowMaximum OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share.AllowMaximum" ::= { win32ShareEntry 2 } win32ShareMaximumAllowed OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share.MaximumAllowed" ::= { win32ShareEntry 3 } win32ShareName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share.Name" ::= { win32ShareEntry 4 } win32SharePath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share.Path" ::= { win32ShareEntry 5 } win32ShareType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Share.Type" ::= { win32ShareEntry 6 } win32ShareStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Share.Status" ::= { win32ShareEntry 7 } win32RegistryTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32RegistryEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Registry" ::= { win32WMI 370 } win32RegistryEntry OBJECT-TYPE SYNTAX Win32RegistryEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32RegistryKeyIndex } ::= { win32RegistryTable 1 } Win32RegistryEntry ::= SEQUENCE { win32RegistryKeyIndex String, win32RegistryCurrentSize Uint32, win32RegistryProposedSize Uint32, win32RegistryMaximumSize Uint32, win32RegistryName String, win32RegistryStatus String } win32RegistryKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Registry.KeyIndex" ::= { win32RegistryEntry 1 } win32RegistryCurrentSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Registry.CurrentSize" ::= { win32RegistryEntry 2 } win32RegistryProposedSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Registry.ProposedSize" ::= { win32RegistryEntry 3 } win32RegistryMaximumSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Registry.MaximumSize" ::= { win32RegistryEntry 4 } win32RegistryName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Registry.Name" ::= { win32RegistryEntry 5 } win32RegistryStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Registry.Status" ::= { win32RegistryEntry 6 } win32NetworkProtocolTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32NetworkProtocolEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProcotol" ::= { win32WMI 380 } win32NetworkProtocolEntry OBJECT-TYPE SYNTAX Win32NetworkProtocolEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32NetworkProtocolKeyIndex } ::= { win32NetworkProtocolTable 1 } Win32NetworkProtocolEntry ::= SEQUENCE { win32NetworkProtocolKeyIndex String, win32NetworkProtocolConnectionlessService Boolean, win32NetworkProtocolGuranteesDelivery Boolean, win32NetworkProtocolGuranteesSequencing Boolean, win32NetworkProtocolMaximumAddressSize Uint32, win32NetworkProtocolMaximumMessageSize Uint32, win32NetworkProtocolMessageOriented Boolean, win32NetworkProtocolMinimumAddressSize Uint32, win32NetworkProtocolName String, win32NetworkProtocolPseudoStreamOriented Boolean, win32NetworkProtocolSupportsBroadcasting Boolean, win32NetworkProtocolSupportsConnectData Boolean, win32NetworkProtocolSupportsDisconnectData Boolean, win32NetworkProtocolSupportsEncryption Boolean, win32NetworkProtocolSupportsExpiditeData Boolean, win32NetworkProtocolSupportsFragmentation Boolean, win32NetworkProtocolSupportsGracefulClosing Boolean, win32NetworkProtocolSupportsGuaranteedBandwidth Boolean, win32NetworkProtocolSupportsMulticasting Boolean, win32NetworkProtocolStatus String } win32NetworkProtocolKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.KeyIndex" ::= { win32NetworkProtocolEntry 1 } win32NetworkProtocolConnectionlessService OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.ConnectionlessService" ::= { win32NetworkProtocolEntry 2 } win32NetworkProtocolGuranteesDelivery OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.GuranteesDelivery" ::= { win32NetworkProtocolEntry 3 } win32NetworkProtocolGuranteesSequencing OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.GuranteesSequencing" ::= { win32NetworkProtocolEntry 4 } win32NetworkProtocolMaximumAddressSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.MaximumAddressSize" ::= { win32NetworkProtocolEntry 5 } win32NetworkProtocolMaximumMessageSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.MaximumMessageSize" ::= { win32NetworkProtocolEntry 6 } win32NetworkProtocolMessageOriented OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.MessageOriented" ::= { win32NetworkProtocolEntry 7 } win32NetworkProtocolMinimumAddressSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.MinimumAddressSize" ::= { win32NetworkProtocolEntry 8 } win32NetworkProtocolName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.Name" ::= { win32NetworkProtocolEntry 9 } win32NetworkProtocolPseudoStreamOriented OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.PseudoStreamOriented" ::= { win32NetworkProtocolEntry 10 } win32NetworkProtocolSupportsBroadcasting OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsBroadcasting" ::= { win32NetworkProtocolEntry 11 } win32NetworkProtocolSupportsConnectData OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsConnectData" ::= { win32NetworkProtocolEntry 12 } win32NetworkProtocolSupportsDisconnectData OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsDisconnectData" ::= { win32NetworkProtocolEntry 13 } win32NetworkProtocolSupportsEncryption OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsEncryption" ::= { win32NetworkProtocolEntry 14} win32NetworkProtocolSupportsExpiditeData OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsExiditeData" ::= { win32NetworkProtocolEntry 15 } win32NetworkProtocolSupportsFragmentation OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsFragmentation" ::= { win32NetworkProtocolEntry 16 } win32NetworkProtocolSupportsGracefulClosing OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SuppportsGracefulClosing" ::= { win32NetworkProtocolEntry 17 } win32NetworkProtocolSupportsGuaranteedBandwidth OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsGuaranteedBandwidth" ::= { win32NetworkProtocolEntry 18 } win32NetworkProtocolSupportsMulticasting OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkProtocol.SupportsMulticasting" ::= { win32NetworkProtocolEntry 19 } win32NetworkProtocolStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-NetworkProtocol.Status" ::= { win32NetworkProtocolEntry 20 } win32ProcessStartupTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ProcessStartupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup" ::= { win32WMI 400 } win32ProcessStartupEntry OBJECT-TYPE SYNTAX Win32ProcessStartupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ProcessStartupKeyIndex } ::= { win32ProcessStartupTable 1 } Win32ProcessStartupEntry ::= SEQUENCE { win32ProcessStartupKeyIndex String, win32ProcessStartupCreateFlags Uint32, win32ProcessStartupPriorityClass Uint32, -- win32ProcessStartupEnvironmentVariables String, win32ProcessStartupWinstationDesktop String, win32ProcessStartupTitle String, win32ProcessStartupX Uint32, win32ProcessStartupY Uint32, win32ProcessStartupXSize Uint32, win32ProcessStartupYSize Uint32, win32ProcessStartupXCountChars Uint32, win32ProcessStartupYCountChars Uint32, win32ProcessStartupFillAttribute Uint32, win32ProcessStartupShowWindow Uint16, win32ProcessStartupErrorMode Uint16, win32ProcessStartupStatus String } win32ProcessStartupKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.KeyIndex" ::= { win32ProcessStartupEntry 1 } win32ProcessStartupCreateFlags OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.CreateFlags" ::= { win32ProcessStartupEntry 2 } win32ProcessStartupPriorityClass OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.PriorityClass" ::= { win32ProcessStartupEntry 3 } --win32ProcessStartupEnvironmentVariables OBJECT-TYPE -- SYNTAX String -- ACCESS read-write -- STATUS mandatory -- DESCRIPTION "" -- REFERENCE "Win32-ProcessStartup.EnvironmentVariables" --::= { win32ProcessStartupEntry 4 } win32ProcessStartupWinstationDesktop OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.Desktop" ::= { win32ProcessStartupEntry 5 } win32ProcessStartupTitle OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.Title" ::= { win32ProcessStartupEntry 6 } win32ProcessStartupX OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.X" ::= { win32ProcessStartupEntry 7 } win32ProcessStartupY OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.Y" ::= { win32ProcessStartupEntry 8 } win32ProcessStartupXSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.XSize" ::= { win32ProcessStartupEntry 9 } win32ProcessStartupYSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.YSize" ::= { win32ProcessStartupEntry 10 } win32ProcessStartupXCountChars OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.XCountChars" ::= { win32ProcessStartupEntry 11 } win32ProcessStartupYCountChars OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.YCountChars" ::= { win32ProcessStartupEntry 12 } win32ProcessStartupFillAttribute OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.FillAttribute" ::= { win32ProcessStartupEntry 13 } win32ProcessStartupShowWindow OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.ShowError" ::= { win32ProcessStartupEntry 14 } win32ProcessStartupErrorMode OBJECT-TYPE SYNTAX Uint16 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProcessStartup.ErrorMode" ::= { win32ProcessStartupEntry 15 } win32ProcessStartupStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-ProcessStartup.Status" ::= { win32ProcessStartupEntry 16 } win32ProcessTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ProcessEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process" ::= { win32WMI 410 } win32ProcessEntry OBJECT-TYPE SYNTAX Win32ProcessEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ProcessKeyIndex } ::= { win32ProcessTable 1 } Win32ProcessEntry ::= SEQUENCE { win32ProcessKeyIndex String, win32ProcessExecutablePath String, win32ProcessMaximumWorkingSetSize Uint32, win32ProcessMinimumWorkingSetSize Uint32, win32ProcessPageFaults Uint32, win32ProcessPageFileUsage Uint32, win32ProcessPeakWorkingSetSize Uint32, win32ProcessProcessId Uint32, win32ProcessQuotaNonPagedPoolUsage Uint32, win32ProcessQuotaPagedPoolUsage Uint32, win32ProcessQuotaPeakNonPagedPoolUsage Uint32, win32ProcessQuotaPeakPagedPoolUsage Uint32, win32ProcessWindowsVersion String, win32ProcessStatus String } win32ProcessKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.KeyIndex" ::= { win32ProcessEntry 1 } win32ProcessExecutablePath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.ExecutablePath" ::= { win32ProcessEntry 2 } win32ProcessMaximumWorkingSetSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.MaximumWorkingSetSize" ::= { win32ProcessEntry 3 } win32ProcessMinimumWorkingSetSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.MinimumWorkingSetSize" ::= { win32ProcessEntry 4 } win32ProcessPageFaults OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.PageFaults" ::= { win32ProcessEntry 5 } win32ProcessPageFileUsage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.PageFileUsage" ::= { win32ProcessEntry 6 } win32ProcessPeakWorkingSetSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.PeakWorkingSetSize" ::= { win32ProcessEntry 7 } win32ProcessProcessId OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.ProcessId" ::= { win32ProcessEntry 8 } win32ProcessQuotaNonPagedPoolUsage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.QuotaNonPagedPoolUsage" ::= { win32ProcessEntry 9 } win32ProcessQuotaPagedPoolUsage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.QuotaPagePoolUsage" ::= { win32ProcessEntry 10 } win32ProcessQuotaPeakNonPagedPoolUsage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.QuotaPeakNonPagedPoolUsage" ::= { win32ProcessEntry 11 } win32ProcessQuotaPeakPagedPoolUsage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.QuotaPeakPagedPoolUsage" ::= { win32ProcessEntry 12 } win32ProcessWindowsVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Process.WindowsVersion" ::= { win32ProcessEntry 13 } win32ProcessStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Process.Status" ::= { win32ProcessEntry 14 } win32ThreadTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ThreadEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread" ::= { win32WMI 420 } win32ThreadEntry OBJECT-TYPE SYNTAX Win32ThreadEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ThreadKeyIndex } ::= { win32ThreadTable 1 } Win32ThreadEntry ::= SEQUENCE { win32ThreadKeyIndex String, win32ThreadProcessHandle String, win32ThreadHandle String, win32ThreadElapsedTime String, win32ThreadPriorityBase Uint32, win32ThreadPriority Uint32, win32ThreadStartAddress Uint32, win32ThreadThreadState Uint32, win32ThreadThreadWaitReason Uint32, win32ThreadStatus String } win32ThreadKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.KeyIndex" ::= { win32ThreadEntry 1 } win32ThreadProcessHandle OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.ProcessHandle" ::= { win32ThreadEntry 2 } win32ThreadHandle OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.Handle" ::= { win32ThreadEntry 3 } win32ThreadElapsedTime OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.ElapsedTime" ::= { win32ThreadEntry 4 } win32ThreadPriorityBase OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.PriorityBase" ::= { win32ThreadEntry 5 } win32ThreadPriority OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.ThreadPriority" ::= { win32ThreadEntry 6 } win32ThreadStartAddress OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.StartAddress" ::= { win32ThreadEntry 7 } win32ThreadThreadState OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.ThreadState" ::= { win32ThreadEntry 8 } win32ThreadThreadWaitReason OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Thread.ThreadWaitReason" ::= { win32ThreadEntry 9 } win32ThreadStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-Thread.Status" ::= { win32ThreadEntry 10 } win32OperatingSystemTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32OperatingSystemEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-OperatingSystem class represents an operating system installed on a Win32 system. Any operating system that can be installed on a Win32 system is a descendent (or member) of this class.
Example: Microsoft Windows 95" REFERENCE "Win32-OperatingSystem" ::= { win32WMI 430 } win32OperatingSystemEntry OBJECT-TYPE SYNTAX Win32OperatingSystemEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32OperatingSystemKeyIndex } ::= { win32OperatingSystemTable 1 } Win32OperatingSystemEntry ::= SEQUENCE { win32OperatingSystemKeyIndex String, win32OperatingSystemBootDevice String, win32OperatingSystemBuildNumber String, win32OperatingSystemBuildType String, win32OperatingSystemCodeSet String, win32OperatingSystemCountryCode String, win32OperatingSystemCSDVersion String, win32OperatingSystemDebug Boolean, win32OperatingSystemForegroundApplicationBoost Uint8, win32OperatingSystemLocale String, win32OperatingSystemManufacturer String, win32OperatingSystemOrganization String, win32OperatingSystemOSLanguage Uint32, win32OperatingSystemPlusProductID String, win32OperatingSystemPlusVersionNumber String, win32OperatingSystemPrimary Boolean, win32OperatingSystemQuantumLength Uint8, win32OperatingSystemQuantumType Uint8, win32OperatingSystemRegisteredUser String, win32OperatingSystemSerialNumber String, win32OperatingSystemSystemDevice String, win32OperatingSystemSystemDirectory String, win32OperatingSystemVersion String, win32OperatingSystemWindowsDirectory String, win32OperatingSystemDescription String, win32OperatingSystemStatus String } win32OperatingSystemKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.KeyIndex" ::= { win32OperatingSystemEntry 1 } win32OperatingSystemBootDevice OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The BootDevice property indicates the name of the boot device for the Win32 operating system.
Example: \\Device\\Harddisk0\\partition1" REFERENCE "Win32-OperatingSystem.BootDevice" ::= { win32OperatingSystemEntry 2 } win32OperatingSystemBuildNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The BuildNumber property indicates the build number of the operating system.
Example: 1381" REFERENCE "Win32-OperatingSystem.BuildNumber" ::= { win32OperatingSystemEntry 3 } win32OperatingSystemBuildType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The BuildType property indicates the type of build used for the operating system." REFERENCE "Win32-OperatingSystem.BuildType" ::= { win32OperatingSystemEntry 4 } win32OperatingSystemCodeSet OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The CodeSet property indicates the code that is set for the operating system." REFERENCE "Win32-OperatingSystem.CodeSet" ::= { win32OperatingSystemEntry 5 } win32OperatingSystemCountryCode OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The CountryCode property indicates the locale of the operating system.
Example: 00000409" REFERENCE "Win32-OperatingSystem.CountryCode" ::= { win32OperatingSystemEntry 6 } win32OperatingSystemCSDVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The CSDVersion property indicates the CSD version of the operating system.
Example: B" REFERENCE "Win32-OperatingSystem.CSDVersion" ::= { win32OperatingSystemEntry 7 } win32OperatingSystemDebug OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.Debug" ::= { win32OperatingSystemEntry 8 } win32OperatingSystemForegroundApplicationBoost OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The ForegroundApplicationBoost property indicates the amount of priority CPU time allocated to the foreground application." REFERENCE "Win32-OperatingSystem.ForegroundApplicationBoost" ::= { win32OperatingSystemEntry 9 } win32OperatingSystemLocale OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Locale property indicates the system default locale of the operating system." REFERENCE "Win32-OperatingSystem.Locale" ::= { win32OperatingSystemEntry 10 } win32OperatingSystemManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Manufacturer property indicates the name of the operating system manaufacturer.
Example: Microsoft" REFERENCE "Win32-OperatingSystem.Manufacturer" ::= { win32OperatingSystemEntry 11 } win32OperatingSystemOrganization OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Organization property indicates the company name of the registered user of the operating system.
Example: Jane Doe" REFERENCE "Win32-OperatingSystem.Organization" ::= { win32OperatingSystemEntry 12 } win32OperatingSystemOSLanguage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The OSLanguage property indicates which language version of the os is installed.
Example: If a German version of NT is installed, this value would be 1031 (or 0x407)" REFERENCE "Win32-OperatingSystem.OSLanguage" ::= { win32OperatingSystemEntry 13 } win32OperatingSystemPlusProductID OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.PlusProductID" ::= { win32OperatingSystemEntry 14 } win32OperatingSystemPlusVersionNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.PlusVersionNumber" ::= { win32OperatingSystemEntry 15 } win32OperatingSystemPrimary OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Primary property determines whether this is the primary operating system.
Values: TRUE or FALSE. If TRUE, this is the primary operating system." REFERENCE "Win32-OperatingSystem.Primary" ::= { win32OperatingSystemEntry 16 } win32OperatingSystemQuantumLength OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.QuantumLength" ::= { win32OperatingSystemEntry 17 } win32OperatingSystemQuantumType OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.QuantumType" ::= { win32OperatingSystemEntry 18 } win32OperatingSystemRegisteredUser OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The RegisteredUser property indicates the name of the registered user of the operating system.
Example: Jane Doe" REFERENCE "Win32-OperatingSystem.RegisteredUser" ::= { win32OperatingSystemEntry 19 } win32OperatingSystemSerialNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SerialNumber property indicates the Windows directory of the operating system.
Example:10497-OEM-0031416-71674" REFERENCE "Win32-OperatingSystem.SerialNumber" ::= { win32OperatingSystemEntry 20 } win32OperatingSystemSystemDevice OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OperatingSystem.SystemDevice" ::= { win32OperatingSystemEntry 21 } win32OperatingSystemSystemDirectory OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The SystemDirectory property indicates the system directory of the operating system.
Example: C:\\WINDOWS\\SYSTEM32" REFERENCE "Win32-OperatingSystem.SystemDirectory" ::= { win32OperatingSystemEntry 22 } win32OperatingSystemVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Version property indicates the version number of the operating system manaufacturer.
Example: 4.0" REFERENCE "Win32-OperatingSystem.Version" ::= { win32OperatingSystemEntry 23 } win32OperatingSystemWindowsDirectory OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The WindowsDirectory property indicates the Windows directory of the operating system.
Example: C:\\WINDOWS" REFERENCE "Win32-OperatingSystem.WindowsDirectory" ::= { win32OperatingSystemEntry 24 } win32OperatingSystemDescription OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Description property provides a textual description of the Win32 operating system. Some user interfaces that allow editing of this description limit its length to 48 characters." REFERENCE "Win32-OperatingSystem.Description" ::= { win32OperatingSystemEntry 25 } win32OperatingSystemStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-OperatingSystem.Status" ::= { win32OperatingSystemEntry 26 } win32PrintJobTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32PrintJobEntry ACCESS not-accessible STATUS mandatory 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" REFERENCE "Win32-PrintJob" ::= { win32WMI 440 } win32PrintJobEntry OBJECT-TYPE SYNTAX Win32PrintJobEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32PrintJobKeyIndex } ::= { win32PrintJobTable 1 } Win32PrintJobEntry ::= SEQUENCE { win32PrintJobKeyIndex String, win32PrintJobName String, win32PrintJobDataType String, win32PrintJobDocument String, win32PrintJobDriverName String, win32PrintJobHostPrintQueue String, win32PrintJobJobId Uint32, win32PrintJobPagesPrinted Uint32, win32PrintJobParameters String, win32PrintJobPrintProcessor String, win32PrintJobSize Uint32, win32PrintJobTotalPages Uint32, win32PrintJobStatus String } win32PrintJobKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrintJob.KeyIndex" ::= { win32PrintJobEntry 1 } win32PrintJobName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The inherited Name serves as key of a Job instance in the context of an PrintJob." REFERENCE "Win32-PrintJob.Name" ::= { win32PrintJobEntry 2 } win32PrintJobDataType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DataType property indicates the data type of the print job." REFERENCE "Win32-PrintJob.DataType" ::= { win32PrintJobEntry 3 } win32PrintJobDocument OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Document property indicates the name of the document to be printed." REFERENCE "Win32-PrintJob.Document" ::= { win32PrintJobEntry 4 } win32PrintJobDriverName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DriverName property indicates the name of the printer drive used for the print job." REFERENCE "Win32-PrintJob.DriverName" ::= { win32PrintJobEntry 5 } win32PrintJobHostPrintQueue OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The HostPrintQueue property indicates the name of the host print queue." REFERENCE "Win32-PrintJob.HostPrintQueue" ::= { win32PrintJobEntry 6 } win32PrintJobJobId OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The JobId property indicates the identifier number of the job." REFERENCE "Win32-PrintJob.JobId" ::= { win32PrintJobEntry 7 } win32PrintJobPagesPrinted OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PagesPrinted property indicates the number pages printed." REFERENCE "Win32-PrintJob.PagesPrinted" ::= { win32PrintJobEntry 8 } win32PrintJobParameters OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Parameters property indicates the printing parameters of the print job." REFERENCE "Win32-PrintJob.Parameters" ::= { win32PrintJobEntry 9 } win32PrintJobPrintProcessor OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PrintProcessor property indicates the service used to process the print job." REFERENCE "Win32-PrintJob.PrintProcessor" ::= { win32PrintJobEntry 10 } win32PrintJobSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Size property indicates the size (in bytes) of the print job." REFERENCE "Win32-PrintJob.Size" ::= { win32PrintJobEntry 11 } win32PrintJobTotalPages OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The TotalPages property indicates the total page count submitted as the print job." REFERENCE "Win32-PrintJob.TotalPages" ::= { win32PrintJobEntry 12 } win32PrintJobStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-PrintJob.Status" ::= { win32PrintJobEntry 13 } win32ScheduledJobTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ScheduledJobEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-ScheduledJob class represents a job scheduled using the NT schedule service. This class isonly instrumented on NT3.51 and upwards. Each job scheduled against the NT schedule service is stored persistently and is executed at the specified time and day of the week and/or month. If the machine is not active or if thescheduled service is not running at the specified job time the schedule service will run the specified job on thenext day at the specified time.Scheduled jobs are scheduled with respect to UTC time, i.e. with bias offset from GMT. This means that a job can bespecified using any time zone specification. The Win32-ScheduledJob class will return the local time with UTC offsetwhen enumerating object and convert to local time when creating new jobs. For example a job specified to run on a computer in Chicago at 10:30 pm Monday PST time will be scheduled to run locally at 12:30am Tuesday CET. It should be noted that a client must take into account whether daylight..." REFERENCE "Win32-ScheduledJob" ::= { win32WMI 450 } win32ScheduledJobEntry OBJECT-TYPE SYNTAX Win32ScheduledJobEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ScheduledJobKeyIndex } ::= { win32ScheduledJobTable 1 } Win32ScheduledJobEntry ::= SEQUENCE { win32ScheduledJobKeyIndex String, win32ScheduledJobJobId Uint32, win32ScheduledJobCommand String, win32ScheduledJobStartTime Datetime, win32ScheduledJobRunRepeatedly Boolean, win32ScheduledJobInteractWithDesktop Boolean, win32ScheduledJobDaysOfWeek Uint32, win32ScheduledJobDaysOfMonth Uint32, win32ScheduledJobJobStatus String, win32ScheduledJobStatus String } win32ScheduledJobKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ScheduledJob.KeyIndex" ::= { win32ScheduledJobEntry 1 } win32ScheduledJobJobId OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "Unique identifier for the job." REFERENCE "Win32-ScheduledJob.JobId" ::= { win32ScheduledJobEntry 2 } win32ScheduledJobCommand OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "Command represents the executable name and command line arguments that the schedule service will use to invoke the job.Example. 'defrag /q /f'" REFERENCE "Win32-ScheduledJob.Command" ::= { win32ScheduledJobEntry 3 } win32ScheduledJobStartTime OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "StartTime 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" REFERENCE "Win32-ScheduledJob.StartTime" ::= { win32ScheduledJobEntry 4 } win32ScheduledJobRunRepeatedly OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "RunRepeatedly represents whether the scheduled job, once created, will continue to run repeatedlyafter the first invocation of the job. Specify TRUE to repeatedly run the job, FALSE to run the job once anda value null to indicate to run the job once" REFERENCE "Win32-ScheduledJob.RunRepeatedly" ::= { win32ScheduledJobEntry 5 } win32ScheduledJobInteractWithDesktop OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "Allow the specified Job to interacted with desktop. A value or TRUE or null indicates that the job willbe allowed to interact with the interactive desktop, a value of FALSE indicates that the job will runin a separate desktop" REFERENCE "Win32-ScheduledJob.InteractWithDesktop" ::= { win32ScheduledJobEntry 6 } win32ScheduledJobDaysOfWeek OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "DaysOfWeek represents what days of the week the job will be run on. If a Job has value null for both DaysOfWeek and DaysOfMonth,then the Job will be run either today or tomorrow depending on the specified StartTime and the current local time i.e. if it is12:30am and the job was created at 12:31am then the job will be run the following day.The value is a bitmask representing the day of the week, Sunday is specified as bit 0 and Saturday as bit 6. Each day can beinclusively Or'd to form a 7 bit value indicating the days of the week to run the job." REFERENCE "Win32-ScheduledJob.DaysOfWeek" ::= { win32ScheduledJobEntry 7 } win32ScheduledJobDaysOfMonth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "DaysOfMonth represents what days of the month the job will be run on. If a Job has value null for both DaysOfWeek and DaysOfMonth,then the Job will be run either today or tomorrow depending on the specified StartTime and the current local time i.e. if it is12:30am and the job was created at 12:31am then the job will be run the following day.The value is a bitmask representing the day of the month, the first day of the month is specified as bit 0 and and the last day of the month is specified as bit 30. Each month can beinclusively Or'd to form a 31 bit value indicating the days of the week to run the job.If the current month does not contain all 31 days within a month, the job will not be run for that particular day of the month" REFERENCE "Win32-ScheduledJob.DaysOfMonth" ::= { win32ScheduledJobEntry 8 } win32ScheduledJobJobStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "JobStatus represents whether a Job created to run Repeatedly has been invocated at least once and that the last attempt resultedin a failure condition. Note that the JobStatus value 'Success' does not indicate that the job has already been run." REFERENCE "Win32-ScheduledJob.JobStatus" ::= { win32ScheduledJobEntry 9 } win32ScheduledJobStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-ScheduledJob.Status" ::= { win32ScheduledJobEntry 10 } win32BIOSTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32BIOSEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-BIOS class represents the attributes for only the System BIOS installed on a Win32 system.
Example: Phoenix ROM BIOS PLUS Version 1.10 A14" REFERENCE "Win32-BIOS" ::= { win32WMI 460 } win32BIOSEntry OBJECT-TYPE SYNTAX Win32BIOSEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32BIOSKeyIndex } ::= { win32BIOSTable 1 } Win32BIOSEntry ::= SEQUENCE { win32BIOSKeyIndex String, win32BIOSReleaseDate Datetime, win32BIOSVersion String, win32BIOSStatus String } win32BIOSKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-BIOS.KeyIndex" ::= { win32BIOSEntry 1 } win32BIOSReleaseDate OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The ReleaseDate property indicates the release date of the Win32 BIOS.
Example: 19521201000230.000000000 (that is, 2 minutes 30 seconds after midnight 1st December 1952)" REFERENCE "Win32-BIOS.ReleaseDate" ::= { win32BIOSEntry 2 } win32BIOSVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Version property indicates the version of the Bios.
Example: 'BIOS Version 1.00.01.CN0T'" REFERENCE "Win32-BIOS.Version" ::= { win32BIOSEntry 3 } win32BIOSStatus OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "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." REFERENCE "Win32-BIOS.Status" ::= { win32BIOSEntry 4 } win32BootConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32BootConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-BootConfiguration class represents the boot configuration on a Win32 system." REFERENCE "Win32-BootConfiguration" ::= { win32WMI 470 } win32BootConfigurationEntry OBJECT-TYPE SYNTAX Win32BootConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32BootConfigurationKeyIndex } ::= { win32BootConfigurationTable 1 } Win32BootConfigurationEntry ::= SEQUENCE { win32BootConfigurationKeyIndex String, win32BootConfigurationBootDirectory String, win32BootConfigurationConfigurationPath String, win32BootConfigurationLastDrive String, win32BootConfigurationName String, win32BootConfigurationScratchDirectory String, win32BootConfigurationTempDirectory String } win32BootConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-BootConfiguration.KeyIndex" ::= { win32BootConfigurationEntry 1 } win32BootConfigurationBootDirectory OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The BootDirectory property indicates the directory location of the system files required for booting the system.
Example: Typically, this is the root directory." REFERENCE "Win32-BootConfiguration.BootDirectory" ::= { win32BootConfigurationEntry 2 } win32BootConfigurationConfigurationPath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ConfigurationPath property indicates the path to the configuration files." REFERENCE "Win32-BootConfiguration.ConfigurationPath" ::= { win32BootConfigurationEntry 3 } win32BootConfigurationLastDrive OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The LastDrive property indicates the last drive letter to which a physical drive is assigned.
Example: Typically, the default setting is E." REFERENCE "Win32-BootConfiguration.LastDrive" ::= { win32BootConfigurationEntry 4 } win32BootConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the boot configuration." REFERENCE "Win32-BootConfiguration.Name" ::= { win32BootConfigurationEntry 5 } win32BootConfigurationScratchDirectory OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ScratchDirectory property indicates the scratch directory of the Win32 boot configuration." REFERENCE "Win32-BootConfiguration.ScratchDirectory" ::= { win32BootConfigurationEntry 6 } win32BootConfigurationTempDirectory OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The TempDirectory property indicates the directory location where temporary files are stored.
Example: C:\\TEMP" REFERENCE "Win32-BootConfiguration.TempDirectory" ::= { win32BootConfigurationEntry 7 } win32DesktopTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DesktopEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-Desktop class represents the desktop layout of a Win32 system.
Example: The number and position of shortcuts on a Windows 95 or Windows NT workstation desktop" REFERENCE "Win32-Desktop" ::= { win32WMI 480 } win32DesktopEntry OBJECT-TYPE SYNTAX Win32DesktopEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DesktopKeyIndex } ::= { win32DesktopTable 1 } Win32DesktopEntry ::= SEQUENCE { win32DesktopKeyIndex String, win32DesktopBorderWidth Uint32, win32DesktopCoolSwitch Boolean, win32DesktopCursorBlinkRate Uint32, win32DesktopDragFullWindows Boolean, win32DesktopGridGranularity Uint32, win32DesktopIconSpacing Uint32, win32DesktopIconTitleFaceName String, win32DesktopIconTitleSize Uint32, win32DesktopIconTitleWrap Boolean, win32DesktopName String, win32DesktopPattern String, win32DesktopScreenSaverActive Boolean, win32DesktopScreenSaverExecutable String, win32DesktopScreenSaverSecure Boolean, win32DesktopScreenSaverTimeout Uint32, win32DesktopWallpaper String, win32DesktopWallpaperTiled Boolean, win32DesktopWallpaperStretched Boolean } win32DesktopKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Desktop.KeyIndex" ::= { win32DesktopEntry 1 } win32DesktopBorderWidth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BorderWidth property indicates the width of the desktop border.
Example: 1" REFERENCE "Win32-Desktop.BorderWidth" ::= { win32DesktopEntry 2 } win32DesktopCoolSwitch OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-Desktop.CoolSwitch" ::= { win32DesktopEntry 3 } win32DesktopCursorBlinkRate OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The CursorBlinkRate property indicates the time (in milliseconds) between cursor blinks.
Example: 530" REFERENCE "Win32-Desktop.CursorBlinkRate" ::= { win32DesktopEntry 4 } win32DesktopDragFullWindows OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The DragFullWindows property determines whether the full window is displayed while being dragged.
Values: TRUE or FALSE. If TRUE, the full window is displayed while being dragged." REFERENCE "Win32-Desktop.DragFullWindows" ::= { win32DesktopEntry 5 } win32DesktopGridGranularity OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The GridGranularity property indicates the density of the desktop grid.
Example: 0" REFERENCE "Win32-Desktop.GridGranularity" ::= { win32DesktopEntry 6 } win32DesktopIconSpacing OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The IconSpacing property indicates the spacing (in pixels) between icons.
Example: 75" REFERENCE "Win32-Desktop.IconSpacing" ::= { win32DesktopEntry 7 } win32DesktopIconTitleFaceName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The IconTitleFaceName property indicates the name of the current desktop typeface (font).
Example: MS San Serif" REFERENCE "Win32-Desktop.IconTitleFaceName" ::= { win32DesktopEntry 8 } win32DesktopIconTitleSize OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The IconTitleSize property indicates the title size of the icons.
Example: 9" REFERENCE "Win32-Desktop.IconTitleSize" ::= { win32DesktopEntry 9 } win32DesktopIconTitleWrap OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The IconTitleWrap property determines whether the icon title text wraps to the next line.
Values: TRUE or FALSE. If TRUE, the title text wraps to the next line." REFERENCE "Win32-Desktop.IconTitleWrap" ::= { win32DesktopEntry 10 } win32DesktopName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the current profile.
Example: MainProf" REFERENCE "Win32-Desktop.Name" ::= { win32DesktopEntry 11 } win32DesktopPattern OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Pattern property indicates the desktop pattern." REFERENCE "Win32-Desktop.Pattern" ::= { win32DesktopEntry 12 } win32DesktopScreenSaverActive OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The ScreenSaverActive property determines whether the screen saver is active.
Values: TRUE or FALSE. If TRUE, the screen saver is active." REFERENCE "Win32-Desktop.ScreenSaverActive" ::= { win32DesktopEntry 13 } win32DesktopScreenSaverExecutable OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ScreenSaverExecutable property indicates name of the current screen saver executable file.
Example: LOGON.SCR" REFERENCE "Win32-Desktop.ScreenSaverExecutable" ::= { win32DesktopEntry 14 } win32DesktopScreenSaverSecure OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The ScreenSaverSecure property determines whether the screen saver is password enabled.
Values: TRUE or FALSE. If TRUE, the screen saver is password enabled." REFERENCE "Win32-Desktop.ScreenSaverSecure" ::= { win32DesktopEntry 15 } win32DesktopScreenSaverTimeout OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ScreenSaverTimeout property indicates the amount of time before the screen saver takes effect." REFERENCE "Win32-Desktop.ScreenSaverTimeout" ::= { win32DesktopEntry 16 } win32DesktopWallpaper OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Wallpaper property indicates the name of the wallpaper design.
Example: WINNT.BMP" REFERENCE "Win32-Desktop.Wallpaper" ::= { win32DesktopEntry 17 } win32DesktopWallpaperTiled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The WallpaperTiled property determines whether the wallpaper is tiled or centered.
Values: TRUE or FALSE. If TRUE, the wallpaper is tiled." REFERENCE "Win32-Desktop.WallpaperTiled" ::= { win32DesktopEntry 18 } win32DesktopWallpaperStretched OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The WallpaperStretched property indicates whether the Stretch Wallpaper to Fit Screen option is set. This can only be true if the user has the Microsoft Plus package installed.
Values: TRUE and FALSE. If TRUE, the Stretch Wallpaper to Fit Screen option is set. If Plus is not installed, this value is set to FALSE." REFERENCE "Win32-Desktop.WallpaperStretched" ::= { win32DesktopEntry 19 } win32DisplayConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DisplayConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DisplayConfiguration class represents the display information of a Win32 system
Examples: Video adapter manufacturer, chipset version, display resolution, and number of colors" REFERENCE "Win32-DisplayConfiguration" ::= { win32WMI 490 } win32DisplayConfigurationEntry OBJECT-TYPE SYNTAX Win32DisplayConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DisplayConfigurationKeyIndex } ::= { win32DisplayConfigurationTable 1 } Win32DisplayConfigurationEntry ::= SEQUENCE { win32DisplayConfigurationKeyIndex String, win32DisplayConfigurationBitsPerPel Uint32, win32DisplayConfigurationDeviceName String, win32DisplayConfigurationDisplayFlags Uint32, win32DisplayConfigurationDisplayFrequency Uint32, win32DisplayConfigurationDitherType Uint32, win32DisplayConfigurationDriverVersion String, win32DisplayConfigurationICMIntent Uint32, win32DisplayConfigurationICMMethod Uint32, win32DisplayConfigurationLogPixels Uint32, win32DisplayConfigurationPelsHeight Uint32, win32DisplayConfigurationPelsWidth Uint32, win32DisplayConfigurationSpecificationVersion Uint32 } win32DisplayConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayConfiguration.KeyIndex" ::= { win32DisplayConfigurationEntry 1 } win32DisplayConfigurationBitsPerPel OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BitsPerPel property indicates the number of bits required to represent the current state of a pixel.
Example: 8" REFERENCE "Win32-DisplayConfiguration.BitsPerPel" ::= { win32DisplayConfigurationEntry 2 } win32DisplayConfigurationDeviceName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceName property indicates the name of the Win32 display device." REFERENCE "Win32-DisplayConfiguration.DeviceName" ::= { win32DisplayConfigurationEntry 3 } win32DisplayConfigurationDisplayFlags OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DisplayFlags property indicates the display flags of the Win32 display." REFERENCE "Win32-DisplayConfiguration.DisplayFlags" ::= { win32DisplayConfigurationEntry 4 } win32DisplayConfigurationDisplayFrequency OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DisplayFrequency property indicates the display frequency of the Win32 display." REFERENCE "Win32-DisplayConfiguration.DisplayFrequency" ::= { win32DisplayConfigurationEntry 5 } win32DisplayConfigurationDitherType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DitherType property indicates the dither type of the Win32 display." REFERENCE "Win32-DisplayConfiguration.DitherType" ::= { win32DisplayConfigurationEntry 6 } win32DisplayConfigurationDriverVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DriverVersion property indicates the driver version of the Win32 display." REFERENCE "Win32-DisplayConfiguration.DriverVersion" ::= { win32DisplayConfigurationEntry 7 } win32DisplayConfigurationICMIntent OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayConfiguration.ICMIntent" ::= { win32DisplayConfigurationEntry 8 } win32DisplayConfigurationICMMethod OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayConfiguration.ICMMethod" ::= { win32DisplayConfigurationEntry 9 } win32DisplayConfigurationLogPixels OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayConfiguration.LogPixels" ::= { win32DisplayConfigurationEntry 10 } win32DisplayConfigurationPelsHeight OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayConfiguration.PelsHeight" ::= { win32DisplayConfigurationEntry 11 } win32DisplayConfigurationPelsWidth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayConfiguration.PelsWidth" ::= { win32DisplayConfigurationEntry 12 } win32DisplayConfigurationSpecificationVersion OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SpecificationVersion property indicates the specification version of the Win32 display." REFERENCE "Win32-DisplayConfiguration.SpecificationVersion" ::= { win32DisplayConfigurationEntry 13 } win32DisplayControllerConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DisplayControllerConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DisplayControllerConfiguration class represents the video adapter configuration information of a Win32 system.
Example: Jumper settings, Plug and Play information" REFERENCE "Win32-DisplayControllerConfiguration" ::= { win32WMI 500 } win32DisplayControllerConfigurationEntry OBJECT-TYPE SYNTAX Win32DisplayControllerConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DisplayControllerConfigurationKeyIndex } ::= { win32DisplayControllerConfigurationTable 1 } Win32DisplayControllerConfigurationEntry ::= SEQUENCE { win32DisplayControllerConfigurationKeyIndex String, win32DisplayControllerConfigurationBitsPerPixel Uint32, win32DisplayControllerConfigurationColorPlanes Uint32, win32DisplayControllerConfigurationDeviceEntriesInAColorTable Uint32, win32DisplayControllerConfigurationDeviceSpecificPens Uint32, win32DisplayControllerConfigurationHorizontalResolution Uint32, win32DisplayControllerConfigurationName String, win32DisplayControllerConfigurationRefreshRate Sint32, win32DisplayControllerConfigurationReservedSystemPaletteEntries Uint32, win32DisplayControllerConfigurationSystemPaletteEntries Uint32, win32DisplayControllerConfigurationVerticalResolution Uint32, win32DisplayControllerConfigurationVideoMode String } win32DisplayControllerConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DisplayControllerConfiguration.KeyIndex" ::= { win32DisplayControllerConfigurationEntry 1 } win32DisplayControllerConfigurationBitsPerPixel OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BitsPerPixel property indicates the current number of bits per pixel.
Example: 8" REFERENCE "Win32-DisplayControllerConfiguration.BitsPerPixel" ::= { win32DisplayControllerConfigurationEntry 2 } win32DisplayControllerConfigurationColorPlanes OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ColorPlanes property indicates the current number color panes in the display.
Example: 2" REFERENCE "Win32-DisplayControllerConfiguration.ColorPlanes" ::= { win32DisplayControllerConfigurationEntry 3 } win32DisplayControllerConfigurationDeviceEntriesInAColorTable OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceEntriesInAColorTable property indicates the current number of device entries in a color table.
Example: 256" REFERENCE "Win32-DisplayControllerConfiguration.DeviceEntriesInAColo" ::= { win32DisplayControllerConfigurationEntry 4 } win32DisplayControllerConfigurationDeviceSpecificPens OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceSpecificPens property indicates the current number of device-specific pens where 0xffff means the device does not support pens.
Example: 3" REFERENCE "Win32-DisplayControllerConfiguration.DeviceSpecificPens" ::= { win32DisplayControllerConfigurationEntry 5 } win32DisplayControllerConfigurationHorizontalResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The HorizontalResolution property indicates the current number of pixels in the horizontal direction (X axis) of the display.
Example: 1024" REFERENCE "Win32-DisplayControllerConfiguration.HorizontalResolution" ::= { win32DisplayControllerConfigurationEntry 6 } win32DisplayControllerConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the current resolution and color setting.
Example: 1024 x 768 with 256 colors" REFERENCE "Win32-DisplayControllerConfiguration.Name" ::= { win32DisplayControllerConfigurationEntry 7 } win32DisplayControllerConfigurationRefreshRate OBJECT-TYPE SYNTAX Sint32 ACCESS read-write STATUS mandatory DESCRIPTION "The RefreshRate property indicates the refresh rate (in Hertz) of the video adapter. 0 or 1 indicate a default rate is being used. A -1indicates that an optimal rate is being used.
Example: 72" REFERENCE "Win32-DisplayControllerConfiguration.RefreshRate" ::= { win32DisplayControllerConfigurationEntry 8 } win32DisplayControllerConfigurationReservedSystemPaletteEntries OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ReservedSystemPaletteEntries property indicates the current number of reserved entries in a system palette.
Example: 24" REFERENCE "Win32-DisplayControllerConfiguration.ReservedSystemPalett" ::= { win32DisplayControllerConfigurationEntry 9 } win32DisplayControllerConfigurationSystemPaletteEntries OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SystemPaletteEntries property indicates the current number of entries in a system palette.
Example: 256" REFERENCE "Win32-DisplayControllerConfiguration.SystemPaletteEntries" ::= { win32DisplayControllerConfigurationEntry 10 } win32DisplayControllerConfigurationVerticalResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The VerticalResolution property indicates the current number of pixels in the vertical direction (Y axis) of the display.
Example: 768" REFERENCE "Win32-DisplayControllerConfiguration.VerticalResolution" ::= { win32DisplayControllerConfigurationEntry 11 } win32DisplayControllerConfigurationVideoMode OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The VideoMode property indicates the current pixel resolution and color setting of the display.
Example: 1024 X 768 with 256 colors." REFERENCE "Win32-DisplayControllerConfiguration.VideoMode" ::= { win32DisplayControllerConfigurationEntry 12 } win32LogicalMemoryConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32LogicalMemoryConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-LogicalMemoryConfiguration class represents the logical memory configuration on a Win32 system." REFERENCE "Win32-LogicalMemoryConfiguration" ::= { win32WMI 510 } win32LogicalMemoryConfigurationEntry OBJECT-TYPE SYNTAX Win32LogicalMemoryConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32LogicalMemoryConfigurationKeyIndex } ::= { win32LogicalMemoryConfigurationTable 1 } Win32LogicalMemoryConfigurationEntry ::= SEQUENCE { win32LogicalMemoryConfigurationKeyIndex String, win32LogicalMemoryConfigurationAvailableVirtualMemory Uint32, win32LogicalMemoryConfigurationName String, win32LogicalMemoryConfigurationTotalPageFileSpace Uint32, win32LogicalMemoryConfigurationTotalPhysicalMemory Uint32, win32LogicalMemoryConfigurationTotalVirtualMemory Uint32 } win32LogicalMemoryConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-LogicalMemoryConfiguration.KeyIndex" ::= { win32LogicalMemoryConfigurationEntry 1 } win32LogicalMemoryConfigurationAvailableVirtualMemory OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The AvailableVirtualMemory property indicates the size (in bytes) of the available virtual memory.
Example: 2052288" REFERENCE "Win32-LogicalMemoryConfiguration.AvailableVirtualMemory" ::= { win32LogicalMemoryConfigurationEntry 2 } win32LogicalMemoryConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the logical memory configuration." REFERENCE "Win32-LogicalMemoryConfiguration.Name" ::= { win32LogicalMemoryConfigurationEntry 3 } win32LogicalMemoryConfigurationTotalPageFileSpace OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The TotalPageFileSpace property indicates the total size (in bytes) of the page file.
Example: 524160" REFERENCE "Win32-LogicalMemoryConfiguration.TotalPageFileSpace" ::= { win32LogicalMemoryConfigurationEntry 4 } win32LogicalMemoryConfigurationTotalPhysicalMemory OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The TotalPhysicalMemory property indicates the total size (in bytes) of the physical memory.
Example: 40464" REFERENCE "Win32-LogicalMemoryConfiguration.TotalPhysicalMemory" ::= { win32LogicalMemoryConfigurationEntry 5 } win32LogicalMemoryConfigurationTotalVirtualMemory OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The TotalVirtualMemory property indicates the total size (in bytes) of the virtual memory.
Example: 2093056" REFERENCE "Win32-LogicalMemoryConfiguration.TotalVirtualMemory" ::= { win32LogicalMemoryConfigurationEntry 6 } win32NetworkLoginProfileTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32NetworkLoginProfileEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-NetworkLoginProfile class represents the network login information of a particular user on a Win32 system." REFERENCE "Win32-NetworkLoginProfile" ::= { win32WMI 520 } win32NetworkLoginProfileEntry OBJECT-TYPE SYNTAX Win32NetworkLoginProfileEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32NetworkLoginProfileKeyIndex } ::= { win32NetworkLoginProfileTable 1 } Win32NetworkLoginProfileEntry ::= SEQUENCE { win32NetworkLoginProfileKeyIndex String, win32NetworkLoginProfileAccountExpires Datetime, win32NetworkLoginProfileAuthorizationFlags Uint32, win32NetworkLoginProfileBadPasswordCount Uint32, win32NetworkLoginProfileCodePage Uint32, win32NetworkLoginProfileComment String, win32NetworkLoginProfileCountryCode Uint32, win32NetworkLoginProfileFlags Uint32, win32NetworkLoginProfileFullName String, win32NetworkLoginProfileHomeDirectory String, win32NetworkLoginProfileHomeDirectoryDrive String, win32NetworkLoginProfileLastLogoff Datetime, win32NetworkLoginProfileLastLogon Datetime, win32NetworkLoginProfileLogonHours String, win32NetworkLoginProfileLogonServer String, win32NetworkLoginProfileMaximumStorage String, win32NetworkLoginProfileName String, win32NetworkLoginProfileNumberOfLogons Uint32, win32NetworkLoginProfileParameters String, win32NetworkLoginProfilePasswordAge Datetime, win32NetworkLoginProfilePasswordExpires Datetime, win32NetworkLoginProfilePrimaryGroupId Uint32, win32NetworkLoginProfilePrivileges Uint32, win32NetworkLoginProfileProfile String, win32NetworkLoginProfileScriptPath String, win32NetworkLoginProfileUnitsPerWeek Uint32, win32NetworkLoginProfileUserComment String, win32NetworkLoginProfileUserId Uint32, win32NetworkLoginProfileUserType String, win32NetworkLoginProfileWorkstations String } win32NetworkLoginProfileKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkLoginProfile.KeyIndex" ::= { win32NetworkLoginProfileEntry 1 } win32NetworkLoginProfileAccountExpires OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The AccountExpires property indicates the date and time the account of a particular user expires.
Example: 20521201000230.000000000" REFERENCE "Win32-NetworkLoginProfile.AccountExpires" ::= { win32NetworkLoginProfileEntry 2 } win32NetworkLoginProfileAuthorizationFlags OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-NetworkLoginProfile.AuthorizationFlags" ::= { win32NetworkLoginProfileEntry 3 } win32NetworkLoginProfileBadPasswordCount OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BadPasswordCount property indicates the number of times the user enters a bad password when logging on to a Win32 system.
Example: 0" REFERENCE "Win32-NetworkLoginProfile.BadPasswordCount" ::= { win32NetworkLoginProfileEntry 4 } win32NetworkLoginProfileCodePage OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The CodePage property indicates the code page of the Win32 network login profile." REFERENCE "Win32-NetworkLoginProfile.CodePage" ::= { win32NetworkLoginProfileEntry 5 } win32NetworkLoginProfileComment OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Comment property indicates a comment." REFERENCE "Win32-NetworkLoginProfile.Comment" ::= { win32NetworkLoginProfileEntry 6 } win32NetworkLoginProfileCountryCode OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The CountryCode property indicates the country of the user." REFERENCE "Win32-NetworkLoginProfile.CountryCode" ::= { win32NetworkLoginProfileEntry 7 } win32NetworkLoginProfileFlags OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Flags property indicates the flags used in the NetWorkLoginProfile." REFERENCE "Win32-NetworkLoginProfile.Flags" ::= { win32NetworkLoginProfileEntry 8 } win32NetworkLoginProfileFullName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FullName property indicates the full name of the user belonging to the network login profile." REFERENCE "Win32-NetworkLoginProfile.FullName" ::= { win32NetworkLoginProfileEntry 9 } win32NetworkLoginProfileHomeDirectory OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The HomeDirectory property indicates the home directory of the user.
Example: \\HOMEDIR" REFERENCE "Win32-NetworkLoginProfile.HomeDirectory" ::= { win32NetworkLoginProfileEntry 10 } win32NetworkLoginProfileHomeDirectoryDrive OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The HomeDirectoryDrive property indicates the drive of the user's home directory.
Example: C:" REFERENCE "Win32-NetworkLoginProfile.HomeDirectoryDrive" ::= { win32NetworkLoginProfileEntry 11 } win32NetworkLoginProfileLastLogoff OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The LastLogoff property indicates the date and time the user last logged off the system.
Example: 19521201000230.000000000" REFERENCE "Win32-NetworkLoginProfile.LastLogoff" ::= { win32NetworkLoginProfileEntry 12 } win32NetworkLoginProfileLastLogon OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The LastLogon property indicates the date and time the user last logged on to the system.
Example: 19521201000230.000000000" REFERENCE "Win32-NetworkLoginProfile.LastLogon" ::= { win32NetworkLoginProfileEntry 13 } win32NetworkLoginProfileLogonHours OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The LogonHours property is a string that specifies the times during which the user can log on." REFERENCE "Win32-NetworkLoginProfile.LogonHours" ::= { win32NetworkLoginProfileEntry 14 } win32NetworkLoginProfileLogonServer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The LogonServer property indicates the name of the server onto which the user has logged.
Example: OCEANIA" REFERENCE "Win32-NetworkLoginProfile.LogonServer" ::= { win32NetworkLoginProfileEntry 15 } win32NetworkLoginProfileMaximumStorage OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MaximumStorage property indicates the maximum storage space that can be allocated to this user.
Example: 10000000" REFERENCE "Win32-NetworkLoginProfile.MaximumStorage" ::= { win32NetworkLoginProfileEntry 16 } win32NetworkLoginProfileName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the user.
Example: Joe Bloggs" REFERENCE "Win32-NetworkLoginProfile.Name" ::= { win32NetworkLoginProfileEntry 17 } win32NetworkLoginProfileNumberOfLogons OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The NumberOfLogons property indicates the number of logons at any given time.
Example: 4" REFERENCE "Win32-NetworkLoginProfile.NumberOfLogons" ::= { win32NetworkLoginProfileEntry 18 } win32NetworkLoginProfileParameters OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Parameters property indicates the parameters used in the NetWorkLoginProfile." REFERENCE "Win32-NetworkLoginProfile.Parameters" ::= { win32NetworkLoginProfileEntry 19 } win32NetworkLoginProfilePasswordAge OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The PasswordAge property indicates the length of time a password has been in effect.
Example: 00001201000230.000000000" REFERENCE "Win32-NetworkLoginProfile.PasswordAge" ::= { win32NetworkLoginProfileEntry 20 } win32NetworkLoginProfilePasswordExpires OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The PasswordExpires property indicates date and time the password expires.
Example: 19521201000230.000000000" REFERENCE "Win32-NetworkLoginProfile.PasswordExpires" ::= { win32NetworkLoginProfileEntry 21 } win32NetworkLoginProfilePrimaryGroupId OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PrimaryGroupID property indicates the ID of the primary group in the NetworkLoginProfile." REFERENCE "Win32-NetworkLoginProfile.PrimaryGroupId" ::= { win32NetworkLoginProfileEntry 22 } win32NetworkLoginProfilePrivileges OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The privileges property indicates user privileges allowed for the NetworkLoginProfile." REFERENCE "Win32-NetworkLoginProfile.Privileges" ::= { win32NetworkLoginProfileEntry 23 } win32NetworkLoginProfileProfile OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Profile property contains information about the user.
Example: Administrator" REFERENCE "Win32-NetworkLoginProfile.Profile" ::= { win32NetworkLoginProfileEntry 24 } win32NetworkLoginProfileScriptPath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ScriptPath property indicates the path to the user's logon script.
Example: C:\\win\\profiles\\JoeBloggs" REFERENCE "Win32-NetworkLoginProfile.ScriptPath" ::= { win32NetworkLoginProfileEntry 25 } win32NetworkLoginProfileUnitsPerWeek OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The UnitsPerWeek property indicates the units used each week in the NetworkLoginProfile." REFERENCE "Win32-NetworkLoginProfile.UnitsPerWeek" ::= { win32NetworkLoginProfileEntry 26 } win32NetworkLoginProfileUserComment OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UserComment property indicates comments by users." REFERENCE "Win32-NetworkLoginProfile.UserComment" ::= { win32NetworkLoginProfileEntry 27 } win32NetworkLoginProfileUserId OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The UserId property indicates the name or logon alias of the user." REFERENCE "Win32-NetworkLoginProfile.UserId" ::= { win32NetworkLoginProfileEntry 28 } win32NetworkLoginProfileUserType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UserType property indicates types of users." REFERENCE "Win32-NetworkLoginProfile.UserType" ::= { win32NetworkLoginProfileEntry 29 } win32NetworkLoginProfileWorkstations OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Workstations property indicates the workstations used in the NetworkLoginProfile." REFERENCE "Win32-NetworkLoginProfile.Workstations" ::= { win32NetworkLoginProfileEntry 30 } win32OSRecoveryConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32OSRecoveryConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-OSRecoveryConfiguration class represents the configuration information necessary to recover from an operating system failure, such as a boot failure or system crash." REFERENCE "Win32-OSRecoveryConfiguration" ::= { win32WMI 530 } win32OSRecoveryConfigurationEntry OBJECT-TYPE SYNTAX Win32OSRecoveryConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32OSRecoveryConfigurationKeyIndex } ::= { win32OSRecoveryConfigurationTable 1 } Win32OSRecoveryConfigurationEntry ::= SEQUENCE { win32OSRecoveryConfigurationKeyIndex String, win32OSRecoveryConfigurationAutoReboot Boolean, win32OSRecoveryConfigurationDebugFilePath String, win32OSRecoveryConfigurationName String, win32OSRecoveryConfigurationOverwriteExistingDebugFile Boolean, win32OSRecoveryConfigurationSendAdminAlert Boolean, win32OSRecoveryConfigurationWriteDebugInfo Boolean, win32OSRecoveryConfigurationWriteToSystemLog Boolean } win32OSRecoveryConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-OSRecoveryConfiguration.KeyIndex" ::= { win32OSRecoveryConfigurationEntry 1 } win32OSRecoveryConfigurationAutoReboot OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The AutoReboot property determines whether the system will be rebooted automatically during a recovery operation.
Values: TRUE or FALSE. If TRUE, the system will be automatically rebooted." REFERENCE "Win32-OSRecoveryConfiguration.AutoReboot" ::= { win32OSRecoveryConfigurationEntry 2 } win32OSRecoveryConfigurationDebugFilePath OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DebugFilePath property indicates the full path to the debug file." REFERENCE "Win32-OSRecoveryConfiguration.DebugFilePath" ::= { win32OSRecoveryConfigurationEntry 3 } win32OSRecoveryConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name used in the OSRecoveryConfiguration." REFERENCE "Win32-OSRecoveryConfiguration.Name" ::= { win32OSRecoveryConfigurationEntry 4 } win32OSRecoveryConfigurationOverwriteExistingDebugFile OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The OverwriteExistingDebugFile property determines whether to overwrite an existing debug file. This property is valid only if the WriteDebugInfo property is set to TRUE.
Values: TRUE or FALSE. If TRUE, the existing debug file will be overwritten." REFERENCE "Win32-OSRecoveryConfiguration.OverwriteExistingDebugFile" ::= { win32OSRecoveryConfigurationEntry 5 } win32OSRecoveryConfigurationSendAdminAlert OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The SendAdminAlert property determines whether 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." REFERENCE "Win32-OSRecoveryConfiguration.SendAdminAlert" ::= { win32OSRecoveryConfigurationEntry 6 } win32OSRecoveryConfigurationWriteDebugInfo OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The WriteDebugInfo property determines whether debug information will be written to a file.
Values: TRUE or FALSE. If TRUE, debug info is written a file." REFERENCE "Win32-OSRecoveryConfiguration.WriteDebugInfo" ::= { win32OSRecoveryConfigurationEntry 7 } win32OSRecoveryConfigurationWriteToSystemLog OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The WriteToSystemLog property determines whether system failure information will be written to a system log file.
Values: TRUE or FALSE. If TRUE, system failure information will be written to a system log file." REFERENCE "Win32-OSRecoveryConfiguration.WriteToSystemLog" ::= { win32OSRecoveryConfigurationEntry 8 } win32PrinterConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32PrinterConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-PrinterConfiguration class defines a printer configuration." REFERENCE "Win32-PrinterConfiguration" ::= { win32WMI 540 } win32PrinterConfigurationEntry OBJECT-TYPE SYNTAX Win32PrinterConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32PrinterConfigurationKeyIndex } ::= { win32PrinterConfigurationTable 1 } Win32PrinterConfigurationEntry ::= SEQUENCE { win32PrinterConfigurationKeyIndex String, win32PrinterConfigurationBitsPerPel Uint32, win32PrinterConfigurationCollate Boolean, win32PrinterConfigurationColor Uint32, win32PrinterConfigurationCopies Uint32, win32PrinterConfigurationDeviceName String, win32PrinterConfigurationDisplayFlags Uint32, win32PrinterConfigurationDisplayFrequency Uint32, win32PrinterConfigurationDitherType Uint32, win32PrinterConfigurationDriverVersion Uint32, win32PrinterConfigurationDuplex Boolean, win32PrinterConfigurationFormName String, win32PrinterConfigurationICMIntent Uint32, win32PrinterConfigurationICMMethod Uint32, win32PrinterConfigurationLogPixels Uint32, win32PrinterConfigurationMediaType Uint32, win32PrinterConfigurationName String, win32PrinterConfigurationOrientation Uint32, win32PrinterConfigurationPaperLength Uint32, win32PrinterConfigurationPaperSize String, win32PrinterConfigurationPaperWidth Uint32, win32PrinterConfigurationPelsHeight Uint32, win32PrinterConfigurationPelsWidth Uint32, win32PrinterConfigurationPrintQuality Uint32, win32PrinterConfigurationScale Uint32, win32PrinterConfigurationSpecificationVersion Uint32, win32PrinterConfigurationTTOption Uint32, win32PrinterConfigurationXResolution Uint32, win32PrinterConfigurationYResolution Uint32 } win32PrinterConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.KeyIndex" ::= { win32PrinterConfigurationEntry 1 } win32PrinterConfigurationBitsPerPel OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BitsPerPel property indicates the number of bits per pixel for the Win32 printer.
Example: 16" REFERENCE "Win32-PrinterConfiguration.BitsPerPel" ::= { win32PrinterConfigurationEntry 2 } win32PrinterConfigurationCollate OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Collate property determines whether to collate the print job.
Values: TRUE or FALSE. If TRUE, the printer collates the print job." REFERENCE "Win32-PrinterConfiguration.Collate" ::= { win32PrinterConfigurationEntry 3 } win32PrinterConfigurationColor OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Color property indicates the color in which print jobs are produced.
Example: 0x000" REFERENCE "Win32-PrinterConfiguration.Color" ::= { win32PrinterConfigurationEntry 4 } win32PrinterConfigurationCopies OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Copies property indicates the number copies to be printed.
Example: 2" REFERENCE "Win32-PrinterConfiguration.Copies" ::= { win32PrinterConfigurationEntry 5 } win32PrinterConfigurationDeviceName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceName property indicates the name of the print device." REFERENCE "Win32-PrinterConfiguration.DeviceName" ::= { win32PrinterConfigurationEntry 6 } win32PrinterConfigurationDisplayFlags OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DisplayFlags property indicates the display flags for the Win32 printer." REFERENCE "Win32-PrinterConfiguration.DisplayFlags" ::= { win32PrinterConfigurationEntry 7 } win32PrinterConfigurationDisplayFrequency OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DisplayFrequency property indicates the display frequency for the Win32 printer." REFERENCE "Win32-PrinterConfiguration.DisplayFrequency" ::= { win32PrinterConfigurationEntry 8 } win32PrinterConfigurationDitherType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DitherType property indicates the dither type for the Win32 printer." REFERENCE "Win32-PrinterConfiguration.DitherType" ::= { win32PrinterConfigurationEntry 9 } win32PrinterConfigurationDriverVersion OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DriverVersion property indicates the version of the Win32 printer driver." REFERENCE "Win32-PrinterConfiguration.DriverVersion" ::= { win32PrinterConfigurationEntry 10 } win32PrinterConfigurationDuplex OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The Duplex property determines whether the print media is printed on both sides.
Values: TRUE or FALSE. If TRUE, the print media is printed on both sides." REFERENCE "Win32-PrinterConfiguration.Duplex" ::= { win32PrinterConfigurationEntry 11 } win32PrinterConfigurationFormName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The FormName property indicates the name of the form used for the print job.
Example: Cheques" REFERENCE "Win32-PrinterConfiguration.FormName" ::= { win32PrinterConfigurationEntry 12 } win32PrinterConfigurationICMIntent OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.ICMIntent" ::= { win32PrinterConfigurationEntry 13 } win32PrinterConfigurationICMMethod OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.ICMMethod" ::= { win32PrinterConfigurationEntry 14 } win32PrinterConfigurationLogPixels OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.LogPixels" ::= { win32PrinterConfigurationEntry 15 } win32PrinterConfigurationMediaType OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The MediaType property indicates the media type.
Example: Paper" REFERENCE "Win32-PrinterConfiguration.MediaType" ::= { win32PrinterConfigurationEntry 16 } win32PrinterConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the current printer configuration.
Character Set: Alphanumeric" REFERENCE "Win32-PrinterConfiguration.Name" ::= { win32PrinterConfigurationEntry 17 } win32PrinterConfigurationOrientation OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Orientation property indicates the orientation of the print job.
Example: Landscape or Portrait" REFERENCE "Win32-PrinterConfiguration.Orientation" ::= { win32PrinterConfigurationEntry 18 } win32PrinterConfigurationPaperLength OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PaperLength property indicates the length of the paper.
Example: 11" REFERENCE "Win32-PrinterConfiguration.PaperLength" ::= { win32PrinterConfigurationEntry 19 } win32PrinterConfigurationPaperSize OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The PaperSize property indicates the size of the paper.
Example: A4 or Letter" REFERENCE "Win32-PrinterConfiguration.PaperSize" ::= { win32PrinterConfigurationEntry 20 } win32PrinterConfigurationPaperWidth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PaperWidth property indicates the width of the paper.
Example: 8.5" REFERENCE "Win32-PrinterConfiguration.PaperWidth" ::= { win32PrinterConfigurationEntry 21 } win32PrinterConfigurationPelsHeight OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.PelsHeight" ::= { win32PrinterConfigurationEntry 22 } win32PrinterConfigurationPelsWidth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.PelsWidth" ::= { win32PrinterConfigurationEntry 23 } win32PrinterConfigurationPrintQuality OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PrintQuality property indicates the quality of the print job.
Example: Draft" REFERENCE "Win32-PrinterConfiguration.PrintQuality" ::= { win32PrinterConfigurationEntry 24 } win32PrinterConfigurationScale OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The Scale property indicates the scale of the print job." REFERENCE "Win32-PrinterConfiguration.Scale" ::= { win32PrinterConfigurationEntry 25 } win32PrinterConfigurationSpecificationVersion OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SpecificationVersion property indicates the version of the specification." REFERENCE "Win32-PrinterConfiguration.SpecificationVersion" ::= { win32PrinterConfigurationEntry 26 } win32PrinterConfigurationTTOption OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-PrinterConfiguration.TTOption" ::= { win32PrinterConfigurationEntry 27 } win32PrinterConfigurationXResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XResolution property indicates the resolution along the X axis (width) of the print job." REFERENCE "Win32-PrinterConfiguration.XResolution" ::= { win32PrinterConfigurationEntry 28 } win32PrinterConfigurationYResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The YResolution property indicates the resolution along the Y axis (height) of the print job." REFERENCE "Win32-PrinterConfiguration.YResolution" ::= { win32PrinterConfigurationEntry 29 } win32ProgramGroupTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32ProgramGroupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-ProgramGroup class represents a program group in a Win32 system, such as Accessories or Startup." REFERENCE "Win32-ProgramGroup" ::= { win32WMI 550 } win32ProgramGroupEntry OBJECT-TYPE SYNTAX Win32ProgramGroupEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32ProgramGroupKeyIndex } ::= { win32ProgramGroupTable 1 } Win32ProgramGroupEntry ::= SEQUENCE { win32ProgramGroupKeyIndex String, win32ProgramGroupGroupName String, win32ProgramGroupName String, win32ProgramGroupUserName String } win32ProgramGroupKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-ProgramGroup.KeyIndex" ::= { win32ProgramGroupEntry 1 } win32ProgramGroupGroupName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The GroupName property indicates the name of the Win32 program group.
Example: Accessories\\System Tools" REFERENCE "Win32-ProgramGroup.GroupName" ::= { win32ProgramGroupEntry 2 } win32ProgramGroupName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the user name followed by the group name.
Example: All Users:Accessories\\System Tools" REFERENCE "Win32-ProgramGroup.Name" ::= { win32ProgramGroupEntry 3 } win32ProgramGroupUserName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The UserName property indicates the users who can access the Win32 program group.
Example: All Users" REFERENCE "Win32-ProgramGroup.UserName" ::= { win32ProgramGroupEntry 4 } win32SerialPortConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32SerialPortConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-SerialPortConfiguration class represents a serial port configuration." REFERENCE "Win32-SerialPortConfiguration" ::= { win32WMI 560 } win32SerialPortConfigurationEntry OBJECT-TYPE SYNTAX Win32SerialPortConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32SerialPortConfigurationKeyIndex } ::= { win32SerialPortConfigurationTable 1 } Win32SerialPortConfigurationEntry ::= SEQUENCE { win32SerialPortConfigurationKeyIndex String, win32SerialPortConfigurationAbortReadWriteOnError Boolean, win32SerialPortConfigurationBaudRate Uint32, win32SerialPortConfigurationBinaryModeEnabled Boolean, win32SerialPortConfigurationBitsPerByte Uint32, win32SerialPortConfigurationContinueXMitOnXOff Boolean, win32SerialPortConfigurationCTSOutflowControl Boolean, win32SerialPortConfigurationDiscardNULLBytes Boolean, win32SerialPortConfigurationDSROutflowControl Boolean, win32SerialPortConfigurationDSRSensitivity Boolean, win32SerialPortConfigurationDTRFlowControlType String, win32SerialPortConfigurationEOFCharacter Uint32, win32SerialPortConfigurationErrorReplaceCharacter Uint32, win32SerialPortConfigurationErrorReplacementEnabled Boolean, win32SerialPortConfigurationEventCharacter Uint32, win32SerialPortConfigurationIsBusy Boolean, win32SerialPortConfigurationName String, win32SerialPortConfigurationParity String, win32SerialPortConfigurationParityCheckEnabled Boolean, win32SerialPortConfigurationRTSFlowControlType String, win32SerialPortConfigurationStopBits String, win32SerialPortConfigurationXOffCharacter Uint32, win32SerialPortConfigurationXOffXMitThreshold Uint32, win32SerialPortConfigurationXOnCharacter Uint32, win32SerialPortConfigurationXOnXMitThreshold Uint32, win32SerialPortConfigurationXOnXOffInFlowControl Uint32, win32SerialPortConfigurationXOnXOffOutFlowControl Uint32 } win32SerialPortConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SerialPortConfiguration.KeyIndex" ::= { win32SerialPortConfigurationEntry 1 } win32SerialPortConfigurationAbortReadWriteOnError OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The AbortReadWriteOnError property determines whether to abort a read or write operation when an error occurs.
Values: TRUE or FALSE. If TRUE, the operation is aborted." REFERENCE "Win32-SerialPortConfiguration.AbortReadWriteOnError" ::= { win32SerialPortConfigurationEntry 2 } win32SerialPortConfigurationBaudRate OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BaudRate property indicates the baud rate for this serial port.
Example: 9600" REFERENCE "Win32-SerialPortConfiguration.BaudRate" ::= { win32SerialPortConfigurationEntry 3 } win32SerialPortConfigurationBinaryModeEnabled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The BinaryModeEnabled property determines whether binary mode is enabled for the serial port.
Values: TRUE or FALSE. If TRUE, binary mode is enabled." REFERENCE "Win32-SerialPortConfiguration.BinaryModeEnabled" ::= { win32SerialPortConfigurationEntry 4 } win32SerialPortConfigurationBitsPerByte OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BitsPerByte property indicates the number of bits per byte for the Win32 serial port.
Example: 8" REFERENCE "Win32-SerialPortConfiguration.BitsPerByte" ::= { win32SerialPortConfigurationEntry 5 } win32SerialPortConfigurationContinueXMitOnXOff OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-SerialPortConfiguration.ContinueXMitOnXOff" ::= { win32SerialPortConfigurationEntry 6 } win32SerialPortConfigurationCTSOutflowControl OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The CTSOutflowControl property determines whether data outflow control is enabled when there is a Clear To Send (CTS) condition.
Values: TRUE or FALSE. If TRUE, CTS outflow control is enabled." REFERENCE "Win32-SerialPortConfiguration.CTSOutflowControl" ::= { win32SerialPortConfigurationEntry 7 } win32SerialPortConfigurationDiscardNULLBytes OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The DiscardNULLBytes property determines whether to discard NULL bytes (characters).
Values: TRUE or FALSE. If TRUE, NULL bytes are discarded." REFERENCE "Win32-SerialPortConfiguration.DiscardNULLBytes" ::= { win32SerialPortConfigurationEntry 8 } win32SerialPortConfigurationDSROutflowControl OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The DSROutflowControl property determines whether data outflow control is enabled when there is a Data Set Read (DSR) condition.
Values: TRUE or FALSE. If TRUE, DSR outflow control is enabled." REFERENCE "Win32-SerialPortConfiguration.DSROutflowControl" ::= { win32SerialPortConfigurationEntry 9 } win32SerialPortConfigurationDSRSensitivity OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The DSRSensitivity property determines whether DSR sensitivity is enabled.
Values: TRUE or FALSE. If TRUE, DSR sensitivity is enabled." REFERENCE "Win32-SerialPortConfiguration.DSRSensitivity" ::= { win32SerialPortConfigurationEntry 10 } win32SerialPortConfigurationDTRFlowControlType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DTRFlowControlType property indicates the type of data terminal ready (DTR) flow control.
Character Set: Alphanumeric" REFERENCE "Win32-SerialPortConfiguration.DTRFlowControlType" ::= { win32SerialPortConfigurationEntry 11 } win32SerialPortConfigurationEOFCharacter OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The EOFCharacter property indicates the end of file (EOF) character.
Example: ^Z" REFERENCE "Win32-SerialPortConfiguration.EOFCharacter" ::= { win32SerialPortConfigurationEntry 12 } win32SerialPortConfigurationErrorReplaceCharacter OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ErrorReplaceCharacter property indicates the error replace character.
Example: ^C" REFERENCE "Win32-SerialPortConfiguration.ErrorReplaceCharacter" ::= { win32SerialPortConfigurationEntry 13 } win32SerialPortConfigurationErrorReplacementEnabled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The ErrorReplacementEnabled property determines whether error replacement is enabled.
Values: TRUE or FALSE. If TRUE, error replacement is enabled." REFERENCE "Win32-SerialPortConfiguration.ErrorReplacementEnabled" ::= { win32SerialPortConfigurationEntry 14 } win32SerialPortConfigurationEventCharacter OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The EventCharacter property indicates the event character.
Example: ^e" REFERENCE "Win32-SerialPortConfiguration.EventCharacter" ::= { win32SerialPortConfigurationEntry 15 } win32SerialPortConfigurationIsBusy OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The IsBusy property determines whether the serial port is busy.
Values: TRUE or FALSE. If TRUE, the serial port is busy." REFERENCE "Win32-SerialPortConfiguration.IsBusy" ::= { win32SerialPortConfigurationEntry 16 } win32SerialPortConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the Win32 serial port.
Example: COM1" REFERENCE "Win32-SerialPortConfiguration.Name" ::= { win32SerialPortConfigurationEntry 17 } win32SerialPortConfigurationParity OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Parity property indicates the type of parity used.
Example: None, Even, or Odd" REFERENCE "Win32-SerialPortConfiguration.Parity" ::= { win32SerialPortConfigurationEntry 18 } win32SerialPortConfigurationParityCheckEnabled OBJECT-TYPE SYNTAX Boolean ACCESS read-write STATUS mandatory DESCRIPTION "The ParityCheckEnabled property determines whether parity checking is enabled.
Values: TRUE or FALSE. If TRUE, parity checking is enabled." REFERENCE "Win32-SerialPortConfiguration.ParityCheckEnabled" ::= { win32SerialPortConfigurationEntry 19 } win32SerialPortConfigurationRTSFlowControlType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The RTSFlowControlType property indicates the type of ready to send (RTS) flow control.
Character Set: Alphanumeric" REFERENCE "Win32-SerialPortConfiguration.RTSFlowControlType" ::= { win32SerialPortConfigurationEntry 20 } win32SerialPortConfigurationStopBits OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The StopBits property indicates the number of stop bits for the Win32 serial port.
Example: 1" REFERENCE "Win32-SerialPortConfiguration.StopBits" ::= { win32SerialPortConfigurationEntry 21 } win32SerialPortConfigurationXOffCharacter OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XOffCharacter property indicates the XOff character for the Win32 serial port." REFERENCE "Win32-SerialPortConfiguration.XOffCharacter" ::= { win32SerialPortConfigurationEntry 22 } win32SerialPortConfigurationXOffXMitThreshold OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XOffXMitThreshold property indicates the XOff transmit threshold for the Win32 serial port." REFERENCE "Win32-SerialPortConfiguration.XOffXMitThreshold" ::= { win32SerialPortConfigurationEntry 23 } win32SerialPortConfigurationXOnCharacter OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XOnCharacter property indicates the XOn character." REFERENCE "Win32-SerialPortConfiguration.XOnCharacter" ::= { win32SerialPortConfigurationEntry 24 } win32SerialPortConfigurationXOnXMitThreshold OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XOnXMitThreshold property indicates the XOn transmit threshold." REFERENCE "Win32-SerialPortConfiguration.XOnXMitThreshold" ::= { win32SerialPortConfigurationEntry 25 } win32SerialPortConfigurationXOnXOffInFlowControl OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XOnXOffInFlowControl property indicates the amount of data inflow." REFERENCE "Win32-SerialPortConfiguration.XOnXOffInFlowControl" ::= { win32SerialPortConfigurationEntry 26 } win32SerialPortConfigurationXOnXOffOutFlowControl OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The XOnXOffOutFlowControl property indicates the amount of data outflow." REFERENCE "Win32-SerialPortConfiguration.XOnXOffOutFlowControl" ::= { win32SerialPortConfigurationEntry 27 } win32TimeZoneTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32TimeZoneEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-TimeZone class represents the time zone information for a Win32 system. For example, (GMT08:00) Pacific Time (US & Canada); Tijuana." REFERENCE "Win32-TimeZone" ::= { win32WMI 570 } win32TimeZoneEntry OBJECT-TYPE SYNTAX Win32TimeZoneEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32TimeZoneKeyIndex } ::= { win32TimeZoneTable 1 } Win32TimeZoneEntry ::= SEQUENCE { win32TimeZoneKeyIndex String, win32TimeZoneBias Sint32, win32TimeZoneDaylightBias Sint32, win32TimeZoneDaylightDay Uint32, win32TimeZoneDaylightDayOfWeek Uint8, win32TimeZoneDaylightHour Uint32, win32TimeZoneDaylightMillisecond Uint32, win32TimeZoneDaylightMinute Uint32, win32TimeZoneDaylightMonth Uint32, win32TimeZoneDaylightName String, win32TimeZoneDaylightSecond Uint32, win32TimeZoneDaylightYear Uint32, win32TimeZoneStandardBias Uint32, win32TimeZoneStandardDay Uint32, win32TimeZoneStandardDayOfWeek Uint8, win32TimeZoneStandardHour Uint32, win32TimeZoneStandardMillisecond Uint32, win32TimeZoneStandardMinute Uint32, win32TimeZoneStandardMonth Uint32, win32TimeZoneStandardName String, win32TimeZoneStandardSecond Uint32, win32TimeZoneStandardYear Uint32 } win32TimeZoneKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-TimeZone.KeyIndex" ::= { win32TimeZoneEntry 1 } win32TimeZoneBias OBJECT-TYPE SYNTAX Sint32 ACCESS read-write STATUS mandatory DESCRIPTION "The bias property indicates the bias of the time zone." REFERENCE "Win32-TimeZone.Bias" ::= { win32TimeZoneEntry 2 } win32TimeZoneDaylightBias OBJECT-TYPE SYNTAX Sint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightBias property indicates the bias during daylight saving time." REFERENCE "Win32-TimeZone.DaylightBias" ::= { win32TimeZoneEntry 3 } win32TimeZoneDaylightDay OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightDay property indicates the day during daylight saving time.
Example: 31" REFERENCE "Win32-TimeZone.DaylightDay" ::= { win32TimeZoneEntry 4 } win32TimeZoneDaylightDayOfWeek OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightDayOfWeek property indicates the day of the week during daylight saving time.
Example: Monday" REFERENCE "Win32-TimeZone.DaylightDayOfWeek" ::= { win32TimeZoneEntry 5 } win32TimeZoneDaylightHour OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightHour property indicates the hour of the day during daylight saving time.
Example: 11" REFERENCE "Win32-TimeZone.DaylightHour" ::= { win32TimeZoneEntry 6 } win32TimeZoneDaylightMillisecond OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightMillisecond property indicates a millionth of a second during daylight saving time." REFERENCE "Win32-TimeZone.DaylightMillisecond" ::= { win32TimeZoneEntry 7 } win32TimeZoneDaylightMinute OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightMinute property indicates a minute during daylight saving time.
Example: 59" REFERENCE "Win32-TimeZone.DaylightMinute" ::= { win32TimeZoneEntry 8 } win32TimeZoneDaylightMonth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightMonth property indicates the month of the year during daylight saving time.
Example: 4" REFERENCE "Win32-TimeZone.DaylightMonth" ::= { win32TimeZoneEntry 9 } win32TimeZoneDaylightName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightName property indicates the name during daylight saving time.
Character Set: Alphanumeric" REFERENCE "Win32-TimeZone.DaylightName" ::= { win32TimeZoneEntry 10 } win32TimeZoneDaylightSecond OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightSecond property indicates a second during daylight saving time.
Example: 59" REFERENCE "Win32-TimeZone.DaylightSecond" ::= { win32TimeZoneEntry 11 } win32TimeZoneDaylightYear OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DaylightYear property indicates the year during daylight saving time.
Example: 97" REFERENCE "Win32-TimeZone.DaylightYear" ::= { win32TimeZoneEntry 12 } win32TimeZoneStandardBias OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardBias property indicates the bias during standard time." REFERENCE "Win32-TimeZone.StandardBias" ::= { win32TimeZoneEntry 13 } win32TimeZoneStandardDay OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardDay property indicates the day during standard time.
Example: 31" REFERENCE "Win32-TimeZone.StandardDay" ::= { win32TimeZoneEntry 14 } win32TimeZoneStandardDayOfWeek OBJECT-TYPE SYNTAX Uint8 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardDayOfWeek property indicates the day of the week during standard time.
Example: Monday" REFERENCE "Win32-TimeZone.StandardDayOfWeek" ::= { win32TimeZoneEntry 15 } win32TimeZoneStandardHour OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardHour property indicates the hour of the day during standard time.
Example: 11" REFERENCE "Win32-TimeZone.StandardHour" ::= { win32TimeZoneEntry 16 } win32TimeZoneStandardMillisecond OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardMillisecond property indicates a millionth of a second during standard time." REFERENCE "Win32-TimeZone.StandardMillisecond" ::= { win32TimeZoneEntry 17 } win32TimeZoneStandardMinute OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardMinute property indicates a minute during standard time.
Example: 59" REFERENCE "Win32-TimeZone.StandardMinute" ::= { win32TimeZoneEntry 18 } win32TimeZoneStandardMonth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardMonth property indicates the month of the year during standard time.
Example: 12" REFERENCE "Win32-TimeZone.StandardMonth" ::= { win32TimeZoneEntry 19 } win32TimeZoneStandardName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The StandardName property indicates the name during standard time.
Character Set: Alphanumeric" REFERENCE "Win32-TimeZone.StandardName" ::= { win32TimeZoneEntry 20 } win32TimeZoneStandardSecond OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardSecond property indicates a second during standard time.
Example: 59" REFERENCE "Win32-TimeZone.StandardSecond" ::= { win32TimeZoneEntry 21 } win32TimeZoneStandardYear OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The StandardYear property indicates the year during standard time.
Example: 97" REFERENCE "Win32-TimeZone.StandardYear" ::= { win32TimeZoneEntry 22 } win32VideoConfigurationTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32VideoConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-VideoConfiguration class represents a configuration of a video subsystem." REFERENCE "Win32-VideoConfiguration" ::= { win32WMI 580 } win32VideoConfigurationEntry OBJECT-TYPE SYNTAX Win32VideoConfigurationEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32VideoConfigurationKeyIndex } ::= { win32VideoConfigurationTable 1 } Win32VideoConfigurationEntry ::= SEQUENCE { win32VideoConfigurationKeyIndex String, win32VideoConfigurationActualColorResolution Uint32, win32VideoConfigurationAdapterChipType String, win32VideoConfigurationAdapterCompatibility String, win32VideoConfigurationAdapterDACType String, win32VideoConfigurationAdapterDescription String, win32VideoConfigurationAdapterRAM Uint32, win32VideoConfigurationAdapterType String, win32VideoConfigurationBitsPerPixel Uint32, win32VideoConfigurationColorPlanes Uint32, win32VideoConfigurationColorTableEntries Uint32, win32VideoConfigurationDeviceSpecificPens Uint32, win32VideoConfigurationDriverDate Datetime, win32VideoConfigurationHorizontalResolution Uint32, win32VideoConfigurationInfFilename String, win32VideoConfigurationInfSection String, win32VideoConfigurationInstalledDisplayDrivers String, win32VideoConfigurationMonitorManufacturer String, win32VideoConfigurationMonitorType String, win32VideoConfigurationName String, win32VideoConfigurationPixelsPerXLogicalInch Uint32, win32VideoConfigurationPixelsPerYLogicalInch Uint32, win32VideoConfigurationRefreshRate Uint32, win32VideoConfigurationScanMode String, win32VideoConfigurationScreenHeight Uint32, win32VideoConfigurationScreenWidth Uint32, win32VideoConfigurationSystemPaletteEntries Uint32, win32VideoConfigurationVerticalResolution Uint32 } win32VideoConfigurationKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-VideoConfiguration.KeyIndex" ::= { win32VideoConfigurationEntry 1 } win32VideoConfigurationActualColorResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ActualColorResolution property indicates the actual color resolution of the video display.
Example: 256" REFERENCE "Win32-VideoConfiguration.ActualColorResolution" ::= { win32VideoConfigurationEntry 2 } win32VideoConfigurationAdapterChipType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The AdapterChipType property indicates the name of the adapter chip.
Example: s3" REFERENCE "Win32-VideoConfiguration.AdapterChipType" ::= { win32VideoConfigurationEntry 3 } win32VideoConfigurationAdapterCompatibility OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-VideoConfiguration.AdapterCompatibility" ::= { win32VideoConfigurationEntry 4 } win32VideoConfigurationAdapterDACType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The AdapterDACType property indicates the DAC type of the adapter.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.AdapterDACType" ::= { win32VideoConfigurationEntry 5 } win32VideoConfigurationAdapterDescription OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The AdapterDescription property indicates the descriptive name of the video adapter.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.AdapterDescription" ::= { win32VideoConfigurationEntry 6 } win32VideoConfigurationAdapterRAM OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The AdapterRAM property indicates the memory size (in bytes) of the video adapter.
Example: 64000" REFERENCE "Win32-VideoConfiguration.AdapterRAM" ::= { win32VideoConfigurationEntry 7 } win32VideoConfigurationAdapterType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The AdapterType property indicates the type of video adapter.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.AdapterType" ::= { win32VideoConfigurationEntry 8 } win32VideoConfigurationBitsPerPixel OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The BitsPerPixel property indicates the number of bits per pixel.
Example: 8" REFERENCE "Win32-VideoConfiguration.BitsPerPixel" ::= { win32VideoConfigurationEntry 9 } win32VideoConfigurationColorPlanes OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ColorPlanes property indicates the number of color planes.
Example: 4" REFERENCE "Win32-VideoConfiguration.ColorPlanes" ::= { win32VideoConfigurationEntry 10 } win32VideoConfigurationColorTableEntries OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ColorTableEntries property indicates the number of color table entries.
Example: 256" REFERENCE "Win32-VideoConfiguration.ColorTableEntries" ::= { win32VideoConfigurationEntry 11 } win32VideoConfigurationDeviceSpecificPens OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The DeviceSpecificPens property indicates the number of pens.
Example: 3" REFERENCE "Win32-VideoConfiguration.DeviceSpecificPens" ::= { win32VideoConfigurationEntry 12 } win32VideoConfigurationDriverDate OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "The DriverDate property indicates the date and time of the currently-installed video driver." REFERENCE "Win32-VideoConfiguration.DriverDate" ::= { win32VideoConfigurationEntry 13 } win32VideoConfigurationHorizontalResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The HorizontalResolution property indicates the horizontal resolution of the display." REFERENCE "Win32-VideoConfiguration.HorizontalResolution" ::= { win32VideoConfigurationEntry 14 } win32VideoConfigurationInfFilename OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The InfFilename property indicates the path to the INF file.
Example: C:\\WINNT\\SYSTEM32\\DRIVERS" REFERENCE "Win32-VideoConfiguration.InfFilename" ::= { win32VideoConfigurationEntry 15 } win32VideoConfigurationInfSection OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The InfSection property indicates the section of the INF file where the Win32 video configuration information resides.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.InfSection" ::= { win32VideoConfigurationEntry 16 } win32VideoConfigurationInstalledDisplayDrivers OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The InstalledDisplayDriver property indicates the name of the installed display driver.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.InstalledDisplayDrivers" ::= { win32VideoConfigurationEntry 17 } win32VideoConfigurationMonitorManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MonitorManufacturer property indicates the manufacturer of the video adapter.
Example: NEC" REFERENCE "Win32-VideoConfiguration.MonitorManufacturer" ::= { win32VideoConfigurationEntry 18 } win32VideoConfigurationMonitorType OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The MonitorType property indicates the type of monitor.
Example: NEC 5FGp" REFERENCE "Win32-VideoConfiguration.MonitorType" ::= { win32VideoConfigurationEntry 19 } win32VideoConfigurationName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Name property indicates the name of the video adapter.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.Name" ::= { win32VideoConfigurationEntry 20 } win32VideoConfigurationPixelsPerXLogicalInch OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PixelsPerXLogicalInch property indicates the number of pixels per logical inch along the X axis (horizontal direction) of the display." REFERENCE "Win32-VideoConfiguration.PixelsPerXLogicalInch" ::= { win32VideoConfigurationEntry 21 } win32VideoConfigurationPixelsPerYLogicalInch OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The PixelsPerYLogicalInch property indicates the number of pixels per logical inch along the Y axis (vertical direction) of the display." REFERENCE "Win32-VideoConfiguration.PixelsPerYLogicalInch" ::= { win32VideoConfigurationEntry 22 } win32VideoConfigurationRefreshRate OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory 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." REFERENCE "Win32-VideoConfiguration.RefreshRate" ::= { win32VideoConfigurationEntry 23 } win32VideoConfigurationScanMode OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The ScanMode property indicates the scan mode of the video adapter.
Character Set: Alphanumeric" REFERENCE "Win32-VideoConfiguration.ScanMode" ::= { win32VideoConfigurationEntry 24 } win32VideoConfigurationScreenHeight OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ScreenHeight property indicates the height of the display screen." REFERENCE "Win32-VideoConfiguration.ScreenHeight" ::= { win32VideoConfigurationEntry 25 } win32VideoConfigurationScreenWidth OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The ScreenWidth property indicates the width of the display screen." REFERENCE "Win32-VideoConfiguration.ScreenWidth" ::= { win32VideoConfigurationEntry 26 } win32VideoConfigurationSystemPaletteEntries OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The SystemPaletteEntries property indicates the number of system palette entries.
Example: 256" REFERENCE "Win32-VideoConfiguration.SystemPaletteEntries" ::= { win32VideoConfigurationEntry 27 } win32VideoConfigurationVerticalResolution OBJECT-TYPE SYNTAX Uint32 ACCESS read-write STATUS mandatory DESCRIPTION "The VerticalResolution property indicates the vertical resolution of the display." REFERENCE "Win32-VideoConfiguration.VerticalResolution" ::= { win32VideoConfigurationEntry 28 } win32LogicalDiskToPartitionTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32LogicalDiskToPartitionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-LogicalDiskToPartition class represents an association between a logical disk drive and the disk partition it resides on." REFERENCE "Win32-LogicalDiskToPartition" ::= { win32WMI 590 } win32LogicalDiskToPartitionEntry OBJECT-TYPE SYNTAX Win32LogicalDiskToPartitionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32LogicalDiskToPartitionKeyIndex } ::= { win32LogicalDiskToPartitionTable 1 } Win32LogicalDiskToPartitionEntry ::= SEQUENCE { win32LogicalDiskToPartitionKeyIndex String, win32LogicalDiskToPartitionAntecedent String, win32LogicalDiskToPartitionDependent String } win32LogicalDiskToPartitionKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-LogicalDiskToPartition.KeyIndex" ::= { win32LogicalDiskToPartitionEntry 1 } win32LogicalDiskToPartitionAntecedent OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Antecedent reference represents the Win32-DiskPartition containing the properties of a disk partition where the logical disk resides." REFERENCE "Win32-LogicalDiskToPartition.Antecedent" ::= { win32LogicalDiskToPartitionEntry 2 } win32LogicalDiskToPartitionDependent OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Dependent reference represents the Win32-LogicalDisk containing the properties of a logical disk that resides on a physical disk partition." REFERENCE "Win32-LogicalDiskToPartition.Dependent" ::= { win32LogicalDiskToPartitionEntry 3 } win32DiskDriveToDiskPartitionTable OBJECT-TYPE SYNTAX SEQUENCE OF Win32DiskDriveToDiskPartitionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "The Win32-DiskDriveToDiskPartition class represents an association between a disk drive and a partition existing on it." REFERENCE "Win32-DiskDriveToDiskPartition" ::= { win32WMI 600 } win32DiskDriveToDiskPartitionEntry OBJECT-TYPE SYNTAX Win32DiskDriveToDiskPartitionEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { win32DiskDriveToDiskPartitionKeyIndex } ::= { win32DiskDriveToDiskPartitionTable 1 } Win32DiskDriveToDiskPartitionEntry ::= SEQUENCE { win32DiskDriveToDiskPartitionKeyIndex String, win32DiskDriveToDiskPartitionAntecedent String, win32DiskDriveToDiskPartitionDependent String } win32DiskDriveToDiskPartitionKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "Win32-DiskDriveToDiskPartition.KeyIndex" ::= { win32DiskDriveToDiskPartitionEntry 1 } win32DiskDriveToDiskPartitionAntecedent OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Antecedent reference represents the Win32-DiskDrive containing the properties of the disk drive where the partition exists." REFERENCE "Win32-DiskDriveToDiskPartition.Antecedent" ::= { win32DiskDriveToDiskPartitionEntry 2 } win32DiskDriveToDiskPartitionDependent OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "The Dependent reference represents the Win32-DiskPartition containing the properties of a disk partition residing on the disk drive." REFERENCE "Win32-DiskDriveToDiskPartition.Dependent" ::= { win32DiskDriveToDiskPartitionEntry 3 } cimBIOSElementTable OBJECT-TYPE SYNTAX SEQUENCE OF CimBIOSElementEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement" ::= { win32WMI 610 } cimBIOSElementEntry OBJECT-TYPE SYNTAX CimBIOSElementEntry ACCESS not-accessible STATUS mandatory DESCRIPTION "" INDEX { cimBIOSElementKeyIndex } ::= { cimBIOSElementTable 1 } CimBIOSElementEntry ::= SEQUENCE { cimBIOSElementKeyIndex String, cimBIOSElementName String, cimBIOSElementManufacturer String, cimBIOSElementDescription String, cimBIOSElementVersion String, cimBIOSElementBuildNumber String, cimBIOSElementReleaseDate Datetime } cimBIOSElementKeyIndex OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.KeyIndex" ::= { cimBIOSElementEntry 1 } cimBIOSElementName OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.Name" ::= { cimBIOSElementEntry 2 } cimBIOSElementManufacturer OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.Manufacturer" ::= { cimBIOSElementEntry 3 } cimBIOSElementDescription OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.Description" ::= { cimBIOSElementEntry 4 } cimBIOSElementVersion OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.Version" ::= { cimBIOSElementEntry 5 } cimBIOSElementBuildNumber OBJECT-TYPE SYNTAX String ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.BuildNumber" ::= { cimBIOSElementEntry 6 } cimBIOSElementReleaseDate OBJECT-TYPE SYNTAX Datetime ACCESS read-write STATUS mandatory DESCRIPTION "" REFERENCE "CIM-BIOSElement.ReleaseDate" ::= { cimBIOSElementEntry 7 } END