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[Dynamic, provider("CIMWin32"), Description ("The Win32_FloppyDrive class manages the capabilities " "of a floppy disk drive."): ToSubClass, Locale (0x409), UUID ("{FB1F3A64-BBAC-11d2-85E5-0000F8102E5F}") ] class Win32_FloppyDrive : CIM_DisketteDrive{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string " "uniquely identifying the floppy disk drive from other " "devices on the system."): ToSubClass, MappingStrings {"WMI"}: ToSubClass] string DeviceID ;
[Read : ToSubClass , Description ("The Manufacturer property indicates the name of the " "floppy disk drive manufacturer.\nExample: Acme"): ToSubClass, MappingStrings {"Win32Registry"}: ToSubClass] string Manufacturer ;};
[Dynamic, Provider ("CIMWin32") , Description ( "The Win32_TapeDrive class represents a tape drive on a Win32 computer. " "Tape drives are primarily distinguished by the fact that they can " "be accessed only sequentially."): ToSubClass, Locale (0x409), UUID ("{8502C4B1-5FBB-11D2-AAC1-006008C78BC7}")] class Win32_TapeDrive:CIM_TapeDrive{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string " "uniquely identifying the tape drive with other " "devices on the system."): ToSubClass, MappingStrings {"Win32API|File Functions|CreateFile"}: ToSubClass] string DeviceID ;
[Read : ToSubClass, Description ("The Compression property specifies whether " "hardware data compression is enabled or disabled.\nValues: " "1 (true) or 0 (false). If true, hardware data compression " "is enabled.") : ToSubClass, MappingStrings {"Win32API|Tape Backup Structures|" "TAPE_GET_DRIVE_PARAMETERS|Compression"}: ToSubClass] uint32 Compression ;
[Read : ToSubClass, Description ("The ECC property specifies whether the device supports " "hardware error correction.\nValues: 1 (true) or 0 (false). If true, " "hardware error correction is supported.") : ToSubClass, Values {"False", "True"}: ToSubClass, MappingStrings {"Win32API|Tape Backup Structures|" "TAPE_GET_DRIVE_PARAMETERS|ECC"}: ToSubClass] uint32 ECC ; [Read : ToSubClass, Description ("The FeaturesHigh property specifies the high-order " "32 bits of the device features flag.") : ToSubClass, MappingStrings {"Win32API|Tape Backup Structures|" "TAPE_GET_DRIVE_PARAMETERS|FeaturesHigh"}: ToSubClass] uint32 FeaturesHigh ; [Read : ToSubClass, Description ("The FeaturesLow property specifies the low-order " "32 bits of the device features flag.") : ToSubClass, MappingStrings {"Win32API|Tape Backup Structures|" "TAPE_GET_DRIVE_PARAMETERS|FeaturesLow"}: ToSubClass] uint32 FeaturesLow ; [Read : ToSubClass, Description ("The MediaType property specifies the media type " "used by (or accessed by) this device. In this case, it is set to " "\"Tape Drive\"."): ToSubClass , MappingStrings {"Win32_TapeDrive|MediaType|Tape Drive"}: ToSubClass] string MediaType ;
[Read : ToSubClass, Description ("The ReportSetMarks property specifies whether setmark " "reporting is enabled. Setmark reporting makes use of a specialized " "recorded element that does not contain user data. This recorded " "element is used to provide a segmentation scheme. This segmentation " "scheme is hierarchically superior to filemarks. Setmarks provide " "faster positioning on high-capacity tapes.\nValues: 1 (true) or 0 " "(false). If true, setmark reporting is enabled.") : ToSubClass, MappingStrings {"Win32API|Tape Backup Structures|" "TAPE_GET_DRIVE_PARAMETERS|ReportSetmarks"}: ToSubClass] uint32 ReportSetMarks ;
[read : ToSubClass , Description ("The Id property indicates the manufacturer's " "identifying name of the Win32 CD ROM drive.\nExample: PLEXTOR " "CD-ROM PX-12CS 1.01"): ToSubClass, MappingStrings {"Win32API|File Functions"}: ToSubClass ] string Id ; [read : ToSubClass , Description ("The Manufacturer property indicates the manufacturer " "of the Win32 CD-ROM drive.\nExample: PLEXTOR"): ToSubClass, MappingStrings {"Win32Registry"}: ToSubClass ] string Manufacturer ;}; [Dynamic, Provider ("CIMWin32") , Description ( "The Win32_DiskDrive class represents a physical disk drive as seen " "by a computer running the Win32 operating system. Any interface to " "a Win32 physical disk drive is a descendent (or member) of this " "class. The features of the disk drive seen through this object " "correspond to the logical and management characteristics of the " "drive. In some cases, this may not reflect the actual physical " "characteristics of the device. Any object based on another logical " "device would not be a member of this class." "\nExample: IDE Fixed Disk."): ToSubClass, Locale (0x409), UUID ("{8502C4B2-5FBB-11D2-AAC1-006008C78BC7}") ] class Win32_DiskDrive:CIM_DiskDrive{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string " "uniquely identifying the disk drive with other " "devices on the system."): ToSubClass, MappingStrings {"WMI"}: ToSubClass] string DeviceID ;
[read : ToSubClass, units ("Bytes") : ToSubClass, Description ("The BytesPerSector property indicates the " "number of bytes in each sector for the physical disk drive." "\nExample: 512"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|BytesPerSector"}: ToSubClass] uint32 BytesPerSector ;
[read : ToSubClass, Description ("The InterfaceType property indicates the interface " "type of physical disk drive.\nExample: SCSI"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Functions|" "DeviceIoControl"}: ToSubClass] string InterfaceType ; [read : ToSubClass, Description ("The Partitions property indicates the number of " "partitions on this physical disk drive that are recognized by the " "operating system.\nExample: 2"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "PARTITION_INFORMATION|RecognizedPartition"}: ToSubClass] uint32 Partitions ; [read : ToSubClass, Description ("The SectorsPerTrack property indicates the " "number of sectors in each track for this physical disk drive." "\nExample: 63"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|SectorsPerTrack"}: ToSubClass ] uint32 SectorsPerTrack ; [read : ToSubClass, Description ("The TotalCylinders property indicates the total number " "of cylinders on the physical disk drive. Note: the value for this " "property is obtained through extended functions of BIOS interrupt " "13h. The value may be inaccurate if the drive uses a translation " "scheme to support high capacity disk sizes. Consult the manufacturer " "for accurate drive specifications.\nExample: 657"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|Cylinders"}: ToSubClass] uint64 TotalCylinders ; [read : ToSubClass, Description ("The TotalHeads property indicates the total number of " "heads on the disk drive. Note: the value for this property is " "obtained through extended functions of BIOS interrupt 13h. The " "value may be inaccurate if the drive uses a translation scheme to " "support high capacity disk sizes. Consult the manufacturer " "for accurate drive specifications."): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|TracksPerCylinder"}: ToSubClass ] uint32 TotalHeads ; [read : ToSubClass, Description ("The TotalSectors property indicates the total " "number of sectors on the physical disk drive. Note: the value " "for this property is obtained through extended functions of " "BIOS interrupt 13h. The value may be inaccurate if the drive " "uses a translation scheme to support high capacity disk sizes. " "Consult the manufacturer for accurate drive specifications." "\nExample: 2649024"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|SectorsPerTrack"}: ToSubClass ] uint64 TotalSectors ; [read : ToSubClass, Description ("The TotalTracks property indicates the total " "number of tracks on the physical disk drive. Note: the value for " "this property is obtained through extended functions of BIOS " "interrupt 13h. The value may be inaccurate if the drive uses a " "translation scheme to support high capacity disk sizes. Consult " "the manufacturer for accurate drive specifications." "\nExample: 42048"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|TracksPerCylinder"}: ToSubClass ] uint64 TotalTracks ; [read : ToSubClass, Description ("The TracksPerCylinder property indicates the " "number of tracks in each cylinder on the physical disk drive. " "Note: the value for this property is obtained through extended " "functions of BIOS interrupt 13h. The value may be inaccurate if " "the drive uses a translation scheme to support high capacity " "disk sizes. Consult the manufacturer for accurate drive " "specifications.\nExample: 64"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|TracksPerCylinder"}: ToSubClass ] uint32 TracksPerCylinder ; [read : ToSubClass , Description ("The Index property indicates the physical drive number " "of the given drive. This member is filled by Get Drive Map Info. A " "value of 0xFF indicates that the given drive does not map to a " "physical drive.\nExample: 1"): ToSubClass, MappingStrings {"Win32API|Windows 95/98 Functions|DRIVE_MAP_INFO" "btInt13Unit"}: ToSubClass ] uint32 Index ; [read : ToSubClass, Description ("The Manufacturer property indicates the name of the " "disk drive manufacturer.\nExample: Seagate"): ToSubClass, MappingStrings {"Win32Registry|HKEY_LOCAL_MACHINE\\HARDWARE\\" "DEVICEMAP\\Scsi\\Scsi Port\\Scsi Bus\\Target Id\\Logical Unit Id\\" "Identifier", "Win32Registry|Manufacturer" }: ToSubClass ] string Manufacturer ; [read : ToSubClass , Description ("The MediaLoaded property determines whether the media " "for a disk drive is loaded. For fixed disk drives, this property " "will always be TRUE \nValues: TRUE or FALSE. If TRUE, the media " "is loaded."): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|MediaType|FixedMedia"}: ToSubClass ] boolean MediaLoaded ; [Read : ToSubClass, Description ("The MediaType property is the type of media used or " "accessed by this device.\nExample: Removable media"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY|MediaType"}: ToSubClass, Values {"Removable media","Fixed hard disk","Unknown"}: ToSubClass, ValueMap {"Removable media other than floppy", "Fixed hard disk media", "Format is unknown"} ] string MediaType ; [read : ToSubClass, Description ("The Model property indicates the manufacturer's model " "number of the disk drive.\nExample: ST32171W"): ToSubClass, MappingStrings {"Win32Registry|HKEY_LOCAL_MACHINE\\HARDWARE\\" "DEVICEMAP\\Scsi\\Scsi Port\\Scsi Bus\\Target Id\\Logical Unit Id\\" "Identifier", "Win32Registry|ProductId"}: ToSubClass ] string Model ; [read : ToSubClass, Description ("The SCSIBus property indicates the SCSI bus number of " "the disk drive.\nExample: 0"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "SCSI_ADDRESS|PathId"}: ToSubClass ] uint32 SCSIBus ; [read : ToSubClass , Description ("The SCSILogicalUnit property indicates the " "SCSI logical unit number (LUN) of the disk drive." "\nExample: 0"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "SCSI_ADDRESS|Lun"}: ToSubClass] uint16 SCSILogicalUnit ; [read : ToSubClass , Description ("The SCSIPort property indicates the SCSI port number " "of the disk drive.\nExample: 0"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "SCSI_ADDRESS|PortNumber"}: ToSubClass ] uint16 SCSIPort ; [read : ToSubClass, Description ("The SCSITargetId property indicates the SCSI ID number " "of the disk drive.\nExample: 0"): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "SCSI_ADDRESS|TargetId"}: ToSubClass ] uint16 SCSITargetId ; [read : ToSubClass , units ("Bytes") : ToSubClass, Description ("The Size property indicates the size of the disk " "drive. It is calculated by multiplying the total number of " "cylinders, tracks in each cylinder, sectors in each track, and bytes " "in each sector.") : ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DISK_GEOMETRY"}: ToSubClass] uint64 Size ;
[read : ToSubClass, Description ("The Signature property is used to identify " "a disk. It can be used to identify a shared resource. "): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "DRIVE_LAYOUT_INFORMATION|Signature"}: ToSubClass] uint32 Signature; }; [Dynamic, Provider ("CIMWin32"), Description ("The Win32_CDROMDrive class represents a CD-ROM " "drive on a Win32_ComputerSystem. \n\nNote: The name of " "the drive does not correspond to the logical drive letter " "assigned to device."): ToSubClass, Locale (0x409), UUID ("{8502C4B3-5FBB-11D2-AAC1-006008C78BC7}")] class Win32_CDROMDrive:CIM_CDROMDrive{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string to uniquely " "identify this CD-ROM drive."): ToSubClass, MappingStrings {"Win32API|File Functions|" "GetLogicalDriveStrings"}: ToSubClass] string DeviceID ;
[read : ToSubClass , Description ("The Drive property indicates the drive letter of the " "CD ROM drive.\nExample: d:\\"): ToSubClass, MappingStrings {"Win32API|File Functions|GetDriveType"}: ToSubClass] string Drive ;
[read: ToSubClass, DEPRECATED: ToSubClass, Description ("The FileSystemFlags property is deprecated in favor of " "FileSystemFlagsEx"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass] uint16 FileSystemFlags ;
[read: ToSubClass, Description ("The FileSystemFlagsEx property indicates the file " "system flags associated with the Win32 CD-ROM drive. This " "parameter can be any combination of flags. FS_FILE_COMPRESSION " "and FS_VOL_IS_COMPRESSED are mutually exclusive." "\nExample: 0."): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass, BitValues { "Case Sensitive Search" , "Case Preserved Names" , "Unicode On Disk" , "Persistent ACLs" , "File Compression" , "Volume Quotas" , "Supports Sparse Files" , "Supports Reparse Points" , "Supports Remote Storage" , "Supports Long Names" , "Volume Is Compressed" , "Supports Object IDs" , "Supports Encryption", "Supports Named Streams" } : ToSubClass, BitMap { "0", "1","2","3","4","5","6", "7","8","14","15","16","17", "18"}: ToSubClass ] uint32 FileSystemFlagsEx ;
[read : ToSubClass , Description ("The Id property indicates the driver letter " "uniquely identifying this CD-ROM drive.\nExample: d:\\ "): ToSubClass, MappingStrings {"Win32API|File Functions|GetDriveType"}: ToSubClass ] string Id ; [read : ToSubClass , Description ("The Manufacturer property indicates the manufacturer " "of the Win32 CD-ROM drive.\nExample: PLEXTOR"): ToSubClass, MappingStrings {"Win32Registry"}: ToSubClass ] string Manufacturer ; [read : ToSubClass , Description ("The MaximumComponentLength property indicates the " "maximum length of a filename component supported by the Win32 CD-" "ROM drive. A filename component the portion of a filename " "between backslashes. The value can be used to indicate that long " "names are supported by the specified file system. For example, " "for a FAT file system supporting long names, the function stores " "the value 255, rather than the previous 8.3 indicator. Long names " "can also be supported on systems that use the NTFS file system." "\nExample: 255."): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] uint32 MaximumComponentLength ; [read : ToSubClass, Description ("The MediaType property indicates the type of media used " "or accessed by this device. In this class, the value will always be " "\"CD-ROM\"."): ToSubClass , MappingStrings {"Win32API|GetDriveType"}: ToSubClass, Values {"Random Access","Supports Writing","Removable Media", "CD-ROM"}: ToSubClass] string MediaType ; [read : ToSubClass , Description ("The RevisionLevel property indicates the firmware " "revision level of the Win32 CD-ROM drive."): ToSubClass, MappingStrings {"Win32Registry|RevisionLevel"}: ToSubClass ] string RevisionLevel ;
[Read, Description ("The MfrAssignedRevisionLevel property indicates " "the manufacturer " "assigned firmware revision level of the CDROM drive.\n"), MappingStrings {"Win2000DDK|KernelModeDrivers|" "STORAGE_DEVICE_DESCRIPTOR|ProductRevisionOffset"}] string MfrAssignedRevisionLevel; [read : ToSubClass , Description ("The SCSITargetId property indicates the SCSI ID number " "of the Win32 CD-ROM drive.\nExample: 0."): ToSubClass, MappingStrings {"Win32API|DeviceIoControl|" "IOCTL_SCSI_GET_ADDRESS"}: ToSubClass ] uint16 SCSITargetId ; [read : ToSubClass , Description ("The VolumeName property indicates the volume name of " "the Win32 CD-ROM drive."): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] string VolumeName ; [read : ToSubClass , Description ("The VolumeSerialNumber property indicates the " "volume serial number of the media in the CD-ROM drive." "\nExample: A8C3-D032"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] string VolumeSerialNumber ; [read : ToSubClass , Units ("KiloBytes per Second"), Description ("The TransferRate property indicates the CD-ROM drive's " "transfer rate. A value of -1 indicates that the rate could not be " "determined. This could potentially happen, for example, if the CD is " "not in the drive."): ToSubClass, MappingStrings {"Win32API|File Reference and Time Reference"}: ToSubClass ] Real64 TransferRate ; [read : ToSubClass , Description ("The DriveIntegrity property indicates whether " "files can be accurately read from the CD device. This is " "achieved by reading a block of data twice and comparing the " "data against itself."): ToSubClass, MappingStrings {"WMI"}: ToSubClass ] boolean DriveIntegrity ; [read : ToSubClass , Description ("The MediaLoaded property indicates whether a CD-" "ROM is in the drive.\nValues: TRUE or FALSE. If TRUE, the CD is " "in the drive."): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] boolean MediaLoaded ;
[read: ToSubClass, Description ("The SCSIBus property indicates the SCSI bus number for " "the disk drive.\nExample: 0"): ToSubClass, MappingStrings {"Win32API|SCSI Structures|SCSI_REQUEST_BLOCK|" "PathId"}: ToSubClass] uint32 SCSIBus ;
[read: ToSubClass, Description ("The SCSILogicalUnit property indicates the SCSI " "logical unit number (LUN) of the disk drive. The LUN is used " "to designate which SCSI controller is being accessed in a system " "with more than one controller being used. The SCSI device ID is " "similar, but is the designation for multiple devices on one " "controller.\nExample: 0"): ToSubClass, MappingStrings {"Win32API|SCSI Structures|SCSI_REQUEST_BLOCK|" "Lun"}: ToSubClass ] uint16 SCSILogicalUnit ; [read: ToSubClass, Description ("The SCSIPort property indicates the SCSI port number " "of the disk drive.\nExample: 1"): ToSubClass, MappingStrings {"Win32API|SCSI Structures|SCSI_REQUEST_BLOCK|" "ScsiStatus"}: ToSubClass ] uint16 SCSIPort ;
[read: ToSubClass, units ("Bytes"), Description ("The Size property indicates the size of the " "disk drive."): ToSubClass, MappingStrings {"Win32API|File Functions|" "GetDiskFreeSpace"}: ToSubClass] uint64 Size ;};
[dynamic, provider("CIMWin32"), Description ("The Win32_FloppyController class represents the " "capabilities and management capacity of a floppy disk drive " "controller."): ToSubClass, Locale (0x409), UUID ("{2A7DC003-BAEF-11d2-85E5-0000F8102E5F}") ] class Win32_FloppyController : CIM_Controller{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string " "uniquely identifying the floppy controller with other " "devices on the system."): ToSubClass, MappingStrings {"WMI"}: ToSubClass] string DeviceID ;
[read : ToSubClass , Description ("The Manufacturer property indicates the name of the " "manufacturer (of the floppy controller). \nExample: Acme."): ToSubClass, MappingStrings {"Win32Registry"}: ToSubClass ] string Manufacturer ;};
[Dynamic, Provider ("CIMWin32"), SupportsUpdate, Description ("The Win32_LogicalDisk class represents a data " "source that resolves to an actual local storage device on a " "Win32 system.\n" "The class returns both local as well as mapped logical disks. " "However, the recommended approach is to use this class for obtaining " "information on local disks and to use the Win32_MappedLogicalDisk " "class for information on mapped logical disk."): ToSubClass, Locale (0x409), UUID ("{8502C4B7-5FBB-11D2-AAC1-006008C78BC7}") ] class Win32_LogicalDisk:CIM_LogicalDisk{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string " "uniquely identifying the logical disk from other " "devices on the system."): ToSubClass, MappingStrings {"WMI"}: ToSubClass] string DeviceID ;
[read : ToSubClass , 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."): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation|FS_VOL_IS_COMPRESSED"}: ToSubClass] boolean Compressed ; [read : ToSubClass , Description ("The DriveType property contains a numeric value " "corresponding to the type of disk drive this logical disk " "represents. Please refer to the Platform SDK documentation " "for additional values.\nExample: A CD-ROM drive would " "return 5." ): ToSubClass , MappingStrings {"Win32API|FileFunctions|GetDriveType"}: ToSubClass, Values {"Unknown", "No Root Directory", "Removable Disk", "Local Disk", "Network Drive", "Compact Disc", "RAM Disk"} : ToSubClass] uint32 DriveType ; [read : ToSubClass , Description ("The FileSystem property indicates the file system on " "the logical disk.\nExample: NTFS"): ToSubClass , MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass] string FileSystem ; [read : ToSubClass , Description ("The MaximumComponentLength property contains the " "maximum length of a filename component supported by the Win32 drive. " "A filename component is that portion of a filename " "between backslashes. The value can be used to indicate that long " "names are supported by the specified file system. For example, " "for a FAT file system supporting long names, the function stores " "the value 255, rather than the previous 8.3 indicator. Long names " "can also be supported on systems that use the NTFS file system." "\nExample: 255"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] uint32 MaximumComponentLength ; [read : ToSubClass , Description ("The ProviderName property indicates the network path " "name to the logical device."): ToSubClass , MappingStrings {"Win32API|Windows Networking Functions|" "WNetGetConnection"}: ToSubClass] string ProviderName ; [read : ToSubClass , Description ("The SupportsFileBasedCompression property indicates " "whether the logical disk partition supports file based compression, " "such as is the case with NTFS. This property is FALSE, when the " "Compressed property is TRUE.\nValues: TRUE or FALSE. If TRUE, the " "logical disk supports file based compression."): ToSubClass , MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation|FS_FILE_COMPRESSION"}: ToSubClass] boolean SupportsFileBasedCompression ; [read : ToSubClass , write: ToSubClass , Description ("The VolumeName property indicates the volume name of " "the logical disk.\nConstraints: Maximum 32 characters"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass] string VolumeName ; [read : ToSubClass, Description ("The VolumeSerialNumber property indicates the volume " "serial number of the logical disk.\nConstraints: Maximum 11 characters" "\nExample: A8C3-D032"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] string VolumeSerialNumber ; [read : ToSubClass , Description ("The MediaType property indicates the type of media " "currently present in the logical drive. This value will be one of " "the values of the MEDIA_TYPE enumeration defined in winioctl.h." "\n<B>Note:</B> The value may not be exact for removable drives if " "currently there is no media in the drive."): ToSubClass , MappingStrings {"Win32API|Device Input and Output Functions|" "DeviceIoControl"}: ToSubClass, Values { "Format is unknown", "5�-Inch Floppy Disk", "3�-Inch Floppy Disk", "3�-Inch Floppy Disk", "3�-Inch Floppy Disk", "3�-Inch Floppy Disk", "5�-Inch Floppy Disk", "5�-Inch Floppy Disk", "5�-Inch Floppy Disk", "5�-Inch Floppy Disk", "5�-Inch Floppy Disk", "Removable media other than floppy", "Fixed hard disk media", "3�-Inch Floppy Disk", "3�-Inch Floppy Disk", "5�-Inch Floppy Disk", "5�-Inch Floppy Disk", "3�-Inch Floppy Disk", "3�-Inch Floppy Disk", "5�-Inch Floppy Disk", "3�-Inch Floppy Disk", "3�-Inch Floppy Disk", "8-Inch Floppy Disk" }: ToSubClass] uint32 MediaType ;
[read, Description ("The SupportsDiskQuotas property indicates whether " "this volume supports disk Quotas") ] boolean SupportsDiskQuotas;
[read, Description ("The QuotasDisabled property indicates that " "Quota management is not enabled on this volume.") ] boolean QuotasDisabled;
[read, Description ("The QuotasIncomplete property indicates that Quota " "management was used but has been disabled. Incomplete refers to the " "information left in the file system after quota management has been " "disabled.") ] boolean QuotasIncomplete;
[read, Description ("The QuotasRebuilding property indicates an active " "state signifying that the file system is in process of compiling " "information and setting the disk up for quota management.") ] boolean QuotasRebuilding;
[Implemented, MappingStrings{"Fmifs.dll | Method ChkDskExRoutine"}, Description("This method invokes the chkdsk operation " "on the disk. The method is applicable to only those " "instances of logical disk that represent a physical " "disk in the machine. It is not applicable to " "mapped logical drives. The return " "value of the method will indicate one of the following - " "Success - Chkdsk completed, Success - Locked and chkdsk " "scheduled on reboot, Failure - Unknown file system, " "Failure - Unknown error, Failure - Unsupported File System."), Values{ "Success - Chkdsk completed", "Success - Locked and chkdsk scheduled on reboot", "Failure - Unknown file system", "Failure - Unknown error", "Failure - Unsupported File System"} ] uint32 Chkdsk(
[Description("This parameter indicates what should be " "done to errors found on the disk. If true, then " "errors are fixed."), in] boolean FixErrors=False,
[Description("This parameter indicates whether " "a vigorous check of index entries should be " "performed."), in] boolean VigorousIndexCheck=True,
[Description("This parameter indicates whether the " "folder cycle checking should be skipped or not."), in] boolean SkipFolderCycle=True,
[Description("This parameter indicates whether the " "drive should be forced to dismount before checking."), in] boolean ForceDismount=False,
[Description("This parameter indicates whether the " "bad sectors should be located and the readable information " "should be recovered from these sectors."), in] boolean RecoverBadSectors=False,
[Description("This parameter indicates whether the " "chkdsk operation should be performed at next boot up " "time, in case the operation could not be performed " "because the disk was locked at time the method " "was called."), in] boolean OkToRunAtBootUp=False );
[Read, MappingStrings{"FSCTL_IS_VOLUME_DIRTY"}, Description("The VolumeDirty property indicates whether " "the disk requires chkdsk to be run at next boot up time. " "The property is applicable to only those " "instances of logical disk that represent a physical " "disk in the machine. It is not applicable to " "mapped logical drives. ")] boolean VolumeDirty;
[Static, Implemented, Description("This method is used schedule chkdsk to be run at " "the next reboot if the dirty bit has been set. " " The method is applicable to only those " "instances of logical disk that represent a physical " "disk in the machine. It is not applicable to " "mapped logical drives. "), MappingStrings{"Chkntfs.exe"}, Values{ "No Error", "Error - Remote Drive", "Error - Removable Drive", "Error - Drive Not Root Directory", "Error - Unknown Drive" }] uint32 ScheduleAutoChk(
[in, Description("This parameter is used to specify the list of " "drives that should be scheduled for autochk at next reboot. " "The string syntax consists of the the drive letter for the " "logical disk.")] string LogicalDisk[]
);
[Static, Implemented, Description("This method is used exclude disks from the chkdsk " "operation to be run at the next reboot. If not excluded, chkdsk " "is performed on the disk if the dirty bit has been set for the disk. " "Note that the calls to exclude disks are not cumulative. That is, " "if a call is made to excluded some disks, then the new list is " "not added to the list of ones that were already marked for " "exclusion, instead the new list of disks overwrites " "the previous one. The method is applicable to only those " "instances of logical disk that represent a physical " "disk in the machine and is not applicable to mapped logical " "drives. \n" "For example, a valid specification of drives would be \"C:\", \"d:\",\"G:\" " "Note that the colon is required with the drive letter."), MappingStrings{"Chkntfs.exe"}, Values{ "Success", "Error - Remote Drive", "Error - Removable Drive", "Error - Drive Not Root Directory", "Error - Unknown Drive" } ] uint32 ExcludeFromAutochk(
[in, Description("This parameter is used to specify the list of " "drives that should be excluded from autochk at next reboot. " "The string syntax consists of the the drive letter followed " "by a colon for the logical disk.")] string LogicalDisk[]
);
}; [Dynamic, Provider ("CIMWin32") , Description ("The Win32_DiskPartition class represents the " "capabilities and management capacity of a partitioned area of a " "physical disk on a Win32 system.\nExample: Disk #0, " "Partition #1."): ToSubClass, Locale (0x409), UUID ("{8502C4B8-5FBB-11D2-AAC1-006008C78BC7}") ] class Win32_DiskPartition:CIM_DiskPartition{ [Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass, Description ("The DeviceID property contains a string that " "uniquely identifies the disk drive and partition from the " "rest of the system"): ToSubClass, MappingStrings {"WMI"}: ToSubClass] string DeviceID ;
[read : ToSubClass , Description ("The BootPartition property determines whether the " "partition is the active partition. The operating system uses " "the active partition when booting from a hard disk.\nValues: TRUE or " "FALSE. If TRUE, the partition is active."): ToSubClass, MappingStrings {"Win32API|File Functions|ReadFile"}: ToSubClass] boolean BootPartition ;
[read : ToSubClass , Description ("The DiskIndex property indicates the index number " "of the disk containing this partition.\nExample: 0."): ToSubClass, MappingStrings {"Win32API|File Functions|ReadFile"}: ToSubClass] uint32 DiskIndex ;
[read : ToSubClass , Description ("The HiddenSectors property indicates the number of " "hidden sectors in the partition.\nExample: 63"): ToSubClass, MappingStrings {"Win32API"}: ToSubClass ] uint32 HiddenSectors ;
[read : ToSubClass , Description ("The Index property indicates the index number of the " "partition.\nExample: 1"): ToSubClass, MappingStrings {"WMI"}: ToSubClass ] uint32 Index ;
[read : ToSubClass , Description ("The RewritePartition property specifies whether " "the partition information has changed. When you change a partition " "(with IOCTL_DISK_SET_DRIVE_LAYOUT), the system uses this property member " "to determine which partitions have changed and need their " "information rewritten.\nValues: TRUE or FALSE. If TRUE, the " "partition needs to be rewritten."): ToSubClass, MappingStrings {"Win32API|Device Input and Output Structures|" "PARTITION_INFORMATION|RewritePartition"}: ToSubClass ] boolean RewritePartition ;
[read : ToSubClass, units ("Bytes") : ToSubClass, Description ("The Size property indicates the total size (in bytes) " "of the partition.\nExample: 1059045376"): ToSubClass , MappingStrings {"Win32API|File Functions|ReadFile"}: ToSubClass] uint64 Size ;
[read : ToSubClass , units ("Bytes") : ToSubClass, Description ("The StartingOffset property indicates the starting " "offset (in bytes) of the partition.\nExample: 32256"): ToSubClass , MappingStrings {"Win32API|File Functions|ReadFile"}: ToSubClass ] uint64 StartingOffset ;
[read : ToSubClass, Description ("The Type property indicates the type of the " "partition."): ToSubClass, MappingStrings {"Win32API|PartitionRecord|dwPartitionType"}: ToSubClass, Values {"Unused", "12-bit FAT", "Xenix Type 1", "Xenix Type 2", "16-bit FAT", "Extended Partition", "MS-DOS V4 Huge", "Installable File System", "PowerPC Reference Platform", "UNIX", "NTFS", "Win95 w/Extended Int 13", "Extended w/Extended Int 13", "Logical Disk Manager", "Unknown"}: ToSubClass] string Type ;};
//RuleBased("Select * From "// "Win32_DiskDrive As A "// "Join "// "Win32_DiskPartition As B "// "On A.Index = B.DiskIndex") [Dynamic, Provider ("CIMWin32"), Description ("The Win32_DiskDriveToDiskPartition class represents an " "association between a disk drive and a partition existing on " "it."): ToSubClass, Locale (0x409), UUID ("{8502C4F9-5FBB-11D2-AAC1-006008C78BC7}") ] class Win32_DiskDriveToDiskPartition:CIM_MediaPresent{ [read: ToSubClass, key: ToSubClass, Override ("Antecedent"): ToSubClass, Description ("The Antecedent reference represents the " "Win32_DiskDrive containing the properties of the disk drive " "where the partition exists."): ToSubClass, MappingStrings {"WMI|Win32_DiskDrive"}: ToSubClass] Win32_DiskDrive REF Antecedent;
[read: ToSubClass, key: ToSubClass, Override ("Dependent"): ToSubClass, Description ("The Dependent reference represents the " "Win32_DiskPartition containing the properties of a disk " "partition residing on the disk drive."): ToSubClass, MappingStrings {"WMI|Win32_DiskPartition"}: ToSubClass] Win32_DiskPartition REF Dependent;};
[Dynamic, Provider ("CIMWin32") , Description ("The Win32_LogicalDiskToPartition class represents an " "association between a logical disk drive and the disk partition it " "resides on."): ToSubClass, Locale (0x409), UUID ("{8502C4FB-5FBB-11D2-AAC1-006008C78BC7}") ] class Win32_LogicalDiskToPartition:CIM_LogicalDiskBasedOnPartition{ [read: ToSubClass, key: ToSubClass, Override ("Dependent"): ToSubClass, Description ("The Dependent reference represents the " "Win32_LogicalDisk containing the properties of a logical disk " "that resides on a physical disk partition."): ToSubClass, MappingStrings {"WMI|Win32_LogicalDisk"}: ToSubClass ] Win32_LogicalDisk REF Dependent;
[read: ToSubClass, key: ToSubClass, Override ("Antecedent"): ToSubClass, Description ("The Antecedent reference represents the " "Win32_DiskPartition containing the properties of a disk partition " "where the logical disk resides."): ToSubClass, MappingStrings {"WMI|Win32_DiskPartition"}: ToSubClass] Win32_DiskPartition REF Antecedent;};
[Dynamic, Provider("CIMWin32"), SupportsUpdate, Description("This class represents the settings for the autochk " "operation for a disk. The setting applies to all disks on the " "computer system. Note " "that the settings are applicable only to instances of logical disk that " "represent physical disks on the machine and not to mapped drives."), Locale (0x409)]class Win32_AutochkSetting : CIM_Setting {
[Override("SettingId"), Key] string SettingID;
[Read,Write, Description(" The UserInputDelay property indicates the time to wait, " "in seconds, for the user to hit any key before it begins to autochk " "the disks."), Units("Seconds"), MappingStrings{"Win32Registry | HKLM\\CurrentControlSet\\Control\\Session Manager | AutoChkTimeOut"}] uint32 UserInputDelay;
};
//RuleBased("Select * From "// "Win32_OperatingSystem As A "// "Join "// "Win32_AutochkSetting As B "// "On A.Name = B.SettingID") [Dynamic, Provider("CIMWin32a"), Description("This class represents the association between an operating " "system and the autochk settings that apply to the disks on the machine." "Note that the setting is associated to operating system rather than " "computer system since there can be one or more operating systems " "installed on the machine, each with its own autochk settings."), Locale (0x409)]class Win32_OperatingSystemAutochkSetting : CIM_ElementSetting {
[Override("Element"), key] Win32_OperatingSystem REF Element;
[Override("Setting"), key] Win32_AutochkSetting REF Setting;
};
[Dynamic, Provider ("CIMWin32") , Description ("The Win32_MappedLogicalDisk class represents a " "network storage devices that are mapped as logical disks " "on the computer system. The instances returned for this class " "will be as follows.\n" "If user A is enumerating the instances, then the provider " "will look for a logon session of user A on that machine. If " "there is one (and only one) such logon session, then the " "provider will return the mapped drives of that session. " "If there is more than one session that user A has on the " "machine, then no mapped drive instances will be returned " "(since the provider has no reasonable way of deciding " "which session to use). If there are no sessions of user " "A running, and there is a locally logged on user B, then " "the provider will impersonate A and return the mapped " "drives of user B. This case supports the scenario of " "helpdesk wanting to see the instances of a locally " "logged on user. Again, if there is more than one session " "of user B running on the machine, then the provider has " "no way of deciding which to use. In this case no mapped " "drive instances will be returned."): ToSubClass, Locale (0x409), UUID ("{BCF02FFE-5560-4de2-B419-272918693426}") ] class Win32_MappedLogicalDisk : CIM_LogicalDisk {
[Key, Read, Override("DeviceId"), MappingStrings {"WMI"}] string DeviceID ; [Key, Description("The SessionId property indicates the id of the session " "used by the user connected to the computer system. The user may be " "connected to the system via a local logon or via a terminal session.")] string SessionID;
[read : ToSubClass , 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."): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation|FS_VOL_IS_COMPRESSED"}: ToSubClass] boolean Compressed ;
[read : ToSubClass , Description ("The FileSystem property indicates the file system on " "the logical disk.\nExample: NTFS"): ToSubClass , MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass] string FileSystem ; [read : ToSubClass , Description ("The MaximumComponentLength property contains the " "maximum length of a filename component supported by the Win32 drive. " "A filename component is that portion of a filename " "between backslashes. The value can be used to indicate that long " "names are supported by the specified file system. For example, " "for a FAT file system supporting long names, the function stores " "the value 255, rather than the previous 8.3 indicator. Long names " "can also be supported on systems that use the NTFS file system." "\nExample: 255"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] uint32 MaximumComponentLength ;
[read : ToSubClass , Description ("The SupportsFileBasedCompression property indicates " "whether the logical disk partition supports file based compression, " "such as is the case with NTFS. This property is FALSE, when the " "Compressed property is TRUE.\nValues: TRUE or FALSE. If TRUE, the " "logical disk supports file based compression."): ToSubClass , MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation|FS_FILE_COMPRESSION"}: ToSubClass] boolean SupportsFileBasedCompression ; [read : ToSubClass , write: ToSubClass , Description ("The VolumeName property indicates the volume name of " "the logical disk.\nConstraints: Maximum 32 characters"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass] string VolumeName ; [read : ToSubClass, Description ("The VolumeSerialNumber property indicates the volume " "serial number of the logical disk.\nConstraints: Maximum 11 characters" "\nExample: A8C3-D032"): ToSubClass, MappingStrings {"Win32API|File System Functions|" "GetVolumeInformation"}: ToSubClass ] string VolumeSerialNumber ;
[read, Description ("The SupportsDiskQuotas property indicates whether " "this volume supports disk Quotas") ] boolean SupportsDiskQuotas;
[read, Description ("The QuotasDisabled property indicates that " "Quota management is not enabled on this volume.") ] boolean QuotasDisabled;
[read, Description ("The QuotasIncomplete property indicates that Quota " "management was used but has been disabled. Incomplete refers to the " "information left in the file system after quota management has been " "disabled.") ] boolean QuotasIncomplete;
[read, Description ("The QuotasRebuilding property indicates an active " "state signifying that the file system is in process of compiling " "information and setting the disk up for quota management.") ] boolean QuotasRebuilding;
[Description ("The ProviderName property indicates the network path " "name to the logical device."): ToSubClass , MappingStrings {"Win32API|Windows Networking Functions|" "WNetGetConnection"}: ToSubClass] string ProviderName ;
};
//RuleBased("Select * From "// "Win32_LogonSession As A "// "Join "// "Win32_MappedLogicalDisk As B "// "On A.LogonId = B.SessionId") [Dynamic, Provider ("CIMWin32a") , Description("The Win32_LogonSessionMappedDisk class represents an " "association between a logon session and the mapped logical disks " "defined within the session."), Locale (0x409)]class Win32_LogonSessionMappedDisk : CIM_Dependency { [Description("The Antecedent property references a logon session."), Override("Antecedent"), Key] Win32_LogonSession REF Antecedent;
[Description("The Dependent property references a mapped logical " "disk defined within the session referenced by the Antecedent " "property."), Override("Dependent"), Key] Win32_MappedLogicalDisk REF Dependent;
};
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