Leaked source code of windows server 2003
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[DEPRECATED, Dynamic, Provider ("CIMWin32"),
Description ("The Win32_LogicalMemoryConfiguration class represents "
"the layout and availability of memory on a Win32 system. This "
"class is being deprecated in favor of the Win32_OperatingSystem "
"class."): ToSubClass,
Locale (0x409), UUID ("{8502C4E6-5FBB-11D2-AAC1-006008C78BC7}") ]
class Win32_LogicalMemoryConfiguration:CIM_Setting
{
[DEPRECATED, read: ToSubClass, key: ToSubClass,
Description ("The Name property indicates that this "
"class represents a logical memory configuration."
"\nExample: LogicalMemoryConfiguration. This property "
"has been deprecated in favor of the inherited name "
"property in CIM_OperatingSystem class."): ToSubClass,
MappingStrings {"WMI"}: ToSubClass]
string Name ;
[DEPRECATED, read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The AvailableVirtualMemory property indicates the "
"available (unreserved or uncommitted) amount of memory that a "
"calling process can use. This property has been deprecated in "
"favor of the FreeVirtualMemory property in CIM_OperatingSystem "
"class."): ToSubClass,
MappingStrings {"Win32API|Memory Management Structures|"
"MEMORYSTATUSEX|ullAvailVirtual"}: ToSubClass ]
uint32 AvailableVirtualMemory ;
[DEPRECATED, read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The TotalPageFileSpace property indicates the total "
"amount of memory that can be stored in the paging file. "
"This property has been deprecated in favor of the "
"SizeStoredInPagingFiles property in CIM_OperatingSystem "
"class."): ToSubClass,
MappingStrings {"Win32API|Memory Management Structures|"
"MEMORYSTATUSEX|ullTotalPageFile"}: ToSubClass ]
uint32 TotalPageFileSpace ;
[DEPRECATED, read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The TotalPhysicalMemory property indicates the total "
"amount of physical memory as available to the operating system. "
"This property has been deprecated in "
"favor of the TotalVisibleMemorySize property in CIM_OperatingSystem "
"class."): ToSubClass,
MappingStrings {"Win32API|Memory Management Structures|"
"MEMORYSTATUSEX|ullTotalPhys"}: ToSubClass ]
uint32 TotalPhysicalMemory ;
[DEPRECATED, read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The TotalVirtualMemory property indicates the total "
"amount of memory available to a calling process. This property has "
"been deprecated in favor of the TotalVirtualMemorySize property "
"in CIM_OperatingSystem class."): ToSubClass,
MappingStrings {"Win32API|Memory Management Structures|"
"MEMORYSTATUSEX|ullTotalVirtual"}: ToSubClass ]
uint32 TotalVirtualMemory ;
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_PhysicalMemory class represents a physical "
"memory device located on a computer system as available to the "
"operating system."): ToSubClass,
Locale (0x409), UUID ("{FAF76B93-798C-11D2-AAD1-006008C78BC7}") ]
class Win32_PhysicalMemory:CIM_PhysicalMemory
{
[Read: ToSubClass, Key: ToSubClass,
MaxLen (256): ToSubClass, Override ("Tag"): ToSubClass,
Description ("The Tag property contains a string that uniquely "
"identifies the physical memory device represented by an instance "
"of Win32_PhysicalMemory.\nExample: Physical Memory 1"): ToSubClass,
MappingStrings {"WMI"}: ToSubClass ]
string Tag;
[read: ToSubClass,
Description ("The DeviceLocator property indicates the label "
"of the socket or circuit board that holds this memory."
"\nExample: SIMM 3"): ToSubClass,
MappingStrings {"SMBIOS|Type 17|Device Locator"}: ToSubClass]
string DeviceLocator;
[read: ToSubClass,
Description ("The TypeDetail property indicates the type of physical "
"memory represented by Win32_PhysicalMemory."): ToSubClass ,
MappingStrings {"SMBIOS|Type 17|Type Detail"}: ToSubClass,
BitValues {"Reserved", "Other", "Unknown", "Fast-paged", "Static column",
"Pseudo-static", "RAMBUS", "Synchronous", "CMOS", "EDO",
"Window DRAM", "Cache DRAM", "Non-volatile"}: ToSubClass]
uint16 TypeDetail;
[read: ToSubClass,
Description ("The InterleaveDataDepth property indicates the maximum "
"number of consecutive rows of data that are accessed in a single "
"interleaved transfer from the memory device. If the value is "
"0, then the memory is not interleaved."): ToSubClass ,
MappingStrings {"SMBIOS|Type 20|Interleaved Data Depth"}: ToSubClass]
uint16 InterleaveDataDepth;
};
[Dynamic, Provider ("CIMWin32") ,
Description ("The Win32_CacheMemory class represents cache memory "
"(internal and external) on a computer system."): ToSubClass,
Locale (0x409), UUID ("{FAF76B97-798C-11D2-AAD1-006008C78BC7}")]
class Win32_CacheMemory:CIM_CacheMemory
{
[Read: ToSubClass, Key: ToSubClass,
Override("DeviceId"): ToSubClass,
Description ("The DeviceID property contains a string that "
"uniquely identifies the cache represented by an instance of "
"Win32_CacheMemory.\nExample: Cache Memory 1"): ToSubClass,
MappingStrings {"WMI"}: ToSubClass]
string DeviceID ;
[read: ToSubClass,
Description ("The Location property indicates the physical "
"location of the cache memory."): ToSubClass,
Values {"Internal", "External", "Reserved", "Unknown"}: ToSubClass ,
MappingStrings {"SMBIOS|Type 7|Location"}: ToSubClass]
uint16 Location;
[read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The MaxCacheSize property indicates the maximum "
"cache size installable to this particular cache memory."): ToSubClass ,
MappingStrings {"SMBIOS|Type 7|Maximum Cache Size"}: ToSubClass]
uint32 MaxCacheSize;
[read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The InstalledSize property indicates the current "
"size of the installed cache memory."): ToSubClass,
MappingStrings {"SMBIOS|Type 7|Installed Size"}: ToSubClass]
uint32 InstalledSize;
[read: ToSubClass,
Description ("The SupportedSRAM property indicates the supported "
"types of Static Random Access Memory (SRAM) that can be used for "
"the cache memory."): ToSubClass ,
Values {"Other", "Unknown", "Non-Burst", "Burst", "Pipeline Burst",
"Synchronous", "Asynchronous"}: ToSubClass,
MappingStrings {"SMBIOS|Type 7|Supported SRAM Type"}: ToSubClass]
uint16 SupportedSRAM[];
[read: ToSubClass,
Description ("The CurrentSRAM property indicates the "
"types of Static Random Access Memory (SRAM) that being used for "
"the cache memory."): ToSubClass ,
Values {"Other", "Unknown", "Non-Burst", "Burst", "Pipeline Burst",
"Synchronous", "Asynchronous"}: ToSubClass,
MappingStrings {"SMBIOS|Type 7|Current SRAM Type"}: ToSubClass]
uint16 CurrentSRAM[];
[read: ToSubClass,
Description ("The ErrorCorrectType property indicates the error "
"correction method used by the cache memory."): ToSubClass ,
Values {"Reserved", "Other", "Unknown", "None", "Parity",
"Single-bit ECC", "Multi-bit ECC"}: ToSubClass,
MappingStrings {"SMBIOS|Type 7|Error Correction Type"}: ToSubClass]
uint16 ErrorCorrectType;
[read: ToSubClass, Units ("NanoSeconds"): ToSubClass,
Description ("The CacheSpeed property specifies the speed of "
"the cache in nanoseconds."): ToSubClass,
MappingStrings {"SMBIOS|Type 7|Cache Speed"}: ToSubClass]
uint32 CacheSpeed;
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_PhysicalMemoryArray class represents "
"details about the computer system's physical memory. This "
"includes the number of memory devices, memory capacity "
"available, and memory type (for example, system "
"memory or video memory)."): ToSubClass,
Locale (0x409), UUID ("{FAF76B99-798C-11D2-AAD1-006008C78BC7}") ]
class Win32_PhysicalMemoryArray:CIM_PhysicalPackage
{
[read: ToSubClass, Key: ToSubClass,
MaxLen (256): ToSubClass , Override ("Tag"): ToSubClass,
Description ("The Tag property contains a string that uniquely "
"identifies the physical memory array"
".\nExample: Physical Memory Array 1"): ToSubClass,
MappingStrings {"WMI"}: ToSubClass]
string Tag;
[read: ToSubClass,
Description ("The Location property indicates the physical "
"location of the memory array."): ToSubClass,
MappingStrings {"SMBIOS|Type 16|Location"}: ToSubClass,
Values {"Reserved", "Other", "Unknown", "System board or motherboard",
"ISA add-on card", "EISA add-on card", "PCI add-on card",
"MCA add-on card", "PCMCIA add-on card", "Proprietary add-on card",
"NuBus", "PC-98/C20 add-on card", "PC-98/C24 add-on card",
"PC-98/E add-on card", "PC-98/Local bus add-on card"}: ToSubClass]
uint16 Location;
[read: ToSubClass,
Description ("The Use property indicates how the memory is "
"used in the computer system."): ToSubClass,
MappingStrings {"SMBIOS|Type 16|Use"}: ToSubClass,
Values {"Reserved", "Other", "Unknown", "System memory",
"Video memory", "Flash memory", "Non-volatile RAM",
"Cache memory"}: ToSubClass]
uint16 Use;
[read: ToSubClass,
Description ("The MemoryErrorCorrection property indicates the "
"type of error correction used by the memory array."): ToSubClass ,
MappingStrings {"SMBIOS|Type 16|Memory Error Correction"}: ToSubClass,
Values {"Reserved", "Other", "Unknown", "None", "Parity",
"Single-bit ECC", "Multi-bit ECC", "CRC"}: ToSubClass]
uint16 MemoryErrorCorrection;
[read: ToSubClass, Units ("Kilobytes"): ToSubClass,
Description ("The MaxCapacity property indicates the maximum "
"memory size (in bytes) installable for this particular memory "
"array. If the size is unknown, the property is given a value "
"of 0."): ToSubClass,
MappingStrings {"SMBIOS|Type 16|Maximum Capacity"}: ToSubClass]
uint32 MaxCapacity;
[read: ToSubClass,
Description ("The MemoryDevices property indicates the "
"number of physical slots or sockets available in this "
"memory array."): ToSubClass,
MappingStrings {"SMBIOS|Type 16|"
"Number of Memory Devices"}: ToSubClass]
uint16 MemoryDevices;
};
[Abstract,
Description ("The Win32_SMBIOSMemory class represents the properties "
"of a computer system's memory as seen through the System "
"Management BIOS (SMBIOS) interface. The SMBIOS interface does not "
"distinguish between non-volatile, volatile, and flash memories. "
"As such, the CIM_Memory class is the parent class of all types "
"of memory."): ToSubClass,
Locale (0x409), UUID ("{FECB095B-F0FA-11d2-8617-0000F8102E5F}") ]
class Win32_SMBIOSMemory : CIM_StorageExtent
{
[read: ToSubClass, Override ("ErrorMethodology"): ToSubClass,
Description ("The ErrorMethodology property specifies the "
"types of error checking used by the memory hardware."): ToSubClass,
MappingStrings {"SMBIOS|Type 16|Physical Memory Array|"
"Memory Error Correction"}: ToSubClass,
Values {"Other", "Unknown", "None", "Parity", "Single-bit ECC",
"Multi-bit ECC", "CRC"}: ToSubClass,
ValueMap {"Other", "Unknown", "None", "Parity", "Single-bit ECC",
"Multi-bit ECC", "CRC"}: ToSubClass]
string ErrorMethodology;
[read: ToSubClass,
Description ("The StartingAddress property specifies the beginning "
"address referenced by an application or the operating system. "
"This memory address is mapped by a memory controller for this "
"memory object."): ToSubClass,
MappingStrings {"SMBIOS|Type 19|Memory Device Mapped Addresses|"
"Starting Address"}: ToSubClass]
uint64 StartingAddress;
[read: ToSubClass,
Description ("The EndingAddress property specifies the "
"ending address referenced by an application or operating "
"system. This memory address is mapped by a memory controller "
"for this memory object."): ToSubClass,
MappingStrings {"SMBIOS|Type 19|Memory Device Mapped Addresses|"
"Ending Address"}: ToSubClass]
uint64 EndingAddress;
[read: ToSubClass,
ModelCorrespondence {"CIM_Memory.OtherErrorDescription"}: ToSubClass,
Description ("The ErrorInfo property contains an integer "
"enumeration describing the type of error that occurred most "
"recently. The values, 12-14 are not used with this property. "
"These values indicate whether an error is correctable but this "
"information is found in the CorrectableError property."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Error Type"}: ToSubClass ,
Values {"Other", "Unknown", "OK", "Bad Read", "Parity Error",
"Single-Bit Error", "Double-Bit Error", "Multi-Bit Error",
"Nibble Error", "Checksum Error", "CRC Error",
"Corrected single-bit error", "Corrected error",
"Uncorrectable error"}: ToSubClass,
ValueMap {"1", "2", "3", "4", "5", "6", "7", "8", "9", "10",
"11", "12", "13", "14"}: ToSubClass]
uint16 ErrorInfo;
[read: ToSubClass,
ModelCorrespondence {"CIM_Memory.ErrorInfo"}: ToSubClass,
Description ("The OtherErrorDescription property provides more "
"information when the ErrorInfo property is set to 1."): ToSubClass,
MappingStrings {"SMBIOS"}: ToSubClass]
string OtherErrorDescription;
[read: ToSubClass,
Description ("CorrectableError property indicates whether the "
"most recent error was correctable. This property is not used "
"if ErrorInfo is set to 3.\nValues: TRUE or FALSE. If TRUE, "
"the error is correctable."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Error Type"}: ToSubClass]
boolean CorrectableError;
[read: ToSubClass,
Description ("The ErrorTime property contains the time that "
"the last memory error occurred. This property is "
"valid only when ErrorInfo is not set to 3."): ToSubClass,
MappingStrings {"WMI"}: ToSubClass]
datetime ErrorTime;
[read: ToSubClass,
Description ("The ErrorAccess property indicates the memory "
"access operation that caused the last error. This property is "
"valid only when ErrorInfo is not set to 3."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Error Operation"}: ToSubClass,
Values {"Other", "Unknown", "Read", "Write",
"Partial Write"}: ToSubClass,
ValueMap {"1", "2", "3", "4", "5"}: ToSubClass]
uint16 ErrorAccess;
[read: ToSubClass, Units("Bits"): ToSubClass,
Description ("The ErrorTransferSize property specifies the "
"size of the data (containing the last error) being transferred."
" This property is set to 0 if there is no error."): ToSubClass,
MappingStrings {"SMBIOS"}: ToSubClass]
uint32 ErrorTransferSize;
[read: ToSubClass, ArrayType ("Indexed"): ToSubClass,
Description ("The ErrorData property contains data captured from "
"the last memory access with an error. The data occupies the first "
"n octets of the array necessary to hold the number of bits "
"specified by the ErrorTransferSize property. If ErrorTransferSize "
"is 0, then this property is not used."): ToSubClass,
MappingStrings {"SMBIOS"}: ToSubClass]
uint8 ErrorData[64];
[read: ToSubClass,
Description ("The ErrorDataOrder property indicates the ordering "
"for data stored in the ErrorData property. This property is used "
"only when ErrorTransferSize is 0."): ToSubClass,
MappingStrings {"WMI"}: ToSubClass,
Values {"Unknown", "Least Significant Byte First",
"Most Significant Byte First"}: ToSubClass]
uint16 ErrorDataOrder;
[read: ToSubClass,
Description ("The ErrorAddress property specifies the address of "
"the last memory error. This property is used only when ErrorInfo "
"is not set to 3."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Error Address"}: ToSubClass]
uint64 ErrorAddress;
[read: ToSubClass,
Description ("The SystemLevelAddress property indicates whether "
"the address information in the ErrorAddress property is a "
"system-level address (TRUE) or a physical address (FALSE). This "
"property is used only when ErrorInfo is not set to 3."
"\nValues: TRUE or FALSE. If TRUE, ErrorAddress contains a "
"system-level address."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Error Address"}: ToSubClass]
boolean SystemLevelAddress;
[read: ToSubClass, Units ("Bytes"): ToSubClass,
Description ("The ErrorResolution property specifies the amount of "
"data actually determined to cause the error. This property is "
"unused when the ErrorInfo property is set to 3."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Error Resolution"}: ToSubClass]
uint64 ErrorResolution;
[read: ToSubClass,
Description ("The AdditionalErrorData property contains "
"additional error information. An example is ECC Syndrome, "
"or the return of the check bits if a CRC-based ErrorMethodology "
"is used. In the latter case, if a single bit error is recognized "
"and the CRC algorithm is known, it is possible to determine the "
"exact bit that failed. This type of data (ECC Syndrome, Check "
"Bit, Parity Bit data, or other vendor-supplied information) is "
"included in this field. This property is used only when the "
"ErrorInfo property is not equal to 3."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|32-bit Memory Error Information|"
"Vendor Syndrome"}: ToSubClass]
uint8 AdditionalErrorData[64];
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_MemoryArray class represents the properties "
"of the computer system memory array and mapped addresses."): ToSubClass,
Locale (0x409), UUID ("{FAF76B9A-798C-11D2-AAD1-006008C78BC7}") ]
class Win32_MemoryArray:Win32_SMBIOSMemory
{
[Read: ToSubClass, Key: ToSubClass,
Override("DeviceId"): ToSubClass,
Description ("The DeviceID property contains a "
"string that uniquely identifies the memory array."
"\nExample: Memory Array 1"): ToSubClass,
MappingStrings {"WMI"}: ToSubClass]
string DeviceID ;
[read: ToSubClass,
Description ("The ErrorGranularity identifies the level where "
"the error can be resolved.\nExample: Device level."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|Error Granularity"}: ToSubClass,
ValueMap{"Other", "Unknown", "Device level",
"Memory partition level"}: ToSubClass,
Values {"1", "2", "3", "4"}: ToSubClass]
uint16 ErrorGranularity;
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_MemoryDevice class represents "
"the properties of a computer system's memory device along with it's associated "
"mapped addresses."): ToSubClass,
Locale (0x409), UUID ("{FAF76B9B-798C-11D2-AAD1-006008C78BC7}") ]
class Win32_MemoryDevice:Win32_SMBIOSMemory
{
[Read: ToSubClass, Key: ToSubClass, Override("DeviceId"): ToSubClass,
Description ("The DeviceID property contains a string "
"that uniquely identifies the memory device."
"\nExample: Memory Device 1"): ToSubClass,
MappingStrings {"WMI"}: ToSubClass]
string DeviceID ;
[read: ToSubClass,
Description ("The ErrorGranularity property identifies the level "
"where the error can be resolved.\nExample: Device level."): ToSubClass,
MappingStrings {"SMBIOS|Type 18|Error Granularity"}: ToSubClass,
ValueMap{"1", "2", "3", "4"}: ToSubClass,
Values{"Other", "Unknown", "Device level",
"Memory partition level"}: ToSubClass]
uint16 ErrorGranularity;
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_MemoryDeviceLocation class represents "
"an association between a memory device and the physical memory "
"on which it exists."): ToSubClass,
Locale (0x409), UUID ("{FAF76B9C-798C-11D2-AAD1-006008C78BC7}") ]
class Win32_MemoryDeviceLocation : CIM_Realizes
{
[read: ToSubClass, key: ToSubClass,
Override ("Antecedent"): ToSubClass, Max (1): ToSubClass,
Description ("The Antecedent reference represents the physical "
"memory containing the memory device."): ToSubClass,
MappingStrings {"WMI|Win32_PhysicalMemory"}: ToSubClass]
Win32_PhysicalMemory REF Antecedent;
[read: ToSubClass, key: ToSubClass, Override("Dependent"): ToSubClass,
Description ("The Dependent reference represents the memory "
"device existing in the physical memory."): ToSubClass,
MappingStrings {"WMI|Win32_MemoryDevice"}: ToSubClass]
Win32_MemoryDevice REF Dependent;
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_MemoryArrayLocation class represents an "
"association between a logical memory array and the physical "
"memory array upon which it exists."): ToSubClass,
Locale (0x409), UUID ("{B24EF561-BBBE-11d2-ABFB-00805F538618}") ]
class Win32_MemoryArrayLocation:CIM_Realizes
{
[read: ToSubClass, key: ToSubClass, Override ("Antecedent"): ToSubClass,
Description ("The Antecedent reference represents the physical "
"memory array that implements the logical memory array."): ToSubClass,
MappingStrings {"WMI|Win32_PhysicalMemoryArray"}: ToSubClass]
Win32_PhysicalMemoryArray REF Antecedent;
[read: ToSubClass, key: ToSubClass, Override ("Dependent"): ToSubClass,
Description ("The Dependent reference indicates the logical "
"memory array implemented by the physical memory array."): ToSubClass,
MappingStrings {"WMI|Win32_MemoryArray"}: ToSubClass]
Win32_MemoryArray REF Dependent;
};
[Dynamic, Provider ("CIMWin32"),
Description ("The Win32_PhysicalMemoryLocation class represents an "
"association between an array of physical memory and its physical "
"memory."): ToSubClass,
Locale (0x409), UUID("{B24EF562-BBBE-11d2-ABFB-00805F538618}") ]
class Win32_PhysicalMemoryLocation : CIM_PackagedComponent
{
[read: ToSubClass, Key: ToSubClass,
Override ("GroupComponent"): ToSubClass,
Description ("The GroupComponent reference represents the physical "
"memory array that contains the physical memory."): ToSubClass,
MappingStrings {"WMI|Win32_PhysicalMemoryArray"}: ToSubClass]
Win32_PhysicalMemoryArray REF GroupComponent;
[read: ToSubClass, Key: ToSubClass,
Override ("PartComponent"): ToSubClass,
Description ("The PartComponent reference represents the physical "
"memory contained in the physical memory array."): ToSubClass,
MappingStrings {"WMI|Win32_PhysicalMemory"}: ToSubClass]
Win32_PhysicalMemory REF PartComponent;
};
[Dynamic, Provider ("CIMWin32") ,
Description ("The Win32_MemoryDeviceArray class represents an "
"association between a memory device and the memory array in which it "
"resides."): ToSubClass,
Locale (0x409), UUID("{B24EF563-BBBE-11d2-ABFB-00805F538618}") ]
class Win32_MemoryDeviceArray : CIM_Component
{
[Read: ToSubClass, Key: ToSubClass,
Override ("PartComponent"): ToSubClass,
Description ("The PartComponent reference represents a memory device "
"part of the Win32_MemoryDeviceArray association."): ToSubClass,
MappingStrings {"WMI|Win32_MemoryDevice"}: ToSubClass]
Win32_MemoryDevice REF PartComponent;
[Read: ToSubClass, Key: ToSubClass,
Override ("GroupComponent"): ToSubClass,
Description ("The GroupComponent reference represents the memory "
"array part of the Win32_MemoryDeviceArray association."): ToSubClass,
MappingStrings {"WMI|Win32_MemoryArray"}: ToSubClass]
Win32_MemoryArray REF GroupComponent;
};