TOKEN
	Name  = "EXTRA_RESERVED_BYTES"
	Value  = "4096"
	Help  = "Number of extra bytes to reserve in addition to the static table."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
    Name  = "DEFAULT_STRING"
    Value  = "To be filled by O.E.M."
    Help  = "Default unported strings in Smbios static table"
    TokenType = Expression
End

##############################################################################
#
#   TYPE 0 - BIOS INFORMATION
#   
##############################################################################

TOKEN
	Name  = "TYPE0_STRUCTURE"
	Value  = "1"
	Help  = "ON  -> BIOS Information structure will be present\OFF -> BIOS Information structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "BIOS_VENDOR"
	Value  = "American Megatrends Inc."
	Help  = "Specifies the BIOS Vendor's Name."
	TokenType = Expression
	TargetEQU = Yes
	Lock = Yes
End

TOKEN
	Name  = "BI_BIOS_START_ADDR"
	Value  = "0F000h"
	Help  = "Segment location of BIOS Starting Address, e.g.0E800h.\NOTE : The size of the runtime BIOS image can be computed by subtracting the Starting Address Segment from 10000h and multiplying the result by 16."
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
    Name  = "BIOS_SIZE"
    Value  = "$(FLASH_SIZE)"
    Help  = "Physical size of the flash part containing the BIOS"
	TokenType = Integer
    TargetH = Yes
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "BIOS Characteristics"
	Help  = "Defines which functions the BIOS supports. PCI, PCMCIA, Flash, etc."
	TokenType = Expression
End

TOKEN
	Name  = "BI_UNKNOWN_CHAR"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 2\ON  -> BIOS Characteristics are Unknown\OFF -> BIOS Characteristics are Known "
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_BIOS_CHAR_NOT_SUPPORTED"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 3\ON  -> BIOS Characteristics are not Supported\OFF -> BIOS Characteristics are Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_MCA"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 5\ON  -> MCA is Supported.\OFF -> MCA is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_EISA"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 6\ON  -> EISA is Supported.\OFF -> EISA is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_PCMCIA"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 8\ON  -> PC Card (PCMCIA) is Supported.\OFF -> PC Card (PCMCIA) is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_BIOS_FLASH"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 11\ON  -> BIOS is Upgradeable (Flash)\OFF -> BIOS is Not Upgradeable."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_BIOS_SHADOW"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 12\ON  -> BIOS Shadowing is Allowed.\OFF -> BIOS Shadowing is Not Allowed."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_VL_VESA"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 13\ON  -> VL-VESA is Supported.\OFF -> VL-VESA is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_ESCD"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 14\ON  -> ESCD support is Available.\OFF -> ESCD support is Not Available"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_CDROM_BOOT"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 15\ON  -> Boot from CD is Supported\OFF -> Boot from CD is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_SELECTABLE_BOOT"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 16\ON  -> Selectable Boot is Supported\OFF -> Selectable Boot is Not Supported"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_BIOS_ROM_SOCKET"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 17\ON  -> If the ROM is Socketed\OFF -> If the ROM is Soldered"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_PCMCIA_BOOT"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 18\ON  -> Boot from PC Card (PCMCIA) is Supported.\OFF -> Boot from PC Card (PCMCIA) is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_EDD"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 19\ON  -> EDD (Enhanced Disk Drive) Specification is Supported.\OFF -> EDD (Enhanced Disk Drive) Specification is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT13_NEC9800"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 20\ON  -> Int13h Japanese Floppy for NEC 9800 1.2MB (3.5inch, 1KBytes/Sector, 360 RPM) is Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT13_TOSHIBA"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 21\ON  -> Int13h Japanese Floppy for Toshiba 1.2MB (3.5inch, 360 RPM) is Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT13_5_25_360"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 22\ON  -> Int13h - 5.25inch/360KB Floppy Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT13_5_25_1_2"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 23\ON  -> Int13h - 5.25inch/1.2MB Floppy Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT13_3_5_720"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 24\ON  -> Int13h - 3.5inch/720KB Floppy Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT13_3_5_2_88"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 25\ON  -> Int13h - 3.5inch/2.88MB Floppy Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT5_PRINT_SCRN"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 26\ON  -> Int5h - Print Screen Service is Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT14_SERIAL_SVC"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 28\ON  -> Int14h - Serial Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT17_PRN_SVC"
	Value  = "1"
	Help  = "BIOS Characteristics Bit 29\ON  -> Int17h - Printer Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_INT10_CGA_MONO"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 30\ON  -> Int10h - CGA/Mono Video Services are Supported.\OFF -> Does Not Support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_NEC_PC_98"
	Value  = "0"
	Help  = "BIOS Characteristics Bit 31\ON  -> NEC PC-98 is Supported.\OFF -> NEC PC-98 is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "BIOS Characteristics Extension Byte 1"
	Help  = "Optional space reserved for future supported functions. The number of Extension Bytes that are present is indicated by the Length in offset 1 minus 12h."
	TokenType = Expression
End

TOKEN
	Name  = "BI_AGP_SUPPORT"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 1 Bit 2\ON  -> AGP is Supported.\OFF -> AGP is Not Supported"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_I2O_BOOT_SUP"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 1 Bit 3\ON  -> I2O Boot is Supported.\OFF -> I2O Boot is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_LS120_BOOT_SUP"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 1 Bit 4\ON  -> LS-120 Boot is Supported.\OFF -> LS-120 Boot is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_ATAPI_ZIP_SUP"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 1 Bit 5\ON  -> ATAPI ZIP Drive Boot is Supported.\OFF -> ATAPI ZIP Drive Boot is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_IEEE_1394_SUP"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 1 Bit 6\ON  -> 1394 Boot is Supported.\OFF -> 1394 Boot is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_SMART_BAT_SUP"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 1 Bit 7\ON  -> Smart Battery is Supported.\OFF -> Smart Battery is Not Supported."
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "BIOS Characteristics Extension Byte 2"
	Help  = "Optional space reserved for future supported functions. The number of Extension Bytes that are present is indicated by the Length in offset 1 minus 12h."
	TokenType = Expression
End

TOKEN
	Name  = "BBS_SUPPORT"
	Value  = "1"
	Help  = "BIOS Characteristics Extension Byte 2 Bit 0\ON  -> Enable BIOS Boot Specification support.\OFF -> Disable BIOS Boot Specification support."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "NETBOOT_SUPPORT"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 2 Bit 1\ON  -> Function key-initiated Network Service boot support enabled. \OFF  -> Function key-initiated Network Service boot support disabled."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "BI_ETCD"
	Value  = "1"
	Help  = "BIOS Characteristics Extension Byte 2 Bit 2\ON  -> Enable Targeted Content Distribution is ON.\OFF -> Enable Targeted Content Distribution is OFF."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "UEFI_SUPPORT"
	Value  = "1"
	Help  = "BIOS Characteristics Extension Byte 2 Bit 3\ON  -> UEFI Specification is supported.\OFF -> UEFI Specification is not supported."
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "VIRTUAL_MACHINE"
	Value  = "0"
	Help  = "BIOS Characteristics Extension Byte 2 Bit 4\ON  -> The SMBIOS table describes a virtual machine.\OFF -> The SMBIOS table describes a real machine."
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "ECMA"
	Value  = "0FFh"
	Help  = "Embedded Controller Firmware Major Release.\0FFh = System does not have field upgradeable embedded controller firmware."
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "ECMI"
	Value  = "0FFh"
	Help  = "Embedded Controller Firmware Minor Release.\0FFh = System does not have field upgradeable embedded controller firmware."
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 1 - SYSTEM INFORMATION
#
##############################################################################
#
#   The information in this Structure defines attributes of the overall
#   system and is intended to be associated with the Component ID group of
#   the system's MIF.\An SMBIOS implementation is associated with a single
#   system instance and contains one and only one System Information
#   (Type 1) structure.
#
##############################################################################

TOKEN
	Name  = "TYPE1_STRUCTURE"
	Value  = "1"
	Help  = "ON  -> System Information structure will be present\OFF -> System Information structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "SYSTEM_MANUFACTURER"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Manufacturer Name."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYSTEM_PRODUCT_NAME"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Product Name"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYSTEM_VERSION"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Product Version."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYSTEM_SERIAL_NUMBER"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Serial Number."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYSTEM_WAKEUP_TYPE"
	Value  = "06h"
	Help  = "Specifies the System Wake-up Type.\00h     -     Reserved\01h     -     Other\02h     -     Unknown\03h     -     APM Timer\04h     -     Modem Ring\05h     -     LAN Remote\06h     -     Power Switch\07h     -     PCI PME#\08h     -     AC Power Restored"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 08h"
End

TOKEN
	Name  = "SYSTEM_SKU_NUMBER"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYSTEM_FAMILY"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SMBIOS_UUID"
	Value  = "{0,2,0,3,0,4,0,5,0,6,0,7,0,8,0,9}"
	Help  = "List of TYPE 1 UUID"
	TokenType = Expression
	TargetEQU = Yes
	TargetMAK = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 2 - BASE BOARD (or MODULE) INFORMATION
#
##############################################################################
#
#   This information in this structure defines attributes of a system
#   baseboard - for example a motherboard, planar, or server blade or other
#   standard system module.
#
##############################################################################

TOKEN
	Name  = "BASE_BOARD_INFO"
	Value  = "0"
	Help  = "ON  -> BaseBoard Information (Type 2) structure will be present\OFF -> BaseBoard Information (Type 2) structure will not be present\"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE2_STRUCTURE"
	Value  = "$(BASE_BOARD_INFO)"
	Help  = "Alternate token name for BASE_BOARD_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_BASEBOARDS"
	Value  = "1"
	Help  = "Number of Baseboard (Type 2) structure"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
End

############################################################################
#   When NUMBER_OF_BASEBOARDS = 1:
#     For backward compatibility, porting information is to be done below
#
#   When NUMBER_OF_BASEBOARDS > 1:
#     Porting information is to be done in Smbdesc.def file
############################################################################

TOKEN
	Name  = "BASE_BOARD_MANUFACTURER"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Board Manufacturer."
	TokenType = Expression
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BASE_BOARD_PRODUCT_NAME"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Product Name"
	TokenType = Expression
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BASE_BOARD_VERSION"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Product Version."
	TokenType = Expression
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BASE_BOARD_SERIAL_NUMBER"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Product Serial Number."
	TokenType = Expression
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_ASSET_TAG"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Asset Tag Number of the Base Board."
	TokenType = Expression
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_LOC_IN_CHASSIS"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Location of Base Board in the Chassis."
	TokenType = Expression
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_BOARD_TYPE"
	Value  = "0Ah"
	Help  = "Specifies the Base Board type.\\01h     -     Unknown\02h     -     Other\03h     -     Server Blade\04h     -     Connectivity Switch\05h     -     System Management Module\06h     -     Processor Module\07h     -     I/O Module\08h     -     Memory Module\09h     -     Daughter Board\0Ah     -     Motherboard (includes Processor, Memory, and I/O)\0Bh     -     Processor/Memory Module\0Ch     -     Processor/IO Module\0Dh     -     Interconnect Board"
	TokenType = Integer
	TargetEQU = Yes
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_HOSTING_BOARD"
	Value  = "1"
	Help  = "ON  - Board is Hosting Board eg. Motherboard\OFF - Board is not a Hosting Board"
	TokenType = Boolean
	TargetEQU = Yes
	Range  = "ON - OFF"
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_REQUIRE_AUX_BOARD"
	Value  = "0"
	Help  = "ON  - Board requires atleast one Daughter Board or Auxiliary card to function properly\OFF - Board can function properly without Daughter Board or Auxilliary Card"
	TokenType = Boolean
	TargetEQU = Yes
	Range  = "ON - OFF"
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_REMOVABLE"
	Value  = "0"
	Help  = "ON  - Board is Removable. It is designed to be taken in and out of the Chassis without imaparing the function of the Chassis.\OFF - Board is not Removable."
	TokenType = Boolean
	TargetEQU = Yes
	Range  = "ON - OFF"
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_REPLACEABLE"
	Value  = "1"
	Help  = "ON  - Board is Replaceable. It is possible to replace (either as a field repair or upgrade) the board with a physically different one. The board is inherently removable.\OFF - Board is not Replaceable."
	TokenType = Boolean
	TargetEQU = Yes
	Range  = "ON - OFF"
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "BB_HOT_SWAPPABLE"
	Value  = "0"
	Help  = "ON  - Board is Hot Swappable. It is possible to replace the board with a physically different but equvalent one while power is applied to the Board. The board is inherently replaceable and removable.\OFF - Board is not Hot Swappable."
	TokenType = Boolean
	TargetEQU = Yes
	Range  = "ON - OFF"
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

TOKEN
	Name  = "NUMBER_OF_OBJECT_HANDLES"
	Value  = "0"
	Help  = "Number of Contained Object Handles"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "0-255"
	Token = "BASE_BOARD_INFO" "=" "1"
	Token = "NUMBER_OF_BASEBOARDS" "=" "1"
End

##############################################################################
#
#	TYPE 3 - SYSTEM ENCLOSURE OR CHASSIS
#
##############################################################################
#
#	The information in this structure defines attributes of the system's
#   mechanical enclosure(s). For example, if the system included a separate
#   enclosure for its peripheral devices, two structures would be returned:
#   one for the main, system enclosure and the second for the peripheral
#   device enclosure.
#
##############################################################################

TOKEN
	Name  = "SYS_CHASSIS_INFO"
	Value  = "1"
	Help  = "ON  -> System Chassis Information (Type 3) structure will be present\OFF -> System Chassis Information (Type 3) structure will not be present\"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
	Lock = Yes
End

TOKEN
	Name  = "TYPE3_STRUCTURE"
	Value  = "$(SYS_CHASSIS_INFO)"
	Help  = "Alternate token name for SYS_CHASSIS_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_SYSTEM_CHASSIS"
	Value  = "1"
	Help  = "Number of System Chassis (Type 3) structure"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Token = "SYS_CHASSIS_INFO" "=" "1"
End

TOKEN
	Name  = "SYS_CHASSIS_MANUFACTURER_1"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Chassis Manufacturer."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_MANUFACTURER_2"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Chassis Manufacturer."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_MANUFACTURER_3"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Chassis Manufacturer."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_MANUFACTURER_4"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Chassis Manufacturer."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_MANUFACTURER_5"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the System Chassis Manufacturer."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_LOCK_1"
	Value  = "0"
	Help  = "Bit7 of System Chassis Type\ON  => Chassis Lock is present \OFF => Either a Lock is not present or it is unknown if the Chassis or Enclosure has a lock"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_LOCK_2"
	Value  = "0"
	Help  = "Bit7 of System Chassis Type\ON  => Chassis Lock is present \OFF => Either a Lock is not present or it is unknown if the Chassis or Enclosure has a lock"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_LOCK_3"
	Value  = "0"
	Help  = "Bit7 of System Chassis Type\ON  => Chassis Lock is present \OFF => Either a Lock is not present or it is unknown if the Chassis or Enclosure has a lock"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_LOCK_4"
	Value  = "0"
	Help  = "Bit7 of System Chassis Type\ON  => Chassis Lock is present \OFF => Either a Lock is not present or it is unknown if the Chassis or Enclosure has a lock"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_LOCK_5"
	Value  = "0"
	Help  = "Bit7 of System Chassis Type\ON  => Chassis Lock is present \OFF => Either a Lock is not present or it is unknown if the Chassis or Enclosure has a lock"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_TYPE_1"
	Value  = "03"
    Help  = "Bits 6:0  -     Enumeration Value See Below.\01h     -     Other\02h     -     Unknown\03h     -     Desktop\04h     -     Low Profile Desktop\05h     -     Pizza Box\06h     -     Mini Tower\07h     -     Tower\08h     -     Portable\09h     -     Lap Top\0Ah     -     Notebook\0Bh     -     Hand Held\0Ch     -     Docking Station\0Dh     -     All in One\0Eh     -     Sub Notebook\0Fh     -     Space-saving\10h     -     Lunch Box\11h     -     Main Server Chassis\12h     -     Expansion Chassis\13h     -     Sub Chassis\14h     -     Bus Expansion Chassis\15h     -     Peripheral Chassis\16h     -     RAID Chassis\17h     -     Rack Mount Chassis\18h     -     Sealed-Case PC\19h     -     Multi-System Chassis. When this value is specified by an SMBIOS implementation, the physical chassis associated with this structure supports multiple, independently reporting physical systems\                 - regardless of the chassis' current configuration. Systems in the same physical chassis are required to report the same value in this structure's Serial Number field.\                 For a Chassis that may also be configured as either a single system or multiple physical systems, the Multi-System Chassis value is reported even if the chassis is currently configured as a \                 Single System. This allows management applications to recognize the multi-system potential of the chassis.\1Ah     -     CompactPCI\1Bh     -     AdvancedTCA\1Ch     -     Blade\1Dh     -     Blade Enclosure\1Eh     -     Tablet\1Fh     -     Convertible\20h     -     Detachable"

	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 19h"
End

TOKEN
	Name  = "SYS_CHASSIS_TYPE_2"
	Value  = "03"
    Help  = "Bits 6:0  -     Enumeration Value See Below.\01h     -     Other\02h     -     Unknown\03h     -     Desktop\04h     -     Low Profile Desktop\05h     -     Pizza Box\06h     -     Mini Tower\07h     -     Tower\08h     -     Portable\09h     -     Lap Top\0Ah     -     Notebook\0Bh     -     Hand Held\0Ch     -     Docking Station\0Dh     -     All in One\0Eh     -     Sub Notebook\0Fh     -     Space-saving\10h     -     Lunch Box\11h     -     Main Server Chassis\12h     -     Expansion Chassis\13h     -     Sub Chassis\14h     -     Bus Expansion Chassis\15h     -     Peripheral Chassis\16h     -     RAID Chassis\17h     -     Rack Mount Chassis\18h     -     Sealed-Case PC\19h     -     Multi-System Chassis. When this value is specified by an SMBIOS implementation, the physical chassis associated with this structure supports multiple, independently reporting physical systems\                 - regardless of the chassis' current configuration. Systems in the same physical chassis are required to report the same value in this structure's Serial Number field.\                 For a Chassis that may also be configured as either a single system or multiple physical systems, the Multi-System Chassis value is reported even if the chassis is currently configured as a \                 Single System. This allows management applications to recognize the multi-system potential of the chassis.\1Ah     -     CompactPCI\1Bh     -     AdvancedTCA\1Ch     -     Blade\1Dh     -     Blade Enclosure\1Eh     -     Tablet\1Fh     -     Convertible\20h     -     Detachable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 19h"
End

TOKEN
	Name  = "SYS_CHASSIS_TYPE_3"
	Value  = "03"
    Help  = "Bits 6:0  -     Enumeration Value See Below.\01h     -     Other\02h     -     Unknown\03h     -     Desktop\04h     -     Low Profile Desktop\05h     -     Pizza Box\06h     -     Mini Tower\07h     -     Tower\08h     -     Portable\09h     -     Lap Top\0Ah     -     Notebook\0Bh     -     Hand Held\0Ch     -     Docking Station\0Dh     -     All in One\0Eh     -     Sub Notebook\0Fh     -     Space-saving\10h     -     Lunch Box\11h     -     Main Server Chassis\12h     -     Expansion Chassis\13h     -     Sub Chassis\14h     -     Bus Expansion Chassis\15h     -     Peripheral Chassis\16h     -     RAID Chassis\17h     -     Rack Mount Chassis\18h     -     Sealed-Case PC\19h     -     Multi-System Chassis. When this value is specified by an SMBIOS implementation, the physical chassis associated with this structure supports multiple, independently reporting physical systems\                 - regardless of the chassis' current configuration. Systems in the same physical chassis are required to report the same value in this structure's Serial Number field.\                 For a Chassis that may also be configured as either a single system or multiple physical systems, the Multi-System Chassis value is reported even if the chassis is currently configured as a \                 Single System. This allows management applications to recognize the multi-system potential of the chassis.\1Ah     -     CompactPCI\1Bh     -     AdvancedTCA\1Ch     -     Blade\1Dh     -     Blade Enclosure\1Eh     -     Tablet\1Fh     -     Convertible\20h     -     Detachable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 19h"
End

TOKEN
	Name  = "SYS_CHASSIS_TYPE_4"
	Value  = "03"
    Help  = "Bits 6:0  -     Enumeration Value See Below.\01h     -     Other\02h     -     Unknown\03h     -     Desktop\04h     -     Low Profile Desktop\05h     -     Pizza Box\06h     -     Mini Tower\07h     -     Tower\08h     -     Portable\09h     -     Lap Top\0Ah     -     Notebook\0Bh     -     Hand Held\0Ch     -     Docking Station\0Dh     -     All in One\0Eh     -     Sub Notebook\0Fh     -     Space-saving\10h     -     Lunch Box\11h     -     Main Server Chassis\12h     -     Expansion Chassis\13h     -     Sub Chassis\14h     -     Bus Expansion Chassis\15h     -     Peripheral Chassis\16h     -     RAID Chassis\17h     -     Rack Mount Chassis\18h     -     Sealed-Case PC\19h     -     Multi-System Chassis. When this value is specified by an SMBIOS implementation, the physical chassis associated with this structure supports multiple, independently reporting physical systems\                 - regardless of the chassis' current configuration. Systems in the same physical chassis are required to report the same value in this structure's Serial Number field.\                 For a Chassis that may also be configured as either a single system or multiple physical systems, the Multi-System Chassis value is reported even if the chassis is currently configured as a \                 Single System. This allows management applications to recognize the multi-system potential of the chassis.\1Ah     -     CompactPCI\1Bh     -     AdvancedTCA\1Ch     -     Blade\1Dh     -     Blade Enclosure\1Eh     -     Tablet\1Fh     -     Convertible\20h     -     Detachable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 19h"
End

TOKEN
	Name  = "SYS_CHASSIS_TYPE_5"
	Value  = "03"
    Help  = "Bits 6:0  -     Enumeration Value See Below.\01h     -     Other\02h     -     Unknown\03h     -     Desktop\04h     -     Low Profile Desktop\05h     -     Pizza Box\06h     -     Mini Tower\07h     -     Tower\08h     -     Portable\09h     -     Lap Top\0Ah     -     Notebook\0Bh     -     Hand Held\0Ch     -     Docking Station\0Dh     -     All in One\0Eh     -     Sub Notebook\0Fh     -     Space-saving\10h     -     Lunch Box\11h     -     Main Server Chassis\12h     -     Expansion Chassis\13h     -     Sub Chassis\14h     -     Bus Expansion Chassis\15h     -     Peripheral Chassis\16h     -     RAID Chassis\17h     -     Rack Mount Chassis\18h     -     Sealed-Case PC\19h     -     Multi-System Chassis. When this value is specified by an SMBIOS implementation, the physical chassis associated with this structure supports multiple, independently reporting physical systems\                 - regardless of the chassis' current configuration. Systems in the same physical chassis are required to report the same value in this structure's Serial Number field.\                 For a Chassis that may also be configured as either a single system or multiple physical systems, the Multi-System Chassis value is reported even if the chassis is currently configured as a \                 Single System. This allows management applications to recognize the multi-system potential of the chassis.\1Ah     -     CompactPCI\1Bh     -     AdvancedTCA\1Ch     -     Blade\1Dh     -     Blade Enclosure\1Eh     -     Tablet\1Fh     -     Convertible\20h     -     Detachable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 19h"
End

TOKEN
	Name  = "SYS_CHASSIS_VERSION_1"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Version"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_VERSION_2"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Version"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_VERSION_3"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Version"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_VERSION_4"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Version"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_VERSION_5"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Version"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SERIAL_NUM_1"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Serial number"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SERIAL_NUM_2"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Serial number"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SERIAL_NUM_3"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Serial number"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SERIAL_NUM_4"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Serial number"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SERIAL_NUM_5"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Chassis Serial number"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_ASSET_TAG_NUM_1"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Asset Tag Number."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_ASSET_TAG_NUM_2"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Asset Tag Number."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_ASSET_TAG_NUM_3"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Asset Tag Number."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_ASSET_TAG_NUM_4"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Asset Tag Number."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_ASSET_TAG_NUM_5"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the Asset Tag Number."
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_BOOT_STATE_1"
	Value  = "03h"
	Help  = "Specifies the state of the System Chassis or enclosure when it was last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_CHASSIS_BOOT_STATE_2"
	Value  = "03h"
	Help  = "Specifies the state of the System Chassis or enclosure when it was last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_CHASSIS_BOOT_STATE_3"
	Value  = "03h"
	Help  = "Specifies the state of the System Chassis or enclosure when it was last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_CHASSIS_BOOT_STATE_4"
	Value  = "03h"
	Help  = "Specifies the state of the System Chassis or enclosure when it was last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_CHASSIS_BOOT_STATE_5"
	Value  = "03h"
	Help  = "Specifies the state of the System Chassis or enclosure when it was last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_PWR_SUPPLY_STATE_1"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Power Supply(Supplies) when last booted. 01h\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_PWR_SUPPLY_STATE_2"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Power Supply(Supplies) when last booted. 01h\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_PWR_SUPPLY_STATE_3"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Power Supply(Supplies) when last booted. 01h\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_PWR_SUPPLY_STATE_4"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Power Supply(Supplies) when last booted. 01h\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_PWR_SUPPLY_STATE_5"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Power Supply(Supplies) when last booted. 01h\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_THERMAL_STATE_1"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Thermal State when last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_THERMAL_STATE_2"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Thermal State when last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_THERMAL_STATE_3"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Thermal State when last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_THERMAL_STATE_4"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Thermal State when last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_THERMAL_STATE_5"
	Value  = "03h"
	Help  = "Specifies the state of System Chassis or enclosure's Thermal State when last booted.\01h     -     Other\02h     -     Unknown\03h     -     Safe\04h     -     Warning\05h     -     Critical\06h     -     Non-recoverable"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 06h"
End

TOKEN
	Name  = "SYS_SECURE_STATE_1"
	Value  = "03h"
	Help  = "Specifies the System Chassis or enclosure's physical Security Status when last booted.\01h     -     Other\02h     -     Unknown\03h     -     None\04h     -     External interface locked out\05h     -     External interface enabled"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 05h"
End

TOKEN
	Name  = "SYS_SECURE_STATE_2"
	Value  = "03h"
	Help  = "Specifies the System Chassis or enclosure's physical Security Status when last booted.\01h     -     Other\02h     -     Unknown\03h     -     None\04h     -     External interface locked out\05h     -     External interface enabled"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 05h"
End

TOKEN
	Name  = "SYS_SECURE_STATE_3"
	Value  = "03h"
	Help  = "Specifies the System Chassis or enclosure's physical Security Status when last booted.\01h     -     Other\02h     -     Unknown\03h     -     None\04h     -     External interface locked out\05h     -     External interface enabled"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 05h"
End

TOKEN
	Name  = "SYS_SECURE_STATE_4"
	Value  = "03h"
	Help  = "Specifies the System Chassis or enclosure's physical Security Status when last booted.\01h     -     Other\02h     -     Unknown\03h     -     None\04h     -     External interface locked out\05h     -     External interface enabled"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 05h"
End

TOKEN
	Name  = "SYS_SECURE_STATE_5"
	Value  = "03h"
	Help  = "Specifies the System Chassis or enclosure's physical Security Status when last booted.\01h     -     Other\02h     -     Unknown\03h     -     None\04h     -     External interface locked out\05h     -     External interface enabled"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 05h"
End

TOKEN
	Name  = "SYS_OEM_1"
	Value  = "0000000"
	Help  = "Contains OEM or BIOS Vender Specific Information."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "DWORD"
End

TOKEN
	Name  = "SYS_OEM_2"
	Value  = "0000000"
	Help  = "Contains OEM or BIOS Vender Specific Information."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "DWORD"
End

TOKEN
	Name  = "SYS_OEM_3"
	Value  = "0000000"
	Help  = "Contains OEM or BIOS Vender Specific Information."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "DWORD"
End

TOKEN
	Name  = "SYS_OEM_4"
	Value  = "0000000"
	Help  = "Contains OEM or BIOS Vender Specific Information."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "DWORD"
End

TOKEN
	Name  = "SYS_OEM_5"
	Value  = "0000000"
	Help  = "Contains OEM or BIOS Vender Specific Information."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "DWORD"
End

TOKEN
	Name  = "SYS_HEIGHT_1"
	Value  = "0"
	Help  = "Specifies the Height of the System Enclosure in 'U's.\1U = 1.75 inches = 4.445cm\0 = UnSpecified Height"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_HEIGHT_2"
	Value  = "0"
	Help  = "Specifies the Height of the System Enclosure in 'U's.\1U = 1.75 inches = 4.445cm\0 = UnSpecified Height"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_HEIGHT_3"
	Value  = "0"
	Help  = "Specifies the Height of the System Enclosure in 'U's.\1U = 1.75 inches = 4.445cm\0 = UnSpecified Height"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_HEIGHT_4"
	Value  = "0"
	Help  = "Specifies the Height of the System Enclosure in 'U's.\1U = 1.75 inches = 4.445cm\0 = UnSpecified Height"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_HEIGHT_5"
	Value  = "0"
	Help  = "Specifies the Height of the System Enclosure in 'U's.\1U = 1.75 inches = 4.445cm\0 = UnSpecified Height"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "NO_PWR_CORDS_1"
	Value  = "1"
	Help  = "Specifies the Number of Power Cords in the System.\0 = UnSpecified"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "NO_PWR_CORDS_2"
	Value  = "1"
	Help  = "Specifies the Number of Power Cords in the System.\0 = UnSpecified"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "NO_PWR_CORDS_3"
	Value  = "1"
	Help  = "Specifies the Number of Power Cords in the System.\0 = UnSpecified"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "NO_PWR_CORDS_4"
	Value  = "1"
	Help  = "Specifies the Number of Power Cords in the System.\0 = UnSpecified"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "NO_PWR_CORDS_5"
	Value  = "1"
	Help  = "Specifies the Number of Power Cords in the System.\0 = UnSpecified"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "ELEMENT_COUNT_1"
	Value  = "0"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "0-255"
End

TOKEN
	Name  = "ELEMENT_COUNT_2"
	Value  = "0"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "0-255"
End

TOKEN
	Name  = "ELEMENT_COUNT_3"
	Value  = "0"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "0-255"
End

TOKEN
	Name  = "ELEMENT_COUNT_4"
	Value  = "0"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "0-255"
End

TOKEN
	Name  = "ELEMENT_COUNT_5"
	Value  = "0"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "0-255"
End

TOKEN
	Name  = "ELEMENT_LEN_1"
	Value  = "3"
	Help  = "Contained Element Record Length"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "ELEMENT_LEN_2"
	Value  = "3"
	Help  = "Contained Element Record Length"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "ELEMENT_LEN_3"
	Value  = "3"
	Help  = "Contained Element Record Length"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "ELEMENT_LEN_4"
	Value  = "3"
	Help  = "Contained Element Record Length"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "ELEMENT_LEN_5"
	Value  = "3"
	Help  = "Contained Element Record Length"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CONT_ELEMENT_1"
	Value  = "{0,0,0}"
	Help  = "Contained Elements: please specify (ELEMENT_COUNT_1 * ELEMENT_LEN_1) byte entries"
	TokenType = Expression
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CONT_ELEMENT_2"
	Value  = "{0,0,0,0,0,0}"
	Help  = "Contained Elements: please specify (ELEMENT_COUNT_2 * ELEMENT_LEN_2) byte entries"
	TokenType = Expression
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CONT_ELEMENT_3"
	Value  = "{0,0,0,0,0,0,0,0,0}"
	Help  = "Contained Elements: please specify (ELEMENT_COUNT_3 * ELEMENT_LEN_3) byte entries"
	TokenType = Expression
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CONT_ELEMENT_4"
	Value  = "{0,0,0,0,0,0,0,0,0,0,0,0}"
	Help  = "Contained Elements: please specify (ELEMENT_COUNT_4 * ELEMENT_LEN_4) byte entries"
	TokenType = Expression
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CONT_ELEMENT_5"
	Value  = "{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}"
	Help  = "Contained Elements: please specify (ELEMENT_COUNT_5 * ELEMENT_LEN_5) byte entries"
	TokenType = Expression
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SKU_NUMBER_1"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SKU_NUMBER_2"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SKU_NUMBER_3"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SKU_NUMBER_4"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "SYS_CHASSIS_SKU_NUMBER_5"
	Value  = "$(DEFAULT_STRING)"
	TokenType = Expression
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 4 - PROCESSOR INFORMATION
#
##############################################################################
#
#   The information in this structure defines the attributes of a single
#   processor; a separate structure instance is provided for each system
#   processor socket/slot.  For example, a system with an IntelDX2 processor
#   would have a single structure instance while a system with an IntelSX2
#   processor would have a structure to describe the main CPU and a second
#   structure to describe the 80487 co-processor.
#
#   NOTE : One structure is provided for each processor instance in a system.
#   For example, a system that supports up to two processors includes two
#   Processor Information Structures - even if only one processor is
#   currently installed. Software that interprets the SMBIOS information
#   can count the Processor Information structures to determine the maximum
#   possible configuration of the system.
#
##############################################################################

TOKEN
	Name  = "PROCESSOR_INFO"
	Value  = "1"
	Help  = "ON  -> Processor Information (Type 4) structure will be present\OFF -> Processor Information (Type 4) structure will not be present\The number of CPU is defined in CPU.SDL as NCPU.\Total number of processors will be NCPU ( specified in CPU.SDL) \Currenty there is support for 4 Processors. \To support more processores modify in SMBDESC.DEF and SMBIOS.SDL"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE4_STRUCTURE"
	Value  = "$(PROCESSOR_INFO)"
	Help  = "Alternate token name for PROCESSOR_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NO_OF_PROCESSOR_SOCKETS"
	Value  = "1"
	Help  = "Specifies the Number of Physical Processors (Number of Processor Sockets) in the System."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "1, 2, 3.........."
End

##############################################################################
#
#	TYPE 5 - MEMORY CONTROLLER INFORMATION
#
##############################################################################
#
#   NOTE : This structure, and its companion Memory Module Information
#   (Type 6), are OBSOLETE starting with version 2.1 of this specification;
#   The Physical Memory Array (Type 16) and Memory Device (Type 17)
#   structures, should be used instead to allow proper population of the
#   DMI 2.0 required groups. The information in this structure defines the
#   attributes of the system's memory controller(s) and the supported
#   attributes of any memory-modules present in the sockets controlled by
#   this controller.
#
##############################################################################

TOKEN
	Name  = "MEM_CTRL_INFO"
	Value  = "0"
	Help  = "ON  -> Memory Controller Information (Type 5) structure will be present\OFF -> Memory Controller Information (Type 5) structure will not be present.\The following information is needed only if MEMORY_CONTROLLER_INFO = Present. This structure (TYPE 5) is associated with MEMORY MODULE Structure(Type 6)\Handle information of Type 6 is defined in this structure."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE5_STRUCTURE"
	Value  = "$(MEM_CTRL_INFO)"
	Help  = "Alternate token name for MEM_CTRL_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "MEM_CTRL_EDD"
	Value  = "06h"
	Help  = "Please enter the proper value as per the SMBIOS spec 2.3.1"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "MEM_CTRL_INTRLV"
	Value  = "03h"
	Help  = "Please enter the proper value as per the SMBIOS spec 2.3.1"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "MAX_MEM_MODULE_SIZE"
	Value  = "2048"
	Help  = "Specify size in terms of MB only!!!"
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "Memory Controller ECC"
	Help  = "Following are the bit fiels according to SMBIOS 2.3.1"
	TokenType = Integer
End

TOKEN
	Name  = "MCE_OTHER"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MCE_UNKNOWN"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MCE_NONE"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MCE_SINGLE_BIT_ECC"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MCE_DOUBLE_BIT_ECC"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MCE_ERROR_SCRUBBING"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "MEMORY CONTROLLER SUPPORTED SPEED"
	Help  = "Followin are the bit fields as per SMBIOS 2.3.1 topic 3.3.64"
	TokenType = Integer
End

TOKEN
	Name  = "SS_OTHER "
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SS_UNKNOWN "
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SS_70NS"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SS_60NS"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "SS_50NS"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "MEMORY CONTROLLER SUPPORTED MEMORY TYPES"
	Help  = "Following are the supported memory types as per SMBIOS 2.3.1 topic 3.3.7.1"
	TokenType = Integer
End

TOKEN
	Name  = "TYPE_OTHER"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_UNKNOWN"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_STANDARD"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_FAST_PAGE_MODE"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_EDO"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_PARITY"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_ECC"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_SIMM"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_DIMM"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_BURST_EDO"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE_SDRAM"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################

TOKEN
	Name  = "MEMORY MODULE VOTAGE SUPPORT"
	Help  = "Following are bit fiels according to SMBIOS 2.3.1"
	TokenType = Integer
End

TOKEN
	Name  = "MM_VOLTAGE_29V"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MM_VOLTAGE_33V"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "MM_VOLTAGE_5V"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 6 - MEMORY MODULE INFORMATION
#
##############################################################################
#
#   NOTE : This structure, and its companion Memory Controller Information
#   (Type 5), are OBSOLETE starting with version 2.1 of this specification;
#   The Physical Memory Array (Type 16) and Memory Device (Type 17)
#   structures, should be used instead to allow proper population of the
#   DMI 2.0 required groups. One Memory Module Information structure is
#   included for each memory-module socket in the system. The information
#   in this structure describes the Speed, Type, Size and Error Status of
#   each system memory module. The supported attributes of each module are
#   described by the 'owning'  Memory Controller Information Structure.
#
##############################################################################

TOKEN
	Name  = "MEM_MODULE_INFO"
	Value  = "0"
	Help  = "ON  -> Memory Module Information structure will be present\OFF -> Memory Module Information structure will not be present\Make sure to put proper Memory Module information under section 'Structure Type 6 : MEMORY MODULE INFORMATION' in file SMBDESC.DEF\Port 'get_mem_module_info' from NBSMBIOS.ASM"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE6_STRUCTURE"
	Value  = "$(MEM_MODULE_INFO)"
	Help  = "Alternate token name for MEM_MODULE_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 7 - CACHE INFORMATION
#
##############################################################################
#
#   The information in this Structure defines the attributes of CPU Cache
#   device in the System. One structure is specified for each such device,
#   whether the device is internal to or external to the CPU module. Cache
#   modules can be associated with a Processor structure in one or two ways
#   depending on the SMBIOS version. CPU module will update the internal
#   cache structure as its updationg the processor structures.
#
##############################################################################

TOKEN
	Name  = "NUMBER_OF_PROC_CACHE"
	Value  = "3"
	Help  = "Number of Processor Cache Present.\NOTE: DO NOT CHANGE THE VALUE."
	TokenType = Integer
	TargetEQU = Yes
	TargetMAK = Yes
	Lock = Yes
	Range  = "1-8"
End

TOKEN
	Name  = "EXTERNAL_CACHE_INFORMATION"
	Value  = "0"
	Help  = "If you have external Cache define it in SMBDESC.DEF file and trun this flag ON\Make sure that functions 'ExternalCacheInit_FAR' from SMBPORT.ASM and \'CSPHk_get_ext_cache_info_FAR' from NBSMBIOS.ASM are properly ported."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE7_STRUCTURE"
	Value  = "$(EXTERNAL_CACHE_INFORMATION)"
	Help  = "Alternate token name for EXTERNAL_CACHE_INFORMATION"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 8 - PORT CONNECTOR INFORMATION
#
##############################################################################
#
#   The information in this structure defines the attributes of a system
#   port connector, e.g. parallel, serial, keyboard, or mouse ports. The
#   Port's type and Connector information are provided. One structure is
#   present for each port provided by the system.
#
##############################################################################

TOKEN
	Name  = "PORT_CONNECTOR_INFO"
	Value  = "1"
	Help  = "Turn this flag Off for not generating the Type 8 structures"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE8_STRUCTURE"
	Value  = "$(PORT_CONNECTOR_INFO)"
	Help  = "Alternate token name for PORT_CONNECTOR_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_EXT_PORT_CONNECTORS"
	Value  = "8"
	Help  = "Number of External Port Connectors in the Sytem."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 20"
End

TOKEN
	Name  = "NUMBER_OF_INT_PORT_CONNECTORS"
	Value  = "16"
	Help  = "Number of Internal Port Connectors in the System."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 20"
End

##############################################################################
#
#	TYPE 9 - SYSTEM SLOTS
#
##############################################################################
#
#   The information in this structure defines the attributes of a system
#   slot. One structure is provided for each slot in the system.
#
##############################################################################

TOKEN
	Name  = "SYSTEM_SLOT_INFO"
	Value  = "1"
	Help  = "ON  -> System Slot Information structure will be present\OFF -> System Slot Information structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	Lock = Yes
End

TOKEN
	Name  = "TYPE9_STRUCTURE"
	Value  = "$(SYSTEM_SLOT_INFO)"
	Help  = "Alternate token name for SYSTEM_SLOT_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_SYSTEM_SLOTS"
	Value  = "5"
	Help  = "Identifies the number of system slots available on platform including the AGP slot.\"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "AGP_BRIDGE_BUS_DEV_FUNC_NO"
	Value  = "08H"
	Help  = "This variable contains the Bus#, dev#, func# of the AGP Bridge. A value of FFFF means no AGP Bridge present.\Bit 15-8 = Bus#\Bit7-3 = Device#\Bit2-0 = Function#"
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 10 - ON BOARD DEVICES INFORMATION
#
##############################################################################
#
#   The information in this structure defines the attributes of devices that
#   are onboard (soldered onto) a system element, usually the baseboard. In
#   general, an entry in this table implies that the BIOS has some level of
#   control over the enabling of the associated device for use by the system.
#
##############################################################################

TOKEN
	Name  = "ONBOARD_DEVICE_INFO"
	Value  = "1"
	Help  = "ON  -> Onboard Device Information structure will be present\OFF -> OnBoard Device Information structure will not be present\The following information is needed only if ONBOARD_DEVICE_INFO = Present\Syntax:          ONBOARD_DEVICE_X    DEFINE  <Enabled or Disabled, Onboard Device Type, Descrition String>\                              Onboard device status  -> Describes the status(enabled/disabled) of on board device\                              On board device Type  -> Video, Audio, SCSI etc... for more detail search for On-board device Type equates in structure Type 10, refer SMB.EQU\                              Description String          -> Describes the on board device e.g.'Video', 'Audio' etc.."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE10_STRUCTURE"
	Value  = "$(ONBOARD_DEVICE_INFO)"
	Help  = "Alternate token name for ONBOARD_DEVICE_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_ONBOARD_DEVICES"
	Value  = "1"
	Help  = "Number of Onboard Devices Present in the System."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 11 - OEM STRINGS
#
##############################################################################
#
#   This structure contains free form strings defined by the OEM.
#
#   Examples of this are: Part Numbers for Reference Documents for the sytem,
#   contact information for the manufacturer, etc.
#
##############################################################################

TOKEN
	Name  = "OEM_STRING_INFO"
	Value  = "1"
	Help  = "ON  -> OEM String Information structure will be present\OFF -> OEM String Information structure will not be present\Enter the related information in file SMBDESC.DEF"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE11_STRUCTURE"
	Value  = "$(OEM_STRING_INFO)"
	Help  = "Alternate token name for OEM_STRING_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_OEM_STRINGS"
	Value  = "1"
	Help  = "NUMBER OF OEM STRINGS\identifies the total number of OEM strings defined for this structure."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "1-32"
End

TOKEN
	Name  = "OEM_STRING_1"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "OEM_STRING_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_STRING_2"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "OEM_STRING_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_STRING_3"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "OEM_STRING_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_STRING_4"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "OEM_STRING_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_STRING_5"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "OEM_STRING_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_STRING_6"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "OEM_STRING_INFO" "=" "1"
End

##############################################################################
#
#	TYPE 12 - SYSTEM CONFIGURATION OPTIONS
#
##############################################################################
#
#   This structure contains information required to configure the Base
#   Board's Jumpers and Switches.
#
#   Examples of this are:
#       JP2: 1-2 Cache Size is 256K, 2-3 Cache Size is 512K
#       SW1-1: Close to Disable On Board Video'
#
##############################################################################

TOKEN
	Name  = "SYSTEM_CONFIG_OPTION_INFO"
	Value  = "1"
	Help  = "ON  -> System Configuration Strings Information structure will be present\OFF -> System Configuration Strings Information structure will not be present\Please port necessary structures from file SMBDESC.DEF"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE12_STRUCTURE"
	Value  = "$(SYSTEM_CONFIG_OPTION_INFO)"
	Help  = "Alternate token name for SYSTEM_CONFIG_OPTION_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_SYSTEM_CONFIG_STRINGS"
	Value  = "1"
	Help  = "NUMBER OF SYSTEM CONFIGURATION STRINGS\identifies the total number of strings defined for this structure."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "1-32"
End

TOKEN
	Name  = "SYSTEM_CONFIG_STRING_1"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM SYSTEM CONFIG STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "SYSTEM_CONFIG_OPTION_INFO" "=" "1"
End

TOKEN
	Name  = "SYSTEM_CONFIG_STRING_2"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "SYSTEM_CONFIG_OPTION_INFO" "=" "1"
End

TOKEN
	Name  = "SYSTEM_CONFIG_STRING_3"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "SYSTEM_CONFIG_OPTION_INFO" "=" "1"
End

TOKEN
	Name  = "SYSTEM_CONFIG_STRING_4"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "SYSTEM_CONFIG_OPTION_INFO" "=" "1"
End

TOKEN
	Name  = "SYSTEM_CONFIG_STRING_5"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the OEM STRING"
	TokenType = Expression
	TargetEQU = Yes
	Token = "SYSTEM_CONFIG_OPTION_INFO" "=" "1"
End

##############################################################################
#
#	TYPE 13 - BIOS LANGUAGE INFORMATION
#
##############################################################################
#
#   The information in this structure defines the installable language
#   attributes of the BIOS.
#
##############################################################################

TOKEN
	Name  = "BIOS_LANGUAGE_INFO"
	Value  = "1"
	Help  = "ON  -> Bios Language Information structure will be present\OFF -> Bios Language Information structure will not be present"
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "BIOS_LANGUAGE_FORMAT"
	Value  = "0"
	Help  = "Format of the Language Strings.\                              OFF -> Strings use Long Format   ON -> Strings use Abbreviated Fomat                \US English             <en|US|iso8859 - 1>                   <enUS>\French Canadian   <fr|CA|iso8859-1>                      <frCA>\Japanese               <ja|JP|unicode>                         <jaJP>\Espanol                  <es|ES|iso8859-1>                    <esES>\Dutch                     <de|DE|iso8859-1>                   <deDE>\Italian                      <it|IT|iso8859-1>                       <itIT>"
	TokenType = Boolean
	TargetH = Yes
End

##############################################################################
#
#	TYPE 14 - GROUP ASSOCIATION INFORMATION
#
##############################################################################
#
#   Not supported by BIOS
#
##############################################################################

##############################################################################
#
#	TYPE 15 - SYSTEM EVENT LOG
#
##############################################################################
#
#   The presence of this structure within the SMBIOS data returned for a
#   system indicates that the system supports an Event Log. An event Log is
#   a fixed-length area within a non-volatile storage element, starting with
#   a fixed-length (and vendor-specific) header record, followed by one or
#   more variable-length log records.
#
##############################################################################

TOKEN
	Name  = "EVENT_LOG_INFO"
	Value  = "0"
	Help  = "ON  -> Event-log Information structure will be present\OFF -> Event-log Information structure will not be present\"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE15_STRUCTURE"
	Value  = "$(EVENT_LOG_INFO)"
	Help  = "Alternate token name for EVENT_LOG_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NO_OF_SUPPORTED_EVENTS"
	Value  = "10h"
	TokenType = Integer
	TargetEQU = Yes
	TargetMAK = Yes
End

##############################################################################
#
#	TYPE 16 - PHYSICAL MEMORY ARRAY
#
##############################################################################
#
#   This structure describes a collection of memory devices that operate
#   together to form a memory address space.
#
##############################################################################

TOKEN
	Name  = "TYPE16_STRUCTURE"
	Value  = "1"
	Help  = "ON  -> Physical Memory Array Information structure will be present\OFF -> Physical Memory Array Information structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "FLASH_MEMORY_ARRAY_INFO"
	Value  = "0"
	Help  = "ON   -> Flash Memory Array Information (Type 16,17,19,20) structures will be present.\OFF  -> Flash Memory Array Information (Type 16,17,19,20) structures will not be present."
	TokenType = Boolean
	TargetEQU = Yes
    TargetH = Yes
End

TOKEN
	Name  = "NO_OF_PHYSICAL_MEMORY_ARRAY"
	Value  = "1"
	Help  = "Specifies the Total number of Physical Arrays in the System."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "1 - 5"
End

TOKEN
	Name  = "A1_MEMORY_SOCKETS"
	Value  = "4"
    Help  = "Number of Memory Modules/Slots in the first Physical Memory Array\Attention: If the number of memory sockets are more than the device entries in porting file SMBDESC.DEF (e.g. 32 devices by default as in A1_DEVICE_32) then the device entry list needs to be extended to accomodate the number of memory slots requuired"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "A2_MEMORY_SOCKETS"
	Value  = "0"
    Help  = "Number of Memory Modules/Slots in the second Physical Memory Array\Attention: If the number of memory sockets are more than the device entries in porting file SMBDESC.DEF (e.g. 32 devices by default as in A1_DEVICE_32) then the device entry list needs to be extended to accomodate the number of memory slots requuired"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Token = "NO_OF_PHYSICAL_MEMORY_ARRAY" ">" "1"
End

TOKEN
	Name  = "A3_MEMORY_SOCKETS"
	Value  = "0"
    Help  = "Number of Memory Modules/Slots in the third Physical Memory Array\Attention: If the number of memory sockets are more than the device entries in porting file SMBDESC.DEF (e.g. 32 devices by default as in A1_DEVICE_32) then the device entry list needs to be extended to accomodate the number of memory slots requuired"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Token = "NO_OF_PHYSICAL_MEMORY_ARRAY" ">" "2"
End

TOKEN
	Name  = "A4_MEMORY_SOCKETS"
	Value  = "0"
    Help  = "Number of Memory Modules/Slots in the fourth Physical Memory Array\Attention: If the number of memory sockets are more than the device entries in porting file SMBDESC.DEF (e.g. 32 devices by default as in A1_DEVICE_32) then the device entry list needs to be extended to accomodate the number of memory slots requuired"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Token = "NO_OF_PHYSICAL_MEMORY_ARRAY" ">" "3"
End

##############################################################################
#
#	TYPE 17 - MEMORY DEVICE INFORMATION
#
##############################################################################
#
#   This structure describes a single memory device that is a part of a
#   larger Physical Memory Array (Type 16).
#
#   NOTE: If a system includes memory-device sockets, the SMBIOS
#   implementation includes a Memory Device structure instance for each
#   slot whether or not the socket is currently populated.
#
##############################################################################

##############################################################################
#
#	TYPE 18 - 32-BIT MEMORY ERROR INFORMATION
#
##############################################################################
#
#   This structure identifies the specifics of an error that might be
#   detected within a Physical Memory Array.
#
##############################################################################

TOKEN
	Name  = "MEMORY_ERROR_INFO"
	Value  = "0"
	Help  = "ON   -> Memory Error Information (Type 18) structures will be present.\OFF  -> Memory Error Information (Type 18) structures will not be present."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "MEMORY_ERROR_TYPE"
	Value  = "02h"
	Help  = "The type of error that is associated with the current status reported for the Memory Array or Device.\01h     -     Other\02h     -     Unknown\03h     -     OK\04h     -     Bad Read\05h     -     Parity Error\06h     -     Single-Bit Error\07h     -     Double-Bit Error\08h     -     Multi-Bit Error\09h     -     Nibble Error\0Ah     -     CheckSum Error\0Bh     -     CRC Error\0Ch     -     Corrected Single-Bit Error\0Dh     -     Corrected Error\0Eh     -     UnCorrectable Error"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0h - 0Eh"
End

TOKEN
	Name  = "ERROR_GRANULARITY"
	Value  = "02h"
	Help  = "Specifies the granularity, e.g. device vs. Partition, to which the error can be resolved.\01h     -     Other\02h     -     Unknown\03h     -     Device Level\04h     -     Memory Partition Level"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 04h"
End

TOKEN
	Name  = "ERROR_OPERATION"
	Value  = "02h"
	Help  = "Specifies the Memory Access Operation that caused the Error.\01h     -     Other\02h     -     Unknown\03h     -     Read\04h     -     Write\05h     -     Partial Write"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "1 - 5"
End

TOKEN
	Name  = "VENDOR_SYNDROME"
	Value  = "00000000h"
	Help  = "Specifies the Vendor-Specific ECC Syndrome or CRC Data associated with the erroneous Access.\If the value is Unknown, this field is 0000 0000h"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "MEMORY_ARRAY_ERROR_ADDRESS"
	Value  = "80000000h"
	Help  = "Specifies the 32-bit Pbysical Address of the Error Based on the Addressing of the Bus to which the Memory Array is connected.\If the address is Unknown, this field contains 8000 0000h"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "DEVICE_ERROR_ADDRESS"
	Value  = "80000000h"
	Help  = "Specifies the 32-bit Physical Address of the Error Relative to the Start of the Failing Memory Device, in Bytes.\If the address is Unknown, this field contains 8000 0000h"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "ERROR_RESOLUTION"
	Value  = "80000000h"
	Help  = "Specifies the range, in bytes, within which the Error can be determined, when an Error Address is given.\If the range is Unknown, this field contains 8000 0000h"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

##############################################################################
#
#	TYPE 19 - MEMORY ARRAY MAPPED ADDRESS
#
##############################################################################
#
#   This structure provides the Address mapping for a Physical Memory Array.
#   One structure is present for each contiguous address range described.
#
##############################################################################

TOKEN
	Name  = "ARRAY_MAPPED_STARTING_ADDRESS"
	Value  = "00000000h"
	Help  = "Specifies the Physical Address, in KiloBytes, of a range of memory mapped to the specified Physical Memory Array."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "ARRAY_MAPPED_ENDING_ADDRESS"
	Value  = "00000000h"
	Help  = "Specifies the Physical Ending Address of the last KiloByte of a range of Addresses mapped to the specified Physical Memory Array."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "PARTITION_WIDTH"
	Value  = "00h"
	Help  = "Specifies the Number of Memory Devices that form a single row or Memory for the address partition defined by this structure."
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 20 - MEMORY DEVICE MAPPED ADDRESS
#
##############################################################################
#
#   This structure maps Memory Address space usually to a Device-Level
#   granularity. One structure is present for each contiguous address range
#   described.
#
#   NOTE: A Memory Device Mapped Address structure is provided only if a
#   Memory Device has a mapped address - there is no provision within this
#   structure to map a zero-length address space.
#
##############################################################################

TOKEN
	Name  = "MEMORY_DEVICE_INFO"
	Value  = "1"
	Help  = "ON   -> Memory Device Mapped Address Information (Type 20) structures will be present.\OFF  -> Memory Device Mapped Address Information (Type 20) structures will not be present."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "MEMORY_DEVICE_STARTING_ADDRESS"
	Value  = "00000000h"
	Help  = "Specifies the Physical Address, in KiloBytes, of a range of Memory Mapped to the referenced Memory Device."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "MEMORY_DEVICE_ENDING_ADDRESS"
	Value  = "00000000h"
	Help  = "Specifies the Physical Ending Address of the last KiloByte of a range of Addresses mapped to the referenced Memory Device."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0 - 0FFFFFFFFh"
End

TOKEN
	Name  = "NO_OF_DEVICES_IN_ROW"
	Value  = "01h"
	Help  = "Specifies the Number of Memory Devices that form a Row.\For example, if two 8-bit devices form a 16-bit row, this field's value will be 2 or if two 64-bit devices form a 128-bit row then also the field's value will be 2.\or if 1 64-bit device form a 64-bit row then the field's value will be 1."
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "INTERLEAVE_DATA_DEPTH"
	Value  = "00h"
	Help  = "Specifies the maximum number of consecutive rows from the referenced Memory Device that are accessed in a single interleaved transfer.\If the device is not part of an interleave, the field contains 0; if the interleave configuration is Unknown, the value is 0FFh.\For example, if a device transfers two rows each time it is read, its Interleaved Data Depth is set to 2.\If that device is 2:1 interleaved and in Interleave Position 1, the rows mapped to that device are 1,2,5,6,9,10, etc."
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 21 - BUILT-IN POINTING DEVICE
#
##############################################################################
#
#   This Structure describes the attributes of the built-in pointing device
#   for the system. The presence of this structure does not imply that the
#   built-in pointing device is active for the system's use.
#
##############################################################################

TOKEN
	Name  = "BUILTIN_POINTING_DEVICE_INFO"
	Value  = "0"
	Help  = "ON  -> Built In Pointing Device Information (Type 21) structure will be present\OFF -> Built In Pointing Device Information (Type 21) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE21_STRUCTURE"
	Value  = "$(BUILTIN_POINTING_DEVICE_INFO)"
	Help  = "Alternate token name for BUILTIN_POINTING_DEVICE_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NO_OF_POINTING_DEVICE"
	Value  = "01h"
	Help  = "Specifies the number of Pointing Device."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "01h - 05h"
End

##############################################################################
#
#	TYPE 22 - PORTABLE BATTERY
#
##############################################################################
#
#   This Structure describes the attributes of the Portable Battery(s) for
#   the System. The Structure contains the static attributes for the group.
#   Each structure describes a single battery pack's attributes.
#
##############################################################################

TOKEN
	Name  = "PORTABLE_BATTERY_INFO"
	Value  = "0"
	Help  = "ON  -> Portable Battery Information (Type 22) structure will be present\OFF -> Portable Battery Information (Type 22) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE22_STRUCTURE"
	Value  = "$(PORTABLE_BATTERY_INFO)"
	Help  = "Alternate token name for PORTABLE_BATTERY_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NO_OF_PORTABLE_BATTERY"
	Value  = "4"
	Help  = "Specifies the Total number of Portable Batteries in the System."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Range  = "1 - 5"
End

TOKEN
	Name  = "PORT_BAT_LOCATION_1"
	Value  = "Location of the battery"
	Help  = "Specifies the Battery Location"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_LOCATION_2"
	Value  = "Location of the battery"
	Help  = "Specifies the Battery Location"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_LOCATION_3"
	Value  = "Location of the battery"
	Help  = "Specifies the Battery Location"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_LOCATION_4"
	Value  = "Location of the battery"
	Help  = "Specifies the Battery Location"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_LOCATION_5"
	Value  = "Location of the battery"
	Help  = "Specifies the Battery Location"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURER_1"
	Value  = "Battery Manufacturer"
	Help  = "Specifies the Battery Manufacturer"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURER_2"
	Value  = "Battery Manufacturer"
	Help  = "Specifies the Battery Manufacturer"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURER_3"
	Value  = "Battery Manufacturer"
	Help  = "Specifies the Battery Manufacturer"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURER_4"
	Value  = "Battery Manufacturer"
	Help  = "Specifies the Battery Manufacturer"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURER_5"
	Value  = "Battery Manufacturer"
	Help  = "Specifies the Battery Manufacturer"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURE_DATE_1"
	Value  = "01/01/2012"
	Help  = "Specifies the Battery Manufacturer Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURE_DATE_2"
	Value  = "01/01/2012"
	Help  = "Specifies the Battery Manufacturer Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURE_DATE_3"
	Value  = "01/01/2012"
	Help  = "Specifies the Battery Manufacturer Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURE_DATE_4"
	Value  = "01/01/2012"
	Help  = "Specifies the Battery Manufacturer Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_MANUFACTURE_DATE_5"
	Value  = "01/01/2012"
	Help  = "Specifies the Battery Manufacturer Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SERIAL_NUMBER_1"
	Value  = "Serial Number"
	Help  = "Specifies the Battery Serial Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SERIAL_NUMBER_2"
	Value  = "Serial Number"
	Help  = "Specifies the Battery Serial Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SERIAL_NUMBER_3"
	Value  = "Serial Number"
	Help  = "Specifies the Battery Serial Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SERIAL_NUMBER_4"
	Value  = "Serial Number"
	Help  = "Specifies the Battery Serial Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SERIAL_NUMBER_5"
	Value  = "Serial Number"
	Help  = "Specifies the Battery Serial Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_DEVICE_NAME_1"
	Value  = "Battery Name"
	Help  = "Specifies the Battery Name"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_DEVICE_NAME_2"
	Value  = "Battery Name"
	Help  = "Specifies the Battery Name"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_DEVICE_NAME_3"
	Value  = "Battery Name"
	Help  = "Specifies the Battery Name"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_DEVICE_NAME_4"
	Value  = "Battery Name"
	Help  = "Specifies the Battery Name"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_DEVICE_NAME_5"
	Value  = "Battery Name"
	Help  = "Specifies the Battery Name"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DEVICE_CHEMISTRY_1"
	Value  = "04h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DEVICE_CHEMISTRY_2"
	Value  = "04h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DEVICE_CHEMISTRY_3"
	Value  = "04h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DEVICE_CHEMISTRY_4"
	Value  = "04h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DEVICE_CHEMISTRY_5"
	Value  = "04h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_1"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_2"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_3"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_4"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_5"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_VOLTAGE_1"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_VOLTAGE_2"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_VOLTAGE_3"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_VOLTAGE_4"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_VOLTAGE_5"
	Value  = "00h"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_VER_NO_1"
	Value  = "SBDS Version Number"
	Help  = "Smart Battery Data Specification Version Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_VER_NO_2"
	Value  = "SBDS Version Number"
	Help  = "Smart Battery Data Specification Version Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_VER_NO_3"
	Value  = "SBDS Version Number"
	Help  = "Smart Battery Data Specification Version Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_VER_NO_4"
	Value  = "SBDS Version Number"
	Help  = "Smart Battery Data Specification Version Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_VER_NO_5"
	Value  = "SBDS Version Number"
	Help  = "Smart Battery Data Specification Version Number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "MAX_ERROR_IN_BAT_DATA_1"
	Value  = "0FFh"
	Help  = "Maximum Error (as percentage in the range 0-100)"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "MAX_ERROR_IN_BAT_DATA_2"
	Value  = "0FFh"
	Help  = "Maximum Error (as percentage in the range 0-100)"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "MAX_ERROR_IN_BAT_DATA_3"
	Value  = "0FFh"
	Help  = "Maximum Error (as percentage in the range 0-100)"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "MAX_ERROR_IN_BAT_DATA_4"
	Value  = "0FFh"
	Help  = "Maximum Error (as percentage in the range 0-100)"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "MAX_ERROR_IN_BAT_DATA_5"
	Value  = "0FFh"
	Help  = "Maximum Error (as percentage in the range 0-100)"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_SERIAL_NO_1"
	Value  = "1234h"
	Help  = "16-bit value - Identifies battery's serial number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_SERIAL_NO_2"
	Value  = "1234h"
	Help  = "16-bit value - Identifies battery's serial number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_SERIAL_NO_3"
	Value  = "1234h"
	Help  = "16-bit value - Identifies battery's serial number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_SERIAL_NO_4"
	Value  = "1234h"
	Help  = "16-bit value - Identifies battery's serial number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_SERIAL_NO_5"
	Value  = "1234h"
	Help  = "16-bit value - Identifies battery's serial number"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_MAN_DATE_1"
	Value  = "2821h"
	Help  = "Cell Pack Manufacture Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_MAN_DATE_2"
	Value  = "2821h"
	Help  = "Cell Pack Manufacture Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_MAN_DATE_3"
	Value  = "2821h"
	Help  = "Cell Pack Manufacture Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_MAN_DATE_4"
	Value  = "2821h"
	Help  = "Cell Pack Manufacture Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_MAN_DATE_5"
	Value  = "2821h"
	Help  = "Cell Pack Manufacture Date"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_DEV_CHEM_1"
	Value  = "SBDS Device Chemistry"
	Help  = "Battery Chemistry"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_DEV_CHEM_2"
	Value  = "SBDS Device Chemistry"
	Help  = "Battery Chemistry"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_DEV_CHEM_3"
	Value  = "SBDS Device Chemistry"
	Help  = "Battery Chemistry"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_DEV_CHEM_4"
	Value  = "SBDS Device Chemistry"
	Help  = "Battery Chemistry"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "PORT_BAT_SBDS_DEV_CHEM_5"
	Value  = "SBDS Device Chemistry"
	Help  = "Battery Chemistry"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_MULTIPLIER_1"
	Value  = "01h"
	Help  = "Multiplication Factor of the Design Capacity"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_MULTIPLIER_2"
	Value  = "01h"
	Help  = "Multiplication Factor of the Design Capacity"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_MULTIPLIER_3"
	Value  = "01h"
	Help  = "Multiplication Factor of the Design Capacity"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_MULTIPLIER_4"
	Value  = "01h"
	Help  = "Multiplication Factor of the Design Capacity"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "DESIGN_CAPACITY_MULTIPLIER_5"
	Value  = "01h"
	Help  = "Multiplication Factor of the Design Capacity"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_SPECIFIC_1"
	Value  = "12345678h"
	Help  = "OEM or BIOS Vendor-specific Information"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_SPECIFIC_2"
	Value  = "12345678h"
	Help  = "OEM or BIOS Vendor-specific Information"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_SPECIFIC_3"
	Value  = "12345678h"
	Help  = "OEM or BIOS Vendor-specific Information"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_SPECIFIC_4"
	Value  = "12345678h"
	Help  = "OEM or BIOS Vendor-specific Information"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

TOKEN
	Name  = "OEM_SPECIFIC_5"
	Value  = "12345678h"
	Help  = "OEM or BIOS Vendor-specific Information"
	TokenType = Expression
	TargetEQU = Yes
	Token = "PORTABLE_BATTERY_INFO" "=" "1"
End

##############################################################################
#
#	TYPE 23 - SYSTEM RESET
#
##############################################################################
#
#   This structure describes whether Automatic System Reset functions
#   enabled (Status). If the system has a watchdog Timer and the timer is
#   not reset (Timer Reset) before the Interval elapses, an automatic system
#   reset will occur. The system will re-boot according to the Boot Option.
#   This function may repeat until the Limit is reached, at which time the
#   system will re-boot according to the Boot Option at Limit.
#
##############################################################################

TOKEN
	Name  = "SYSTEM_RESET_INFO"
	Value  = "0"
	Help  = "ON  -> System Reset Information (Type 23) structure will be present\OFF -> System Reset Information (Type 23) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE23_STRUCTURE"
	Value  = "$(SYSTEM_RESET_INFO)"
	Help  = "Alternate token name for SYSTEM_RESET_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 24 - HARDWARE SECURITY
#
##############################################################################
#
#   This structure describes the system-wide Hardware Security Settings.
#
##############################################################################

TOKEN
	Name  = "HARDWARE_SECURITY_INFO"
	Value  = "0"
	Help  = "ON  -> Hardware Security Information (Type 24) structure will be present\OFF -> Hardware Security Information (Type 24) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE24_STRUCTURE"
	Value  = "$(HARDWARE_SECURITY_INFO)"
	Help  = "Alternate token name for HARDWARE_SECURITY_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "HARDWARE_SECURITY_SETTINGS"
	Value  = "00h"
	Help  = "Specifies the Password and reset status for the System.\Bits 7:6     Power-on Password Status\Bits 5:4     Keyboard Password Status\Bits 3:2     Administrator Password Status\Bits 1:0     Front Panel Reset Status\                 00b - Disabled\                 01b - Enabled\                 10b - Not Implemented\                 11b - Unknown"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "Bit Field"
End

##############################################################################
#
#	TYPE 25 - SYSTEM POWER CONTROLS
#
##############################################################################
#
#   This structure describes the attributes for controlling the main power
#   supply to the system. Software that interprets this structure uses the
#   month, day, hour, minute and second values to determine the number of
#   seconds untill the next power-on of the system. The presence of this
#   structure implies that a timed power-on facility is available for the
#   system.
#
##############################################################################

TOKEN
	Name  = "SYSTEM_POWER_CONTROLS_INFO"
	Value  = "0"
	Help  = "ON  -> System Power Controls Information (Type 25) structure will be present\OFF -> System Power Controls Information (Type 25) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE25_STRUCTURE"
	Value  = "$(SYSTEM_POWER_CONTROLS_INFO)"
	Help  = "Alternate token name for SYSTEM_POWER_CONTROLS_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 26 - VOLTAGE PROBE
#
##############################################################################
#
#   This describes the attributes for a Voltage Probe in the system. Each
#   structure describes a single Voltage Probe.
#
##############################################################################

TOKEN
	Name  = "VOLTAGE_PROBE_INFO"
	Value  = "0"
	Help  = "ON  -> Voltage Probe Information (Type 26) structure will be present\OFF -> Voltage Probe Information (Type 26) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 27 - COOLING DEVICE
#
##############################################################################
#
#   This structure describes the attributes for a cooling device in the
#   system. Each structure describes a single cooling device.
#
##############################################################################

TOKEN
	Name  = "COOLING_DEVICE_INFO"
	Value  = "0"
	Help  = "ON  -> Cooling Device Information (Type 27) structure will be present\OFF -> Cooling Device Information (Type 27) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_COOLING_DEVICE"
	Value  = "1"
	Help  = "Identifies the number of Cooling Devices."
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 28 - TEMPERATURE PROBE
#
##############################################################################
#
#   The Structure describes the attributes for a temperature probe in the
#   system. Each Structure describes a single Temperature Probe.
#
##############################################################################

TOKEN
	Name  = "TEMPERATURE_PROBE_INFO"
	Value  = "0"
	Help  = "ON  -> Temperature Probe Information (Type 28) structure will be present\OFF -> Temprature Probe Information (Type 28) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 29 - ELECTRICAL CURRENT PROBE
#
##############################################################################
#
#   This Structure describes the attributes for an Electrical Current Probe
#   in the system. Each structure describes a single Electrical Current
#   Probe.
#
##############################################################################

TOKEN
	Name  = "ELECTRICAL_PROBE_INFO"
	Value  = "0"
	Help  = "ON  -> Electrical Probe Information (Type 29) structure will be present\OFF -> Electrical Probe Information (Type 29) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 30 - OUT OF BAND REMOTE ACCESS
#
##############################################################################
#
#   This structure describes the attributes and policy settings of a
#   hardware facility that may be used to gain remote access to a hardware
#   system when the operating system is not available due to power-down
#   status, hardware failures, or boot failures.
#
##############################################################################

TOKEN
	Name  = "OUT_OF_BAND_REMOTE_ACCESS_INFO"
	Value  = "0"
	Help  = "ON  -> OUT-OF-BAND Remote Access Information (Type 30) structure will be present\OFF -> OUT-OF-BAND Remote Access Information (Type 30) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE30_STRUCTURE"
	Value  = "$(OUT_OF_BAND_REMOTE_ACCESS_INFO)"
	Help  = "Alternate token name for OUT_OF_BAND_REMOTE_ACCESS_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "OBRA_MANUFACTURER_NAME"
	Value  = "$(DEFAULT_STRING)"
	Help  = "The string that contains the manufacturer of the Out-Of-Band Access facility"
	TokenType = Expression
	TargetEQU = Yes
End

TOKEN
	Name  = "OBRA_CONNECTIONS"
	Value  = "0"
	Help  = "Identifies the current Remote-Access connections:\Bits 7:2     -     Reserved for future definition by this specification, set to all zeros.\Bit   1        -     Outbound Connection enabled. Identifies whether (1) or not (0) the facility is allowed to initiate outbound connections to contact an alert management facility when critical conditions occur.\Bit   0        -     Inbound Connection enabled. Identifies whether (1) or not (0) the facility is allowed to initiate outbound connections to receive incomming connections for the purpose of remote\                       operations or problem management."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "Bit Field"
End

##############################################################################
#
#	TYPE 31 - BOOT INTEGRITY SERVICES (BIS) ENTRY POINT
#
##############################################################################
#
#   This structure (Type 31) is reserved for use by the Boot Integrity
#   Services (BIS).\Refer to the Boot Integrity Services API Specification
#   for content details.
#
##############################################################################

TOKEN
	Name  = "BIS_INFO"
	Value  = "0"
	Help  = "ON  -> BIS Information structure will be present\OFF -> BIS Information structure will not be present\"
	TokenType = Boolean
	TargetEQU = Yes
	TargetMAK = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE31_STRUCTURE"
	Value  = "$(BIS_INFO)"
	Help  = "Alternate token name for BIS_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CHECKSUM"
	Value  = "00H"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "BIS_ENTRY_POINT_REAL_MODE"
	Value  = "0FFFFFFFFh"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "BIS_ENTRY_POINT_FLAT_MODE"
	Value  = "0FFFFFFFFh"
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 32 - SYSTEM BOOT INFORMATION
#
##############################################################################
#
#   The Client system firmware, e.g. BIOS, communicates the System Boot
#   Status to the client's Pre-boot Execution Environment (PXE) boot image
#   or OS-present management application via this structure. When used in
#   the PXE environment, for example, this code identifies the reason the
#   PXE was initiated and can be used by boot-image software to further
#   automate an enterprise's PXE sessions. For example, an enterprise could
#   choose to automatically download a hardware-diagnostic image to a client
#   whose reason code indicated either a firmware or operating system
#   detected hardware failure.
#
##############################################################################

TOKEN
	Name  = "SYSTEM_BOOT_INFO"
	Value  = "1"
	Help  = "ON  -> System Boot Information (Type 32) structure will be present\OFF -> System Boot Information (Type 32) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	Lock = Yes
End

TOKEN
	Name  = "TYPE32_STRUCTURE"
	Value  = "$(SYSTEM_BOOT_INFO)"
	Help  = "Alternate token name for SYSTEM_BOOT_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "BOOT_STATUS"
	Value  = "0"
	Help  = "Value     Description\0     -     No Errors Detected\1     -     No Bootable Media\2     -     The 'normal' operating system failed to load\3     -     Firmware detected hardware failure, including 'unknown' failure types.\4     -     Operating system detected hardware failure. For ACPI OS's, the system firmware might set this reason code when the OS reports a boot failure via interfaces defined in the Simple Boot Flag Specification.\5     -     User-requested boot, usually via a keystroke\6     -     System security violation\7     -     Previously requested image. This reason code allows coordination between OS-Present software and the OS-absent environment.\             For example, an OS-present application might enable (via a platform-specific interface) the system to boot to the PXE and request a specific boot-image.\8     -     A system watchdog timer expired, causing the system to reboot.\9     - 127     -     Reserved for future assignment via this specification.\128 - 191     -     Vendor/OEM-specific implementations.\                          The Vendor/OEM identifier is the 'Manufacturer' string found in the System Information Structure.\192 - 255     -     Product-specific implementations.\                          The Productidentifier is formed by the concatenation of the 'Manufacturer' and 'Product Name' strings found in the System Information Structure"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "0-255"
End

##############################################################################
#
#	TYPE 33 - 64-BIT MEMORY ERROR INFORMATION
#
##############################################################################
#
#   The structure describes an error within a Physical Memory Array, when
#   the error address is above 4G (0xFFFFFFFF).
#
##############################################################################

TOKEN
	Name  = "SIXTY_FOURBIT_MEMORY_ERROR_INFO"
	Value  = "0"
	Help  = "ON  -> 64 Bit Memory Error Information (Type 33) structure will be present\OFF -> 64 Bit Memory Error Information (Type 33) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE33_STRUCTURE"
	Value  = "$(SIXTY_FOURBIT_MEMORY_ERROR_INFO)"
	Help  = "Alternate token name for SIXTY_FOURBIT_MEMORY_ERROR_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 34 - MANAGEMENT DEVICE
#
##############################################################################
#
#   The information in this structure defines the attributes of a Management
#   Device. A Management Device might control one or more fans or voltage,
#   current, or temperature probes as defined by one or more Management
#   Device Component Structures (Type 35)
#
##############################################################################

TOKEN
	Name  = "MANAGEMENT_DEVICE_INFO"
	Value  = "0"
	Help  = "ON  -> Management Device Information (Type 34) structure will be present\OFF -> Management Device Information (Type 34) structure will not be present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE34_STRUCTURE"
	Value  = "$(MANAGEMENT_DEVICE_INFO)"
	Help  = "Alternate token name for MANAGEMENT_DEVICE_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_MANAGEMENT_DEVICES"
	Value  = "1"
	Help  = "Number of Management Devices in the System."
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 35 - MANAGEMENT DEVICE COMPONENT
#
##############################################################################
#
#   This Structure associates a Cooling Device or Environmental Probe with
#   structures that define the controlling hardware device and (optionally)
#   the component's thresholds.
#
##############################################################################

TOKEN
	Name  = "MGMT_DEV_COMPONENT_DESCRIPTION"
	Value  = "$(DEFAULT_STRING)"
	Help  = "Specifies the additional descriptive information about the component."
	TokenType = Expression
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 36 - MANAGEMENT DEVICE THRESHOLD DATA
#
##############################################################################
#
#   The information in this structure defines threshold information for a
#   component (probe or cooling unit) contained within a Management Device.
#
#   For each threshold field present in the structure:
#       1 - The threshold units (millivolts, milliamps, 1/10th degrees C,
#           or RPMs) are as defined by the associated probe or cooling unit
#           component structure.
#       2 - If the value is unavailable, the field is set to 0x8000.
#
##############################################################################

##############################################################################
#
#	TYPE 37 - MEMORY CHANNEL
#
##############################################################################
#
#   The information in this structure provides the correlation between a
#   Memory Channel and its associated Memory Devices. Each device presents
#   one or more loads to the channel; the sum of all device loads cannot
#   exceed the channel's defined maximum.
#
##############################################################################

TOKEN
	Name  = "MEMORY_CHANNEL_INFO"
	Value  = "0"
	Help  = "ON  -> Memory Channel Information (Type 37) will be Present.\OFF -> Memory Channel Information (Type 37) will not be Present."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
    Name  = "TYPE37_STRUCTURE"
    Value  = "$(MEMORY_CHANNEL_INFO)"
    Help  = "Alternate token name for MEMORY_CHANNEL_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_MEMORY_CHANNELS"
	Value  = "1"
	Help  = "Number of Memory Channels Present in the System."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 38 - IPMI DEVICE INFORMATION
#
##############################################################################
#
#   The information in this structure defines the attributes of an
#   Intelligent Platform Management Interface (IPMI) Baseboard Management
#   Controller (BMC).
#
#   Refer to the documents available at:
#   http://developer.intel.com/design/servers/ipmi/spec.htm
#   for full documentation of IPMI.
#
##############################################################################

TOKEN
	Name  = "IPMI_DEVICE_INFO"
	Value  = "0"
	Help  = "ON  ->IPMI Device Information structure will be present\OFF -> IPMI Device Information structure will not be present\"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE38_STRUCTURE"
	Value  = "$(IPMI_DEVICE_INFO)"
	Help  = "Alternate token name for IPMI_DEVICE_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "IPMI_INTERFACE_TYPE"
	Value  = "0"
	Help  = "Baseboard Management Controller (BMC) interface type.\00h - Unknown\01h - KCS : Keyboard Controller Style\02h - SMIC : Server Management Interface Chip\03h - BT : Block Transfer\04h to 0FFh - Reserved for future assignment by this specification."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "00 - 0FFh"
End

TOKEN
	Name  = "IPMI_SPECIFICATION_REVISION"
	Value  = "15h"
	Help  = "Identifies the IPMI Specification Revision, in BCD format, to which the BMC was designed.\Bits 7:4 hold the most significant digit of the revision, while bits 3:0 hold the least significant bits.\eg. a value of 10h indicates revision 1.0"
	TokenType = Integer
	TargetEQU = Yes
	Range  = "00 - 99"
End

TOKEN
	Name  = "I2C_SLAVE_ADDRESS"
	Value  = "00h"
	Help  = "The Slave Address on the I2C bus of this BMC."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "00h - 0FFh"
End

TOKEN
	Name  = "NV_STORAGE_DEVICE_ADDRESS"
	Value  = "0FFh"
	Help  = "Bus ID of the NV Storage Device. If no storage device exists for this BMC, the field is set to 0FFh."
	TokenType = Integer
	TargetEQU = Yes
	Range  = "00h - 0FFh"
End

TOKEN
	Name  = "BASE_ADDR_MOD_INTR_INFO"
	Value  = "00h"
	Help  = "Base Address Modifier.\Bits 7:6 Register spacing\   00 - Interface registers are not on successive byte boundaries\   01 - Interface registers are on 32-bit boundaries\   10 - Interface registers are on 16-byte boundaries\Bit 4 - LS-bit for addresses\   0 - Address bit 0 = 0\   1 - Address bit 0 = 1\Bit 3 - Interrupt Info\   0 - Interrupt info not specified\   1 - Interrupt info specified\Bit 1 - Interrupt Polarity\   0 - Active low\   1 - Active high\Bit 0 - Interrupt Trigger Mode\   0 - Edge\   1 - Level"
	TokenType = Integer
	TargetEQU = Yes
End

TOKEN
	Name  = "INTERRUPT_NUMBER"
	Value  = "00h"
	Help  = "Interrupt number for IPMI System Interface\00 = unspecified/unsupported"
	TokenType = Integer
	TargetEQU = Yes
End

##############################################################################
#
#	TYPE 39 - SYSTEM POWER SUPPLY
#
##############################################################################
#
#   This structure identifies attributes of a System Power Supply. One
#   instance of this record is present for each possible Power Supply in a
#   System.
#
##############################################################################

TOKEN
	Name  = "SYSTEM_POWER_SUPPLY_INFO"
	Value  = "0"
	Help  = "Type 39 - System Power Supply\OFF -> System Power Supply will not be Present\ON  -> System Power Supply will be Present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE39_STRUCTURE"
	Value  = "$(SYSTEM_POWER_SUPPLY_INFO)"
	Help  = "Alternate token name for SYSTEM_POWER_SUPPLY_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "NUMBER_OF_POWER_SUPPLY"
	Value  = "1"
	Help  = "Number of Power Supplies Present in the System."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 40 - ADDITIONAL INFORMATION
#
##############################################################################
#
#   This structure is intended to provide additional information for
#   handling unspecified enumerated values and interim field updates in
#   another structure.
#
##############################################################################

TOKEN
	Name  = "ADDITIONAL_INFO"
	Value  = "0"
	Help  = "ON  -> Additional Information (Type 40) will be Present.\OFF -> Additional Information (Type 40) will not be Present."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE40_STRUCTURE"
	Value  = "$(ADDITIONAL_INFO)"
	Help  = "Alternate token name for ADDITIONAL_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "ADDITIONAL_INFO_COUNT"
	Value  = "3"
	Help  = "Number of additional information entries"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 41 - ONBOARD DEVICES EXTENDED INFORMATION
#
##############################################################################
#
#   This structure defines the attributes of devices that are onboard.
#
##############################################################################

TOKEN
	Name  = "ONBOARD_DEVICE_EXTENDED_INFO"
	Value  = "1"
	Help  = "ON  -> Onboard Devices Extended Information (Type 41) will be Present.\OFF -> Onboard Devices Extended Information (Type 41) will not be Present."
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE41_STRUCTURE"
	Value  = "$(ONBOARD_DEVICE_EXTENDED_INFO)"
	Help  = "Alternate token name for ONBOARD_DEVICE_EXTENDED_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "ONBOARD_DEVICE_EXT_COUNT"
	Value  = "3"
	Help  = "Number of Onboard Devices"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 129 - INTEL_ASF
#
##############################################################################
#
#   This structure is for Intel ASF support
#
##############################################################################

TOKEN
	Name  = "INTEL_ASF"
	Value  = "0"
	Help  = "Type 129 - Intel ASF Support"
	TokenType = Boolean
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "TYPE129_STRUCTURE"
	Value  = "$(INTEL_ASF)"
	Help  = "Alternate token name for INTEL_ASF"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 240 - OEM IO GPNV
#
##############################################################################
#
#   This structure is for OEM defined IO structure
#
##############################################################################

TOKEN
	Name  = "OEM_IO_GPNV_STRUC_INFO"
	Value  = "0"
	Help  = "Example of OEM defined structures"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE240_STRUCTURE"
	Value  = "$(OEM_IO_GPNV_STRUC_INFO)"
	Help  = "Alternate token name for OEM_IO_GPNV_STRUC_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

##############################################################################
#
#	TYPE 241 - OEM Memory GPNV
#
##############################################################################
#
#   This structure is for OEM Memory GPNV structure
#
##############################################################################

TOKEN
	Name  = "OEM_MEMORY_GPNV_STRUC_INFO"
	Value  = "0"
	Help  = "Example of OEM defined structures"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "TYPE241_STRUCTURE"
	Value  = "$(OEM_MEMORY_GPNV_STRUC_INFO)"
	Help  = "Alternate token name for OEM_MEMORY_GPNV_STRUC_INFO"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "INC_ISA"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "INC_PCI"
	Value  = "1"
	TokenType = Boolean
	TargetEQU = Yes
End

TOKEN
	Name  = "INC_PNP"
	Value  = "0"
	TokenType = Boolean
	TargetEQU = Yes
End

PATH
	Name  = "SMBIOSDATA_DIR"
End

MODULE
	Help  = "Includes SMBiosStaticData.cif to Project"
	File  = "SMBiosStaticData.mak"
End

ELINK
	Name  = "$(BUILD_DIR)\SMBiosStaticData.ffs"
	Parent  = "FV_MAIN"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "SMBOBJS"
	InvokeOrder = ReplaceParent
End

ELINK
	Name  = "$(BUILD_DIR)\SMBiosStaticData.obj"
	Parent  = "SMBOBJS"
	InvokeOrder = AfterParent
End