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#**        (C)Copyright 1985-2009, American Megatrends, Inc.         **
#**                                                                  **
#**                       All Rights Reserved.                       **
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# $Header: /Alaska/SOURCE/Modules/CMOS Manager/CMOS Board/CmosBoard.sdl 14    6/15/10 2:22p Michaela $
#
# $Revision: 14 $
#
# $Date: 6/15/10 2:22p $
#**********************************************************************
# Revision History
# ----------------
# $Log: /Alaska/SOURCE/Modules/CMOS Manager/CMOS Board/CmosBoard.sdl $
# 
# 14    6/15/10 2:22p Michaela
# 
# 13    3/05/10 4:53p Michaela
# 
# 12    12/04/09 7:30p Michaela
# 
# 11    12/03/09 6:10p Michaela
# Added additional options to control bad checksum handling
# 
# 10    11/10/09 9:12p Michaela
# 
# 9     7/29/09 9:54a Michaela
# updates Aptio Enhancement EIP 22205
# (no code changes)
# 
# 8     6/02/09 3:25p Michaela
# For label: 4.6.3_CMOSMGR_11
# 
# 7     2/23/09 5:29p Michaela
# --changed MAX_MANAGED_CMOS_ADDRESS to default of 128
# --added CMOS_USES_STANDARD_RANGE_ACCESS to specify
#   whether or not to use CMOS Manager's access function for the
#   0-0x7f range.
# --Added notes on SB porting that must be done to acces CMOS
#   registers above 0x7f
# 
#**********************************************************************
#<AMI_FHDR_START>
#-----------------------------------------------------------------------
#
# Name:         CmosBoard.sdl
#
# Description:  This AMI SDL file defines porting constants used in
#               the CMOS Board subcomponent.
#
#-----------------------------------------------------------------------
#<AMI_FHDR_END>
#
#============================================================================
# Southbridge porting notes
#============================================================================
#
# These tokens are included as an example of tokens to add to the
# Southbridge module for implementing access to CMOS banks above
# 0x7f.
#
#TOKEN
#    Name  = "CMOS_BANK1_INDEX"
#    Value  = "0x72"
#    Help  = "Index port to access the second CMOS bank. \(Registers in range: 0x80-0xff)"
#    TokenType = Integer
#    TargetEQU = Yes
#    TargetH = Yes
#End
#
#TOKEN
#    Name  = "CMOS_BANK1_DATA"
#    Value  = "0x73"
#    Help  = "Data port to access the second CMOS bank. \(Registers in range: 0x80-0xff)"
#    TokenType = Integer
#    TargetEQU = Yes
#    TargetH = Yes
#End
#
#TOKEN
#    Name  = "CMOS_BANK1_INDEX_IS_TRANSLATED"
#    Value  = "1"
#    Help  = "1 = Index port value requires translation from CMOS address.\0 = Index port value equals CMOS address."
#    TokenType = Boolean
#    TargetEQU = Yes
#    TargetH = Yes
#End
#ELINK
#    Name  = "{0, 0, 0x80, 0xff, ReadWriteSecondBankTranslated},"
#    Parent  = "CMOS_PORT_MAPPING"
#    Help  = "Second bank CMOS access range (Registers in range: 0x80-0xff), when index port value is not identical to CMOS address"
#    InvokeOrder = AfterParent
#    Token = "CMOS_BANK1_INDEX_IS_TRANSLATED" "=" "1"
#End
#
#ELINK
#    Name  = "{CMOS_BANK1_INDEX, CMOS_BANK1_DATA, 0x80, 0xff, NULL},"
#    Parent  = "CMOS_PORT_MAPPING"
#    Help  = "Second bank CMOS access range (Registers in range: 0x80-0xff), when index port value is identical to CMOS address"
#    InvokeOrder = AfterParent
#    Token = "CMOS_BANK1_INDEX_IS_TRANSLATED" "=" "0"
#End
#============================================================================


#<AMI_GHDR_START>
#----------------------------------------------------------------------------
#
#  Name:    All_Elinks_Tokens
#
#  Description:
#       The following files contain the SDL Tokens/Elinks  
#       used in the CMOS Manager module, which may be ported. 
#
#                   CmosBoard.sdl --    SDL Tokens/Elinks typically
#                                       used for project-specific porting
#
#                   CmosManager.sdl --  SDL Tokens/Elinks typically 
#                                       not modified
#
#----------------------------------------------------------------------------
#<AMI_GHDR_END>


#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    FULL_CMOS_MANAGER_DEBUG
#
# Description:
#
#      Default value is 0
#
#               1  = Turn on all available CMOS Manager debug messages,  
#                    resulting in larger build.
#               0  = Only basic debugging messages are displayed,
#                    dependent upon project-level debug settings.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    FIRST_MANAGED_CMOS_ADDRESS
#
# Description:
#
#       Default value is 0x40
#
#       This is the lower limit of the CMOS register range to be managed 
#       by CMOS Manager
#
#       The region starting at FIRST_MANAGED_CMOS_ADDRESS and ending at
#       MAX_MANAGED_CMOS_ADDRESS - 1 represents the managed region.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    MAX_MANAGED_CMOS_ADDRESS
#
# Description:
#
#       Default value is 128 (128 bytes with max address of 127)
#
#       This is the upper limit (last address + 1) of CMOS address locations 
#       that are managed by CMOS Manager.
#
#       (I.e., if 256 bytes of CMOS is available and is entirely managed
#       by CMOS Manager, then the value of this token would be 256.)
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_MGR_RECOVER_ONLY_CHECKUMMED
#
# Description:
#
#       Default value is 0 (all Managed Region locations are recovered)
#
#                   1  = Do not recover non-checksummed locations in the 
#                        Managed Region
#
#                   0  = Recover all locations in the Managed Region
#
#       This configures the recovery policy so that the Optimal Defaults
#       buffer is only used for checksummed locations upon bad checksum 
#       detection.
#
# Notes:  
#               1.  For the bad battery condition, the Optimal Defaults buffer
#                   will always be used.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_MGR_RECOVER_IN_PEI
#
# Description:
#
#       Default value is 1 (PEI recovery is enabled)
#
#       This configures the recovery policy so that the Optimal Defaults
#       buffer is written to CMOS in the PEI phase.
#
# Notes:  
#            	1.  This setting may require replacement of the 
#                   default function defined in the CMOS_IS_COLD_BOOT_MAPPING 
#                   eLink.
#
#               2.  The bad checksum bit in the legacy status CMOS register 
#                   will indicate bad checksum until the DXE phase, but 
#                   physical CMOS will be used in the PEI phase.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_SMM_SUPPORT
#
# Description:
#
#       Default value is 1 (SMM support is enabled)
#
#       This token specifies whether or not the CMOS Access interface is  
#       available in SMM.
#
#      			1 = Enable SMM CMOS Access
#      			0 = Disable SMM CMOS Access
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_USES_STANDARD_RANGE_ACCESS
#
# Description:
#
#       Default value is 1 (default function is enabled)
#
#       Specifies whether or not to use CMOS Manager's default access 
#       function for the 0-0x7f range.  If a platform provides a different 
#       access function for this region this token should be FALSE.
#
# Notes:
#               *   If this SDL Token is turned off, an alternate   
#                   function must be defined using the CMOS_PORT_MAPPING
#                   SDL eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_BANK0_INDEX
#
# Description:
#
#       Default value is 0x70
#
#       Index I/O port to access CMOS registers in range: 0x0-0x7f.
#      
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_BANK0_DATA
#
# Description:
#
#       Default value is 0x71
#
#       Data I/O port to access CMOS registers in range: 0x0-0x7f.
#      
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_MGR_SET_NMI_BIT
#
# Description:
#
#       Default value is 1 (NMI access is enabled for 0x0-0x7f)
#
#               1 = Set NMI bit for access to NMI region
#               0 = Do not set NMI bit for access to NMI region
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_NMI_BIT_VALUE
#
# Description:
#
#       Default value is 0x80 (CMOS_MGR_SET_NMI_BIT = TRUE by default)
#
#       There are two possible values for this token as determined by the 
#       value of CMOS_MGR_SET_NMI_BIT:
#
#                   0x80 = if CMOS_MGR_SET_NMI_BIT == TRUE
#                   0x00 = if CMOS_MGR_SET_NMI_BIT == FALSE
#
# Notes:
#
#       This value will be OR'ed with the index value for CMOS access to 
#       bank 0 locations. The value will be negated and AND'ed with the 
#       index to clear the NMI bit if the original index value is to be 
#       restored.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_SETUP_SUPPORT
#
# Description:
#
#       Default value is 0 (CMOS_SETUP_SUPPORT = FALSE by default)
#
#       This token specifies whether or not a setup page is enabled
#       to provide CMOS Manager related information/options.
#
# Notes:
#
#       This feature is only supported for TSE labels only supported for 
#       TSE versions 4.6.2_TSE_2_01_1204 and later.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_MESSAGES_SUPPORT
#
# Description:
#
#       Default value is 0 (CMOS_SETUP_SUPPORT = FALSE by default)
#
#       This token specifies whether or not messages are displayed
#       to provide CMOS Manager related power-on information.
#
# Notes:
#
#       This feature is only supported for TSE labels only supported for 
#       TSE versions 4.6.2_TSE_2_01_1204 and later.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_USES_STANDARD_BATTERY_TEST
#
# Description:
#
#       Default value is 1 (default function is used)
#
#       This SDL Token specifies whether or not to use the default function
#       to determine whether or not the CMOS battery is good.
#
# Notes:
#       If this SDL Token is turned off, an alternate function must be
#       defined and linked using the CMOS_BATTERY_TEST_MAPPING SDL eLink.
#
#       The default function eLink is CmosMgrBatteryIsGood.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_USES_STANDARD_IS_FIRST_BOOT
#
# Description:
#
#       Default value is 1 (default function is used)
#
#       This SDL Token specifies whether or not to use the default function
#       to determine whether or not the platform is executing a first boot.
#
# Notes:
#       If this SDL Token is turned off, an alternate function must be
#       defined using the CMOS_IS_FIRST_BOOT_MAPPING SDL eLink.
#
#       The default function eLink is CmosMgrIsFirstBoot.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_USES_STANDARD_IS_CMOS_USABLE
#
# Description:
#
#       Default value is 1 (default function is used)
#
#       This SDL Token specifies whether or not to use the default function
#       to determine whether or not the CMOS hardware is usable.  
#       If a platform provides a different function, this token should be 
#       disabled.
#
# Notes:
#       If this SDL Token is turned off, an alternate function must be
#       defined using the CMOS_IS_USABLE_MAPPING SDL eLink.
#
#       The default function eLink is CmosMgrIsBsp.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>


#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_USES_STANDARD_IS_BSP
#
# Description:
#
#       Default value is 1 (default function is used)
#
#       This SDL Token specifies whether or not to use the default function
#       to determine whether or not the boot strap processor is executing.  
#       If a platform provides a different function for determining the BSP, 
#       this token should be disabled.
#
# Notes:
#       If this SDL Token is turned off, an alternate function must be
#       defined using the CMOS_IS_BSP_MAPPING SDL eLink.
#
#       The default function eLink is CmosMgrIsBsp.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_USES_STANDARD_IS_COLD_BOOT
#
# Description:
#
#       Default value is 1 (default function is used)
#
#       This SDL Token specifies whether or not to use the default function
#       to determine whether or not the platform is executing a cold boot.
#
# Notes:
#
#               1.  The default function eLink is CmosMgrIsColdBoot.
#
#               2.  In the case of a bad checksum, the Optimal Defaults buffer
#                   is written to physical CMOS in the PEI phase if:
#
#                 	a. CMOS_MGR_RECOVER_IN_PEI is enabled and
#                 	b. CmosMgrIsColdBoot returns TRUE
#
#               3.  Some platforms may execute a warm-reset in the PEI phase,
#                   with a dependency on some CMOS value, causing 
#                   unpredicatable results ...possibly an infinite reboot 
#                   sequence.
#
#               4.  A cold boot is defined as a power-on boot, as opposed 
#                   to a warm boot where a reset is initiated through 
#                   software.
#
#               5.  If this SDL Token is turned off, an alternate function  
#                   must be defined using the CMOS_IS_COLD_BOOT_MAPPING 
#                   SDL eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_PORT_MAPPING
#
# Description:
#
#       Default value (see Notes below)
#
#       This Elink is used to associate CMOS register address ranges with 
#       an 8-bit index/data port pair or an access function.
#
#       Additional ranges can be specified by adding additional eLinks.
#
#       The default eLink for the 0x0-0x7f range can be replaced by first
#       disabling the CMOS_USES_STANDARD_RANGE_ACCESS SDL token and then 
#       defining a new eLink.
#
# Notes:
#      Format:
#
#                   {IndexPort, DataPort, LowIndex, HighIndex, FunctionName},
#
#      Default:
#
#                   ELINK
#                       Name  = "{0, 0, 0, 127, ReadWriteStandardRange},"
#                       Parent  = "CMOS_PORT_MAPPING"
#                       Help  = "Standard NMI-capable access range"
#                       Token = "CMOS_USES_STANDARD_RANGE_ACCESS" "=" "1"
#                       InvokeOrder = AfterParent
#                   End
#
#      	        * FunctionName takes precedence over IndexPort/DataPort, if
#                 both are specified.
#
#               * The comma is required.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_BATTERY_TEST_MAPPING
#
# Description:
#
#       The default function is CmosMgrBatteryIsGood.
#
#       This SDL eLink provides a mechanism to replace the default function 
#       for determining whether or not the battery is bad.
#
# Notes:
#       To override the default function, set the 
#       CMOS_USES_STANDARD_BATTERY_TEST SDL Token to false and define a
#       new eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_IS_USABLE_MAPPING
#
# Description:
#
#       The default function is CmosIsUsable.
#
#       This SDL eLink provides a mechanism to replace the default function 
#       for determining whether or not the CMOS hardware is usable. (Note,
#       the CMOS may be usable even if the battery is bad.)
#
# Notes:
#       To override the default function, set the 
#       CMOS_USES_STANDARD_IS_CMOS_USABLE SDL Token to FALSE (0) and define a
#       new eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>


#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_IS_FIRST_BOOT_MAPPING
#
# Description:
#
#       The default function is CmosMgrIsFirstBoot.
#
#       This SDL eLink provides a mechanism to replace the default function 
#       for determining whether or not the current execution is the first 
#       boot after programming the boot firmware device (flash part, ROM 
#       emulator,  ...).
#
# Notes:
#       To override the default function, set the 
#       CMOS_USES_STANDARD_IS_FIRST_BOOT SDL Token to FALSE (0) and define a
#       new eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_IS_BSP_MAPPING
#
# Description:
#
#       The default function is CmosMgrIsBsp.
#
#       This SDL eLink provides a mechanism to replace the default function 
#       for determining whether or not the currently executing CPU core is 
#       the boot strap processor (BSP).
#
# Notes:
#       To override the default function, set the 
#       CMOS_USES_STANDARD_IS_BSP SDL Token to FALSE (0) and define a
#       new eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

#<AMI_SHDR_START>
#----------------------------------------------------------------------------
#
# Name:    CMOS_IS_COLD_BOOT_MAPPING
#
# Description:
#
#       The default function is CmosMgrIsColdBoot.
#
#       This SDL eLink provides a mechanism to replace the default function 
#       for determining whether or not the platform is executing a cold
#       boot.
#
# Notes:
#       To override the default function, set the 
#       CMOS_USES_STANDARD_IS_COLD_BOOT SDL Token to FALSE (0) and define a
#       new eLink.
#
#----------------------------------------------------------------------------
#<AMI_SHDR_END>

TOKEN
    Name  = "FULL_CMOS_MANAGER_DEBUG"
    Value  = "0"
    Help  = "1-Turns on all available CMOS Manager module-level debug messages, resulting in larger build\0-Only basic debugging messages are supported, dependent upon project-level debug settings."
    TokenType = Boolean
    TargetH = Yes
End

TOKEN
    Name  = "FIRST_MANAGED_CMOS_ADDRESS"
    Value  = "0x40"
    Help  = "This is the lower limit of the CMOS register range to be managed by CMOS Manager. \\Note: the region starting at FIRST_MANAGED_CMOS_ADDRESS and ending at MAX_MANAGED_CMOS_ADDRESS - 1 represents the managed region."
    TokenType = Integer
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "MAX_MANAGED_CMOS_ADDRESS"
    Value  = "128"
    Help  = "Last CMOS address + 1 used to specify the maximum address that is managed by CMOS Manager. \\Note: the region starting at FIRST_MANAGED_CMOS_ADDRESS and ending at MAX_MANAGED_CMOS_ADDRESS - 1 represents the managed region."
    TokenType = Integer
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_MGR_RECOVER_ONLY_CHECKUMMED"
    Value  = "0"
    Help  = "Upon incoherency detection in the Managed Region, only use the Optimal Defaults buffer for checksummed locations."
    TokenType = Boolean
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_MGR_RECOVER_IN_PEI"
    Value  = "1"
    Help  = "Upon incoherency detection due to bad checksum in the Managed Region, invoke the recovery policy in the PEI phase."
    TokenType = Boolean
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_SMM_SUPPORT"
    Value  = "1"
    Help  = "Specifies whether or not to the CMOS Access interface is available in SMM."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
    TargetMAK = Yes
End

TOKEN
    Name  = "CMOS_USES_STANDARD_RANGE_ACCESS"
    Value  = "1"
    Help  = "Specifies whether or not to use CMOS Manager's default access function for the 0-0x7f range.  If a platform provides a different access function for this region this token should be disabled."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_BANK0_INDEX"
    Value  = "0x70"
    Help  = "Index I/O port to access CMOS registers in range: 0x0-0x7f."
    TokenType = Integer
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_BANK0_DATA"
    Value  = "0x71"
    Help  = "Data I/O port to access CMOS registers in range: 0x0-0x7f."
    TokenType = Integer
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_MGR_SET_NMI_BIT"
    Value  = "1"
    Help  = "1-Set NMI bit for access to NMI region\0-Do not set NMI bit for access to NMI region"
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_NMI_BIT_VALUE"
    Value  = "0x80"
    Help  = "Value to be ORed with the index port value for BANK0 access, when NMI access is enabled."
    TokenType = Integer
    TargetEQU = Yes
    TargetH = Yes
    Token = "CMOS_MGR_SET_NMI_BIT" "=" "1"
End

TOKEN
    Name  = "CMOS_NMI_BIT_VALUE"
    Value  = "0x0"
    Help  = "Value to be ORed with the index port value for BANK0 access, when NMI access is disabled."
    TokenType = Integer
    TargetEQU = Yes
    TargetH = Yes
    Token = "CMOS_MGR_SET_NMI_BIT" "=" "0"
End

TOKEN
    Name  = "CMOS_SETUP_SUPPORT"
    Value  = "0"
    Help  = "This SDL Token specifies whether or not the CMOS module setup page is supported.\(This feature is only supported for TSE versions 4.6.2_TSE_2_01_1204 and later)"
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
    TargetMAK = Yes
End

TOKEN
    Name  = "CMOS_MESSAGES_SUPPORT"
    Value  = "0"
    Help  = "This SDL Token specifies whether or not CMOS messages are supported.\(This feature is only supported for TSE versions 4.6.2_TSE_2_01_1204 and later)"
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
    TargetMAK = Yes
End

TOKEN
    Name  = "CMOS_USES_STANDARD_BATTERY_TEST"
    Value  = "1"
    Help  = "Specifies whether or not to use CMOS Manager's default battery test function.  If a platform provides a different battery test function this token should be disabled."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_USES_STANDARD_IS_FIRST_BOOT"
    Value  = "1"
    Help  = "Specifies whether or not to use CMOS Manager's default first boot test function.  If a platform provides a different first boot test function this token should be disabled."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_USES_STANDARD_IS_BSP"
    Value  = "1"
    Help  = "This SDL Token specifies whether or not to use the default function to determine whether or not the boot strap processor is executing.   If a platform provides a different function for determining the BSP, this token should be disabled."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_USES_STANDARD_IS_CMOS_USABLE"
    Value  = "1"
    Help  = "This SDL Token specifies whether or not to use the default function to determine whether or not the CMOS is usable.   If a platform provides a different function for determining the usability of CMOS, this token should be disabled."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

TOKEN
    Name  = "CMOS_USES_STANDARD_IS_COLD_BOOT"
    Value  = "1"
    Help  = "This SDL Token specifies whether or not to use the default function to determine whether or not the platform is executing a cold boot."
    TokenType = Boolean
    TargetEQU = Yes
    TargetH = Yes
End

ELINK
    Name  = "{0, 0, 0, 127, ReadWriteStandardRange},"
    Parent  = "CMOS_PORT_MAPPING"
    Help  = "Standard NMI-capable access range"
    Token = "CMOS_USES_STANDARD_RANGE_ACCESS" "=" "1"
    InvokeOrder = AfterParent
End

ELINK
    Name  = "CmosMgrBatteryIsGood"
    Parent  = "CMOS_BATTERY_TEST_MAPPING"
    Help  = "Link the standard function to determine whether or not the CMOS battery is good."
    Token = "CMOS_USES_STANDARD_BATTERY_TEST" "=" "1"
    InvokeOrder = AfterParent
End

ELINK
    Name  = "CmosMgrIsFirstBoot"
    Parent  = "CMOS_IS_FIRST_BOOT_MAPPING"
    Help  = "Link the standard function to determine whether or not the platform is executing a first boot."
    Token = "CMOS_USES_STANDARD_IS_FIRST_BOOT" "=" "1"
    InvokeOrder = AfterParent
End

ELINK
    Name  = "CmosIsUsable"
    Parent  = "CMOS_IS_USABLE_MAPPING"
    Help  = "Link the standard function to determine whether or not the is usable.  (The CMOS may be usable if the battery is bad.)"
    Token = "CMOS_USES_STANDARD_IS_CMOS_USABLE" "=" "1"
    InvokeOrder = AfterParent
End

ELINK
    Name  = "CmosMgrIsBsp"
    Parent  = "CMOS_IS_BSP_MAPPING"
    Help  = "Link the standard function to determine whether or not the BSP is currently executing."
    Token = "CMOS_USES_STANDARD_IS_BSP" "=" "1"
    InvokeOrder = AfterParent
End

ELINK
    Name  = "CmosMgrIsColdBoot"
    Parent  = "CMOS_IS_COLD_BOOT_MAPPING"
    Help  = "Link the standard function to determine whether or not the platform is executing a cold boot."
    Token = "CMOS_USES_STANDARD_IS_COLD_BOOT" "=" "1"
    InvokeOrder = AfterParent
End

ELINK
	Name  = "$(CMOS_MANAGER_DIR)\CmosSetup.sd"
	Parent  = "SETUP_DEFINITIONS"
	InvokeOrder = AfterParent
    Token = "CMOS_SETUP_SUPPORT" "=" "1"
End

ELINK
	Name  = "$(BUILD_DIR)\CmosSetup.sdb"
	Parent  = "SETUP_SDBS"
	InvokeOrder = AfterParent
    Token = "CMOS_SETUP_SUPPORT" "=" "1"
End

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