path: root/Board/CPU/CPU.sdl

TOKEN
	Name  = "NUMBER_CPU_SOCKETS"
	Value  = "1"
	Help  = "Number CPU Sockets on the board. Fixed on 1 for this CPU module"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Lock = Yes
End

TOKEN
	Name  = "CPU_SETUP_SET_MAX_RATIO"
	Value  = "0"
	Help  = "Enable setup question force max ratio."
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "CPU_SETUP_SET_BOOT_RATIO"
	Value  = "0"
	Help  = "Enable setup question to set boot ratio."
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "CPU_SETUP_SET_LATENCY_CONTROL"
	Value  = "0"
	Help  = "Enable setup question to set latency control."
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "CPU_DISPLAY_SETUP_SMX"
	Value  = "1"
	Help  = "Enables display CPU SMX supported."
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "RC_POLICY_POWER_UNIT"
	Value  = "0"
	Help  = "This is used for Intel Haswell RC policy. 0 - in Watts, 1 - in 125 Milli Watts"
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "NCPU"
	Value  = "16"
	Help  = "Maximum number of processor threads."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "MTRR_POLICY"
	Value  = "1"
	Help  = "Maximum number of processor threads."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CPU_MAX_MEMORY_SIZE"
	Value  = "0x100000000"
	Help  = "Maximum memory size addressable by the CPU"
	TokenType = Expression
	TargetH = Yes
End

TOKEN
	Name  = "CPU_MAX_IO_SIZE"
	Value  = "0x10000"
	Help  = "Maximum I/O size addressable by the CPU"
	TokenType = Integer
	TargetH = Yes
End

TOKEN
	Name  = "SW_SMI_PSTATE_CNT"
	Value  = "0"
	Help  = "VALUE to write into SMI CMD register to enter\CPU performance state control mode (if any)"
	TokenType = Integer
	TargetH = Yes
	Range  = "0-0xff 0 = not supported"
	Token = "ACPI_BUILD_TABLES_2_0" "=" "1"
End

TOKEN
	Name  = "SW_SMI_CST_CNT"
	Value  = "0"
	Help  = "Value to write in SMI_CMD reg to support _CST object and change state notification"
	TokenType = Integer
	TargetH = Yes
	Range  = "0-0xff"
	Token = "ACPI_BUILD_TABLES_2_0" "=" "1"
End

TOKEN
	Name  = "NEHALEM_CPU_MODULE"
	Value  = "1"
	Help  = "Nehalem CPU module is present"
	TokenType = Boolean
	TargetEQU = Yes
	TargetMAK = Yes
	Lock = Yes
End

TOKEN
	Name  = "LOCAL_APIC_BASE"
	Value  = "0xfee00000"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_ID_REGISTER"
	Value  = "0x20"
	Help  = "APIC Identification Register Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_VERSION_REGISTER"
	Value  = "0x30"
	Help  = "APIC Version Register Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_SPURIOUS_VECTOR_REGISTER"
	Value  = "0xf0"
	Help  = "APIC Spurious Interrupt Vector Register Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_ICR_LOW_REGISTER"
	Value  = "0x300"
	Help  = "APIC Interrupt Control Register Low Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_ICR_HIGH_REGISTER"
	Value  = "0x310"
	Help  = "APIC Interrupt Control Register High Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_LVT_LINT0_REGISTER"
	Value  = "0x350"
	Help  = "APIC LVT LINT0 Register Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "APIC_LVT_LINT1_REGISTER"
	Value  = "0x360"
	Help  = "APIC LVT LINT1 Register Index"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "SEC_CREATE_PE32"
	Value  = "1"
	Help  = "Create SEC Core PE32 Image."
	TokenType = Boolean
	TargetEQU = Yes
	TargetMAK = Yes
End

TOKEN
	Name  = "CAR_BASE_ADDRESS"
	Value  = "(0xffffffff - $(FLASH_SIZE) + 1 - 0x100000) & 0xfff00000"
	Help  = "DO NOT CHANGE THIS VALUE.\Cache-as-RAM physical base location"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CAR_TOTAL_SIZE"
	Value  = "0x20000"
	Help  = "Total Cache-as-RAM size available (in bytes)"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "PEI_CACHE_FLASH_ENABLED"
	Value  = "1"
	Help  = "Enable caching the flash during PEI."
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "CODE_CACHE_BASE_ADDRESS"
	Value  = "0xffffffff - 0x100000 + 1"
	Help  = "Code Cache Base Address."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CODE_CACHE_SIZE"
	Value  = "100000h"
	Help  = "Code Cache Size.\Max 40000h. Size must match aligment of base."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CODE_CACHE_PART2_BASE"
	Value  = "0"
	Help  = "Code Cache PART 2 Base Address. 0 = No PART 2"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "CODE_CACHE_PART2_SIZE"
	Value  = "10000h"
	Help  = "Code Cache PART 2 Size ."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "WDB_REGION_BASE_ADDRESS"
	Value  = "0"
	Help  = "Write-Combined Cache Base Address. 0 = No WDB"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "WDB_REGION_BASE_SIZE"
	Value  = "1000h"
	Help  = "Write-Combined Cache Size ."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "SMM_FROM_SMBASE_DRIVER"
	Value  = "0x55"
	Help  = "SWSMI number used in CPU RC"
	TokenType = Integer
	TargetMAK = Yes
	TargetH = Yes
End

TOKEN
	Name  = "SMM_BASE_SAVE_STATE_OFFSET"
	Value  = "0fef8h"
	Help  = "Offset in the CPU SMM save state area where the SMM Base value is stored. \This offset is used to change the SMM Base location during next SMI."
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
End

TOKEN
	Name  = "MAX_SMM_SAVE_STATE_SIZE"
	Value  = "0x400"
	Help  = "Largest SMM save state size of any CPU that can be placed on the board.\Currently, Intel 64-bit CPUs use 0x300 for its save state size.\"
	TokenType = Integer
	TargetEQU = Yes
	TargetH = Yes
	Lock = Yes
End

TOKEN
	Name  = "IED_SAVESTATE_OFFSET"
	Value  = "0xfeec"
	Help  = "Intel Enhanced Debug Save"
	TokenType = Integer
	TargetH = Yes
	Lock = Yes
End

TOKEN
	Name  = "ACPI_INFO2_PROTOCOL_PUBLISHED"
	Value  = "1"
	Help  = "ACPI INFO2 PROTOCOL is published by this module."
	TokenType = Boolean
	TargetH = Yes
	Lock = Yes
End

TOKEN
	Name  = "PERF_TUNE_SUPPORT"
	Value  = "0"
	Help  = "This token is for performance tunning support.\The major function of performnce tunning is not done in CPU module, it's in performance tunning module.\Do not change this token directly."
	TokenType = Boolean
	TargetEQU = Yes
	TargetMAK = Yes
	TargetH = Yes
	Lock = Yes
End

TOKEN
	Name  = "I3_CPU_NON_TURBO"
	Value  = "1"
	Help  = "Force i3 Cpu turbo mode not available"
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
	Name  = "BRAND_STRING_WORKAROUND"
	Value  = "0"
	Help  = "This sample code is a workaround for prevent Windows displays 2 different frequencies brand string within the My Computer -> Properties.It will configure custom tdp table. And if use this workaround, the parameter in the custom ctdp settings shoule vary with platform."
	TokenType = Boolean
	TargetH = Yes
End

TOKEN
    Name  = "MPDTable_CREATED"
    Value  = "1"
    Help  = "Create MPDT Table."
    TokenType = Boolean
    TargetEQU = Yes
    TargetMAK = Yes
    TargetH = Yes
End


TOKEN
	Name  = "SMM_ACCESS_CHECK_ENABLE"
	Value  = "0"
	Help  = "Enable or disable Smm Access Check Feature of Cpu"
	TokenType = Boolean
        TargetH = Yes	
End

PATH
	Name  = "CPU_BOARD_DIR"
	Path  = "Board\CPU"
End

PATH
	Name  = "CPU_CORE_DIR"
	Path  = "Core\CPU"
End

MODULE
	Help  = "Includes CPU.mak to Project"
	File  = "CPU.mak"
End

ELINK
	Name  = "$(BUILD_DIR)\CpuDxe.ffs"
	Parent  = "FV_MAIN"
	Priority  = 0
	InvokeOrder = AfterParent
End

ELINK
	Name  = "$(BUILD_DIR)\CPU.sdb"
	Parent  = "SETUP_SDBS"
	Priority  = 10
	InvokeOrder = AfterParent
End

ELINK
	Name  = "$(CPU_BOARD_DIR)\CPU.sd"
	Parent  = "SETUP_DEFINITIONS"
	Priority  = 10
	InvokeOrder = AfterParent
End

ELINK
	Name  = "CPUPEIDBG_Initialize,"
	Parent  = "PeiDebuggerInitialize"
	Priority  = 100
	Token = "PeiDebugger_SUPPORT" "!=" "0"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "$(BUILD_DIR)\SecCore.ffs"
	Parent  = "FV_BB"
	Help  = "SEC Core"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "$(BUILD_DIR)\CpuPeiBeforeMem.ffs"
	Parent  = "FV_BB"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "$(BUILD_DIR)\CPUPEI.ffs"
	Parent  = "FV_BB"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "InitCPUStrings,"
	Parent  = "SetupStringInit"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "-i $(CPU_BOARD_DIR)"
	Parent  = "SETUP_VFR_INCLUDES"
	InvokeOrder = AfterParent
End

ELINK
	Name  = "SECCoreAtPowerOn"
	Segment  = "STARTUP_SEG"
	Help  = "SEC Core Init after power-on and before memory detection."
	mSTART  = "mSTART_PROC_NEAR32"
	mBODY  = "mBODY_JMP_PROC_NEAR32"
	mEND  = "mEND_PROC_WITH_JMP_NEAR32"
	mEXTERN  = "mEXTERN_NEAR32"
	SrcFile  = "$(BUILD_DIR)\SECCore.ASM"
	InvokeOrder = TableFunction
	OutBOOT = Yes
End

ELINK
	Name  = "ADDON_SEC_CORE_OBJ_FILES"
	InvokeOrder = ReplaceParent
End

OUTPUTREGISTER
	Name  = "EKERNEL_BOOT"
	Path  = "BUILD\"
	File  = "SECCore.ASM"
End

SEGMENT
	Name  = "STARTUP_SEG"
	Format  = "SEGMENT PARA PUBLIC 'CODE' USE32"
End