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#********************************************************************** #
# ***************************************************************** #
# ***************************************************************** #
# ** ** #
# ** (C)Copyright 1985-1996, American Megatrends, Inc. ** #
# ** ** #
# ** All Rights Reserved. ** #
# ** ** #
# ** 6145-F Northbelt Pkwy, Norcross, GA 30071 ** #
# ** ** #
# ** Phone (770)-246-8600 ** #
# ** ** #
# ***************************************************************** #
# ***************************************************************** #
#********************************************************************** #
#-----------------------------------------------------------------------#
# These flags should be set in order to create the ASL project files #
#-----------------------------------------------------------------------#
# AML DEFINITION BLOCK #
#-----------------------------------------------------------------------#
A_OEM_ID = SiS # up to 6 characters #
A_OEM_TABLE_ID = 530 # up to 8 characters #
A_OEM_REV = 1000 # up to 4 hex digits #
#-----------------------------------------------------------------------#
# SYSTEM FUNCTIONALITY #
#-----------------------------------------------------------------------#
A_CPU_PBLK = 40c # CPU Control register address #
# 4 hex digits only (ef10, 410, ..) #
# ""- No CPU C2 & C3 state will be available#
#-----------------------------------------------------------------------#
# Provide values to be written to PM1a_CNT.SLP_TYP register to enter #
# corresponding sleep state #
# Note. Default values for PIIX4 are S0-5, S1-4, S2-3, S3-1, S4-0, S5-0 #
# Values for S0,S5 are mandatory. Do not keep them empty. #
A_S0 = 0 # two hex digits #
A_S1 = 1 # two hex digits, "" - not present #
A_S2 = # two hex digits, "" - not present #
A_S3 = # two hex digits, "" - not present #
A_S4 = # two hex digits, "" - not present #
A_S5 = 5 # two hex digits #
#-----------------------------------------------------------------------#
# PCI BUS #
#-----------------------------------------------------------------------#
# PCI North Bridge device name #
# Note. The only one should be selected #
#-----------------------------------------------------------------------#
A_N_I430TX = 0 # 1 - exist, 0 - not exist #
A_N_I440BX = 0
A_N_I440LX = 0
A_N_I440EX = 0
A_N_I440GX = 0
A_N_CAMINO = 0
A_N_ALI1541 = 0
A_N_ALI1621 = 0
A_N_CYRIX30 = 0
A_N_FIRESTAR = 0
A_N_SIS5598 = 0
A_N_SIS5600 = 0
A_N_SIS530 = 1
A_N_SIS620 = 0
A_N_VIA82588 = 0
A_N_VIA82595 = 0
A_N_VIA82691 = 0
#-----------------------------------------------------------------------#
# PCI-ISA South Bridge device name #
# Note. The only one should be selected #
#-----------------------------------------------------------------------#
A_S_PIIX4 = 0 # 1 - exist, 0 - not exist #
A_S_ICH = 0
A_S_ALI1543 = 0
A_S_FIRESTAR = 0
A_S_VIA82586 = 0
A_S_VIA82595 = 0
A_S_CYRIX30 = 0
A_S_SIS5595 = 1
#-----------------------------------------------------------------------#
# PCI-ISA South bridge device number (The function number assumed as 0) #
#-----------------------------------------------------------------------#
A_S_DEV_Nbr = 01 # 2 hex digits only #
#-----------------------------------------------------------------------#
# PCI IRQ ROUTING TABLE #
# Select proper routing model by providing Slot with PCI device number #
#-----------------------------------------------------------------------#
# Provide following macro with list of IRQs available for PCI devices #
# use "," as a separator #
A_PCI_IRQ_LIST = 3,4,5,6,7,9,10,11,12,14,15 #
#-----------------------------------------------------------------------#
# "Standard" PCI IRQ round-robin routing method #
#-----------------------------------------------------------------------#
A_PCI_IRQ_ROUTE_STANDARD= 1 # 1 - present, 0 - not present #
# If set = 0 the CUST_IRQ.OEM file #
# will require the proper editing #
#-----------------------------------------------------------------------#
# PCI_SLOTs 1-6 have all 4 Int pins routed onto IRQA-D of IRQ router #
# The routing table for each slot would be : #
# Slot1,5,6 - ABCD, Slot2 - BCDA, Slot3 - CDAB, Slot4 - DABC #
#-----------------------------------------------------------------------#
A_PCI_SLOT1 = 09 # 2 hex digits only, " " - no slot #
A_PCI_SLOT2 =
A_PCI_SLOT3 = 0b
A_PCI_SLOT4 = 0a
A_PCI_SLOT5 =
A_PCI_SLOT6 =
#-----------------------------------------------------------------------#
# PCI_DEVices 1-4 are used to describe up to 4 onboard Device/Slots with#
# non-standard (see above) Irq routing #
# IRQA-D have ONE PCI Int line(0-1) routed onto IRQA-D of the IRQ router#
#-----------------------------------------------------------------------#
# Onboard PCI device 1 #
# DDDD - PCI device number,4 hex digits #
# FFFF - Device function, 4 hex digits, set ffff to describing the Slot#
# Int - Device's Int output pin (0 to 3) #
# Example: 07.0001,3 #
# IntA pin of PCI Device 07 Function 1 is routed to IRQA of interrupt router#
A_PCI_DEV1_IRQA = 02.ffff, 0 # Format DDDD.FFFF, Int #
A_PCI_DEV1_IRQB = 02.ffff, 1 # look at comments for DEV1_IRQA #
A_PCI_DEV1_IRQC =
A_PCI_DEV1_IRQD =
# Onboard PCI device 2
A_PCI_DEV2_IRQA =
A_PCI_DEV2_IRQB =
A_PCI_DEV2_IRQC =
A_PCI_DEV2_IRQD = 0c.ffff, 0 # Rounting for Sound chip
# Onboard PCI device 3
A_PCI_DEV3_IRQA =
A_PCI_DEV3_IRQB =
A_PCI_DEV3_IRQC =
A_PCI_DEV3_IRQD =
# Onboard PCI device 4
A_PCI_DEV4_IRQA = # look at comments for DEV1_IRQA #
A_PCI_DEV4_IRQB =
A_PCI_DEV4_IRQC =
A_PCI_DEV4_IRQD =
#-----------------------------------------------------------------------#
# APIC mode Routing table. Applies for multi CPU systems only #
# Provide Irq number(in hex) the Device(Slot) Int line is routed to #
#-----------------------------------------------------------------------#
A_PCI_INTA_APIC = 10 # 2 hex digits only #
A_PCI_INTB_APIC = 11 # 2 hex digits only #
A_PCI_INTC_APIC = 12 # 2 hex digits only #
A_PCI_INTD_APIC = 13 # 2 hex digits only #
#-----------------------------------------------------------------------#
# SYSTEM MANAGEMENT #
#-----------------------------------------------------------------------#
# Positive/Subtractive IO decode mode on ISA/EIO Bus #
A_POS_DECODE = 0 # 1 - Positive, 0 - Subtractive(Default)#
# SMBus controller support. #
A_SMBUS = 0 # 1 - present, 0 - not present #
#-----------------------------------------------------------------------#
# THERMAL MANAGEMENT #
#-----------------------------------------------------------------------#
A_THERMAL = 0 # 1 - present, 0 - not present #
# procced Thermal settings if THERMAL = 1 #
# Thermal Data location. #
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