;/*++
;
;Copyright (c) Microsoft Corporation. All rights reserved.
;
;Module Name:
;
; ERRATA.INF
;
;Abstract:
; INF file for the Errata Manager Database
;
;--*/
;
;===============================================================
;================== Declare the Target Rules ===================
;===============================================================
;
;Specify the rules that the clients can register for notifications
;Also need to specify the necessary string parameters if required
;
;N.B. The rule names must have been defined in the [RuleNameGuidDef] Section
; Declared in [RuleDef] Section and implemented in [Rule] Section
;=================================================================
[TargetRuleDef]
ACPISLPWorkAround = {FACP.ACER_OEMID.FACP.M25D_TableId}, \ ;ACERM25D02/25/00
{FACP.COMPAQ_OEMID.FACP.LAREDO_TableId}, \ ;COMPAQLAREDO07/05/99
{FACP.DELL_OEMID.FACP.WS210_TABLEID}, \ ;DellPrecisionWS210
{FACP.DELL_OEMID.FACP.WS410_TABLEID}, \ ;DellPrecisionWS410
{FACP.DELL_OEMID.FACP.WS610_TABLEID}, \ ;DellPrecisionWS610
{FACP.DELL_OEMID.FACP.PE1300_TABLEID}, \ ;DellPowerEdge1300
{FACP.DELL_OEMID.FACP.PE2300_TABLEID}, \ ;DellPowerEdge2300
{FACP.DELL_OEMID.FACP.PE4300_TABLEID}, \ ;DellPowerEdge4300
{FACP.DELL_OEMID.FACP.PE4350_TABLEID}, \ ;DellPowerEdge4350
{FACP.DELL_OEMID.FACP.PE6300_TABLEID}, \ ;DellPowerEdge6300
{FACP.DELL_OEMID.FACP.PE6350_TABLEID}, \ ;DellPowerEdge6350
{FACP.DELL_OEMID.FACP.PE8450_TABLEID}, \ ;DellPowerEdge8450
{FACP.GATEWAY_OEMID.FACP.OR840_TABLEID}, \ ;GatewayOR84
{FACP.INTEL_OEMID.FACP.MS440GX_TABLEID} ;IntelMS440GX
ACPIDisableS1 = {FACP.MICRON_OEMID.TREK2SPF_TABLEID.EQ.*.*.*.1.0.0.0.0.0}, \ ;MICRONTREK2SPF01/19/00
{FACP.AMIINT_OEMID.AMIINT10_TABLEID.LE.LE.*.*.1000.100000b.0.0.0.0} \ ;AMIINTAMIINT1008/19/00
ACPIDisableS2 = {FACP.AMIINT_OEMID.AMIINT10_TABLEID.LE.LE.*.*.1000.100000b.0.0.0.0}, \ ;AMIINTAMIINT1008/19/00
{FACP.DELL_OEMID.GX270_TABLEID.LT.*.*.LT.8.0.0.09.29.04}, \ ;DELLGX2709/29/04
{FACP.DELL_OEMID.GX260_TABLEID.LE.*.*.LE.9.0.0.11.01.04}, \ ;DELLGX26011/01/04
{FACP.DELL_OEMID.WS370_TABLEID.LE.*.*.LE.7.0.0.03.16.05}, \ ;DELLPREC37006/28/2005
{FACP.DELL_OEMID.WS650_TABLEID.LE.*.*.LE.8.0.0.03.25.04}, \ ;DELLWS65006/28/2005
{FACP.DELL_OEMID.WS450_TABLEID.LE.*.*.LE.8.0.0.07.21.03} ;DELLWS45006/28/2005
ACPIDisableS3 = {FACP.GATEWAY_OEMID.N0BPE040_OEMID.LE.*.*.*.20010220.0.0.0.0.0}, \ ;GatewayN0BPE040
{FACP.AMIINT_OEMID.AMIINT10_TABLEID.LE.LE.*.*.1000.100000b.0.0.0.0}, \ ;AMIINTAMIINT1008/19/00
{FACP.DELL_OEMID.GX270_TABLEID.LT.*.*.LT.8.0.0.09.29.04}, \ ;DELLGX2709/29/04
{FACP.DELL_OEMID.GX260_TABLEID.LE.*.*.LE.9.0.0.11.01.04}, \ ;DELLGX26011/01/04
{FACP.DELL_OEMID.WS370_TABLEID.LE.*.*.LE.7.0.0.03.16.05}, \ ;DELLPREC37006/28/2005
{FACP.DELL_OEMID.WS650_TABLEID.LE.*.*.LE.8.0.0.03.25.04}, \ ;DELLWS65006/28/2005
{FACP.DELL_OEMID.WS450_TABLEID.LE.*.*.LE.8.0.0.07.21.03} ;DELLWS45006/28/2005
ACPIIgnoreQWordLength = {FACP.DELL_OEMID.PE2500_TABLEID.GE.GE.*.LE.1.100000a.0.02.03.03}, \ ;DELLPE2500
{FACP.DELL_OEMID.PE2650_TABLEID.GE.GE.*.LE.1.100000a.0.02.03.03}, \ ;DELLPE2650
{FACP.DELL_OEMID.PE4600_TABLEID.GE.GE.*.LE.1.100000a.0.02.03.03}, \ ;DELLPE4600
{FACP.DELL_OEMID.PE6600_TABLEID.GE.GE.*.LE.1.100000a.0.02.03.03}, \ ;DELLPE6600
{FACP.DELL_OEMID.PE6650_TABLEID.GE.GE.*.LE.1.100000a.0.02.03.03} ;DELLPE6650
PcmciaAttributeWindowUnlimited = {FACP.COMPAQ_OEMID.WRANGLER_TABLEID.GE.*.*.*.6040000.0.0.0.0.0}, \ ;CompaqWranglerUMBConflict
{FACP.COMPAQ_OEMID.ERA_TABLEID.GE.*.*.*.6040000.0.0.0.0.0} ;CompaqEraUMBConflict
PcmciaIrqRoutingSettings1 = {FACP.TOSHIBA_OEMID} ;ToshibaPcmciaIrqRouting
DisablePStates = {FACP.AOEM_OEMID.AOEM_TABLEID.GE.GE.*.*.5000407.97.0.0.0.0}, \ ;AOEMRSDT
{FACP.NVIDIA_OEMID.AWRDACPI_TABLEID.EQ.GE.GE.*.42302e31.1010101.0.0.0.0}, \ ;NVIDIAAWRDACPI01/16/04
{FACP.SONY_OEMID.K5_TABLEID.GE.GE.*.*.6040000.f4240.0.0.0.0}, \ ;SONYK5
{FACP.AWARD_OEMID.AWRDACPI_TABLEID.GE.GE.*.*.42302e31.0.0.0.0.0}, \ ;AWARDAWRDACPI08/19/05
{FACP.INSYDE_OEMID.FACP_000_TABLEID.LE.*.*.*.00000100.0.0.0.0.0} ;AVERATEC C3500 TH11v1.3
IgnorePciRootBusNumberRange = {FACP.HP_OEMID.PROLIANT_TABLEID.GE.GE.*.*.2.162e.0.0.0.0}, \ ;HPProLiantDL380-07/22/04
{FACP.HP_OEMID.P51_TABLEID.GE.GE.GE.*.2.162e.3.0.0.0}, \ ;HPP51
{FACP.HP_OEMID.D17_TABLEID.GE.GE.GE.*.2.162e.3.0.0.0}, \ ;HPD17
{FACP.HP_OEMID.P50_TABLEID.GE.GE.GE.*.2.162e.3.0.0.0}, \ ;HPP50
{FACP.HP_OEMID.P52_TABLEID.GE.GE.GE.*.2.162e.3.0.0.0} ;HPP52
IgnoreOverlappingPciRootBusNumberRanges = {FACP.SUN_OEMID.SUNMETRO_TABLEID.GE.GE.GE.*.6040000.f4240.3.0.0.0}, \ ;PTLTD06/07/04
{FACP.AOEM_OEMID.AOEM_TABLEID.GE.GE.*.*.1000428.97.0.0.0.0}, \ ;AOEMRSDT
{FACP.AMD_OEMID.HAMMER_TABLEID.GE.GE.GE.*.6040000.f4240.3.0.0.0}, \ ;PTLTD01/13/05
{FACP.NVIDIA_OEMID.CK8S_TABLEID.GE.GE.*.*.6040000.f4240.0.0.0.0} ;PTLTD
IgnoreCBMemLimits = {FACP.IBM_OEMID.TP-1O_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R40
{FACP.IBM_OEMID.TP-1P_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R40
{FACP.IBM_OEMID.TP-1Q_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad X31
{FACP.IBM_OEMID.TP-1R_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad T40/T40p/T41/T41p/T42/T42p/R50/R50p/R51
{FACP.IBM_OEMID.TP-1S_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R40e
{FACP.IBM_OEMID.TP-1U_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad X40
{FACP.IBM_OEMID.TP-1V_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R51
{FACP.IBM_OEMID.TP-1W_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R50e
{FACP.IBM_OEMID.TP-1Y_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad T43/43p
{FACP.IBM_OEMID.TP-70_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R52/T43
{FACP.IBM_OEMID.TP-74_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad X41
{FACP.IBM_OEMID.TP-75_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad X41 Tablet
{FACP.IBM_OEMID.TP-76_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ; ThinkPad R52
{FACP.IBM_OEMID.TP-78_TABLEID.*.*.*.*.0.0.0.0.0.0} ; ThinkPad R51e
DisablePciExpressASPM = {FACP.IBM_OEMID.TP-1Y_TABLEID.GE.GE.GE.*.1060.1.3.0.0.0}, \ ;IBMTP-1Y
{FACP.IBM_OEMID.TP-74_TABLEID.GE.GE.GE.*.1000.1.3.0.0.0}, \ ;IBMTP-74
{FACP.DELL_OEMID.WS370_TABLEID.GE.GE.*.*.7.61.0.0.0.0}, \ ;DELLWS
{FACP.IBM_OEMID.TP-75_TABLEID.GE.GE.GE.*.1020.1.3.0.0.0}, \ ;IBMTP-75
{FACP.DELL_OEMID.GX620_TABLEID.GE.GE.GE.*.6.61.3.0.0.0}, \ ;DELLGX620
{FACP.IBM_OEMID.TP-70_TABLEID.GE.GE.GE.*.340.1.3.0.0.0}, \ ;IBMTP-70
{DSDT.FSC_OEMID.D1831_TABLEID.GE.GE.*.*.50000.2000002.0.0.0.0}, \ ;PTLTD
{FACP.DELL_OEMID.GX280_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;GX280
{FACP.DELL_OEMID.WS380_TABLEID.GE.GE.GE.*.6.61.3.0.0.0}, \ ;DELLWS
{FACP.COMPAQ_OEMID.LAKEPORT_TABLEID.GE.GE.*.*.1.0.0.0.0.0}, \ ;COMPAQCPQ0968
{FACP.COMPAQ_OEMID.ALDERWD_TABLEID.GE.GE.*.*.1.0.0.0.0.0}, \ ;COMPAQCPQ0063
{FACP.COMPAQ_OEMID.TUMWATER_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;COMPAQCPQ0063
{FACP.IBM_OEMID.TP-76_TABLEID.GE.GE.GE.*.190.1.2.0.0.0}, \ ;IBMTP-76
{FACP.COMPAQ_OEMID.GRANTSD_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;COMPAQCPQ0968
{FACP.DELL_OEMID.CPIR_TABLEID.GE.GE.*.*.27d50704.61.0.0.0.0} ;DELLCPi
IgnorePciSegments = {FACP.HP_OEMID.VIPER_TABLEID.GE.GE.GE.*.1.0.3.0.0.0}, \ ;HPCPQ006203/29/05
{FACP.NVIDIA_OEMID.CK8S_TABLEID.GE.GE.*.*.6040000.f4240.0.0.0.0} ;PTLTD08/20/05
AvoidAssertOnBadIdDataForHostBridge = {FACP.TOSFIC_OEMID.SAMBA_TABLEID.GE.GE.*.*.42302e31.0.0.0.0.0} ;TOSFICSamba05/31/02
DellNationalPC87364WorkAround = {FACP.DELL_OEMID.DIM_TABLEID.LE.LE.*.*.1.61.0.0.0.0}, \ ;DELLDIM11/30/00
{FACP.DELL_OEMID.WS420_TABLEID.LE.LE.*.*.8.61.0.0.0.0}, \ ;DELLWS03/30/01-420
{FACP.DELL_OEMID.WS220_TABLEID.LE.LE.*.*.8.61.0.0.0.0} ;DELLWS03/30/01-220
USBDisableSelectiveSuspend = {FACP.SONY_OEMID.U1_TABLEID.*.*.*.*.0.0.0.0.0.0} ;SONYU103/12/01
AcpiIrqDistributionStackUp = {FACP.ACER_OEMID.TM350_TABLEID.LE.*.*.*.1.0.0.0.0.0}, \ ;AcerTM35012/11/00
{APIC.ASUS_OEMID.CUV4X-D_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;ASUSCUV4X-D01/09/01
{FACP.ASUS_OEMID.K7V_TABLEID.LE.*.*.*.30303031.0.0.0.0.0}, \ ;ASUSK7V05/04/00
{FACP.DELL_OEMID.GX1_TABLEID.LE.*.*.*.2.0.0.0.0.0}, \ ;DELLGX107/12/00
{FACP.ASUS_OEMID.K7V-RM_TABLEID.LE.*.*.*.30303031.0.0.0.0.0}, \ ;ASUSK7V-RM03/10/00
{FACP.VT8371_OEMID.AWRDACPI_TABLEID.LE.*.*.*.42302e31.0.0.0.0.0}, \ ;VT8371AWRDACPI04/21/00
{FACP.VT694X_OEMID.AWRDACPI_TABLEID.LE.*.*.*.0.0.0.0.0.0}, \ ;VT694XAWRDACPI01/17/00
{FACP.AWARD_OEMID.AWRDACPI_TABLEID.LE.*.*.*.382d3537.0.0.0.0.0}, \ ;AWARDAWRDACPI12/29/99
{FACP.MSISYS_OEMID.AWRDACPI_TABLEID.LE.LE.*.*.42302e31.0.0.0.0.0}, \ ;MSISYSAWRDACPI12/27/00
{FACP.TOSHIBA_OEMID.750_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;TOSHIB75012/30/99
{FACP.VT8598_OEMID.AWRDACPI_TABLEID.LE.*.*.*.622d3339.0.0.0.0.0}, \ ;VT8598AWRDACPI11/29/00
{FACP.HP_OEMID.HPBDD_IO_TABLEID.LE.*.*.*.1011.0.0.0.0.0}, \ ;HPHPBDD_IO08/31/00
{FACP.INSYDE_OEMID.FACP_000_TABLEID.LE.*.*.*.00000100.0.0.0.0.0}, \ ;VIA12/07/00
{FACP.IBM_OEMID.TP-X21_TABLEID.GE.GE.*.*.6040000.0.0.0.0.0}, \ ;PTLTD04/17/01
{FACP.COMPAQ_OEMID.WRANGLER_TABLEID.LE.*.*.*.6040000.0.0.0.0.0} ;COMPAQWrangler
AcpiIrqRoutingStackOnIRQ9 = {FACP.IBM_OEMID.TP-X21_TABLEID.GE.GE.*.*.6040000.0.0.0.0.0} ;PTLTD04/17/01
AcpiIrqRoutingStackOnIRQ10 = {FACP.ACER_OEMID.TM350_TABLEID.LE.*.*.*.1.0.0.0.0.0}, \ ;AcerTM35012/11/00
{APIC.ASUS_OEMID.CUV4X-D_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;ASUSCUV4X-D01/09/01
{FACP.HP_OEMID.HPBDD_IO_TABLEID.LE.*.*.*.1011.0.0.0.0.0} ;HPHPBDD_IO08/31/00
AcpiIrqRoutingStackOnIRQ11 = {FACP.TOSHIBA_OEMID.750_TABLEID.*.*.*.*.0.0.0.0.0.0}, \ ;TOSHIB75012/30/99
{FACP.COMPAQ_OEMID.WRANGLER_TABLEID.LE.*.*.*.6040000.0.0.0.0.0} ;COMPAQWrangler
IgnoreIsaVgaBitConflict = {FACP.IBM_OEMID.SERON_TABLEID.GE.GE.*.*.1000.45444f43.0.0.0.0} ;IBMSERONYXP
;
; MSI should be disabled on platforms that have the MSI_NOT_SUPPORTED FADT boot
; arch flag set.
;
DisableMSI = {8}
DisableFastS4 = {}
;
; ACPI AMLI-specific rules
;
AMLIReturn_REV1 = {FACP.IBM_OEMID.TP-1A_TABLEID.LT.*.*.*.00001160.0.0.0.0.0}, \ ;ThinkPadT23/1AET60WW
{FACP.IBM_OEMID.TP-1I_TABLEID.LT.*.*.*.00002031.0.0.0.0.0}, \ ;ThinkPadT30/T31/1IET63WW
{FACP.IBM_OEMID.TP-1E_TABLEID.LT.*.*.*.00001160.0.0.0.0.0}, \ ;ThinkPadA30/A30p/1EET70WW
{FACP.IBM_OEMID.TP-1G_TABLEID.LT.*.*.*.00001060.0.0.0.0.0}, \ ;ThinkPadA31/A31p/1GET34WW
{FACP.IBM_OEMID.TP-1N_TABLEID.LT.*.*.*.00001030.0.0.0.0.0}, \ ;ThinkPadA31/A31p/1NET09WW
{FACP.IBM_OEMID.TP-1K_TABLEID.LT.*.*.*.00001040.0.0.0.0.0}, \ ;ThinkPadX30/1KET43WW
{FACP.IBM_OEMID.TP-1M_TABLEID.LT.*.*.*.00002080.0.0.0.0.0}, \ ;ThinkPadR32/1MET88WW
{FACP.IBM_OEMID.TP-1O_TABLEID.LT.*.*.*.00001020.0.0.0.0.0}, \ ;ThinkPadR40/1OET36WW
{FACP.IBM_OEMID.TP-1P_TABLEID.LT.*.*.*.00001090.0.0.0.0.0}, \ ;ThinkPadR40/1PET41WW
{FACP.IBM_OEMID.TP-1D_TABLEID.LT.*.*.*.00001310.0.0.0.0.0}, \ ;ThinkPadX24/1DET69WW
{FACP.IBM_OEMID.TP-1S_TABLEID.LT.*.*.*.00001350.0.0.0.0.0}, \ ;ThinkPadR40e/1SET67WW
{FACP.AOEM_OEMID.AOEM_TABLEID.*.GE.*.*.*.97.0.0.0.0} ;AOEMRSDT(ASUSM6B00N)
AMLIIgnorePackageLengthCheck = {FACP.IBM_OEMID.SERVIGIL_TABLEID.EQ.EQ.*.*.00001000.45444f43.0.0.0.0}, \ ; IBM x440 / x445
{FACP.IBM_OEMID.SERON_TABLEID.EQ.EQ.*.*.00001001.45444f43.0.0.0.0} ; IBM x236 / x336 / x346
AMLIAllowInvalidReclaimMemoryMapOnLoad = {FACP.TOSHIBA_OEMID.A003B_TABLEID.EQ.EQ.EQ.*.20030101.4010000.2.0.0.0}, \ ; Toshiba A003B
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.EQ.*.10000527.97.3.0.0.0}, \ ; AMI FADT rev3
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.EQ.*.3000516.97.2.0.0.0}, \ ; AMI FADT rev2
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.EQ.*.7000430.97.2.0.0.0}, \ ; AMI FADT rev2
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.EQ.*.9000501.97.2.0.0.0}, \ ; AMI FADT rev2
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.EQ.*.9000527.97.2.0.0.0}, \ ; AMI FADT rev2
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.*.*.2000516.97.0.0.0.0}, \ ; AMI FADT
{FACP.AOEM_OEMID.AOEM_TABLEID.EQ.EQ.*.*.3000617.97.0.0.0.0}, \ ; AMI FADT
{FACP.INSYDE_OEMID.FACP_000_TABLEID.EQ.EQ.*.*.10101.100.0.0.0.0} ; Insyde FADT
;
; The Intel reference code for _PDC used ACPI Reclaim region for loading
; data, which is not spec compliant and will cause a bugcheck. This code
; accesses the memory in a read only manner, so while it's not great that
; the code is doing this, there are many systems using the reference code
; which are broken and it would be daunting to get a patch. Therefore
; detect that _PDC is going to be run, and allow this invalid access to
; occur. Since _PDC is deprecated in favor of _OSC moving forward, this
; hack will eventually no longer matter.
;
; The AMD processors do not support _PDC, but do something similar to _PDC.
; The process of running the _INI method detects PowerNow, and causes additional
; name space content to load via Load method out of ACPI reclaim.
;
AMLIAllowInvalidReclaimMemoryMapOnEval = {PROCESSOR_INTEL.*.*.*.4344505f.0.0.0.0}, \
{PROCESSOR_AMD.*.*.*.494e495f.0.0.0.0}
AMLIUseNamespaceOverride = {DSDT.QUALCOMM_OEMID.MSM8930_TABLEID.EQ.*.*.*.3.*.*.*.*.*}, \
{DSDT.QUALCOMM_OEMID.MSM8960_TABLEID.EQ.*.*.*.3.*.*.*.*.*}
;
; These are the PCI devices that currently require hackflags.
;
; Numeric Args: (ROP, VVVV, DDDD, SSSS, ssss, RR, HHHHHHHH, HHHHHHHH)
;
; where ROP : PCI Revision ID comparison operator
; VVVV : Vendor ID
; DDDD : Device ID
; SSSS : Subsystem Vendor ID
; ssss : Subsystem ID
; RR : Revision ID
; HHHHHHHH : hackflags
;
; NOTE: If there are more than 1 entry for a particular vendor ID and device ID,
; the one with the most number of fields should always be listed *first*.
;
; This is because the Errata Manager will stop evaluating the rules after
; the first match, so it's necessary to sort the rules so that the first match
; will always be the best possible match.
;
PCIDeviceHack = {*.1045.C621.0.0.0.00000000.00000004}, \ ;; bit 2 PCI_HACK_LOCK_RESOURCES
{*.1095.0640.0.0.0.00000000.00000004}, \
{*.8086.1230.0.0.0.00000000.00000004}, \
{*.8086.7010.0.0.0.00000000.00000004}, \
{*.104B.0140.0.0.0.00000000.00000008}, \ ;; bit 3 PCI_HACK_NO_ENUM_AT_ALL
{*.1179.0603.0.0.0.00000000.00000008}, \
{*.8086.7113.0.0.0.00000000.00000008}, \
{*.4978.84C5.0.0.0.00000000.00000008}, \
{*.1106.3040.0.0.0.00000000.00000008}, \
{*.0E11.1000.0.0.0.00000000.00000010}, \ ;; bit 4 PCI_HACK_ENUM_NO_RESOURCE
{*.0E11.2000.0.0.0.00000000.00000010}, \
{*.1039.0406.0.0.0.00000000.00000010}, \
{*.8086.0008.0.0.0.00000000.00000010}, \
{*.1014.0002.0.0.0.00000000.00000010}, \
{*.1002.4385.0.0.0.00000000.00000010}, \ ;; The HPET is embedded in a BAR on this device and
\ ;; malfunctions if the BAR is probed. Set this flag
\ ;; to ensure that the PCI driver never touches the BARs
\ ;; on this device.
\
{*.8086.25E2.0.0.0.00000000.00000020}, \ ;; bit 5 PCI_HACK_AVOID_D1D2_FOR_SLD
{*.8086.25E3.0.0.0.00000000.00000020}, \
{*.8086.25E4.0.0.0.00000000.00000020}, \
{*.8086.25E5.0.0.0.00000000.00000020}, \
{*.8086.25E6.0.0.0.00000000.00000020}, \
{*.8086.25E7.0.0.0.00000000.00000020}, \
{*.8086.25F7.0.0.0.00000000.00000020}, \
{*.8086.25F8.0.0.0.00000000.00000020}, \
{*.8086.25F9.0.0.0.00000000.00000020}, \
{*.8086.25FA.0.0.0.00000000.00000020}, \
{*.1013.1100.0.0.0.00000000.00000040}, \ ;; bit 6 PCI_HACK_NEVER_DISCONNECT
{*.10B9.5219.0.0.0.00000000.00000080}, \ ;; bit 7 PCI_HACK_DONT_DISABLE
{*.1C1C.0001.0.0.0.00000000.00000100}, \ ;; bit 8 PCI_HACK_MULTIFUNCTION
{*.1097.0038.0.0.0.00000000.00000100}, \
{*.10DE.01B8.0.0.0.00000000.00000400}, \ ;; bit 10 PCI_HACK_IGNORE_NON_STICKY_ISA
{*.1179.0605.0.0.0.00000000.00001000}, \ ;; bit 12 PCI_HACK_DOUBLE_DECKER
{*.1013.1110.0.0.0.00000000.00002000}, \ ;; bit 13 PCI_HACK_ONE_CHILD
{*.1180.0475.0.0.0.00000000.00002000}, \ ;; Most Ricoh cardbus controllers
{*.1180.0478.0.0.0.00000000.00002000}, \
{*.1004.0101.0.0.0.00000000.00004000}, \ ;; bit 14 PCI_HACK_PRESERVE_COMMAND
{*.1004.0102.0.0.0.00000000.00004000}, \
{*.1042.1000.0.0.0.00000000.00004000}, \
{*.104C.8031.0.0.0.00000000.00008000}, \ ;; bit 15 PCI_HACK_DEFAULT_CARDBUS_WINDOWS
{*.1524.1410.0.0.0.00000000.00008000}, \
{*.1217.7134.0.0.0.00000000.00008000}, \
{*.104C.8039.0.0.0.00000000.00008000}, \
{*.104C.AC12.0.0.0.00000000.00010000}, \ ;; bit 16 PCI_HACK_CB_SHARE_CMD_BITS
{*.1180.0466.0.0.0.00000000.00010000}, \
{*.1014.0095.0.0.0.00000000.00040000}, \ ;; bit 18 PCI_HACK_SUBTRACTIVE_DECODE
{*.8086.2448.0.0.0.00000000.00040000}, \ ;; Intel ICH/ICH2 are forced into subtractive mode
{*.8086.244E.0.0.0.00000000.00040000}, \
{*.8086.2428.0.0.0.00000000.00040000}, \
{*.8086.2418.0.0.0.00000000.00040000}, \
{LE.1106.3288.0.0.f.00000000.00080000},\ ;; bit 19 PCI_HACK_NO_EXPRESS_CAP
{*.5333.8E10.0.0.0.00000000.00100000}, \ ;; bit 20 PCI_HACK_NO_ASPM_FOR_EXPRESS_LINK
{*.1002.9441.0.0.0.00000000.00100000}, \
{*.1002.9443.0.0.0.00000000.00100000}, \
{*.1002.9513.0.0.0.00000000.00100000}, \
{*.1002.9506.0.0.0.00000000.00100000}, \
{*.1002.9509.0.0.0.00000000.00100000}, \
{*.1002.950F.0.0.0.00000000.00100000}, \
{*.1022.5B64.0.0.0.00000000.00100000}, \
{*.1022.5B74.0.0.0.00000000.00100000}, \
{*.1022.3E54.0.0.0.00000000.00100000}, \
{*.1022.3E74.0.0.0.00000000.00100000}, \
{*.1022.5E48.0.0.0.00000000.00100000}, \
{*.1022.5E68.0.0.0.00000000.00100000}, \
{*.1022.4A4D.0.0.0.00000000.00100000}, \
{*.1022.4A6D.0.0.0.00000000.00100000}, \
{*.1022.5551.0.0.0.00000000.00100000}, \
{*.1022.5571.0.0.0.00000000.00100000}, \
{*.1022.5550.0.0.0.00000000.00100000}, \
{*.1022.5570.0.0.0.00000000.00100000}, \
{*.1022.5B60.0.0.0.00000000.00100000}, \
{*.1022.5B70.0.0.0.00000000.00100000}, \
{*.1022.5B65.0.0.0.00000000.00100000}, \
{*.1022.5B75.0.0.0.00000000.00100000}, \
{*.1022.5B63.0.0.0.00000000.00100000}, \
{*.1022.5B73.0.0.0.00000000.00100000}, \
{*.1022.5B66.0.0.0.00000000.00100000}, \
{*.1022.5B76.0.0.0.00000000.00100000}, \
{*.1022.5B61.0.0.0.00000000.00100000}, \
{*.1022.5B71.0.0.0.00000000.00100000}, \
{*.1022.3E50.0.0.0.00000000.00100000}, \
{*.1022.3E70.0.0.0.00000000.00100000}, \
{*.1022.5B62.0.0.0.00000000.00100000}, \
{*.1022.5B72.0.0.0.00000000.00100000}, \
{*.1022.5E4A.0.0.0.00000000.00100000}, \
{*.1022.5E4B.0.0.0.00000000.00100000}, \
{*.1022.5E4C.0.0.0.00000000.00100000}, \
{*.1022.5E4D.0.0.0.00000000.00100000}, \
{*.1022.5E4F.0.0.0.00000000.00100000}, \
{*.1022.5E6A.0.0.0.00000000.00100000}, \
{*.1022.5E6B.0.0.0.00000000.00100000}, \
{*.1022.5E6C.0.0.0.00000000.00100000}, \
{*.1022.5E6D.0.0.0.00000000.00100000}, \
{*.1022.5E6F.0.0.0.00000000.00100000}, \
{*.1022.4A49.0.0.0.00000000.00100000}, \
{*.1022.4A69.0.0.0.00000000.00100000}, \
{*.1022.4A4B.0.0.0.00000000.00100000}, \
{*.1022.4A6B.0.0.0.00000000.00100000}, \
{*.1022.4A4A.0.0.0.00000000.00100000}, \
{*.1022.4A6A.0.0.0.00000000.00100000}, \
{*.1022.4A50.0.0.0.00000000.00100000}, \
{*.1022.4A70.0.0.0.00000000.00100000}, \
{*.1022.4A4F.0.0.0.00000000.00100000}, \
{*.1022.4A6F.0.0.0.00000000.00100000}, \
{*.1022.4A48.0.0.0.00000000.00100000}, \
{*.1022.4A4C.0.0.0.00000000.00100000}, \
{*.1022.4A68.0.0.0.00000000.00100000}, \
{*.1022.4A6C.0.0.0.00000000.00100000}, \
{*.1022.5549.0.0.0.00000000.00100000}, \
{*.1022.5569.0.0.0.00000000.00100000}, \
{*.1022.554B.0.0.0.00000000.00100000}, \
{*.1022.556B.0.0.0.00000000.00100000}, \
{*.1022.5548.0.0.0.00000000.00100000}, \
{*.1022.5568.0.0.0.00000000.00100000}, \
{*.1022.5D57.0.0.0.00000000.00100000}, \
{*.1022.5D77.0.0.0.00000000.00100000}, \
{*.1022.554A.0.0.0.00000000.00100000}, \
{*.1022.556A.0.0.0.00000000.00100000}, \
{*.1022.554D.0.0.0.00000000.00100000}, \
{*.1022.556D.0.0.0.00000000.00100000}, \
{*.1022.554F.0.0.0.00000000.00100000}, \
{*.1022.556F.0.0.0.00000000.00100000}, \
{*.1022.554E.0.0.0.00000000.00100000}, \
{*.1022.556E.0.0.0.00000000.00100000}, \
{*.1022.554C.0.0.0.00000000.00100000}, \
{*.1022.556C.0.0.0.00000000.00100000}, \
{*.1022.5D52.0.0.0.00000000.00100000}, \
{*.1022.5D72.0.0.0.00000000.00100000}, \
{*.1022.5D4F.0.0.0.00000000.00100000}, \
{*.1022.5D6F.0.0.0.00000000.00100000}, \
{*.1022.5D4D.0.0.0.00000000.00100000}, \
{*.1022.5D6D.0.0.0.00000000.00100000}, \
{*.1022.5D4E.0.0.0.00000000.00100000}, \
{*.1022.5D6E.0.0.0.00000000.00100000}, \
{*.1022.5D4C.0.0.0.00000000.00100000}, \
{*.1022.5D6C.0.0.0.00000000.00100000}, \
{*.1022.4B4B.0.0.0.00000000.00100000}, \
{*.1022.4B6B.0.0.0.00000000.00100000}, \
{*.1022.4B4A.0.0.0.00000000.00100000}, \
{*.1022.4B6A.0.0.0.00000000.00100000}, \
{*.1022.4B49.0.0.0.00000000.00100000}, \
{*.1022.4B69.0.0.0.00000000.00100000}, \
{*.1022.4B4C.0.0.0.00000000.00100000}, \
{*.1022.4B6C.0.0.0.00000000.00100000}, \
{*.1022.5D50.0.0.0.00000000.00100000}, \
{*.1022.5D70.0.0.0.00000000.00100000}, \
{*.1022.7108.0.0.0.00000000.00100000}, \
{*.1022.7109.0.0.0.00000000.00100000}, \
{*.1022.710A.0.0.0.00000000.00100000}, \
{*.1022.710B.0.0.0.00000000.00100000}, \
{*.1022.710C.0.0.0.00000000.00100000}, \
{*.1022.7128.0.0.0.00000000.00100000}, \
{*.1022.7129.0.0.0.00000000.00100000}, \
{*.1022.712A.0.0.0.00000000.00100000}, \
{*.1022.712B.0.0.0.00000000.00100000}, \
{*.1022.712C.0.0.0.00000000.00100000}, \
{*.1022.7120.0.0.0.00000000.00100000}, \
{*.1022.7104.0.0.0.00000000.00100000}, \
{*.1022.7105.0.0.0.00000000.00100000}, \
{*.1022.7124.0.0.0.00000000.00100000}, \
{*.1022.7125.0.0.0.00000000.00100000}, \
{*.1022.5460.0.0.0.00000000.00100000}, \
{*.1022.5461.0.0.0.00000000.00100000}, \
{*.1022.3150.0.0.0.00000000.00100000}, \
{*.1022.5653.0.0.0.00000000.00100000}, \
{*.1022.5652.0.0.0.00000000.00100000}, \
{*.1022.564F.0.0.0.00000000.00100000}, \
{*.1022.5D4A.0.0.0.00000000.00100000}, \
{*.1022.5D48.0.0.0.00000000.00100000}, \
{*.1022.5673.0F03.1002.0.00000000.00100000}, \
{*.1022.3152.0.0.0.00000000.00100000}, \
{*.1022.5462.0.0.0.00000000.00100000}, \
{*.1022.5464.0.0.0.00000000.00100000}, \
{*.1022.3154.0.0.0.00000000.00100000}, \
{*.1022.564A.0.0.0.00000000.00100000}, \
{*.1022.564B.0.0.0.00000000.00100000}, \
{*.1022.5D49.0.0.0.00000000.00100000}, \
{*.111D.8060.0.0.0.00000000.00100000}, \
{*.111D.8061.0.0.0.00000000.00100000}, \
{*.111D.8028.0.0.0.00000000.00100000}, \
{*.111D.8029.0.0.0.00000000.00100000}, \
{*.111D.802A.0.0.0.00000000.00100000}, \
{*.111D.802B.0.0.0.00000000.00100000}, \
{*.111D.802C.0.0.0.00000000.00100000}, \
{*.111D.802D.0.0.0.00000000.00100000}, \
{*.111D.802E.0.0.0.00000000.00100000}, \
{*.111D.802F.0.0.0.00000000.00100000}, \
{*.111D.8030.0.0.0.00000000.00100000}, \
{*.111D.8031.0.0.0.00000000.00100000}, \
{*.111D.8032.0.0.0.00000000.00100000}, \
{*.111D.8033.0.0.0.00000000.00100000}, \
{*.111D.8034.0.0.0.00000000.00100000}, \
{*.111D.8035.0.0.0.00000000.00100000}, \
{*.111D.8036.0.0.0.00000000.00100000}, \
{*.111D.8037.0.0.0.00000000.00100000}, \
{*.111D.8038.0.0.0.00000000.00100000}, \
{*.111D.8039.0.0.0.00000000.00100000}, \
{*.111D.803A.0.0.0.00000000.00100000}, \
{*.111D.803B.0.0.0.00000000.00100000}, \
{*.111D.803C.0.0.0.00000000.00100000}, \
{*.111D.803D.0.0.0.00000000.00100000}, \
{*.111D.803E.0.0.0.00000000.00100000}, \
{*.111D.803F.0.0.0.00000000.00100000}, \
{*.8086.2772.0.0.0.00000000.00200000}, \ ;; bit 21 PCI_HACK_CLEAR_INT_DISABLE_FOR_MSI
{*.8086.27A2.0.0.0.00000000.00200000}, \
{*.1002.4747.0.0.0.00000000.00400000}, \ ;; bit 22 PCI_HACK_NO_SUBSYSTEM
{*.1013.00D6.1018.80D6.0.00000000.00000000}, \ ;; this device with this particular subsystem ID doesn't need the hackflags, so we put it first
{*.1013.00D6.0.0.0.00000000.00400000}, \
{*.104C.AC15.0.0.0.00000000.00400000}, \
{*.110B.0004.0.0.0.00000000.00400000}, \
{*.1000.000F.0.0.0.00000000.00400000}, \
{*.104C.AC17.0.0.0.00000000.00400000}, \
{*.1023.9397.0.0.0.00000000.00400000}, \
{*.1002.4742.0.0.0.00000000.00400000}, \
{*.1002.4744.0.0.0.00000000.00400000}, \
{*.1002.4749.0.0.0.00000000.00400000}, \
{*.1002.4750.0.0.0.00000000.00400000}, \
{*.1002.4751.0.0.0.00000000.00400000}, \
{*.1002.4755.0.0.0.00000000.00400000}, \
{*.1002.4C42.0.0.0.00000000.00400000}, \
{*.1002.4C44.0.0.0.00000000.00400000}, \
{*.1002.4C47.0.0.0.00000000.00400000}, \
{*.1002.4C49.0.0.0.00000000.00400000}, \
{*.1002.4C50.0.0.0.00000000.00400000}, \
{*.1002.4C51.0.0.0.00000000.00400000}, \
{*.1002.5655.0.0.0.00000000.00400000}, \
{*.1002.5656.0.0.0.00000000.00400000}, \
{*.121A.0003.0.0.0.00000000.00400000}, \
{*.1045.C861.1045.C861.0.00000000.00400000}, \
{*.1045.C861.107B.9300.0.00000000.00400000}, \
{*.1407.0110.0.0.0.00000000.00800000}, \ ;; bit 23 PCI_HACK_COMMAND_REWRITE
{*.1407.0111.0.0.0.00000000.00800000}, \
{*.1217.6729.0.0.0.00000000.01000000}, \ ;; bit 24 PCI_HACK_AVOID_HARDWARE_ISA_BIT
{*.1217.673A.0.0.0.00000000.01000000}, \ ;;
{*.1217.6832.0.0.0.00000000.01000000}, \ ;; All devices from O2 Micro generally require this
{*.1217.6836.0.0.0.00000000.01000000}, \ ;; bit to be set (vendor 0x1217).
{*.1217.6872.0.0.0.00000000.01000000}, \
{*.1217.6925.0.0.0.00000000.01000000}, \
{*.1217.6933.0.0.0.00000000.01000000}, \
{*.1217.6972.0.0.0.00000000.01000000}, \
{*.1217.7110.0.0.0.00000000.01000000}, \
{*.1217.7112.0.0.0.00000000.01000000}, \
{*.1217.7113.0.0.0.00000000.01000000}, \
{*.1217.7114.0.0.0.00000000.01000000}, \
{*.1217.71E2.0.0.0.00000000.01000000}, \
{*.1217.7212.0.0.0.00000000.01000000}, \
{*.1217.7213.0.0.0.00000000.01000000}, \
{*.1217.7223.0.0.0.00000000.01000000}, \
{*.1022.7458.0.0.0.00000000.04000000}, \ ;; bit 26 PCI_HACK_NOT_MSI_HT_CONVERTER
{*.1091.07A0.0.0.0.00000000.20000000}, \ ;; bit 29 PCI_HACK_NO_PM_CAPS
{*.8086.7800.0.0.0.00000000.20000000}, \
{*.10c8.8005.0.0.0.00000000.20000000}, \
{*.10c8.8006.0.0.0.00000000.20000000}, \
{*.10c8.0005.0.0.0.00000000.20000000}, \
{*.10c8.0006.0.0.0.00000000.20000000}, \
{*.10DD.0100.0.0.0.00000000.20000000}, \ ;; E&S graphics adapter
{*.1095.0670.0.0.0.00000000.20000000}, \ ;; CMD Devices
{*.1095.0646.0.0.0.00000000.20000000}, \ ;; CMD Devices
{*.1095.0648.0.0.0.00000000.20000000}, \ ;; CMD IDE controller that turns into a Raid controller
\ ;; after D3->D0
{*.10C8.8005.0.0.0.00000000.20000000}, \ ;; NMA2 Audio
{*.1011.0026.0.0.0.00000000.20000000}, \ ;; Intel 64bit power managed bridge. This device forgets
{*.8086.B154.0.0.0.00000000.20000000}, \ ;; its on a 64bit bus when D3->D0 and appears to corrupt bus traffic there after.
\ ;; Bug 411282 (in both DEC and intel vendor ID variants)
{*.5333.8904.0.0.0.00000000.20000000}, \
{*.1106.8605.0.0.0.00000000.20000000}, \ ;; VIA AGP Bridges - Raid #401073
{*.1106.8598.0.0.0.00000000.20000000}, \ ;; VIA AGP Bridges - Raid #401073
{*.1014.01A7.0.0.0.00000000.20000000}, \
{*.8086.0326.0.0.0.00000000.20000000}, \ ;; Intel PXH devices - PXH may become unresponsive after D3 transition
{*.8086.0327.0.0.0.00000000.20000000}, \
{*.8086.0329.0.0.0.00000000.20000000}, \
{*.8086.032A.0.0.0.00000000.20000000}, \
{*.8086.032C.0.0.0.00000000.20000000}, \
{*.1002.4D52.0.0.0.00000000.20000000}, \ ;; ATI's dual Rio capture card
{*.10CF.1263.0.0.0.00000000.20000000}, \ ;; Fujitsu's chipset
{*.1179.0609.0.0.0.00000000.40000000}, \ ;; A Toshiba docking bridge - if we turn off the decodes as part of an APM suspend then
\ ;; the BIOS fails the resume because it can't see the floppy controller in the dock.
{*.1014.0047.0.0.0.00000000.40000000}, \ ;; APM docking issue with IBM machines - If we reset the bridge, the PIIX IDE contoller
\ ;; they have hidden in config space apprears, and is resetted so the channels are disabled
\ ;; and the IDE devices are removed.
{*.1002.4391.1028.0480.0.00000000.40000000}, \ ;; AMD storage controller that gains a non-functional MSI capability after a DX->D0
\ ;; transition
{*.102B.051B.0.0.0.00000000.80000000}, \ ;; bit 31 PCI_HACK_NO_SUBSYSTEM_AFTER_D3
{*.102B.0520.0.0.0.00000000.80000000}, \
{*.102B.0521.0.0.0.00000000.80000000}, \
{*.102B.1025.0.0.0.00000000.80000000}, \
{*.102B.0525.0.0.0.00000000.80000000}, \
{*.102B.2527.0.0.0.00000000.80000000}, \
{*.102B.2537.0.0.0.00000000.80000000}, \
{*.102B.0527.0.0.0.00000000.80000000}, \
{*.102B.0528.0.0.0.00000000.80000000}, \
{*.8086.7121.0.0.0.00000000.80000000}, \
{*.8086.7123.0.0.0.00000000.80000000}, \
{*.8086.7125.0.0.0.00000000.80000000}, \
{*.8086.1132.0.0.0.00000000.80000000}, \
{*.9005.0050.0.0.0.00000000.80000000}, \
{*.9005.005F.0.0.0.00000000.80000000}, \
{*.1002.4752.0.0.0.00000000.80000000}, \
{*.1002.474F.0.0.0.00000000.80000000}, \
{*.1002.474D.0.0.0.00000000.80000000}, \
{*.1002.4753.0.0.0.00000000.80000000}, \
{*.1002.474C.0.0.0.00000000.80000000}, \
{*.1002.474E.0.0.0.00000000.80000000}, \
{*.1002.4C4D.0.0.0.00000000.80000000}, \
{*.1002.4C4E.0.0.0.00000000.80000000}, \
{*.1002.4C52.0.0.0.00000000.80000000}, \
{*.1002.4C53.0.0.0.00000000.80000000}, \
{*.1002.5A34.0.0.0.00000000.80000000}, \
{*.1023.9880.0.0.0.00000000.80000000}, \
{*.10DE.00A0.0.0.0.00000000.80000000}, \
{*.10DE.00A1.0.0.0.00000000.80000000}, \
{*.10DE.00A3.0.0.0.00000000.80000000}, \
{*.10DE.00B0.0.0.0.00000000.80000000}, \
{*.10DE.00B1.0.0.0.00000000.80000000}, \
{*.10DE.00B3.0.0.0.00000000.80000000}, \
{*.10DE.0100.0.0.0.00000000.80000000}, \
{*.10DE.0101.0.0.0.00000000.80000000}, \
{*.10DE.0102.0.0.0.00000000.80000000}, \
{*.10DE.0103.0.0.0.00000000.80000000}, \
{*.10DE.0120.0.0.0.00000000.80000000}, \
{*.10DE.0121.0.0.0.00000000.80000000}, \
{*.10DE.0122.0.0.0.00000000.80000000}, \
{*.10DE.0123.0.0.0.00000000.80000000}, \
{*.10DE.0150.0.0.0.00000000.80000000}, \
{*.10DE.0151.0.0.0.00000000.80000000}, \
{*.10DE.0152.0.0.0.00000000.80000000}, \
{*.10DE.0153.0.0.0.00000000.80000000}, \
{*.10DE.0161.0.0.0.00000000.80000000}, \
{*.10DE.0200.0.0.0.00000000.80000000}, \
{*.10DE.0201.0.0.0.00000000.80000000}, \
{*.10DE.0202.0.0.0.00000000.80000000}, \
{*.10DE.0203.0.0.0.00000000.80000000}, \
{*.10DE.0260.0.0.0.00000000.80000000}, \
{*.12D2.0018.0.0.0.00000000.80000000}, \
{*.12D2.0019.0.0.0.00000000.80000000}, \
{*.1013.6003.0.0.0.00000000.80000000}, \
{*.3D3D.000A.0.0.0.00000000.80000000}, \
{*.1106.3065.0.0.0.00000000.80000000}, \
{*.1002.4158.0.0.0.00000001.00000000}, \ ;; bit 32 PCI_HACK_VIDEO_LEGACY_DECODE
{*.1002.4354.0.0.0.00000001.00000000}, \
{*.1002.4358.0.0.0.00000001.00000000}, \
{*.1002.4554.0.0.0.00000001.00000000}, \
{*.1002.4758.0.0.0.00000001.00000000}, \
{*.1002.4C54.0.0.0.00000001.00000000}, \
{*.5333.8810.0.0.0.00000001.00000000}, \
{*.5333.8811.0.0.0.00000001.00000000}, \
{*.5333.8812.0.0.0.00000001.00000000}, \
{*.5333.8814.0.0.0.00000001.00000000}, \
{*.5333.8880.0.0.0.00000001.00000000}, \
{*.5333.88B0.0.0.0.00000001.00000000}, \
{*.5333.88C0.0.0.0.00000001.00000000}, \
{*.5333.88C1.0.0.0.00000001.00000000}, \
{*.5333.88D0.0.0.0.00000001.00000000}, \
{*.5333.88D1.0.0.0.00000001.00000000}, \
{*.5333.88F0.0.0.0.00000001.00000000}, \
{*.5333.8902.0.0.0.00000001.00000000}, \
{*.0E11.B109.0.0.0.00000002.00000000}, \ ;; bit 33 PCI_HACK_FAKE_CLASS_CODE
{*.8086.2653.1179.0F10.0.00000002.00000000}, \ ;; Remove AHCI class code on Toshiba RAID (next 4 entries)
{*.8086.2653.1179.0F00.0.00000002.00000000}, \
{*.8086.27C5.1179.0F10.0.00000002.00000000}, \
{*.8086.27C5.1179.0F00.0.00000002.00000000}, \
{*.8086.27C5.1179.0F03.0.00000002.00000000}, \
{*.8086.27C5.1179.0F13.0.00000002.00000000}, \
{*.8086.27C5.1179.FF01.0.00000002.00000000}, \
{*.8086.2829.1179.0F03.0.00000002.00000000}, \
{*.8086.2829.1179.0F13.0.00000002.00000000}, \
{*.8086.2829.1179.FF01.0.00000002.00000000}, \
{*.8086.2829.1179.FF02.0.00000002.00000000}, \
{*.8086.2829.1179.FF03.0.00000002.00000000}, \
{*.8086.2829.1179.FF04.0.00000002.00000000}, \
{*.8086.2829.1179.FF11.0.00000002.00000000}, \
{*.8086.2829.1179.FF12.0.00000002.00000000}, \
{*.8086.2829.1179.FF13.0.00000002.00000000}, \
{*.8086.2829.1179.FF14.0.00000002.00000000}, \
{*.8086.2829.1179.FF31.0.00000002.00000000}, \
{*.8086.2829.1179.FF32.0.00000002.00000000}, \
{*.8086.2829.1179.FF33.0.00000002.00000000}, \
{*.8086.2829.1179.FF34.0.00000002.00000000}, \
{*.14E4.1648.0.0.0.00000100.00000000}, \ ;; bit 40 PCI_HACK_NO_REVISION_AFTER_D3
{*.14E4.4357.14e4.0570.0.0.00100000}, \ ;; PCI_HACK_NO_ASPM_FOR_EXPRESS_LINK
{*.8086.2660.0.0.0.00000800.00000000}, \ ;; PCI_HACK_DISABLE_HOT_PLUG (ICH6 Family) PCI Express Port 1
{*.8086.2662.0.0.0.00000800.00000000}, \ ;; (ICH6 Family) PCI Express Port 2
{*.8086.2664.0.0.0.00000800.00000000}, \ ;; (ICH6 Family) PCI Express Port 3
{*.8086.2666.0.0.0.00000800.00000000}, \ ;; (ICH6 Family) PCI Express Port 4
{*.8086.27d0.0.0.0.00000800.00000000}, \ ;; (ICH7 Family) PCI Express Port 1
{*.8086.27d2.0.0.0.00000800.00000000}, \ ;; (ICH7 Family) PCI Express Port 2
{*.8086.27d4.0.0.0.00000800.00000000}, \ ;; (ICH7 Family) PCI Express Port 3
{*.8086.27d6.0.0.0.00000800.00000000}, \ ;; (ICH7 Family) PCI Express Port 4
{*.8086.27e0.0.0.0.00000800.00000000}, \ ;; (ICH7 Family) PCI Express Port 5
{*.8086.27e2.0.0.0.00000800.00000000}, \ ;; (ICH7 Family) PCI Express Port 6
{*.8086.283f.0.0.0.00000800.00000000}, \ ;; (ICH8 Family) PCI Express Port 1
{*.8086.2841.0.0.0.00000800.00000000}, \ ;; (ICH8 Family) PCI Express Port 2
{*.8086.2843.0.0.0.00000800.00000000}, \ ;; (ICH8 Family) PCI Express Port 3
{*.8086.2845.0.0.0.00000800.00000000}, \ ;; (ICH8 Family) PCI Express Port 4
{*.8086.2847.0.0.0.00000800.00000000}, \ ;; (ICH8 Family) PCI Express Port 5
{*.8086.2849.0.0.0.00000800.00000000}, \ ;; (ICH8 Family) PCI Express Port 6
{*.8086.2940.0.0.0.00000800.00000000}, \ ;; (ICH9 Family) PCI Express Port 1
{*.8086.2942.0.0.0.00000800.00000000}, \ ;; (ICH9 Family) PCI Express Port 2
{*.8086.2944.0.0.0.00000800.00000000}, \ ;; (ICH9 Family) PCI Express Port 3
{*.8086.2946.0.0.0.00000800.00000000}, \ ;; (ICH9 Family) PCI Express Port 4
{*.8086.2948.0.0.0.00000800.00000000}, \ ;; (ICH9 Family) PCI Express Port 5
{*.8086.294a.0.0.0.00000800.00000000}, \ ;; (ICH9 Family) PCI Express Port 6
{*.8086.27a1.0.0.0.00000800.00000000}, \ ;; Mobile 945GM/PM/GMS, 943/940GML and 945GT Express PCI Express Root Port
{*.8086.27ad.0.0.0.00000800.00000000}, \ ;; Mobile 945GME Express PCI Express Root Port
{*.8086.2a01.0.0.0.00000800.00000000}, \ ;; Mobile PM965/GM965/GL960 PCI Express Root Port
{*.8086.2a11.0.0.0.00000800.00000000}, \ ;; Mobile GME965/GLE960 PCI Express Root Port
{*.8086.2a41.0.0.0.00000800.00000000}, \ ;; Mobile 4 Series Chipset PCI Express Graphics Port
{*.8086.3a40.0.0.0.00000800.00000000}, \ ;; (ICH10 Family) PCI Express Port 1 (Consumer)
{*.8086.3a42.0.0.0.00000800.00000000}, \ ;; (ICH10 Family) PCI Express Port 2 (Consumer)
{*.8086.3a44.0.0.0.00000800.00000000}, \ ;; (ICH10 Family) PCI Express Port 3 (Consumer)
{*.8086.3a46.0.0.0.00000800.00000000}, \ ;; (ICH10 Family) PCI Express Port 4 (Consumer)
{*.8086.3a48.0.0.0.00000800.00000000}, \ ;; (ICH10 Family) PCI Express Port 5 (Consumer)
{*.8086.3a4a.0.0.0.00000800.00000000}, \ ;; (ICH10 Family) PCI Express Port 6 (Consumer)
{*.1106.a327.0.0.0.00001000.00000000}, \ ;; bit 44 PCI_HACK_IGNORE_AER_CAPABILITY
{*.1106.c327.0.0.0.00001000.00000000}, \ ;;
{*.1106.a238.0.0.0.00001000.00000000}, \ ;;
{*.1106.c238.0.0.0.00001000.00000000}, \ ;;
{*.1106.d238.0.0.0.00001000.00000000}, \ ;;
{*.1106.e238.0.0.0.00001000.00000000}, \ ;;
{*.1106.f238.0.0.0.00001000.00000000}, \ ;;
\
{*.100C.3202.0.0.0.00000000.00008200}, \ ;; multibit section below
{*.8086.0482.0.0.0.00000000.00004010}, \ ;; BUGBUG(andrewth) - hack to make Compaq Proliant 5000's boot (don't turn on 2nd EISA bridge). (until post Beta2)
{*.1180.0476.0.0.0.00000000.0000a000}, \
{*.111D.8018.0.0.0.00000080.00100400}, \ ;; PCI_HACK_IGNORE_NON_STICKY_ISA, PCI_HACK_NO_ASPM_FOR_EXPRESS_LINK, PCI_HACK_EXPRESS_VERSION_IS_2
{*.103C.403B.0.0.0.00000000.18000000}, \ ;; bit 27 PCI_HACK_SBR_ON_LINK_STATE_CHANGE and bit 28 PCI_HACK_LINK_DISABLE_ON_SLOT_PWRDN
{*.10B5.8532.0.0.0.00000000.20100000}, \ ;; PCI_HACK_NO_ASPM_FOR_EXPRESS_LINK + PCI_HACK_NO_PM_CAPS
{*.10B5.8516.0.0.0.00000000.20100000}, \
{*.10B5.8547.0.0.0.00000000.20100000}, \
{*.10B5.8647.0.0.0.00000000.20100000}, \
{*.10B5.8648.0.0.0.00000000.20100000}, \
{*.1045.C814.0.0.0.00000000.20400000}, \
{*.1002.4756.0.0.0.00000000.20400000}, \
{*.1002.4757.0.0.0.00000000.20400000}, \
{*.1002.4759.0.0.0.00000000.20400000}, \
{*.1002.475A.0.0.0.00000000.20400000}, \
{*.1002.5654.0.0.0.00000001.00400000}, \
{*.1002.4754.0.0.0.00000001.00400000}, \
{*.5333.8901.0.0.0.00000001.00400000}, \
{*.1000.000B.0.0.0.00000000.a0000000}, \
{*.102B.1001.0.0.0.00000000.a0000000}, \
{*.10DE.0020.0.0.0.00000000.a0000000}, \
{*.10DE.0028.0.0.0.00000000.a0000000}, \
{*.10DE.0029.0.0.0.00000000.a0000000}, \
{*.10DE.002A.0.0.0.00000000.a0000000}, \
{*.10DE.002B.0.0.0.00000000.a0000000}, \
{*.10DE.002C.0.0.0.00000000.a0000000}, \
{*.10DE.002D.0.0.0.00000000.a0000000}, \
{*.10DE.002E.0.0.0.00000000.a0000000}, \
{*.10DE.002F.0.0.0.00000000.a0000000}, \
{*.111D.801C.0.0.0.00000000.10100400}, \ ;; bit 10 PCI_HACK_IGNORE_NON_STICKY_ISA, bit 20 PCI_HACK_NO_ASPM_FOR_EXPRESS_LINK and bit 28 PCI_HACK_LINK_DISABLE_ON_SLOT_PWRDN
{*.1106.287c.0.0.0.00001000.00020000}, \ ;; bit 17 PCI_HACK_IGNORE_ROOT_TOPOLOGY, bit 44 PCI_HACK_IGNORE_AER_CAPABILITY
{*.1106.287d.0.0.0.00001000.00020000}, \
{*.1657.0014.0.0.0.00008000.00000000}, \ ;; PCI_HACK_MSIX_TABLE_OFF_BY_ONE
{*.1657.0021.0.0.0.00008000.00000000}, \
{*.8086.1AD6.0.0.0.00010000.00000000}, \ ;; PCI_HACK_ACS_CAPABILITY_INCORRECT_FORMAT
{*.8086.1AD7.0.0.0.00010000.00000000}, \
{*.8086.5AD6.0.0.0.00010000.00000000}, \
{*.8086.5AD7.0.0.0.00010000.00000000}, \
{*.8086.5AD8.0.0.0.00010000.00000000}, \
{*.8086.5AD9.0.0.0.00010000.00000000}, \
{*.8086.5ADA.0.0.0.00010000.00000000}, \
{*.8086.5ADB.0.0.0.00010000.00000000}, \
{*.8086.9D10.0.0.0.00010000.00000000}, \
{*.8086.9D11.0.0.0.00010000.00000000}, \
{*.8086.9D12.0.0.0.00010000.00000000}, \
{*.8086.9D13.0.0.0.00010000.00000000}, \
{*.8086.9D14.0.0.0.00010000.00000000}, \
{*.8086.9D15.0.0.0.00010000.00000000}, \
{*.8086.9D16.0.0.0.00010000.00000000}, \
{*.8086.9D17.0.0.0.00010000.00000000}, \
{*.8086.9D18.0.0.0.00010000.00000000}, \
{*.8086.9D19.0.0.0.00010000.00000000}, \
{*.8086.9D1A.0.0.0.00010000.00000000}, \
{*.8086.9D1B.0.0.0.00010000.00000000}, \
{*.8086.A110.0.0.0.00010000.00000000}, \
{*.8086.A111.0.0.0.00010000.00000000}, \
{*.8086.A112.0.0.0.00010000.00000000}, \
{*.8086.A113.0.0.0.00010000.00000000}, \
{*.8086.A114.0.0.0.00010000.00000000}, \
{*.8086.A115.0.0.0.00010000.00000000}, \
{*.8086.A116.0.0.0.00010000.00000000}, \
{*.8086.A117.0.0.0.00010000.00000000}, \
{*.8086.A118.0.0.0.00010000.00000000}, \
{*.8086.A119.0.0.0.00010000.00000000}, \
{*.8086.A11A.0.0.0.00010000.00000000}, \
{*.8086.A11B.0.0.0.00010000.00000000}, \
{*.8086.A11C.0.0.0.00010000.00000000}, \
{*.8086.A11D.0.0.0.00010000.00000000}, \
{*.8086.A11E.0.0.0.00010000.00000000}, \
{*.8086.A11F.0.0.0.00010000.00000000}, \
{*.8086.A167.0.0.0.00010000.00000000}, \
{*.8086.A168.0.0.0.00010000.00000000}, \
{*.8086.A169.0.0.0.00010000.00000000}, \
{*.8086.A16A.0.0.0.00010000.00000000}, \
{*.8086.A290.0.0.0.00010000.00000000}, \
{*.8086.A291.0.0.0.00010000.00000000}, \
{*.8086.A292.0.0.0.00010000.00000000}, \
{*.8086.A293.0.0.0.00010000.00000000}, \
{*.8086.A294.0.0.0.00010000.00000000}, \
{*.8086.A295.0.0.0.00010000.00000000}, \
{*.8086.A296.0.0.0.00010000.00000000}, \
{*.8086.A297.0.0.0.00010000.00000000}, \
{*.8086.A298.0.0.0.00010000.00000000}, \
{*.8086.A299.0.0.0.00010000.00000000}, \
{*.8086.A29A.0.0.0.00010000.00000000}, \
{*.8086.A29B.0.0.0.00010000.00000000}, \
{*.8086.A29C.0.0.0.00010000.00000000}, \
{*.8086.A29D.0.0.0.00010000.00000000}, \
{*.8086.A29E.0.0.0.00010000.00000000}, \
{*.8086.A29F.0.0.0.00010000.00000000}, \
{*.8086.A2D7.0.0.0.00010000.00000000}, \
{*.8086.A2D8.0.0.0.00010000.00000000}, \
{*.8086.A2D9.0.0.0.00010000.00000000}, \
{*.8086.A2DA.0.0.0.00010000.00000000}, \
{*.8086.A2DB.0.0.0.00010000.00000000}, \
{*.8086.A2DC.0.0.0.00010000.00000000}, \
{*.8086.A2DD.0.0.0.00010000.00000000}, \
{*.8086.A2DE.0.0.0.00010000.00000000}, \
{*.1179.0115.1179.0001.01.00020000.00000000}, \ ;; PCI_HACK_NO_ARI
{*.1179.010F.1179.0001.01.00020000.00000000}, \
{*.8086.1513.0.0.0.00040000.00000000}, \ ;; PCI_HACK_LEGACY_TBT_BRIDGE_NO_D3COLD
{*.8086.151A.0.0.0.00040000.00000000}, \
{*.8086.151B.0.0.0.00040000.00000000}, \
{*.8086.1547.0.0.0.00040000.00000000}, \
{*.8086.1548.0.0.0.00040000.00000000}, \
{*.8086.1549.0.0.0.00040000.00000000}, \
{*.8086.1567.0.0.0.00040000.00000000}, \
{*.8086.1569.0.0.0.00040000.00000000}, \
{*.8086.156B.0.0.0.00040000.00000000}, \
{*.8086.156D.0.0.0.00040000.00000000}, \
{*.8086.157A.0.0.0.00040000.00000000}, \
{*.8086.157E.0.0.0.00040000.00000000}, \
{*.8086.15D4.0.0.0.00080000.00000000}, \ ;;PCI_HACK_EXTRA_DELAY_BETWEEN_PMCSR_WRITES
{*.8086.15DB.0.0.0.00080000.00000000}, \
{*.8086.15B5.0.0.0.00080000.00000000}, \
{*.8086.15B6.0.0.0.00080000.00000000}, \
{*.8086.15C1.0.0.0.00080000.00000000}, \
{*.8086.15E9.0.0.0.00080000.00000000}, \
{*.8086.15EC.0.0.0.00080000.00000000}, \
{*.8086.15F0.0.0.0.00080000.00000000}, \
{*.8086.0B27.0.0.0.00080000.00000000}, \
{*.8086.1135.0.0.0.00080000.00000000}, \
{*.8086.1138.0.0.0.00080000.00000000}
;
; Hack flag: 00000000.00000800
;
; Set a hack flag to ignore the boot config for these chipset-integrated bridge.
; On previous versions of the operating system, this bridge was considered to be
; subtractive decode, so its windows were ignored. This is no longer the case,
; and the BIOS configures the windows to claim enormous quantities of address
; space. With this BIOS, ignore the obviously incorrect BIOS configuration.
;
;
; Hack flag: 00000000.02000000
;
; Set a hack flag to force a bridge window alignment to match the length of its
; preferred bridge window size.
;
;
; Hack flag: 00000010.00000000
;
; Set a hack flag to fail query remove on pci device.
;
;
; Hack flag: 00000400.00000000
;
; Set a hack flag to disable power management downstream of a pci bridge.
;
;
; Hack flag: 00000000.00400000
;
; Set a hack flag to ignore subsystem vendor/device ids.
;
;
; Hack flag: 00004000.00000000
;
; Set a hack flag to not support wake from Dx. Some BIOS has subtle bugs which prevent PCI/e devices from waking from idle.
;
;
; These are the PCI devices that require more time on resume from a low-power
; state.
;
; Numeric Args: (ROP, VVVV, DDDD, SSSS, ssss, RR, TTTTTTTT)
;
; where ROP : PCI Revision ID comparison operator
; VVVV : Vendor ID
; DDDD : Device ID
; SSSS : Subsystem Vendor ID
; ssss : Subsystem ID
; RR : Revision ID
; TTTTTTTT : time in milliseconds (hexadecimal)
;
; NOTE: If there are more than 1 entry for a particular vendor ID and device ID,
; the one with the most number of fields should always be listed *first*.
;
; This is because the Errata Manager will stop evaluating the rules after
; the first match, so it's necessary to sort the rules so that the first match
; will always be the best possible match.
;
PCIDeviceD0Delay = {*.197b.2360.0.0.0.00000120}, \
{EQ.1b73.1100.1b73.1100.0.00000200},\ ; Fresco Logic XHCI controller
{*.1414.0010.0001.0021.0.00000010}, \ ; This is a Microsoft-owned ID in place for testing the code
{*.1414.0010.0001.0022.0.00000500} ; This is a Microsoft-owned ID in place for testing the code
; Override for Maximum Packet Size misreported. Dell Disk Controller.
PCIDeviceMpsSize = {EQ.1000.002F.1F3E.1028.05.00000003}
PCIDeviceHackBiosMatch = \
{FACP.HP_OEMID.RX2800-2_TABLEID.*.*.*.*.*.0.0.0.0.0.0.8086.3A4A.0.0.0.00000000.00000080}, \ ; Intel RP above HP iL03 on Sentosa
{FACP.HP_OEMID.BL860C-2_TABLEID.*.*.*.*.*.0.0.0.0.0.0.8086.3408.0.0.0.00000000.00000080}, \ ; Intel RP above HP iL03 on Kauai/COP1
{FACP.HP_OEMID.BL870C-2_TABLEID.*.*.*.*.*.0.0.0.0.0.0.8086.3408.0.0.0.00000000.00000080}, \ ; Intel RP above HP iL03 on Kauai/COP1
{FACP.HP_OEMID.BL890C-2_TABLEID.*.*.*.*.*.0.0.0.0.0.0.8086.3408.0.0.0.00000000.00000080}, \ ; Intel RP above HP iL03 on Kauai/COP1
{FACP.AOEM_OEMID.AOEM_TABLEID.GE.GE.*.*.*.9000402.97.0.0.0.0.1002.4342.0.0.0.00000000.00000800}, \ ; ATI hub bridge + AMI bios
{FACP.AOEM_OEMID.AOEM_TABLEID.GE.GE.*.*.*.3000517.97.0.0.0.0.1002.4342.0.0.0.00000000.00000800}, \ ; ATI hub bridge + AMI bios
{FACP.DELL_OEMID.CPIR_TABLEID.GE.GE.*.*.*.27d50907.61.0.0.0.0.8086.2448.0.0.0.00000000.00000800},\ ; Intel hub to PCI bridge + DELL bios
{FACP.DELL_OEMID.4550_TABLEID.GE.GE.*.*.*.8.61.0.0.0.0.8086.244e.0.0.0.00000000.00000800}, \ ; DELL bios subtractive bridge
{FACP.041111_OEMID.1651_TABLEID.*.*.*.*.*.0.0.0.0.0.0.1033.0194.0.0.0.00004000.00000000}, \ ; NEC Renesas + ASUS bios
{FACP.ASUS2_OEMID.NOTEBOOK_TABLEID.*.*.*.*.*.0.0.0.0.0.0.1033.0194.0.0.0.00004000.00000000}, \ ; NEC Renesas + ASUS bios
{FACP.INTEL_OEMID.CALISTGA_TABLEID.GE.GE.*.*.*.6040000.5a.0.0.0.0.8086.2448.0.0.0.00000000.00000800}, \ ; PTLTD
{FACP.AOEM_OEMID.AOEM_TABLEID.GE.GE.GE.*.*.3000629.97.3.0.0.0.1002.5a34.0.0.0.00000000.02000000}, \ ; AMI bios that boot configures VGA bridge with motherboard resource
{FACP.AOEM_OEMID.AOEM_TABLEID.GE.GE.GE.*.*.1000620.97.2.0.0.0.1002.5a34.0.0.0.00000000.02000000}, \ ; AMI bios that boot configures VGA bridge with motherboard resource
{FACP.INTEL_OEMID.ALVISO_TABLEID.GE.GE.*.*.*.6040000.5f.0.0.0.0.8086.2591.0.0.0.00000000.02000000}, \ ; ACER bios that boot configures VGA bridge with motherboard resource
{FACP.DELL_OEMID.WS380_TABLEID.GE.GE.GE.*.*.7.61.3.0.0.0.8086.2775.0.0.0.00000000.02000000}, \ ; Dell bios that boot configures VGA bridge with MCFG range.
{FACP.COMPAL_OEMID.HOFFA_TABLEID.GE.GE.*.*.*.6040000.f4240.0.0.0.0.1023.8520.14C0.0010.0.00000010.00000000}, \ ; PTLTD09/15/00
{FACP.HP_OEMID.A07_TABLEID.*.*.*.*.*.0.0.0.0.0.0.10DE.005D.0.0.0.00000400.00000000}, \ ; No D3 on devices beneath nVidia bridge on DL585
{FACP.HP_OEMID.A08_TABLEID.*.*.*.*.*.0.0.0.0.0.0.10DE.005D.0.0.0.00000400.00000000}, \ ; No D3 on devices beneath nVidia bridge on BL685
{FACP.HP_OEMID.AWRDACPI_TABLEID.LE.*.*.*.*.42302E31.0.0.0.0.0.1002.5A34.0.0.0.00000000.00400000}, \ ; HP DX 5150 MT with volatile ATI root port SSVIDs
{FACP.HP_OEMID.AWRDACPI_TABLEID.LE.*.*.*.*.42302E31.0.0.0.0.0.1002.5A37.0.0.0.00000000.00400000}, \ ; HP DX 5150 MT with volatile ATI root port SSVIDs
{FACP.HP_OEMID.AWRDACPI_TABLEID.LE.*.*.*.*.42302E31.0.0.0.0.0.1002.5A3F.0.0.0.00000000.00400000} ; HP DX 5150 MT with volatile ATI root port SSVIDs
;
;
; Hack flag: 00000200.00000000
;
; Set a hack flag to enable MSI mapping on memory host controllers.
;
PCIDeviceHackCpuMatch = \
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.005E.0.0.0.00000200.00000000}, \ ; nForce4 (CK8-04)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.0270.0.0.0.00000200.00000000}, \ ; nForce 410/430 (MCP51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F0.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F1.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F2.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F3.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F4.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F5.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F6.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.02F7.0.0.0.00000200.00000000}, \ ; nForce 410/430 (C51)
{PROCESSOR_AMD.*.*.*.*.0.0.0.0.10DE.0369.0.0.0.00000200.00000000} ; nForce 590/570 (MCP 55)
;
; The Intel Lindenhurst/Tumwater server systems have PCI express root ports
; and other components with broken ASPM support in the hardware, which causes
; the system to crash when ASPM is enabled. Therefore when these devices are
; found, ASPM will be disabled on these systems accordingly.
;
; Alternately, disable ASPM if the ASPM_NOT_SUPPORTED boot arch flag is set.
;
PCIDeviceDisablePciExpressASPM = {*.8086.3595.0.0.0.0}, \ ; Lindenhurst/Tumwater server
{*.8086.3596.0.0.0.0}, \ ; Lindenhurst/Tumwater server
{*.8086.3597.0.0.0.0}, \ ; Lindenhurst/Tumwater server
{*.8086.3598.0.0.0.0}, \ ; Lindenhurst/Tumwater server
{*.8086.3599.0.0.0.0}, \ ; Lindenhurst/Tumwater server
{*.8086.359A.0.0.0.0}, \ ; Lindenhurst/Tumwater server
{*.8086.25E2.0.0.0.0}, \ ; Blackford
{*.8086.25E3.0.0.0.0}, \ ; Blackford
{*.8086.25E4.0.0.0.0}, \ ; Blackford
{*.8086.25E5.0.0.0.0}, \ ; Blackford
{*.8086.25E6.0.0.0.0}, \ ; Blackford
{*.8086.25E7.0.0.0.0}, \ ; Blackford
{*.8086.25F7.0.0.0.0}, \ ; Blackford
{*.8086.25F8.0.0.0.0}, \ ; Blackford
{*.8086.25F9.0.0.0.0}, \ ; Blackford
{*.8086.25FA.0.0.0.0}, \ ; Blackford
{*.8086.2580.0.0.0.0}, \ ; Grantsdale (915)
{*.8086.2584.0.0.0.0}, \ ; Alderwood (925)
{*.8086.2588.0.0.0.0}, \ ; Copper River
{*.8086.2770.0.0.0.0}, \ ; Lakeport G/P (945)
{*.8086.2774.0.0.0.0}, \ ; Glenwood (955X)
{*.8086.2778.0.0.0.0}, \ ; Mukilteo (E7230)
{*.8086.277C.0.0.0.0}, \ ; Glenwood-DG (975-X)
{*.0.0.0.0.0.10} ; ASPM_NOT_SUPPORTED boot arch flag.
;
; DMA remapping hardware that requires alternate root port error handling.
;
PciDmaRemappingRequireErrorHandling = {*.8086.3C00.0.0.0}, \ ; Sandybridge - EP DMI
{*.8086.3C01.0.0.0}, \ ; root port 0
{*.8086.3C02.0.0.0}, \ ; root port 1a
{*.8086.3C03.0.0.0}, \ ; root port 1b
{*.8086.3C04.0.0.0}, \ ; root port 2a
{*.8086.3C05.0.0.0}, \ ; root port 2b
{*.8086.3C06.0.0.0}, \ ; root port 2c
{*.8086.3C07.0.0.0}, \ ; root port 2d
{*.8086.3C08.0.0.0}, \ ; root port 3a
{*.8086.3C09.0.0.0}, \ ; root port 3b
{*.8086.3C0A.0.0.0}, \ ; root port 3c
{*.8086.3C0B.0.0.0}, \ ; root port 3d
{*.8086.3400.0.0.0}, \ ; Tylersburg/Boxboro DMI
{*.8086.3420.0.0.0}, \ ; root port 0
{*.8086.3408.0.0.0}, \ ; root port 1
{*.8086.3409.0.0.0}, \ ; root port 2
{*.8086.340A.0.0.0}, \ ; root port 3
{*.8086.340B.0.0.0}, \ ; root port 4
{*.8086.340C.0.0.0}, \ ; root port 5
{*.8086.340D.0.0.0}, \ ; root port 6
{*.8086.340E.0.0.0}, \ ; root port 7
{*.8086.340F.0.0.0}, \ ; root port 8
{*.8086.3410.0.0.0}, \ ; root port 9
{*.8086.3411.0.0.0} ; root port 10
;
; Interrupt remapping hardware that does not remap all interrupts.
; TODO: update with more info from IHVs
;
PciInterruptRemappingNotRemapAllInterrupts = {*.1002.5A23.0.0.0}
;
; A rule to check PciDmaRemappingRequireErrorHandling and PciInterruptRemappingNotRemapAllInterrupts
;
PciQueryRemappingRule = {}
ACPISwallowObjectCRS = {FACP.DELL_OEMID.CPIR_TABLEID.*.*.*.*.0.0.0.0.0.0.5f37424d} ; The MB7 device on Dell's D05 systems
ACPIDeviceIgnoreStaDisable = {NVRAIDBUS_HID1}, \ ; NVidia RAID controller HID 1
{NVRAIDBUS_HID2} ; NVidia RAID controller HID 2
;
; Pci arbiter hacks
;
; Sometimes the BIOS does not report the memory it is actually using.
; around those cases in the PCI arbiters
;
PciBrokenMemAtF8 = {FACP.NEC_OEMID.ND036_TABLEID.LE.LE.*.*.1.f4240.0.0.0.0}, \ ;NECLU700R01/15/01
{FACP.SONY_OEMID.K5_TABLEID.GE.GE.*.*.6040000.f4240.0.0.0.0}, \ ;SONYK5
{FACP.COMPAQ_OEMID.BORG_TABLEID.GE.GE.*.*.6040000.f4240.0.0.0.0} \ ;CompaqEVON150
;
; Match cpu type for AMD processor string
;
CpuTypeAmd = {PROCESSOR_AMD.*.*.*.0.0.0.0}
;
; Match cpu type for Intel processor strings on which to disable DTT
;
CpuTypeIntelDttDisable = {PROCESSOR_INTEL.EQ.EQ.*.0.6.1A.0}, \
{PROCESSOR_INTEL.EQ.EQ.*.0.6.1E.0}, \
{PROCESSOR_INTEL.EQ.EQ.*.0.6.25.0}, \
{PROCESSOR_INTEL.EQ.EQ.*.0.6.2C.0}, \
{PROCESSOR_INTEL.EQ.EQ.*.0.6.2E.0}, \
{PROCESSOR_INTEL.EQ.EQ.*.0.6.2F.0}
;
; ATA identify delay workaround
;
; Newer version of our ATA driver removes the delay in sending identify command
; to improve performance. This hack is to workaround some platforms that
; require the delay to discover hot plug devices
;
ATAEnableIdentifyDelay = {FACP.IBM_OEMID.TP-1Q_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-1R_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-1U_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-1V_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-1Y_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-70_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-74_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-75_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-76_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.IBM_OEMID.TP-77_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.LENOVO_OEMID.TP-79_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.LENOVO_OEMID.TP-7B_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.LENOVO_OEMID.TP-7C_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.LENOVO_OEMID.TP-7F_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.LENOVO_OEMID.TP-7I_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.LENOVO_OEMID.TP-7J_TABLEID.*.*.*.*.0.0.0.0.0.0}, \
{FACP.HP_OEMID.NC6400_UMA_TABLEID.*.*.*.*.0.0.0.0.0.0},\
{FACP.HP_OEMID.NC6400_DISCRETE_TABLE.*.*.*.*.0.0.0.0.0.0},\
{FACP.TOSHIBA_OEMID.ALL_TABLEID.*.*.*.*.0.0.0.0.0.0},\
{FACP.TOSHIBA_CPL_OEMID.ALL_TABLEID.*.*.*.*.0.0.0.0.0.0},\
{FACP.TOSHIBA_INV_OEMID.ALL_TABLEID.*.*.*.*.0.0.0.0.0.0},\
{FACP.TOSHIBA_QCI_OEMID.ALL_TABLEID.*.*.*.*.0.0.0.0.0.0},\
{FACP.TOSHIBA_ASU_OEMID.ALL_TABLEID.*.*.*.*.0.0.0.0.0.0}
;
; Ignore the request of eliminating IO Port resources for storage controller
;
StorageKeepIoPortRequirement = {FACP.COMPAQ_OEMID.EAGLLAKE_TABLEID.LE.*.LE.*.1.0.1.0.0.0} ; HP compaq DC7900
;
; No multiphase resume from hibernate
;
; Some versions of ACER and Gateway machines hang on resume from sleep and hibernate
; as when the crashdump is initialized, it touches the PCI storage controller
; and when the \_WAK method executes in acpi re-enable, the firmware hangs since
; it cannot handle the changed device state.
;
;
; The ACER2_OEMID and ACRPRDCT_TABLEID correspond to Acer Aspire 5830TG-6402,
; Gateway NV55C (Gateway is owned by Acer), and Acer Iconia Dual Screen machines.
; Problem is fixed on BIOS's after June 1, 2012.
;
DisableHibernateMultiPhaseResume = {FACP.ACER2_OEMID.ACRPRDCT_TABLEID.*.*.*.LT.0.0.0.06.01.12}
;
; Forcibly run _REG methods on PCI devices on systems where this rule evaluates to TRUE.
;
; Some Macbooks, Macbook Air, and Toshiba systems have BIOS bugs that rely on EC _REG() methods
; being run even though they have an ECDT.
;
AcpiForceRunRegMethodOnPCIDevice = \
{FACP.APPLE_OEMID.*.*.*.*.*.0.0.0.0.0.0}, \
{FACP.TOSHIBA_ASU_OEMID.TOSASU00_TABLEID.EQ.*.*.*.1.0.0.0.0.0}
;
; Remove certain pages from memory by including them on the bad page list
; as they corrupt resume from sleep on certain systems. The last numeric
; arg is the PFN of the page to remove in hex.
;
RemoveCorruptS3Pages = \
{FACP.SAMSUNG_OEMID.NIKE_TABLEID.*.*.*.*.0.0.0.0.0.0.00010007} ;03/08/2012 has fix
;
; Rescan the device tree starting at \_SB to detect any devices that did not
; correctly describe dependencies and whose _STA evaluated to not present
; because of a missing dependency. This is a best-effort attempt to give
; these devices an opportunity to start.
;
AcpiRescanAfterInitDependenciesSatisfied = \
{DSDT.ASUS2_OEMID.NVCARDHUAP30_TABLEID.LE.*.*.*.3.0.0.0.0.0}, \
{DSDT.ASUS2_OEMID.INTELSOCCV_TABLEID.LE.*.*.*.17.0.0.0.0.0}, \
{DSDT.INTEL_OEMID.INTELSOCCV_TABLEID.LE.*.*.*.17.0.0.0.0.0}, \
{DSDT.QUALCOMM_OEMID.MSM8930_TABLEID.LE.*.*.*.3.0.0.0.0.0}
;
; Force legacy (Windows 8) debouncing behavior on Clovertrail based systems
; to workaround issues in other Windows drivers that were exposed due to change in
; behavior with enhanced (Blue) debouncing model.
;
GpioForceLegacyDebouncingModel = \
{PROCESSOR_INTEL.EQ.EQ.*.0.6.35.0}
;
; Starting with Windows releases *after* Blue, ACPI will not put surprise-removed devices into D3Cold
; automatically. Some known scenarios (viz. WiFi reset/recovery) rely on the device cycling through
; D3Cold on surprise-removal. This hack allows surprise-removed devices to be put into D3Cold (if
; supported by the stack).
;
; Format: (NumericArgs.StringArgs)
; Numerics Args: ([BusQueryHardwareIDs = 1] OR [BusQueryCompatibleIDs = 2])
; String Args: (Hardware ID) or (Compatible ID string) // depending on the numeric arg
;
; Note ACPIDeviceIdMultiString rule check has a limit of MULTI_STRING_MATCH_MAX_INPUT_STRINGS (16) number
; of input strings.
;
ACPIDeviceEnableD3ColdOnSurpriseRemoval = \
{MARVELL_SD_WIFI_HID1.1}, \ ; SD-enumerated Marvell WiFi controller HID1
{MARVELL_SD_WIFI_HID2.1} \ ; SD-enumerated Marvell WiFi controller HID2
;
; Controls whether ACPIDeviceEnableD3ColdOnSurpriseRemoval rule will be evaluated or not on a given
; platform. Currently ACPIDeviceEnableD3ColdOnSurpriseRemoval rule only needs to be evaluated on Surface
; platforms which contain the Marvell WiFi controller which depends on device going through D3Cold as
; part of surprise-removal.
;
AcpiPlatformCheckEnableD3ColdOnSurpriseRemoval = \
{DSDT.SURFACE_OEMID.NVCARDHUAP30_TABLEID.GE.*.*.*.3.0.0.0.0.0}, \
{DSDT.SURFACE_OEMID.NVCOMOT114_TABLEID.GE.*.*.*.3.0.0.0.0.0}, \
{DSDT.SURFACE_PRO3_OEMID.SURFACE_PRO3_TABLEID.GE.*.*.*.3.0.0.0.0.0}
;
; This errata allows PLDR to fail if there are open handles on the device.
;
; Format: (NumericArgs.StringArgs)
; Numerics Args: ([BusQueryHardwareIDs = 1] OR [BusQueryCompatibleIDs = 2])
; String Args: (Hardware ID) or (Compatible ID string) // depending on the numeric arg
;
; Note ACPIDeviceIdMultiString rule check has a limit of MULTI_STRING_MATCH_MAX_INPUT_STRINGS (16) number
; of input strings.
;
; ACPIDeviceFailDeviceResetOnOpenHandles = \
;
; Add Hardware IDs to match this errata.
;
;
; Controls whether ACPIDeviceFailDeviceResetOnOpenHandles rule will be evaluated or not on a given
; platform.
;
; AcpiPlatformCheckFailDeviceResetOnOpenHandles = \
;
; Add Platforms to match this errata.
;
;
; This errata will make ACPI ignore the fixed button flags from FADT.
;
; Format: (NumericArgs.StringArgs)
; Numerics Args: ([BusQueryHardwareIDs = 1] OR [BusQueryCompatibleIDs = 2])
; String Args: (Hardware ID) or (Compatible ID string) // depending on the numeric arg
;
; Note ACPIDeviceIdMultiString rule check has a limit of MULTI_STRING_MATCH_MAX_INPUT_STRINGS (16) number
; of input strings.
;
; Controls whether AcpiPlatformCheckIgnoreFixedButton rule will be evaluated or not on a given
; platform. Currently AcpiPlatformCheckIgnoreFixedButton rule only needs to be evaluated on Surface Pro 4
; and Surface Book devices.
;
AcpiPlatformCheckIgnoreFixedButton = \
{DSDT.SURFACE_PRO4_OEMID.SURFACE_PRO4_TABLEID.EQ.GE.*.*.0.5f.*.*.*.*}
;
; Controls whether ACPI will ignore _STA and load itself as a filter at the first oppurtunity
; for devices on those buses that can detect device presence themselves (e.g. PCI).
;
AcpiPlatformIgnoreSTAOnFilterAttach = \
{DSDT.SURFACE_BOOK_OEMID.SURFACE_BOOK_TABLEID.GE.*.*.*.0.0.0.0.0.0}
;
; Controls whether ACPI will not engage EC burst mode by default on short transfers (1 byte).
;
;
; Because of regression discovered in RS3 disabling the blanket errata matches.
;
ACPIECBurstDefaultOverride = \
{DSDT.LGE_OEMID.LGEPC_TABLEID.GE.*.*.*.0.0.0.0.0.0} ;LGE
; {DSDT.INTEL_OEMID.SKYLAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SkyLake
; {DSDT.INTEL_OEMID.KABYLAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;KabyLake
; {DSDT.INTEL_OEMID.COFFEELAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;CoffeeLake
; {DSDT.INTEL_OEMID.CANNONLAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;CannonLake
; {DSDT.INTEL_OEMID.ICELAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;IceLake
; {DSDT.INTEL_OEMID.GEMINILAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;GeminiLake
; {DSDT.INTEL_OEMID.APOLLOLAKE_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;ApolloLake
; {DSDT.SURFACE_PRO3_OEMID.SURFACE_PRO3_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SurfacePro3
; {DSDT.SURFACE_PRO4_OEMID.SURFACE_PRO4_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SurfacePro4
; {DSDT.SURFACE_BOOK_OEMID.SURFACE_BOOK_TABLEID.GE.*.*.*.0.0.0.0.0.0} ;SurfaceBook
;
; Controls whether ACPI will allow early edge GPE event enablement.
;
AcpiGpeEarlyEdgeEnabled = \
;
; Some platforms shipped with mandatory platform state dependencies for devices
; that did not exist. On these systems, ignore all device dependencies on missing
; devices.
;
IgnoreMissingPepDependencies = \
{DSDT.ASUS2_OEMID.NOTEBOOK_TABLEID.LE.*.*.*.3.0.0.0.0.0}, \
{DSDT.LENOVO_OEMID.CB-01_TABLEID.LE.*.*.*.1.0.0.0.0.0}
;
; Some platforms shipped with insufficient platform state depedencies. On such
; systems for a matching device, add a constraint against the device. This is
; specific to the inbox Intel PEP. Only one constraint can be specified per
; platform.
;
IntelPepAddDeviceConstraint = \
{DSDT.SURFACE_PRO3_OEMID.SURFACE_PRO3_TABLEID.GE.*.*.*.SURFACE_PRO3_WIFI.3.0.0.0.0.0.0.3}
;
; Remaping GUID_CONSOLE_DISPLAY_STATE based on machine info and module name of
; the power-setting registrant.
;
PowerSettingRemapConsoleStateChange = \
{DSDT.QUALCOMM_OEMID.MSM8909_TABLEID.GE.*.*.*.SYNAPTICS_TOUCH_DRV.0.0.0.0.0.0}, \
{DSDT.QUALCOMM_OEMID.MSM8960_TABLEID.GE.*.*.*.SYNAPTICS_TOUCH_DRV.0.0.0.0.0.0}, \
{DSDT.QUALCOMM_OEMID.MSM8992_TABLEID.GE.*.*.*.SYNAPTICS_TOUCH_DRV.0.0.0.0.0.0}, \
{DSDT.QUALCOMM_OEMID.MSM8994_TABLEID.GE.*.*.*.SYNAPTICS_TOUCH_DRV.0.0.0.0.0.0}, \
{DSDT.QUALCOMM_OEMID.MSM8996_TABLEID.GE.*.*.*.SYNAPTICS_TOUCH_DRV.0.0.0.0.0.0}, \
{DSDT.QUALCOMM_OEMID.MSM8996_TABLEID.GE.*.*.*.FOXCONN_TOUCH_DRV.0.0.0.0.0.0}
;
; Some platforms shipped with incorrect reporting of lid state. On such systems,
; do not suppress display burst on lid close.
;
IgnoreIncorrectLidNotifications = \
{DSDT.SURFACE_PRO3_OEMID.SURFACE_PRO3_TABLEID.GE.*.*.*.3.0.0.0.0.0}, \
{DSDT.SURFACE_3_OEMID.SURFACE_3_TABLEID.*.*.*.*.0.0.0.0.0.0}
;
; On Intel platforms, Directed DRIPS is only supported on Modern standby systems
; starting with Surface Pro (Ivy-bridge+).
;
DisableDirectedDripsCpuMatch = \
{PROCESSOR_INTEL.LE.LT.*.0.6.3A.0}
;
; Some platforms contain devices that do not properly handle PS4 transitions.
; On those systems disable PS4.
;
DirectedDripsPlatformDisablePs4Match = \
{DSDT.SURFACE_PRO3_OEMID.SURFACE_PRO3_TABLEID.GE.*.*.*.3.0.0.0.0.0}
;
; On newer platforms, opt-out of fast resume for GPIO controllers and dependent devices.
; This is because of potential race between GPIO D0 entry and unmasking of GPIO interrupt pins
; from dependent devices (e.g. SD controller).
;
DisableDeviceFastResume = \
{PROCESSOR_INTEL.GE.GE.*.0.6.0.0}, \
{PROCESSOR_AMD.GE.GE.*.0.15.0.0}
;
; These are the set of the systems that are known to have reliable lid states
; and thus are being opted into input suppression notification.
;
AllowInputSuppressionNotification = \
{DSDT.SURFACE_PRO4_OEMID.SURFACE_PRO4_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SurfacePro4
{DSDT.SURFACE_PRO5_OEMID.SURFACE_PRO5_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SurfacePro5
{DSDT.SURFACE_BOOK_OEMID.SURFACE_BOOK_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SurfaceBook
{DSDT.SURFACE_BOOK2_OEMID.SURFACE_BOOK2_TABLEID.GE.*.*.*.0.0.0.0.0.0}, \ ;SurfaceBook2
{DSDT.SURFACE_LAPTOP_OEMID.SURFACE_LAPTOP_TABLEID.GE.*.*.*.0.0.0.0.0.0} ;SurfaceLaptop
;
; Some platforms shipped with insufficient platform state dependencies. On such
; systems for a matching device, add a constraint against the device platform
; idle state. Single device can add multiple device state constraint per
; platform idle state.
;
DeviceConstraintBiosMatch = \
{DSDT.HPQ_OEMID.HPQ_TABLEID.GE.*.*.*.DEVICE_AUDIO_MINIPORT.0.0.0.0.0.0.8.1}, \ ;HP envy x2
{DSDT.LENOVO_OEMID.CB-01_TABLEID.GE.*.*.*.DEVICE_AUDIO_MINIPORT.0.0.0.0.0.0.8.1}, \ ;Lenovo CB-01
{DSDT.QUALCOMM_OEMID.MSM8998_TABLEID.GE.*.*.*.DEVICE_AUDIO_MINIPORT.0.0.0.0.0.0.8.1}, \ ;MTP device and Asus clamshell
{DSDT.QUALCOMM_OEMID.SDM850_TABLEID.GE.*.*.*.DEVICE_AUDIO_MINIPORT.0.0.0.0.0.0.3.1} ;SDM850 device
;
; This platform shipped with broken EFI firmware which changes memory maps
; across hibernate transitions in a way that causes winresume to fail
; validation.
;
SkipHibernateMemoryMapValidation = \
{FACP.QUALCOMM_OEMID.QCOMM8998_EDK2_TABLEID.EQ.*.*.*.8998.0.0.0.0.0}, \ ;MTP device and Asus clamshell
{FACP.HPQ_OEMID.HPQ_TABLEID.EQ.*.*.*.8998.0.0.0.0.0}, \ ;HP envy x2
{FACP.LENOVO_OEMID.CB-01_TABLEID.EQ.*.*.*.8998.0.0.0.0.0} ;Lenovo CB-01
;
; Systems with UEFI firmware issues to support
; Memory Overwrite Request Control (MOR) LOCK Action.
;
SkipMemoryOverwriteRequestControlLockAction = \
{FACP.DELL_OEMID.PE_SC3_TABLEID.GE.*.*.*.*.0.0.0.0.0.0.8086.3C00.0.0.0}, \ ; DELL PowerEdge 12G servers, Sandy Bridge
{FACP.DELL_OEMID.PE_SC3_TABLEID.GE.*.*.*.*.0.0.0.0.0.0.8086.0E00.0.0.0} ; DELL PowerEdge 12G servers, Ivy Bridge
;
; A query rule to check the EM's SkipMemoryOverwriteRequestControlLockAction state.
;
SkipMemoryOverwriteRequestControlLockActionQueryRule = {}
;
; Match cpu type for particular modern standby platform on which to allow enable storage D3
;
StorageD3AllowedForModernStandbyPlatform = {PROCESSOR_AMD.EQ.EQ.*.0.17.11.0}, \ ; Raven
{PROCESSOR_AMD.EQ.EQ.*.0.17.18.0}, \ ; Picasso
{PROCESSOR_AMD.EQ.EQ.*.0.17.60.0}, \ ; Renoir
{PROCESSOR_AMD.EQ.EQ.*.0.17.70.0}, \ ; Matisse
{PROCESSOR_AMD.EQ.EQ.*.0.17.71.0}, \ ; Matisse
{PROCESSOR_AMD.EQ.EQ.*.0.19.30.0}, \ ; VanGogh
{PROCESSOR_INTEL.EQ.EQ.*.0.6.A6.0}, \ ; CML-U
{PROCESSOR_INTEL.EQ.EQ.*.0.6.7E.0}, \ ; ICL-U
{PROCESSOR_INTEL.EQ.EQ.*.0.6.8A.0}, \ ; LKF
{PROCESSOR_INTEL.EQ.EQ.*.0.6.8C.0} ; TGL-U/Y
;===============================================================
;================= Declare the Rules ===========================
;===============================================================
; Rule Name=argument type list
;
;where argument type list is defined as:
; <Number of String arguments>, <Number of Numeric Arguments>,
; <1st Entry Type Name>, <2nd Entry Type Name>...
;================================================================
[RuleDef]
;***********************
;**** Helper Rules *****
;***********************
BasicMachineID = 11, 6
;**********************
;**** TargetRules *****
;**********************
;
;String Args: (AcpiTableId, OemId,AcpiTableId, OemTableId)
;
ACPISLPWorkAround = 4, 0
;
;String Args: (AcpiTableId, OemId)
;
PcmciaIrqRoutingSettings1 = 2, 0
;
;String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp)
;Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year)
;
ACPIDisableS1 = 7, 6
ACPIDisableS2 = 7, 6
ACPIDisableS3 = 7, 6
ACPIIgnoreQWordLength = 7, 6
PcmciaAttributeWindowUnlimited = 7, 6
DirectedDripsPlatformDisablePs4Match = 7, 6
DisablePStates = 7, 6
DisableTStates = 7, 6
DisablePcc = 7, 6
DisableAcpi1CStateC2 = 7, 6
IgnorePciRootBusNumberRange = 7, 6
IgnoreOverlappingPciRootBusNumberRanges = 7, 6
IgnoreCBMemLimits = 7, 6
DisablePciExpressASPM = 7, 6
IgnorePciSegments = 7, 6
AvoidAssertOnBadIdDataForHostBridge = 7, 6
DellNationalPC87364WorkAround = 7, 6
USBDisableSelectiveSuspend = 7, 6
AcpiIrqDistributionStackUp = 7, 6
AcpiIrqDistributionSpreadOut = 7, 6
AcpiIrqRoutingStackOnIRQ9 = 7, 6
AcpiIrqRoutingStackOnIRQ10 = 7, 6
AcpiIrqRoutingStackOnIRQ11 = 7, 6
IgnoreIsaVgaBitConflict = 7, 6
PciBrokenMemAtF8 = 7, 6
ATAEnableIdentifyDelay = 7, 6
StorageKeepIoPortRequirement = 7, 6
DisableHibernateMultiPhaseResume = 7, 6
AcpiForceRunRegMethodOnPCIDevice = 7, 6
AcpiRescanAfterInitDependenciesSatisfied = 7, 6
AcpiPlatformCheckEnableD3ColdOnSurpriseRemoval = 7, 6
AcpiPlatformCheckFailDeviceResetOnOpenHandles = 7, 6
AcpiPlatformCheckIgnoreFixedButton = 7, 6
AcpiPlatformIgnoreSTAOnFilterAttach = 7, 6
AcpiECBurstDefaultOverride = 7, 6
AcpiGpeEarlyEdgeEnabled = 7, 6
IgnoreMissingPepDependencies = 7, 6
IgnoreIncorrectLidNotifications = 7, 6
AllowInputSuppressionNotification = 7, 6
SkipHibernateMemoryMapValidation = 7, 6
;
; ACPI AMLI-specific rules
;
AMLIReturn_REV1 = 7, 6
AMLIReturn_REV3 = 7, 6
AMLIIgnorePackageLengthCheck = 7, 6
AMLIAllowInvalidReclaimMemoryMapOnLoad = 7, 6
AMLIUseNamespaceOverride = 7, 6
;
; String Args: (CPUManufacturer, Op, Op, Op)
; Numeric Args: (Namespace object, NOP, Family, Model, Stepping)
; EntryType Args: ACPINameSpaceObject
;
AMLIAllowInvalidReclaimMemoryMapOnEval = 4,5, ACPINameSpaceObject
;
; No arguments
;
DisableFastS4 = 0, 0
;
; String Args: None.
; Numereric Args: FADT boot architecture flag.
;
DisableMSI = 0,1
;
; String Args: (PciRevisionOp)
; Numerics Args: (VendorId, DeviceId, SubVenId, SubSysId, RevisionId,
; Hackflags0, Hackflags1)
; EntryType Args: PCIDevice
;
PCIDeviceHack = 1, 7, PCIDevice
;
; String Args: (PciRevisionOp)
; Numerics Args: (VendorId, DeviceId, SubVenId, SubSysId, RevisionId, Delay)
; EntryType Args: PCIDevice
;
PCIDeviceD0Delay = 1, 6, PCIDevice
;
; String Args: (PciRevisionOp)
; Numerics Args: (VendorId, DeviceId, SubVenId, SubSysId, RevisionId, MpsSize)
; EntryType Args: PCIDevice
;
PCIDeviceMpsSize = 1, 6, PCIDevice
;
; String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp,
; PciRevisionOp)
; Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year,
; VendorId+DeviceId, SubsystemId, RevisionId,
; Hackflags0, Hackflags1)
; EntryType Args: PCIDevice
;
PCIDeviceHackBiosMatch = 8, 13, PCIDevice
;
; String Args: (CPUManufacturer, CPUFamilyOp, CPUModelOp, CPUSteppingOp,
; PciRevisionOp)
; Numeric Args: (NOP, CPUFamily, CPUModel, CPUStepping,
; VendorId, DeviceId, SubVenId, SubSysId, RevisionId,
; Hackflags0, Hackflags1)
; EntryType Args: PCIDevice
;
PCIDeviceHackCpuMatch = 5, 11, PCIDevice
;
; String Args: (PciRevisionOp)
; Numeric Args: (VendorId, DeviceId, SubVenId, SubSysId, RevisionId)
; (ACPI Boot Arch Flags)
; EntryType Args: PCIDevice
;
PCIDeviceDisablePciExpressASPM = 1, 6, PCIDevice
;
; String Args: (PciRevisionOp)
; Numeric Args: (VendorId, DeviceId, SubVenId, SubSysId, RevisionId)
; EntryType Args: PCIDevice
;
PciDmaRemappingRequireErrorHandling = 1, 5, PCIDevice
;
; String Args: (PciRevisionOp)
; Numeric Args: (VendorId, DeviceId, SubVenId, SubSysId, RevisionId)
; EntryType Args: PCIDevice
;
PciInterruptRemappingNotRemapAllInterrupts = 1, 5, PCIDevice
;
; String Args: ()
; Numeric Args: ()
; EntryType Args: PCIDevice
;
PciQueryRemappingRule = 0, 0, PCIDevice
;
; String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp)
; Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year,
; ACPIObjNameSeg)
; EntryType Args: ACPINameSpaceObject
;
ACPISwallowObjectCRS = 7, 7, ACPINameSpaceObject
;
; String Args: (ACPIHardwareId)
; EntryType Args: ACPIDevice
;
ACPIDeviceIgnoreStaDisable = 1, 0, ACPIDevice
;
; String Args: (CPUManufacturer, Op, Op, Op)
; Numeric Args: (NOP, Family, Model, Stepping)
;
CpuTypeAmd = 4, 4
CpuTypeIntelDttDisable = 4, 4
GpioForceLegacyDebouncingModel = 4, 4
AcpiDisableD3ColdOnSurpriseRemoval = 4, 4
;
;String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp)
;Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year, BadPFN)
;
RemoveCorruptS3Pages = 7, 7
;
; String Args: (ACPIHardwareId)
; Numerics Args: ([BusQueryHardwareIDs = 1] OR [BusQueryCompatibleIDs = 2])
; EntryType Args: (Hardware or compatible ID string)
;
ACPIDeviceEnableD3ColdOnSurpriseRemoval = 1, 1, ACPIDeviceIdMultiString
;
; String Args: (ACPIHardwareId)
; Numerics Args: ([BusQueryHardwareIDs = 1] OR [BusQueryCompatibleIDs = 2])
; EntryType Args: (Hardware or compatible ID string)
;
ACPIDeviceFailDeviceResetOnOpenHandles = 1, 1, ACPIDeviceIdMultiString
;
; String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp,
; DeviceUniqueID)
; Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year, FState, DState)
;
IntelPepAddDeviceConstraint = 8, 8
;
; String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp,
; PowerSettingRegistrantModuleName)
; Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year)
;
PowerSettingRemapConsoleStateChange = 8, 6, PowerCallerModuleName
;
; String Args: (CPUManufacturer, Op, Op, Op)
; Numeric Args: (NOP, Family, Model, Stepping)
;
DisableDirectedDripsCpuMatch = 4, 4
;
; String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp,
; DeviceUniqueID)
; Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year,
; PlatformIdleState, DState)
; EntryType Args: PowerCallerModuleName
DeviceConstraintBiosMatch = 8, 8, PowerCallerModuleName
;
; String Args: (CPUManufacturer, Op, Op, Op)
; Numeric Args: (NOP, Family, Model, Stepping)
;
DisableDeviceFastResume = 4, 4
;
; String Args: (AcpiTableId, OemId, OemTableId,
; OemRevisionOp, CreatorRevisionOp, AcpiRevisionOp, DateOp,
; PciRevisionOp)
; Numerics Args: (OemRev, CreatorRev, AcpiRev, Month, Day, Year,
; VendorId, DeviceId, SubVenId, SubSysId, RevisionId)
; EntryType Args: PCIDevice
;
SkipMemoryOverwriteRequestControlLockAction = 8, 11, PCIDevice
;
; String Args: ()
; Numeric Args: ()
; EntryType Args: PCIDevice
;
SkipMemoryOverwriteRequestControlLockActionQueryRule = 0, 0, PCIDevice
;
; String Args: (CPUManufacturer, Op, Op, Op)
; Numeric Args: (NOP, Family, Model, Stepping)
;
StorageD3AllowedForModernStandbyPlatform = 4, 4
;==================================================================
;================== Define the rule implementation ================
;==================================================================
;
;N.B. The rules are specified in the postfix notation for a binary
; expression tree representing the rule.
; Logical operators AND(&) and OR(|) are supported
; The Callback names are preceded with a '?"
; The Rule names are preceded with a "%"
; The String Argument Type names are preceded with a "$"
; All Parameters for any rule or callback instances are specified
; with a number indicating the order in the [CallBackDef] or [RuleDef]
;===================================================================
[Rule]
BasicMachineID = ?AcpiOemId(0.1)()(),?AcpiOemTableId(2.3)()(),&, \
?AcpiOemRevision(4.5)(0)(),?AcpiCreatorRevision(6.7)(1)(),&, \
&, \
?AcpiRevision(8.9)(2)(),?BiosDate(10)(3.4.5)(),&, \
&
ACPISLPWorkAround = ?AcpiOemId(0.1)()(),?AcpiOemTableId(2.3)()(),&
ACPIDisableS1 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
ACPIDisableS2 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
ACPIDisableS3 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
ACPIIgnoreQWordLength = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
PcmciaAttributeWindowUnlimited = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
PcmciaIrqRoutingSettings1 = ?AcpiOemId(0.1)()()
DisablePStates = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
DisableTStates = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
DisablePcc = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
DisableAcpi1CStateC2 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnorePciRootBusNumberRange = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnoreOverlappingPciRootBusNumberRanges = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnoreCBMemLimits = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
DisablePciExpressASPM = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnorePciSegments = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AvoidAssertOnBadIdDataForHostBridge = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
DellNationalPC87364WorkAround = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
USBDisableSelectiveSuspend = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AcpiIrqDistributionStackUp = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AcpiIrqDistributionSpreadOut = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AcpiIrqRoutingStackOnIRQ9 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AcpiIrqRoutingStackOnIRQ10 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AcpiIrqRoutingStackOnIRQ11 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnoreIsaVgaBitConflict = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnoreMissingPepDependencies = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
IgnoreIncorrectLidNotifications = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AllowInputSuppressionNotification = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
SkipHibernateMemoryMapValidation = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; ACPI AMLI-specific rules
;
AMLIReturn_REV1 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AMLIReturn_REV3 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AMLIIgnorePackageLengthCheck = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AMLIAllowInvalidReclaimMemoryMapOnLoad = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AMLIUseNamespaceOverride = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
AMLIAllowInvalidReclaimMemoryMapOnEval = \
?AcpiObjectName()(0)(0),?CpuType(0.1.2.3)(1.2.3.4),&
DisableFastS4 = \
?GraphicsDisableFastS4()()()
ACPISwallowObjectCRS = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
?ACPIObjectName()(6)(0),&
ACPIDeviceIgnoreStaDisable = ?ACPIDeviceMatch(0)()(0)
ACPIDeviceEnableD3ColdOnSurpriseRemoval = ?ACPIDeviceIdMultiStringMatch(0)(0)(0)
ACPIDeviceFailDeviceResetOnOpenHandles = ?ACPIDeviceIdMultiStringMatch(0)(0)(0)
;
; PCI device hack flags rule
;
PCIDeviceHack = ?PCIDeviceMatch(0)(0.1.2.3.4)(0),?PCIDeviceSetHackflags()(5.6)(0),&
;
; PCI device hack flags rule
;
PCIDeviceD0Delay = ?PCIDeviceMatch(0)(0.1.2.3.4)(0),?PCIDeviceSetD0Delay()(5)(0),&
;
; PCI device hack flags rule
;
PCIDeviceMpsSize = ?PCIDeviceMatch(0)(0.1.2.3.4)(0),?PCIDeviceSetMpsSize()(5)(0),&
;
; PCI device hack flags based on bios matching rule
;
PCIDeviceHackBiosMatch = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
%PCIDeviceHack(7)(6.7.8.9.10.11.12)(0),&
;
; PCI device hack flags based on CPU matching rule
;
PCIDeviceHackCpuMatch = ?CpuType(0.1.2.3)(0.1.2.3), \
%PCIDeviceHack(4)(4.5.6.7.8.9.10)(0),&
;
; Disable ASPM on systems with specific unsupported PCI express hubs
;
PCIDeviceDisablePciExpressASPM = ?PCIDeviceMatch(0)(0.1.2.3.4)(0), \
?AcpiFADTBootArch()(5),|
;
; The rule for DMA remapping devices that require root port alternate error handling
;
PciDmaRemappingRequireErrorHandling = ?PCIDeviceMatch(0)(0.1.2.3.4)(0)
;
; The rule for interrupt remapping devices that do not remap all interrupts
;
PciInterruptRemappingNotRemapAllInterrupts = ?PCIDeviceMatch(0)(0.1.2.3.4)(0)
;
; The rule to query PciDmaRemappingRequireErrorHandling and PciInterruptRemappingNotRemapAllInterrupts
;
PciQueryRemappingRule = ?PCIDeviceQueryRule()()(0)
;
; Disable MSI on a system where FADT Boot Arch flags are set
;
DisableMSI = ?AcpiFADTBootArch()(0)
;
; Work around unreported memory at F8 for PCI arbiters
;
PciBrokenMemAtF8 = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Match cpu type for AMD
;
CpuTypeAmd = \
?CpuType(0.1.2.3)(0.1.2.3)
;
; Match cpu type for Intel processor strings on which to disable DTT
;
CpuTypeIntelDttDisable = \
?CpuType(0.1.2.3)(0.1.2.3)
;
; Work around DVD/CD hot plug issue for IBM laptops
;
ATAEnableIdentifyDelay = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Ignore the request of eliminating IO Port resources for storage controller
;
StorageKeepIoPortRequirement = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Work around some Acer BIOS not handling touching the storage controller before ACPI Re-enable
; on wake from hibernate
;
DisableHibernateMultiPhaseResume = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Workaround Macbook Air systems that depend on _REG method being run even when
; they are not supposed to.
;
AcpiForceRunRegMethodOnPCIDevice = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Rescan the device tree starting at \_SB to detect any devices that did not
; correctly describe dependencies and whose _STA evaluated to not present
; because of a missing dependency. This is a best-effort attempt to give
; these devices an opportunity to start.
;
AcpiRescanAfterInitDependenciesSatisfied = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Remove pages that get corrupted over S3 transitions on Samsung BUILD slates and certain
; Dell and Alienware machines by adding them to the BCD bad page list.
;
RemoveCorruptS3Pages = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
?RemoveBadS3Pages()(6)(),&
;
; Force legacy (Windows 8) debouncing behavior on Clovertrail based systems
; to workaround issues in other Windows drivers that were exposed due to change in
; behavior with enhanced (Blue) debouncing model.
;
GpioForceLegacyDebouncingModel = ?CpuType(0.1.2.3)(0.1.2.3)
;
; Controls whether ACPIDeviceEnableD3ColdOnSurpriseRemoval rule will be evaluated or not on a given
; platform. Currently ACPIDeviceEnableD3ColdOnSurpriseRemoval rule only needs to be evaluated on Surface
; platforms which contain the Marvell WiFi controller which depends on device going through D3Cold as
; part of surprise-removal.
;
AcpiPlatformCheckEnableD3ColdOnSurpriseRemoval = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Controls whether AcpiDeviceFailDeviceResetOnOpenHandles rule will be evaluated or not on a given
; platform.
;
AcpiPlatformCheckFailDeviceResetOnOpenHandle = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Controls whether AcpiPlatformCheckIgnoreFixedButton rule will be evaluated or not on a given
; platform.
;
AcpiPlatformCheckIgnoreFixedButton = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Controls whether ACPI will ignore _STA and load itself as a filter at the first oppurtunity
; for devices on those buses that can detect device presence themselves (e.g. PCI).
;
AcpiPlatformIgnoreSTAOnFilterAttach = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Controls whether ACPI will not engage EC burst mode by default on short transfers (1 byte).
;
AcpiECBurstDefaultOverride = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Controls whether ACPI will clear edge GPE events early.
;
AcpiGpeEarlyEdgeEnabled = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Some platforms shipped with insufficient platform state depedencies. On such
; systems for a matching device, add a constraint against the device. This is
; specific to the inbox Intel PEP. Only one constraint can be specified per
; platform.
;
IntelPepAddDeviceConstraint = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
?IntelPepCaptureDeviceConstraint(7)(6.7)(),&
;
; Rule to identify platforms with specific driver modules whose power-setting
; registrations for GUID_CONSOLE_DISPLAY_STATE needs to be redirected to a
; custom screen-off notification.
;
PowerSettingRemapConsoleStateChange = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
?PowerSettingCallerMatch(7)()(0),&
;
; On Intel platforms, Directed DRIPS is only supported on Modern standby desktops with Intel CoffeeLake or later
; SoC revisions. This is because the requirement for PCI devices to be reset ("fundamental reset") across a PCI root-port's
; D3/D0 transition is only supported on that or later SoC revisions.
;
DisableDirectedDripsCpuMatch = ?CpuType(0.1.2.3)(0.1.2.3)
;
; Some systems contain devices that do not properly handle PS4 transitions. On
; these systems disable PS4.
;
DirectedDripsPlatformDisablePs4Match = %BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)()
;
; Some platforms shipped with insufficient platform state depedencies. On such
; systems for a matching device, add a constraint against the device.
;
DeviceConstraintBiosMatch = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
?UpdateDeviceConstraint(7)(6.7)(0),&
;
; On newer platforms, opt-out of fast resume for GPIO controllers and dependent devices.
; This is because of potential race between GPIO D0 entry and unmasking of GPIO interrupt pins
; from dependent devices (e.g. SD controller).
;
DisableDeviceFastResume = ?CpuType(0.1.2.3)(0.1.2.3)
;
; Matching rule for a system with UEFI firmware issues to support the
; Memory Overwrite Request Control (MOR) LOCK Action.
;
SkipMemoryOverwriteRequestControlLockAction = \
%BasicMachineID(0.1.0.2.3.0.4.0.5.0.6)(0.1.2.3.4.5)(), \
?PCIDeviceMatch(7)(6.7.8.9.10)(0),&
;
; A query rule to check the EM's SkipMemoryOverwriteRequestControlLockAction
; state.
;
SkipMemoryOverwriteRequestControlLockActionQueryRule = \
?PCIDeviceQueryRule()()(0)
;
; Allow enable storage D3 on modern standby platforms.
;
StorageD3AllowedForModernStandbyPlatform = ?CpuType(0.1.2.3)(0.1.2.3)
;===========================================================
;========= Declare the Provider Callbacks ==================
; Callback Name=argument type list
;
;where argument type list is defined as:
; <Number of String argumentsGT>, <Number of Numeric Arguments>,
; <1st Entry Type Name>, <2nd Entry Type Name>...
;===========================================================
[CallbackDef]
AcpiOemId = 2, 0 ; (AcpiTableId, OemId)
AcpiOemTableId = 2, 0 ; (AcpiTableId, OemTableId)
AcpiOemRevision = 2, 1 ; (Op, AcpiTableId)(Revision)
AcpiCreatorRevision = 2, 1 ; (Op, AcpiTableId)(Revision)
AcpiRevision = 2, 1 ; (Op, AcpiTableId)(Revision)
AcpiFADTBootArch = 0, 1 ; (FADT Boot Arch mask)
MemoryRangeSearch = 1, 4 ;
MemoryMatch = 1, 3 ;
BiosDate = 1, 3 ; (Op)(Month, Day, year)
GraphicsDisableFastS4 = 0, 0 ;
AlwaysTrue = 0,0 ;
AlwaysFalse = 0, 0 ;
SystemArchitecture = 0, 1 ; PROCESSOR_ARCHITECTURE_XXXX
RemoveBadS3Pages = 0, 1 ;
;
; String0 = CPUManufacturer , Numeric0 = Unused.
; String1 = Op, Numeric1 = CPU Family
; String2 = Op, Numeric2 = CPU Model
; String3 = Op, Numeric3 = Cpu Stepping
;
CpuType = 4, 4
; PCI device matching callback
PCIDeviceMatch = 1, 5, PCIDevice ; (PciRevisionOp)(VenID, DevID, SubVenID, SubID, RevID)
PCIDeviceSetHackflags = 0, 2, PCIDevice ; ()(hackflags0, hackflags1)
PCIDeviceSetD0Delay = 0, 1, PCIDevice ; ()(delay)
PCIDeviceSetMpsSize = 0, 1, PCIDevice ; ()(MpsSizeSupported)
PCIDeviceQueryRule = 0, 0, PCIDevice ; ()()
; ACPI object matching callback
AcpiObjectName = 0, 1, ACPINameSpaceObject ; ()(NameSeg)
; ACPI device matching callback
ACPIDeviceMatch = 1, 0, ACPIDevice ; (HardwareID)()
; ACPI device Id multi-string matching callback
;
; Note ACPIDeviceIdMultiString rule check has a limit of MULTI_STRING_MATCH_MAX_INPUT_STRINGS (16)
; number of input strings.
;
ACPIDeviceIdMultiStringMatch = 1, 1, ACPIDeviceIdMultiString ; (HardwareID)(ID string type)
; Intel PEP constraint capture callback
IntelPepCaptureDeviceConstraint = 1, 2 ; (Device Id) (F state, D state)
; Power-setting caller matching callback
PowerSettingCallerMatch = 1, 0, PowerCallerModuleName ; (PowerSettingRegistrantModuleName)()
; Update device contraint callbck
UpdateDeviceConstraint = 1, 2, PowerCallerModuleName ; (Device Id) (Platform Idle state, D state)
;==========================================================
;============ Entry Readable Name to Guid Mapping =========
;==========================================================
[EntryTypeGuidDef]
; A PCI device.
PCIDevice = {8213EB69-7FCA-432f-AC8C-1E5C59B1772E}
; An ACPI namespace object.
ACPINameSpaceObject = {9ad56063-6b5d-4378-92a6-b4a8ca5b2616}
; An ACPI device.
ACPIDevice = {EB1A2D2A-DF53-42d9-A5AA-7B25D0B5712B}
; An ACPI device hardware or compatible ID string.
ACPIDeviceIdMultiString = {B564CB1C-E06A-430F-804F-C1AEE8DB4BD1}
; Name of module calling power-manager
PowerCallerModuleName = {02800b22-61c6-4ab5-b89d-d4c1eb2cd0e6}
;==========================================================
;============ Rule Readable Name to Guid Mapping ==========
;==========================================================
[RuleNameGuidDef]
BasicMachineID = {669D0E2E-D602-4f6c-A848-CD78CAEDCE50}
;
; BiosInfo
;
ACPISLPWorkAround = {DC6A4DC4-ADCA-4d9b-A02B-4B515F742D0C}
ACPIDisableS1 = {FF69173C-2834-4e0c-B76B-D6E8D4D08976}
ACPIDisableS2 = {4AA37704-2809-4574-B73C-6CB649822C5C}
ACPIDisableS3 = {D55820C4-D4A9-44d1-AD2E-8BBCEF3664A8}
ACPIIgnoreQWordLength = {287DE373-C168-4415-B6CD-B8704C95BFEB}
PcmciaAttributeWindowUnlimited = {C20234DA-02BC-4842-A0C6-2E5EC35DD95E}
PcmciaIrqRoutingSettings1 = {7C23B04E-5842-4c76-BE7E-A34609440DF6}
DisablePStates = {B43AAB04-C1F0-4b12-BE09-187F9F962CA3}
DisableTStates = {C1D6D87B-765A-41ce-8895-0718C545FAC0}
DisablePcc = {0DF3EF3B-2BFC-4b2e-84A7-07ABF2DE3BD1}
DisableAcpi1CStateC2 = {ec4960f1-6b48-4ece-a747-db48384bb146}
IgnorePciRootBusNumberRange = {F4E014A2-815B-4be8-9665-40FFF9CDFD5A}
IgnoreOverlappingPciRootBusNumberRanges = {CE69EE33-0145-439d-A738-73AD320A1253}
IgnoreCBMemLimits = {50B15253-7D7D-4348-9432-35A7E2485111}
DisablePciExpressASPM = {4DFBAE6B-D3E3-4fdc-804A-6F3E8A0F9F2C}
IgnorePciSegments = {A6D6FB66-5E6B-4042-9B2A-3A931BBAD09D}
AvoidAssertOnBadIdDataForHostBridge = {4E23CD72-B4DB-4f17-A90E-BE0B97558383}
DellNationalPC87364WorkAround = {A0F837AB-9994-44f3-AE11-877004C26FB2}
USBDisableSelectiveSuspend = {919AFAE0-A787-4f49-8274-9F738CE8610E}
AcpiIrqDistributionStackUp = {F9C05347-E9C2-44c8-9036-A56F03B864BF}
AcpiIrqDistributionSpreadOut = {17D45795-962F-42e4-83C1-94C56280C8B3}
AcpiIrqRoutingStackOnIRQ9 = {E69C3342-3297-40ec-8849-2977980FE886}
AcpiIrqRoutingStackOnIRQ10 = {99E16F7C-6E4E-4ebe-A8A8-74CA13774FAF}
AcpiIrqRoutingStackOnIRQ11 = {B6FDEE3C-D27A-46b6-9A70-78A1314357DA}
IgnoreIsaVgaBitConflict = {6A77BB4C-5772-41AC-803B-C12A61553976}
IgnoreMissingPepDependencies = {D6F0CEA0-43EE-456d-9BA4-012DC7378359}
IgnoreIncorrectLidNotifications = {7A1A09E1-C110-4E58-8E19-098415165C33}
AllowInputSuppressionNotification = {8B664DB5-6865-493D-9E90-24DCC58F5B7E}
SkipHibernateMemoryMapValidation = {248f82a5-c983-4272-bd6a-44d1064066b1}
;
; Forcibly run _REG method on PCI devices on system's where the rule evaluates TRUE.
;
AcpiForceRunRegMethodOnPCIDevice = {0b95ee68-3937-429d-bdf5-a0752d366d4d}
;
; ACPI AMLI-specific rules
;
AMLIReturn_REV1 = {2A331496-B384-40cf-BB33-4307641D00A6}
AMLIReturn_REV3 = {7E46DB74-3590-4e97-8113-5D866DDA23C7}
AMLIIgnorePackageLengthCheck = {18FEB373-B259-432f-BCF5-3AB0296F8FC9}
AMLIAllowInvalidReclaimMemoryMapOnLoad = {1098C26E-851A-48f8-8CDE-954C17BCB184}
AMLIAllowInvalidReclaimMemoryMapOnEval = {14fa4a80-6397-4a1f-b0ae-2b211ac898e4}
AMLIUseNamespaceOverride = {fb1b8e3c-df94-4722-ad5e-9e655c33b984}
;
; FastS4
;
DisableFastS4 = {E0574D1D-B89D-461c-A5C5-A0998B7C70C2}
;
; PCI device errata rules
;
; PCI device hack flags rule
PCIDeviceHack = {11BC7F8A-A266-4829-BD0C-442EE5B18653}
PCIDeviceD0Delay = {4817D19B-EB55-4A72-9A70-28871205F2AF}
PCIDeviceMpsSize = {FCD363D0-4488-499C-9AED-2D67318F1976}
; PCI device hack flags based on bios matching rule
PCIDeviceHackBiosMatch = {3AE39896-3D96-4568-A806-B6500FABAC4F}
; PCI device hack flags based on CPU matching rule
PCIDeviceHackCpuMatch = {FB80FFBA-98E8-4e03-8774-A929320F2F17}
; Disable ASPM on systems with specific unsupported PCI express hubs
PCIDeviceDisablePciExpressASPM = {6A7D7F12-A114-4d0d-92CA-55A6E925C85D}
; DMA remapping devices that require root port alternate error handling
PciDmaRemappingRequireErrorHandling = {6780B3EB-0AC1-4E64-8C05-D8E28429A8B3}
; Interrupt remapping devices that do not remap all interrupts
PciInterruptRemappingNotRemapAllInterrupts = {B08C8DBB-5AA0-46D3-8A2E-8765FD4738F0}
; The rule to query PciDmaRemappingRequireErrorHandling and PciInterruptRemappingNotRemapAllInterrupts
PciQueryRemappingRule = {81CC912A-DE26-4B5B-A944-E8BFFA3A0F9E}
; Disable MSI on a system
DisableMSI = {CBC747F0-F1D8-4C8A-AAA7-0CAE4F4AE246}
; Unreported memory at F8
PciBrokenMemAtF8 = {8F8FFD54-B39C-4b51-96F8-F4B3EC773737}
; Match Cpu type for AMD
CpuTypeAmd = {9E6DF23B-88B4-4f6a-A802-253325CA8FD5}
;
; Match cpu type for Intel processor strings on which to disable DTT
;
CpuTypeIntelDttDisable = {3C5EF282-42E7-441D-AEBD-B7342F15212E}
; Swallows the CRS object on some Dell systems
ACPISwallowObjectCRS = {862CE9AC-7BB8-4bc6-A46C-C4ADA0B41F95}
; Ignore the disable bit for a specific ACPI device
ACPIDeviceIgnoreStaDisable = {BFFF4BF6-92AE-4c80-9D54-F9D209924899}
; Enable ATA driver to delay identify command on hot plug
ATAEnableIdentifyDelay = {7AC72FB5-BB2A-4f93-ABDD-07659A531F1D}
; Ignore the request of eliminating IO Port resources for storage controller
StorageKeepIoPortRequirement = {FE35B171-82D7-48FB-9678-CD1E948ABCF7}
; The rule is to allow enable storage D3 on particular modern standby platforms
StorageD3AllowedForModernStandbyPlatform = {D2122695-F867-4A07-833A-CB8A07A4A6F5}
;
; Disable multi-phase resume on a system
;
DisableHibernateMultiPhaseResume = {C89EC9D3-83DB-42f0-8d0d-98cc4bf110af}
;
; Remove pages that get corrupted over S3 transitions.
;
RemoveCorruptS3Pages = {089D9D0D-3811-48EC-8f72-d39f27f3e89a}
;
; Rescan the device tree starting at \_SB to detect any devices that did not
; correctly describe dependencies and whose _STA evaluated to not present
; because of a missing dependency. This is a best-effort attempt to give
; these devices an opportunity to start.
;
AcpiRescanAfterInitDependenciesSatisfied = {59A4630F-8F16-410F-A7AD-543B29BC72BA}
;
; Starting with Windows releases *after* Blue, ACPI will not put surprise-removed devices into D3Cold
; automatically. Some known scenarios (viz. WiFi reset/recovery) rely on the device cycling through
; D3Cold on surprise-removal. This hack allows surprise-removed devices to be put into D3Cold (if
; supported by the stack).
;
ACPIDeviceEnableD3ColdOnSurpriseRemoval = {2FBC3B66-A7AA-4B26-8B00-2734907189EB}
;
; Controls whether ACPIDeviceEnableD3ColdOnSurpriseRemoval rule will be evaluated or not on a given
; platform. Currently ACPIDeviceEnableD3ColdOnSurpriseRemoval rule only needs to be evaluated on Surface
; platforms which contain the Marvell WiFi controller which depends on device going through D3Cold as
; part of surprise-removal.
;
AcpiPlatformCheckEnableD3ColdOnSurpriseRemoval = {14B9611E-EBAE-4D74-9231-43A8EFC37CDA}
;
; Starting with Windows 10 ACPI and PnP support PLDR for device reset and recovery. PLDR requires devices
; to be query removed before ACPI runs the _RST method. After analysing telemetry in win10 too many times
; reset cancelled becasue of there was an outstanding open handle. From RS1 onwards PNP will start ignoring
; open handles during reset. This errata allows the devices defined in the errata to fail the reset if there are
; outstanding open handles.
;
ACPIDeviceFailDeviceResetOnOpenHandles = {B54222CD-5B61-49E6-B8FC-2CFD06260F4F}
;
; Controls whether ACPIDeviceFailDeviceResetOnOpenHandles rule will be evaluated or not on a given
; platform.
;
AcpiPlatformCheckFailDeviceResetOnOpenHandles = {BE2DD198-7FD6-4FDF-8B5A-61778CED9C35}
;
; Controls whether ACPIDeviceFailDeviceResetOnOpenHandles rule will be evaluated or not on a given
; platform.
;
AcpiPlatformCheckIgnoreFixedButton = {3A490918-ABE6-4D8A-BD4A-350222A9E27E}
;
; Controls whether ACPI will ignore _STA and load itself as a filter at the first oppurtunity
; for devices on those buses that can detect device presence themselves (e.g. PCI).
;
AcpiPlatformIgnoreSTAOnFilterAttach = {2AC1066F-55A9-4E21-97CF-ACB5F50CBE2B}
;
; Controls whether ACPI will not engage EC burst mode by default on short transfers (1 byte).
;
AcpiECBurstDefaultOverride = {2888BDE3-2897-44DB-9E50-513E197CD9A9}
;
; Controls whether ACPI will clear edge GPE events early.
;
AcpiGpeEarlyEdgeEnabled = {CD3FB4D7-5128-41B9-A5E8-920A18B384C3}
;
; Force legacy (Windows 8) debouncing behavior on Clovertrail based systems
; to workaround issues in other Windows drivers that were exposed due to change in
; behavior with enhanced (Blue) debouncing model.
;
GpioForceLegacyDebouncingModel = {C9457C7C-AED9-4CEE-B13E-22D0F3495B1C}
;
; Some platforms shipped with insufficient platform state depedencies. On such
; systems for a matching device, add a constraint against the device. This is
; specific to the inbox Intel PEP. Only one constraint can be specified per
; platform.
;
IntelPepAddDeviceConstraint = {eba7c247-b47c-4e4b-925b-f0c2cddaa0ac}
;
; Remaping GUID_CONSOLE_DISPLAY_STATE based on machine info and module name of
; the power-setting registrant.
;
PowerSettingRemapConsoleStateChange = {b09b86ac-c3b2-4a1e-8615-b32112f8b737}
;
; On Intel platforms, Directed DRIPS is only supported on Modern standby desktops with Intel CoffeeLake or later
; SoC revisions. This is because the requirement for PCI devices to be reset ("fundamental reset") across a PCI root-port's
; D3/D0 transition is only supported on that or later SoC revisions.
;
DisableDirectedDripsCpuMatch = {BC35D130-391C-450C-8A94-3A04C7ADC8C4}
;
; Some systems contain devices that do not properly handle PS4 transitions. On
; these systems disable PS4.
;
DirectedDripsPlatformDisablePs4Match = {87D3DAE9-593C-414F-9E8F-51B525EE1401}
;
; Some platforms shipped with insufficient platform state dependencies. On such
; systems for a matching device, add a constraint against the device platform
; idle state. Single device can add multiple device state constraint per
; platform idle state.
;
DeviceConstraintBiosMatch = {37ABA4C6-C556-425D-8BFC-3B2F7F44E722}
;
; On newer platforms, opt-out of fast resume for GPIO controllers and dependent devices.
; This is because of potential race between GPIO D0 entry and unmasking of GPIO interrupt pins
; from dependent devices (e.g. SD controller).
;
DisableDeviceFastResume = {3057F60E-34B8-42AF-92F2-635F290BFAA3}
;
; The GUID for the matching rule using {BIOS, PCI Device} attributes to detect
; systems with UEFI firmware issues to support the Memory Overwrite Request
; Control (MOR) LOCK Action.
;
SkipMemoryOverwriteRequestControlLockAction = {1D7F2399-058C-4FF1-B3B2-81AFED9E838F}
;
; The GUID to query the EM for the OS system SkipMemoryOverwriteRequestControlLockAction state.
;
SkipMemoryOverwriteRequestControlLockActionQueryRule = {E2B8E68F-DF61-49DD-8E3D-509D81DA0388}
;===========================================================
;=========== Callback Readable Name to Guid Mapping ========
;===========================================================
[CallbackGuidDef]
AcpiOemId = {2960716F-B0D8-41c9-9BB4-EE8BA248F86E}
AcpiOemTableId = {E0E45284-F266-4048-9A5E-7D4007C9C5AB}
AcpiOemRevision = {7E8FAE0F-7591-4eb6-9554-1D0699873111}
AcpiCreatorRevision = {BEAE4D5F-2203-4856-94BB-C772A2C7624A}
AcpiRevision = {BF51DEF4-AC9C-44f3-ADE7-26DD13E756D3}
AcpiFADTBootArch = {7CD2B230-6CEA-4957-B5D7-CFA977C22B18}
MemoryRangeSearch = {78BC9E89-552A-4ab8-9231-132E09E235B2}
MemoryMatch = {6F8D0C6D-B6FB-4584-8B34-F39422CFA61A}
BiosDate = {182A2B31-D5B8-45ef-BB6D-646EBAEDD8F1}
GraphicsDisableFastS4 = {A380467C-D907-4716-8B9B-17584E34256C}
AlwaysTrue = {8026ff68-3bd0-4ba4-a1d4-de724f781b78}
AlwaysFalse = {9d991181-c86a-4517-9fe7-32290377b564}
SystemArchitecture = {24453286-bde8-46bc-85d1-1982edf3e212}
CpuType = {d2e7862c-b8fa-4274-9bd1-59ba8da0a7c2}
RemoveBadS3Pages = {59229CA6-17A7-4E11-9EDA-DF0E93D7AF3A}
; Match ACPI namespace object callback
AcpiObjectName = {c2569bef-5980-4120-8582-9d0774dcf86d}
; PCI device matching callback
PCIDeviceMatch = {DFBFD6FE-435A-419e-8F2C-9B13A3C04C9E}
PCIDeviceSetHackflags = {F79DE8DC-F3D1-4802-9C4B-6BF742D65FBD}
PCIDeviceSetD0Delay = {898A8E39-096C-4A25-87E5-5BB0ED1D6704}
PciDeviceSetMpsSize = {B9EB207B-E0C8-4C01-A575-49DD7D510B46}
PCIDeviceQueryRule = {1E66F3D7-0FC9-4829-AA45-C430EA96A434}
; ACPI device matching callback
ACPIDeviceMatch = {33204598-9949-4ad1-B41E-A4A0F705DC12}
; ACPI device ID muti-sz string matching callback
ACPIDeviceIdMultiStringMatch = {C31600A9-8AED-442C-8013-8903D6E89BF8}
; Intel PEP constraint capture callback
IntelPepCaptureDeviceConstraint = {13925944-2a6a-4e3c-ac97-37735c19393d}
; Callback to match a power-setting callback with the corresponding module name
PowerSettingCallerMatch = {84d99f45-0b07-46cf-babd-1981c86e3025}
; Update device constraint per idle state callback.
UpdateDeviceConstraint = {BF67CD9D-B8D1-4BED-BFDA-1DEE5963BE6B}
;==========================================================
;================= String Declaration =====================
;==========================================================
[Strings]
;
; Operators
;
* = "*"
EQ = "="
LE = "<="
LT = "<"
NE = "!="
GE = ">="
GT = ">"
;
; Acpi related
;
FACP = "FACP"
DSDT = "DSDT"
APIC = "APIC"
;
; OEM ID
;
ACER_OEMID = "ACER "
COMPAQ_OEMID = "COMPAQ"
COMPAL_OEMID = "COMPAL"
MICRON_OEMID = "MICRON"
AMIINT_OEMID = "AMIINT"
DELL_OEMID = "DELL "
FSC_OEMID = "FSC "
GATEWAY_OEMID = "GATEWA"
N0BPE040_OEMID = "N0BPE040"
TOSHIBA_OEMID = "TOSHIB"
TOSHIBA_CPL_OEMID = "TOSCPL"
TOSHIBA_INV_OEMID = "TOSINV"
TOSHIBA_QCI_OEMID = "TOSQCI"
TOSHIBA_ASU_OEMID = "TOSASU"
AOEM_OEMID = "A M I "
NVIDIA_OEMID = "Nvidia"
HP_OEMID = "HP "
SUN_OEMID = "SUN "
AMD_OEMID = "AMD "
INTEL_OEMID = "INTEL "
ASUS_OEMID = "ASUS "
ASUS2_OEMID = "_ASUS_"
041111_OEMID = "041111"
VT8371_OEMID = "VT8371"
VT964X_OEMID = "VT694X"
AWARD_OEMID = "AWARD "
MSISYS_OEMID = "MSISYS"
VT8598_OEMID = "VT8598"
INSYDE_OEMID = "INSYDE"
NEC_OEMID = "NEC "
IBM_OEMID = "IBM "
LENOVO_OEMID = "LENOVO"
APPLE_OEMID = "APPLE "
ASUS_AOEM_OEMID = "A_M_I_"
ACER2_OEMID = "ACRSYS"
SAMSUNG_OEMID = "SECCSD"
QUALCOMM_OEMID = "QCOMM "
SURFACE_OEMID = "NVIDIA" ; Surface defines "NVIDIA" as the OEM ID in its tables.
SURFACE_PRO3_OEMID = "OEMC"
SURFACE_PRO4_OEMID = "MSFT "
SURFACE_3_OEMID = "ALASKA"
SURFACE_BOOK_OEMID = "MSFT "
SURFACE_LAPTOP_OEMID = "OEMLA "
SURFACE_PRO5_OEMID = "OEMCA "
SURFACE_BOOK2_OEMID = "MSFT "
LGE_OEMID = "LGE "
HPQ_OEMID ="HPQOEM"
;
; ACPI Table ID
;
ALL_TABLEID = "*"
M25D_TableId = "M25D "
LAREDO_TableId = "LAREDO "
TREK2SPF_TABLEID= "TREK2SPF"
AMIINT10_TABLEID = "AMIINT10"
GX260_TABLEID = "GX260 "
GX270_TABLEID = "GX270 "
WS210_TABLEID = "WS 210 "
WS410_TABLEID = "WS 410 "
WS610_TABLEID = "WS 610 "
WS370_TABLEID = "WS 370 "
WS650_TABLEID = "WS 650 "
WS450_TABLEID = "WS 450 "
OR840_TABLEID = "OR840 "
PE1300_TABLEID = "PE1300 "
PE2300_TABLEID = "PE2300 "
PE4300_TABLEID = "PE4300 "
PE4350_TABLEID = "PE4350 "
PE6300_TABLEID = "PE6300 "
PE6350_TABLEID = "PE6350 "
PE8450_TABLEID = "PE8450 "
PE2500_TABLEID = "PE2500 "
PE2650_TABLEID = "PE2650 "
PE4600_TABLEID = "PE4600 "
PE6600_TABLEID = "PE6600 "
PE6650_TABLEID = "PE6650 "
WRANGLER_TABLEID = "Wrangler"
ERA_TABLEID = "ERA "
AOEM_TABLEID = "OEMFACP "
PROLIANT_TABLEID = "ProLiant"
P51_TABLEID = "P51 "
D17_TABLEID = "D17 "
P50_TABLEID = "P50 "
P52_TABLEID = "P52 "
SUNMETRO_TABLEID = "SUNmetro"
HAMMER_TABLEID = "HAMMER "
VIPER_TABLEID = "VIPER "
TOSFIC_OEMID = "TOSFIC"
SAMBA_TABLEID = "Samba "
DIM_TABLEID = "DIM 8100"
WS420_TABLEID = "WS 420 "
WS220_TABLEID = "WS 220 "
SONY_OEMID = "SONY "
U1_TABLEID = "U1 "
TP-1A_TABLEID = "TP-1A "
TP-1D_TABLEID = "TP-1D "
TP-1E_TABLEID = "TP-1E "
TP-1G_TABLEID = "TP-1G "
TP-1I_TABLEID = "TP-1I "
TP-1K_TABLEID = "TP-1K "
TP-1M_TABLEID = "TP-1M "
TP-1N_TABLEID = "TP-1N "
TP-1O_TABLEID = "TP-1O "
TP-1P_TABLEID = "TP-1P "
TP-1Q_TABLEID = "TP-1Q "
TP-1R_TABLEID = "TP-1R "
TP-1S_TABLEID = "TP-1S "
TP-1U_TABLEID = "TP-1U "
TP-1V_TABLEID = "TP-1V "
TP-1W_TABLEID = "TP-1W "
TP-1Y_TABLEID = "TP-1Y "
TP-70_TABLEID = "TP-70 "
TP-74_TABLEID = "TP-74 "
TP-75_TABLEID = "TP-75 "
TP-76_TABLEID = "TP-76 "
TP-77_TABLEID = "TP-77 "
TP-78_TABLEID = "TP-78 "
TP-79_TABLEID = "TP-79 "
TP-7B_TABLEID = "TP-7B "
TP-7C_TABLEID = "TP-7C "
TP-7F_TABLEID = "TP-7F "
TP-7I_TABLEID = "TP-7I "
TP-7J_TABLEID = "TP-7J "
TP-7L_TABLEID = "TP-7L "
TP-X21_TABLEID = "TP-X21 "
GX620_TABLEID = "GX620 "
GX280_TABLEID = "GX280 "
WS380_TABLEID = "WS 380 "
MS440GX_TABLEID = "MS440GX "
D1831_TABLEID = "D1831 "
LAKEPORT_TABLEID = "LAKEPORT"
ALDERWD_TABLEID = "ALDERWD "
TUMWATER_TABLEID = "TUMWATER"
GRANTSD_TABLEID = "GRANTSD "
CK8S_TABLEID = "CK8S "
CPIR_TABLEID = "CPi R "
TM350_TABLEID = "TM350 "
CUV4X-D_TABLEID = "CUV4X-D "
K7V_TABLEID = "K7V "
GX1_TABLEID = "GX1 "
K7V-RM_TABLEID = "K7V-RM "
750_TABLEID = "750 "
HPBDD_IO_TABLEID = "HPBDD_IO"
FACP_000_TABLEID = "FACP_000"
4550_TABLEID = "4550 "
HOFFA_TABLEID = "HOFFA "
SERON_TABLEID = "SERONYXP"
K5_TABLEID = "K5 "
AWRDACPI_TABLEID = "AWRDACPI"
ND036_TABLEID = "ND000036"
BORG_TABLEID = "Borg "
SERVIGIL_TABLEID = "SERVIGIL"
A003B_TABLEID = "A003B "
CALISTGA_TABLEID = "CALISTGA"
NC6400_UMA_TABLEID = "30AD "
NC6400_DISCRETE_TABLEID = "30AC "
ALVISO_TABLEID = "ALVISO "
A07_TABLEID = "A07 "
A08_TABLEID = "A08 "
APPLE_TABLEID = "Apple00"
ASUS_OEMAPIC = "OEMAPIC "
RX2800-2_TABLEID = "RX2800-2"
BL860C-2_TABLEID = "BL860C-2"
BL870C-2_TABLEID = "BL870C-2"
BL890C-2_TABLEID = "BL890C-2"
NOTEBOOK_TABLEID = "Notebook"
1651_TABLEID = "FACP1651"
ACRPRDCT_TABLEID = "ACRPRDCT"
MACBOOK_TABLEID = "MacBook"
MACBOOKAIR_TABLEID = "MacBookA"
NIKE_TABLEID = "LH43STAR"
TOSASU00_TABLEID = "TOSASU00"
NVCARDHUAP30_TABLEID = "AP30EDK2"
NVCOMOT114_TABLEID = "T114EDK2"
INTELSOCCV_TABLEID = "CLOVERVW"
CB-01_TABLEID = "CB-01 "
QCOMM8960_TABLEID = "MSM8960 "
QCOMM8930_TABLEID = "MSM8930 "
MSM8909_TABLEID = "MSM8909 "
MSM8930_TABLEID = "MSM8930 "
MSM8960_TABLEID = "MSM8960 "
MSM8992_TABLEID = "MSM8992 "
MSM8994_TABLEID = "MSM8994 "
MSM8996_TABLEID = "MSM8996 "
EAGLLAKE_TABLEID = "EAGLLAKE"
SURFACE_3_TABLEID = "A M I "
SURFACE_PRO3_TABLEID = "O E M C "
SURFACE_PRO4_TABLEID = "MSFT "
SURFACE_BOOK_TABLEID = "MSFT "
SKYLAKE_TABLEID = "SKL "
KABYLAKE_TABLEID = "KBL "
ICELAKE_TABLEID = "ICL "
COFFEELAKE_TABLEID = "CFL "
CANNONLAKE_TABLEID = "CNL "
GEMINILAKE_TABLEID = "GLK "
APOLLOLAKE_TABLEID = "APL "
SURFACE_LAPTOP_TABLEID = "OEMLA "
SURFACE_PRO5_TABLEID = "OEMCA "
SURFACE_BOOK2_TABLEID = "MSFT "
LGEPC_TABLEID = "LGEPC "
HPQ_TABLEID = "836D"
SDM850_TABLEID = "SDM850 "
QCOMM8998_EDK2_TABLEID = "QCOMEDK2"
MSM8998_TABLEID = "MSM8998 "
PE_SC3_TABLEID = "PE_SC3 "
;
; Processor IDs
;
PROCESSOR_INTEL = "GenuineIntel"
PROCESSOR_AMD = "AuthenticAMD"
;
; ACPI Hardware IDs
;
NVRAIDBUS_HID1 = "ACPI\NVRAIDBUS"
NVRAIDBUS_HID2 = "ACPI\_NVRAIDBUS"
;
; SD-enumerated Marvell WiFi controller hardware ID strings.
;
MARVELL_SD_WIFI_HID1 = "SD\VID_02DF&PID_9128"
MARVELL_SD_WIFI_HID2 = "SD\VID_02DF&PID_9129"
;
; PEP Device IDs
;
SURFACE_PRO3_WIFI = "\_SB.PCI0.RP01.WIFI"
DEVICE_AUDIO_MINIPORT = "\_SB.ADSP.SLM1.ADCM.AUDD.QCRT"
;
; Synaptics Touch Driver Module Name.
;
SYNAPTICS_TOUCH_DRV = "SynapticsTouch.sys"
;
; Foxconn Touch Driver Module Name.
;
FOXCONN_TOUCH_DRV = "FTSTouch.sys"
Download Driver Pack
After your driver has been downloaded, follow these simple steps to install it.
Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.
Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.