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Diffstat (limited to 'Board/EM/SMBIOS/SMBiosStaticData/SMBMACRO.AID')
| -rw-r--r-- | Board/EM/SMBIOS/SMBiosStaticData/SMBMACRO.AID | 1228 |
1 files changed, 1228 insertions, 0 deletions
diff --git a/Board/EM/SMBIOS/SMBiosStaticData/SMBMACRO.AID b/Board/EM/SMBIOS/SMBiosStaticData/SMBMACRO.AID new file mode 100644 index 0000000..9858192 --- /dev/null +++ b/Board/EM/SMBIOS/SMBiosStaticData/SMBMACRO.AID @@ -0,0 +1,1228 @@ + ECHO --Including: SMBMACRO.AID + +;---------------------------------------------------------------------------- +; DO NOT CHANGE ANY THING UNLESS OTHERWISE SPECIFIED +;---------------------------------------------------------------------------- + +;**************************************************************************** +;**************************************************************************** +;** ** +;** (C)Copyright 1985-2016, American Megatrends, Inc. ** +;** ** +;** All Rights Reserved. ** +;** ** +;** 5555 Oakbrook Pkwy, Suite 200, Norcross, GA 30093 ** +;** ** +;** Phone: (770)-246-8600 ** +;** ** +;**************************************************************************** +;**************************************************************************** +;**************************************************************************** +; $Header: $ +; +; $Revision: $ +; +; $Date: $ +; +;**************************************************************************** +; Revision History +; ---------------- +; $Log: $ +; +;**************************************************************************** + +;---------------------------------------------------------------------------- +; Structure Type 0 : BIOS INFORMATION +;---------------------------------------------------------------------------- + +BIOS_CHAR macro + + LOCAL BIOSCHARACTER + BIOSCHARACTER = 0 + +IF MKF_BI_UNKNOWN_CHAR + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 2) +ENDIF + +IF MKF_BI_BIOS_CHAR_NOT_SUPPORTED + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 3) +ENDIF + +IF MKF_INC_ISA + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 4) +ENDIF + +IF MKF_BI_MCA + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 5) +ENDIF + +IF MKF_BI_EISA + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 6) +ENDIF + +IF MKF_INC_PCI + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 7) +ENDIF + +IF MKF_BI_PCMCIA + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 8) +ENDIF + +IF MKF_INC_PnP + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 9) +ENDIF + +IFDEF MKF_APM_SUPPORT + IF MKF_APM_SUPPORT + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 10) + ENDIF +ENDIF + +IF MKF_BI_BIOS_Flash + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 11) +ENDIF + +IF MKF_BI_BIOS_Shadow + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 12) +ENDIF + +IF MKF_BI_VL_VESA + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 13) +ENDIF + +IF MKF_BI_ESCD + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 14) +ENDIF + +IF MKF_BI_CDROM_BOOT + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 15) +ENDIF + +IF MKF_BI_SELECTABLE_BOOT + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 16) +ENDIF + +IF MKF_BI_BIOS_ROM_SOCKET + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 17) +ENDIF + +IF MKF_BI_PCMCIA_BOOT + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 18) +ENDIF + +IF MKF_BI_EDD + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 19) +ENDIF + +IF MKF_BI_INT13_NEC9800 + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 20) +ENDIF + +IF MKF_BI_INT13_TOSHIBA + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 21) +ENDIF + +IF MKF_BI_INT13_5_25_360 + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 22) +ENDIF + +IF MKF_BI_INT13_5_25_1_2 + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 23) +ENDIF + +IF MKF_BI_INT13_3_5_720 + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 24) +ENDIF + +IF MKF_BI_INT13_3_5_2_88 + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 25) +ENDIF + +IF MKF_BI_INT5_PRINT_SCRN + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 26) +ENDIF + +IFDEF MKF_KBC_SUPPORT +IF MKF_KBC_SUPPORT + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 27) +ENDIF +ENDIF + +IF MKF_BI_INT14_SERIAL_SVC + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 28) +ENDIF + +IF MKF_BI_INT17_PRN_SVC + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 29) +ENDIF + +IF MKF_BI_INT10_CGA_MONO + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 30) +ENDIF + +IF MKF_BI_NEC_PC_98 + BIOSCHARACTER = BIOSCHARACTER OR (1 shl 31) +ENDIF + EXITM %BIOSCHARACTER +ENDM + +;---------------------------------------------------------------------------- +; Use this Macro to set bits 32:63 of BIOS Characteristics + +BIOS_CHAR1 macro + LOCAL BIOSCHARACTER1 + BIOSCHARACTER1 = 0 + + BIOSCHARACTER1 = BIOSCHARACTER1 OR (1 shl 0) + +;BIT 32 (bit 0 in this section) is used to indicate the this BIOS is capable +; of updating strings with variable length + + EXITM %BIOSCHARACTER1 +ENDM + +;---------------------------------------------------------------------------- + +EXT_CHAR macro + + LOCAL BIOSEXTCHARACTER + BIOSEXTCHARACTER = 0 + +IFDEF MKF_ACPI_SUPPORT + IF MKF_ACPI_SUPPORT + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 0) + ENDIF +ENDIF + +IFDEF MKF_AMIUSB_SUPPORT + IF MKF_AMIUSB_SUPPORT + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 1) + ENDIF +ENDIF + +IF MKF_BI_AGP_SUPPORT + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 2) +ENDIF + +IF MKF_BI_I2O_BOOT_SUP + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 3) +ENDIF + +IF MKF_BI_LS120_BOOT_SUP + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 4) +ENDIF + +IF MKF_BI_ATAPI_ZIP_SUP + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 5) +ENDIF + +IF MKF_BI_IEEE_1394_SUP + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 6) +ENDIF + +IF MKF_BI_SMART_BAT_SUP + BIOSEXTCHARACTER = BIOSEXTCHARACTER OR (1 shl 7) +ENDIF + + EXITM %BIOSEXTCHARACTER +ENDM + +;---------------------------------------------------------------------------- + +EXT_CHAR2 macro + + LOCAL BIOSEXTCHARACTER2 + BIOSEXTCHARACTER2 = 0 ;Note: Targeted Content Distribution bit + ;must be set per Microsoft "SMBIOS + ;Support in Windows" document + +IF MKF_BBS_SUPPORT + BIOSEXTCHARACTER2 = BIOSEXTCHARACTER2 OR (1 shl 0) +ENDIF + +IF MKF_NETBOOT_SUPPORT + BIOSEXTCHARACTER2 = BIOSEXTCHARACTER2 OR (1 shl 1) +ENDIF + +IF MKF_BI_ETCD + BIOSEXTCHARACTER2 = BIOSEXTCHARACTER2 OR (1 shl 2) +ENDIF + +IF MKF_UEFI_SUPPORT + BIOSEXTCHARACTER2 = BIOSEXTCHARACTER2 OR (1 shl 3) +ENDIF + +IF MKF_VIRTUAL_MACHINE + BIOSEXTCHARACTER2 = BIOSEXTCHARACTER2 OR (1 shl 4) +ENDIF + + EXITM %BIOSEXTCHARACTER2 +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 1 : SYSTEM INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 2 : BASEBOARD INFORMATION +;---------------------------------------------------------------------------- + +BASE_BOARD_FEATURE_FLAGS MACRO + + LOCAL FEATUREFLAGS + FEATUREFLAGS = 0 + + IF MKF_BB_HOSTING_BOARD + FEATUREFLAGS = FEATUREFLAGS OR 01h + ENDIF + + IF MKF_BB_REQUIRE_AUX_BOARD + FEATUREFLAGS = FEATUREFLAGS OR 02h + ENDIF + + IF MKF_BB_REMOVABLE + FEATUREFLAGS = FEATUREFLAGS OR 04h + ENDIF + + IF MKF_BB_REPLACEABLE + FEATUREFLAGS = FEATUREFLAGS OR 08h + ENDIF + + IF MKF_BB_HOT_SWAPPABLE + FEATUREFLAGS = FEATUREFLAGS OR 10h + ENDIF + + EXITM %FEATUREFLAGS +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 3 : SYSTEM ENCLOSURE OR CHASSIS +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 4 : PROCESSOR INFORMATION +;---------------------------------------------------------------------------- + +@PROC_VOLT MACRO arglist:VARARG + + LOCAL xV, xC, xM + xC = 1 + xV = 0 + FOR arg, <arglist> + IF xC EQ 1 + xM = arg + ENDIF + + IF xC GT 1 + IF xM EQ 0 + xV = xV OR arg + ENDIF + IF xM GT 0 + xV = arg OR 80h + ENDIF + ENDIF + xC = xC+1 + + ENDM + EXITM %xV +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 5 : MEMORY CONTROLLER INFORMATION +;---------------------------------------------------------------------------- + +MEM_CTRL_ECC MACRO + + LOCAL MEMCONTROLLERECC + MEMCONTROLLERECC = 0 + +IF MKF_MCE_OTHER + MEMCONTROLLERECC = MEMCONTROLLERECC OR (1 shl 0) +ENDIF + +IF MKF_MCE_UNKNOWN + MEMCONTROLLERECC = MEMCONTROLLERECC OR (1 shl 1) +ENDIF + +IF MKF_MCE_NONE + MEMCONTROLLERECC = MEMCONTROLLERECC OR (1 shl 2) +ENDIF + +IF MKF_MCE_SINGLE_BIT_ECC + MEMCONTROLLERECC = MEMCONTROLLERECC OR (1 shl 3) +ENDIF + +IF MKF_MCE_DOUBLE_BIT_ECC + MEMCONTROLLERECC = MEMCONTROLLERECC OR (1 shl 4) +ENDIF + +IF MKF_MCE_ERROR_SCRUBBING + MEMCONTROLLERECC = MEMCONTROLLERECC OR (1 shl 5) +ENDIF + + EXITM %MEMCONTROLLERECC + +ENDM + +;---------------------------------------------------------------------------- + +MEM_CTRL_SPEED MACRO + + LOCAL MEMCONTSUPSPEED + MEMCONTSUPSPEED = 0 + +IF MKF_SS_OTHER + MEMCONTSUPSPEED = MEMCONTSUPSPEED OR (1 shl 0) +ENDIF + +IF MKF_SS_UNKNOWN + MEMCONTSUPSPEED = MEMCONTSUPSPEED OR (1 shl 1) +ENDIF + +IF MKF_SS_70ns + MEMCONTSUPSPEED = MEMCONTSUPSPEED OR (1 shl 2) +ENDIF + +IF MKF_SS_60ns + MEMCONTSUPSPEED = MEMCONTSUPSPEED OR (1 shl 3) +ENDIF + +IF MKF_SS_50ns + MEMCONTSUPSPEED = MEMCONTSUPSPEED OR (1 shl 4) +ENDIF + + EXITM %MEMCONTSUPSPEED + +ENDM + +;---------------------------------------------------------------------------- +; Following macro is defined for Memory Type +;---------------------------------------------------------------------------- + +@MEMORY_TYPE MACRO arglist:VARARG + + LOCAL xMt + xMt = 0 + FOR arg, <arglist> + xMt = xMt OR arg + ENDM + WORD xMt +ENDM + +;---------------------------------------------------------------------------- + +@MEMORY_INFO MACRO arglist:VARARG + + LOCAL xB, xMs, xIs, xEs, xC + xC = 0 + xB = 0 + FOR arg, <arglist> + xC = xC + 1 + IF xC EQ 1 + xB = xB OR (arg shl 4) + ENDIF + IF xC EQ 2 + xB = xB OR arg + ENDIF + IF xC EQ 3 + xMs = arg + ENDIF + IF xC EQ 4 + xIs = MEM_SIZE_IN_MB(arg) + ENDIF + IF xC EQ 5 + xEs = MEM_SIZE_IN_MB(arg) + ENDIF + IF xC EQ 6 + xIs = xIs OR arg + xEs = xEs OR arg + ENDIF + ENDM + BYTE xB + BYTE xMs + xEs = xEs*256 + xEs = xEs OR xIs + EXITM %xEs +ENDM + +;---------------------------------------------------------------------------- + +@MEMORY_ERR_STATUS MACRO arglist:VARARG + LOCAL xErr + FOR arg, <arglist> + xErr = 0 + ENDM + BYTE xErr +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 6 : MEMORY MODULE INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +MEM_MOD_VOLTAGE MACRO + + LOCAL memVolt + memVolt = 0 + +IF MKF_MM_VOLTAGE_5V + memVolt = memVolt OR 1 +ENDIF + +IF MKF_MM_VOLTAGE_33V + memVolt = memVolt OR (1 shl 1) +ENDIF + +IF MKF_MM_VOLTAGE_29V + memVolt = memVolt OR (1 shl 2) +ENDIF + + EXITM %memVolt +ENDM + +;---------------------------------------------------------------------------- + +SUPPORTED_MEM_TYPE MACRO + + LOCAL MEMMODSUPTYPE + MEMMODSUPTYPE = 0 + +IF MKF_TYPE_OTHER + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 0) +ENDIF + +IF MKF_TYPE_UNKNOWN + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 1) +ENDIF + +IF MKF_TYPE_STANDARD + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 2) +ENDIF + +IF MKF_TYPE_FAST_PAGE_MODE + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 3) +ENDIF + +IF MKF_TYPE_EDO + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 4) +ENDIF + +IF MKF_TYPE_PARITY + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 5) +ENDIF + +IF MKF_TYPE_ECC + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 6) +ENDIF + +IF MKF_TYPE_SIMM + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 7) +ENDIF + +IF MKF_TYPE_DIMM + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 8) +ENDIF + +IF MKF_TYPE_BURST_EDO + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 9) +ENDIF + +IF MKF_TYPE_SDRAM + MEMMODSUPTYPE = MEMMODSUPTYPE OR (1 shl 10) +ENDIF + + EXITM %MEMMODSUPTYPE + +ENDM + +;---------------------------------------------------------------------------- +; Following Macro calculates the Memory size in unit of MegaByte, +; Porting engineer has to give value in SMB.EQU files only, and this +; macro will calculate the correct size in MB +;---------------------------------------------------------------------------- +; aa = xSize/(1024*1024) + +MEM_SIZE_IN_MB macro xSize:REQ + + LOCAL aa, bb + bb = 0 + aa = xSize + WHILE aa GT 0 + aa = aa SHR 1 + bb = bb + 1 + ENDM + IF bb GT 0 + bb = bb - 1 + ENDIF + EXITM %bb +ENDM + +;---------------------------------------------------------------------------- +; Following macro will calculate the BIOS size in unit of KB Porting +; Engineer has to give value in SMB.EQU, and this macro will +; calculate the BIOS size in KB +;---------------------------------------------------------------------------- + +BIOS_SIZE_IN_KB MACRO xSize:REQ + LOCAL aa + + aa = xSize + IF aa LE (256*64*1024) + aa = (aa/(64*1024)) - 1 + else + aa = 255 + ENDIF + EXITM %aa +ENDM + +;---------------------------------------------------------------------------- +; Following String defines the Memory module Information Structure +;---------------------------------------------------------------------------- + + +;---------------------------------------------------------------------------- +; Structure Type 7 : CACHE INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +CACHE_SIZE MACRO xSize:REQ + LOCAL cSize + IF xSize GT (64*1024) + cSize = (xSize/(64*1024)) OR 8000h + ELSE + cSize = xSize/(1024) + ENDIF + EXITM %cSize +ENDM + +;---------------------------------------------------------------------------- +; Following macro defines the Cache Speed +;---------------------------------------------------------------------------- + +CACHE_SPEED MACRO xSize:REQ + LOCAL cSize + cSize = xSize + EXITM %cSize +ENDM + +;---------------------------------------------------------------------------- +; Following Macro is defined for Cache Information +;---------------------------------------------------------------------------- + +@CACHE_INFO MACRO arglist:VARARG + + LOCAL xCs, xIs, xTyp, xC + xC = 0 + xTyp = 0 + FOR arg, <arglist> + xC = xC+1 + IF xC EQ 1 + xCs = CACHE_SIZE(arg) + ENDIF + IF xC EQ 2 + xIs = CACHE_SIZE(arg) + ENDIF + IF xC GT 2 + xTyp = xTyp OR arg + ENDIF + ENDM + WORD xCs + WORD xIs + WORD xTyp + WORD xTyp +ENDM + +;---------------------------------------------------------------------------- +; Following Macro is defined for Cache Operational Mode +;---------------------------------------------------------------------------- + +@CACHE_CFG MACRO arglist:VARARG + + LOCAL xCfg + xCfg = 0 + FOR arg, <arglist> + xCfg = xCfg OR arg + ENDM + WORD xCfg +ENDM + +;---------------------------------------------------------------------------- + +@EXT_CACHE_CFG MACRO arglist:VARARG + + LOCAL xCfg + xCfg = 0 + FOR arg, <arglist> + xCfg = xCfg OR arg OR CCL_EXTERNAL + ENDM + WORD xCfg +ENDM + +;---------------------------------------------------------------------------- +; Following macro is defined for Cache Characteristics +;---------------------------------------------------------------------------- + +@CACHE_CHAR MACRO arglist:VARARG + + LOCAL xCspeed, xErrCorrType, xSysCacheType, xAssoc, xC + xC = 0 + FOR arg, <arglist> + xC = xC+1 + IF xC EQ 1 + xCspeed = CACHE_SPEED(arg) + ENDIF + IF xC EQ 2 + xErrCorrType = arg + ENDIF + IF xC EQ 3 + xSysCacheType = arg + ENDIF + IF xC EQ 4 + xAssoc = arg + ENDIF + ENDM + BYTE xCspeed + BYTE xErrCorrType + BYTE xSysCacheType + BYTE xAssoc +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 8 : PORT CONNECTOR INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +DEFINE_EXT_CONNECTOR macro IntRefStr:REQ, IntConTyp:REQ, ExtRefStr:REQ, ExtConTyp:REQ, PortTyp:REQ + + PORT_DEFINE_STRUC {\ + 1, + IntConTyp, + 2, + ExtConTyp, + PortTyp\ + } + PUT_STR IntRefStr + PUT_STR ExtRefStr +ENDM + +;---------------------------------------------------------------------------- + +DEFINE_INT_CONNECTOR macro IntRefStr:REQ, IntConTyp:REQ, PortTyp:REQ + + PORT_DEFINE_STRUC {\ + 1, + IntConTyp, + 0, + 0, + PortTyp\ + } + PUT_STR IntRefStr + +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 9 : SYSTEM SLOTS INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +SYSTEM_SLOT_CHAR1 MACRO + + LOCAL SLOTCHAR1TYPE + + SLOTCHAR1TYPE = 0 + + +IF SLC_CHAR_UNKNOWN + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 0) +ENDIF + +IF SLC_CHAR_5VOLT + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 1) +ENDIF + +IF SLC_CHAR_3_POINT_3VOLT + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 2) +ENDIF + +IF SLC_CHAR_SHARE_SLOT + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 3) +ENDIF + +IF SLC_CHAR_PCCARD16 + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 4) +ENDIF + +IF SLC_CHAR_CARDBUS + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 5) +ENDIF + +IF SLC_CHAR_ZOOM_VIDEO + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 shl 6) +ENDIF + +IF SLC_CHAR_MODEM_RING_RESUME + SLOTCHAR1TYPE = SLOTCHAR1TYPE OR (1 SHL 7) +ENDIF + + EXITM %SLOTCHAR1TYPE + +ENDM + +;---------------------------------------------------------------------------- + +SYSTEM_SLOT_CHAR2 MACRO + + LOCAL SLOTCHAR2TYPE + SLOTCHARTYPE2 = 1 + + IF SLOT_CHAR2_PME + SLOTCHAR2TYPE = SLTCHAR2TYPE OR (1 shl 0) + ENDIF + + EXITM %SLOTCHAR2TYPE +ENDM + +;---------------------------------------------------------------------------- + +SYS_SLOT_CHAR MACRO arglist:VARARG + + LOCAL xRet + xRet = 0 + ;xRet = 1 + FOR arg, <arglist> + xRet = xRet OR arg + ENDM + + EXITM %xRet +ENDM + +;---------------------------------------------------------------------------- + +SYS_SLOT_INFO MACRO type, len, hndl, str, stype, busw, usage, slen, id, schar, seggrp, busn, devfn + + SYSTEM_SLOT_INFO_STRUC {\ + {type, len, hndl}, + 1, + stype, + busw, + usage, + slen, + id, + LOW SYS_SLOT_CHAR(%schar), + HIGH SYS_SLOT_CHAR(%schar), + seggrp, busn, devfn\ + } + PUT_STR %str + +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 10 : ON-BOARD DEVICES INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 11 : OEM STRINGS INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 12 : SYSTEM CONFIGURATION INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 13 : BIOS LANGUAGE INFORMATION STRUCTURE +;---------------------------------------------------------------------------- + +BIOS_LANGUAGE_FLAG MACRO + LOCAL BIOSLANGFLAG + BIOSLANGFLAG= 0 + BIOSLANGFLAG= BIOSLANGFLAG OR (ABBRIVIATED_FORMAT shl 1) + + EXITM %BIOSLANGFLAG + +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 14: GROUP ASSOCIATION INFORMATION +;---------------------------------------------------------------------------- + +SUB_GROUP_ASSOCIATION MACRO xHandle, xNum, xTyp, xSh, xAttrib + + LOCAL length, xIh, hndl + length = (3*xNum)+5 + xIh = xSh + hndl = xHandle + DMIHDR_STRUC {14h, length, hndl} + BYTE 1 + REPEAT xNum + BYTE xTyp + WORD xIh + xIh = xIh+1 + ENDM + SCAN_PUT_STR %xAttrib + TERMINATOR + hndl = hndl+1 + EXITM %hndl +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 15: EVENT LOG INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 16: PHYSICAL MEMORY ARRAY INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 17: MEMORY DEVICE INFORMATION +;---------------------------------------------------------------------------- + +MEM_DEVICE_TYPE_DETAIL macro + + LOCAL DEVICETYPEDETAIL, i + i = 55 + DEVICETYPEDETAIL = 0 + +IF MKF_MDT_OTHER + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 1) +ENDIF + +IF MKF_MDT_UNKNOWN + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 2) +ENDIF + +IF MKF_MDT_FASTPAGED + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 3) +ENDIF + +IF MKF_MDT_STATIC_COLUMN + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 4) +ENDIF + +IF MKF_MDT_PSEUDO_STATIC + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 5) +ENDIF + +IF MKF_MDT_RAMBUS + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 6) +ENDIF + +IF MKF_MDT_SYNCHRONOUS + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 7) +ENDIF + +IF MKF_MDT_CMOS + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 8) +ENDIF + +IF MKF_MDT_EDO + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 9) +ENDIF + +IF MKF_MDT_WINDOWDRAM + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 10) +ENDIF + +IF MKF_MDT_CACHEDRAM + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 11) +ENDIF + +IF MKF_MDT_NONVOLATILE + DEVICETYPEDETAIL = DEVICETYPEDETAIL OR (1 shl 12) +ENDIF + + EXITM %DEVICETYPEDETAIL +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 18: MEMORY ERROR INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 19: MEMORY ARRAY MAPPED ADDRESS INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 20: MEMORY DEVICE MAPPED ADDRESS INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 21: BUILT-IN POINTING DEVICE INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 22: PORTABLE BATTERY INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 23: SYSTEM RESET INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 24: HARDWARE SECURITY INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 25: SYSTEM POWER CONTROLS INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 26: VOLTAGE PROBE INFORMATION +;---------------------------------------------------------------------------- + +VOLTAGE_PRO_INFO MACRO type, leng,hndl, str,LocationStatus, MaximumValue, MinimumValue, Resolution, Tolerance, Accuracy, OemDefined, NominalValue + + VOLTAGE_PROBE_STRUC {\ + {type, leng, hndl}, + 1, + LocationStatus, + MaximumValue, + MinimumValue, + Resolution, + Tolerance, + Accuracy, + OemDefined, + NominalValue\ + } + PUT_STR %str + +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 27: COOLING DEVICE INFORMATION +;---------------------------------------------------------------------------- + +COOLING_DEV_INFO MACRO type, leng,hndl,Tphndl, DeviceTypeandStatus, CoolingUnitGroup, OemDefined, NominalSpeed, Description + + COOLING_DEVICE_STRUC {\ + {type, leng, hndl}, + Tphndl, + DeviceTypeandStatus, + CoolingUnitGroup, + OemDefined, + NominalSpeed, + Description\ + } +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 28: TEMPERATURE PROBE INFORMATION +;---------------------------------------------------------------------------- + +TEMPERATURE_PRO_INFO MACRO type,leng,hndl,str,LS,MaxV,MinV,Rs,Tl,Acr,OD,NV + + TEMPERATURE_PROBE_STRUC {\ + {type, leng, hndl}, + 01h, + LS, + MaxV, + MinV, + Rs, + Tl, + Acr, + OD, + NV\ + } + PUT_STR %str +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 29: ELECTRICAL PROBE INFORMATION +;---------------------------------------------------------------------------- + +ELECTRICAL_PRO_INFO MACRO type, leng,hndl, str,LocationStatus, MaximumValue, MinimumValue, Resolution, Tolerance, Accuracy, OemDefined, NominalValue + + ELECTRICAL_CURRENT_PROBE_STRUC {\ + {type, leng, hndl}, + 1, + LocationStatus, + MaximumValue, + MinimumValue, + Resolution, + Tolerance, + Accuracy, + OemDefined, + NominalValue\ + } + + PUT_STR %str + +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 30: OUT-OF-BAND REMOTE ACCESS INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 31: BOOT INTEGRITY SERVICES ENTRY POINT INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 32: SYSTEM BOOT INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 33: 64-BIT MEMORY ERROR INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 34: MANAGEMENT DEVICE INFORMATION +;---------------------------------------------------------------------------- + +MANAGEMENT_DEV_INFO MACRO type,leng,hndl,str,mtype,ma,mat + + MANAGEMENT_DEVICE_STRUC {\ + {type, leng, hndl}, + 01h, + mtype, + ma, + mat\ + } + PUT_STR %str +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 35: MANAGEMENT DEVICE COMPONENT INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 36: MANAGEMENT DEVICE THRESHOLD DATA INFORMATION +;---------------------------------------------------------------------------- + +MANAGEMENT_DEV_THRESHOLD_INFO MACRO type,leng,hndl,lthnc,uthnc,lthc,uthc,lthnr,uthnr + + MANAGEMENT_DEVICE_THRESHOLD_DATA_STRUC {\ + {type,leng,hndl}, + lthnc, + uthnc, + lthc, + uthc, + lthnr, + uthnr\ + } +ENDM + +;---------------------------------------------------------------------------- +; Structure Type 37: MEMORY CHANNEL INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 38 : IPMI DEVICE INFORMATION +;---------------------------------------------------------------------------- + +;---------------------------------------------------------------------------- +; Structure Type 39: SYSTEM POWER SUPPLY +;---------------------------------------------------------------------------- + +SYSTEM_POWER_SUPPLY_INFO MACRO type,leng,hndl,pug,str1,str2,str3,str4,str5,str6,str7,mpc,psc,ivph,cdh,icph + + SYSTEM_POWER_SUPPLY_STRUC {\ + {type,leng,hndl}, + pug, + 01h, + 02h, + 03h, + 04h, + 05h, + 06h, + 07h, + mpc, + psc, + ivph, + cdh, + icph\ + } + PUT_STR %str1 + PUT_STR %str2 + PUT_STR %str3 + PUT_STR %str4 + PUT_STR %str5 + PUT_STR %str6 + PUT_STR %str7 +ENDM + +;---------------------------------------------------------------------------- +; Following Macros defines Macros used in General +;---------------------------------------------------------------------------- + +TERMINATOR MACRO + db 0 +ENDM + +;---------------------------------------------------------------------------- + +PUT_STR MACRO str + BYTE "&str",0 +ENDM + +;---------------------------------------------------------------------------- + +@GET_VAL MACRO xVal + LOCAL xV + xV = xVal + EXITM %xV +ENDM + +;---------------------------------------------------------------------------- +; Following Macro is defined for Scanning the string and remove +; the null character and tabulation in a string +;---------------------------------------------------------------------------- + +SCAN_STR MACRO str + + LOCAL xS, xOs, xTs + LOCAL xL, xT, xN, xW, xSsl + + xOs TEXTEQU <str> + xS TEXTEQU <> + xL = @SIZESTR (%xOs) + xN = 1 + xW = 0 + + WHILE xW EQ 0 + xT = @INSTR (<%xN>, %xOs, < >) + IF xT EQ 0 + xSsl = xL - xN + 1 + xTs TEXTEQU @SUBSTR (%xOs, <%xN>, <%xSsl>) + xS TEXTEQU @CATSTR (%xS, %xTs) + + xW = 1 + ELSE + xS TEXTEQU @CATSTR (%xS, < >) + xN = xT + 1 + ENDIF + ENDM + EXITM <xS> +ENDM + +;---------------------------------------------------------------------------- +; This macro is defined for scaning and putting string +;---------------------------------------------------------------------------- + +SCAN_PUT_STR MACRO str + + LOCAL xS + xS TEXTEQU <str> + xS TEXTEQU SCAN_STR(%xS) + PUT_STR %xS +ENDM + +;---------------------------------------------------------------------------- + +SCAN_PUT_STR1 MACRO str + + LOCAL xS + xS TEXTEQU <str> + xS TEXTEQU (%xS) + PUT_STR %xS +ENDM + +;---------------------------------------------------------------------------- +;**************************************************************************** +;**************************************************************************** +;** ** +;** (C)Copyright 1985-2016, American Megatrends, Inc. ** +;** ** +;** All Rights Reserved. ** +;** ** +;** 5555 Oakbrook Pkwy, Suite 200, Norcross, GA 30093 ** +;** ** +;** Phone: (770)-246-8600 ** +;** ** +;**************************************************************************** +;**************************************************************************** |