; []===========================================================[] ; ; NOTICE: THIS PROGRAM BELONGS TO AWARD SOFTWARE INTERNATIONAL(R) ; INC. IT IS CONSIDERED A TRADE SECRET AND IS NOT TO BE ; DIVULGED OR USED BY PARTIES WHO HAVE NOT RECEIVED ; WRITTEN AUTHORIZATION FROM THE OWNER. ; ; []===========================================================[] ; ;---------------------------------------------------------------------------- ;Rev Date Name Description ;---------------------------------------------------------------------------- ;R16 03/14/98 RAY Add macro switch for item needs no help ;R15 02/14/98 RAY Add dummy MACROs: ; ; Support new ?feature.asm format in which the help ; offset of each item is pointed to XGROUP. ; ; This is done to let ?feature.asm works both in BIOS ; 4.51 & 4.60(supports Multi-Languages) ; ;R14 05/29/97 KVN Added a new segment for store more BIOS code ;R13 03/26/97 KEN Add "USB_SMI_AT_E000" definition. ;R10A 11/30/96 RAY No need to add R10 ;R12 11/04/96 DNL Added "E000_SMI_SUPPORT" definition support ;R11 08/21/96 KEN Add macro SMI_F0CALL for SMI handler to call F000 codes. ;R10 08/14/96 RAY Add switch MASM611 for compiling DMIPOST.ASM using ; MASM 6.X ;R09 01/10/96 RCH ESS1788/1888 use port 0E0H & 0E1H as register control ; port, so NEWIODELAY default use 0EBH instead of 0E1H ;R08A 10/12/95 RCH It's not necessary to output word for delay ;R08 10/11/95 RCH Some chipsets or M/B use port 0E1H , so the port for ; NEWIODELAY should be changeable. ( for example, ECS/ ; SiS551X with CIRRUS 5436 VGA card ) ;R07A 09/06/95 RCH BIOS never do far call under protected mode ;R07 08/22/95 DNL Added protection mode F000_Call support ;R06 06/13/95 KVN Reduce Post_func_call and F000_call code size ;R04 04/18/94 RAY add FAR_CALL macro ;R03 02/24/93 RCH Always use 0E1H to instead of 0EBH ;R02 05/05/92 RCH Some chipset use port 0EBh , So we can't use this port ; to make I/O delay. ( such as TOPCAT,SCAMP ) ;R01 OCT-15-90 SMS adding copyright stmt. ;R00 06/01/90 TIM Initial release for 4.0 ;[]-----------------------------------[] ; ; Award Software 386/486 BIOS ; Common Macros ; Initial Revision 17-Apr-1990 ; ;[]-----------------------------------[] INCLUDE BIOS.CFG ;R10A ifndef MASM611 ;R10 INVD MACRO db 0fh,08h ENDM WBINVD MACRO db 0fh,09h ENDM RDMSR MACRO db 0Fh,32h ENDM WRMSR MACRO db 0Fh,30h ENDM ;R10A endif ;MASM611 ;R10 ; ; Timing macros ; SIODELAY MACRO ; SHORT IODELAY jmp short $+2 ENDM IODELAY MACRO ; NORMAL IODELAY siodelay siodelay ENDM WAFORIO MACRO ; NORMAL IODELAY siodelay siodelay siodelay siodelay siodelay siodelay ENDM NEWIODELAY MACRO ;R03 OUT 0EBh, AX ;R09 ifdef PORT_E1H_BE_USED ;R08 out 0ebh,al ;R08A ;R08A out 0ebh,ax ;R08 ;R09 else; PORT_E1H_BE_USED ;R08 ;R09 out 0e1h,al ;R08A ;R08A out 0e1h,ax ;R08 ;R09 endif; PORT_E1H_BE_USED ;R08 ENDM ; ; Other macros ; FAR_JMP MACRO OFF_SET, SEG DB 0EAH DW OFF_SET DW SEG ENDM ;R04 - starts FAR_CALL MACRO OFF_SET, SEG DB 09Ah DW OFF_SET DW SEG ENDM ;R04 - ends ;[]==============================================================[] ; ; ROM_CALL: ; ; Performs a call to a routine while there is not stack. ; The routine called can use no stack but can do a normal RET ; ;DESTROYS: SP ; ;EXAMPLES: ; ; ROM_CALL Any_Rtn ; ROM_CALL ; ;Author: Tim Lewis ;Date: 18 April, 1990 ; ; Name | Date | Description ; --------------------------------------------------------------- ; TIM | 18-Apr-90 | Initial revision ; ;[]==============================================================[] ROM_CALL MACRO RTN_NAME LOCAL RTN_ADD mov sp,offset DGROUP:RTN_ADD jmp RTN_NAME RTN_ADD: dw DGROUP:$+2 ENDM FCALL MACRO OFF_SET DB 09AH DW offset dgroup:OFF_SET DW 0F000h ENDM F000_call MACRO func_addr LOCAL Ret_addr,_P11 ;R07 ;R07 LOCAL Ret_addr ;R07 - start ;R07A push eax ;R07A mov eax,cr0 ;R07A test eax,1 ;R07A pop eax ;R07A jz short _P11 ;R07A ;R07A push offset cs:Ret_addr ;R07A push offset Ret_E_Seg ;R07Aif ((.TYPE func_addr) and 10h) ;func_addr is register? ;R07A push func_addr ;Yes,direct push ;R07Aelse ;R07A push offset func_addr ;R07Aendif ;R07A FAR_JMP ,010h _P11: ;R07 - end ;R06 push 0e000h ;R06 push offset cs:Ret_addr ;R06 push offset F000_func_end push cs ;R14 push offset cs:Ret_addr ;R14 if ((.TYPE func_addr) and 10h) ;func_addr is register? push func_addr ;Yes,direct push else push offset func_addr endif ;R06 FAR_JMP ,0F000H ;R14 push offset cs:Ret_addr ;R06 ;R14 jmp EGROUP:F000_call_proc ;R06 far_jmp ,0e000h ;R14 Ret_addr: ENDM F000_far_call MACRO func_addr LOCAL Ret_addr push 0e000h push offset cs:Ret_addr push 0f000h push offset F000_func_end if ((.TYPE func_addr) and 10h) ;func_addr is register? push func_addr ;Yes,direct push else push offset func_addr endif FAR_JMP ,0F000H Ret_addr: ENDM POST_func_call MACRO func_addr LOCAL P_Ret_addr ;R06 push 0f000h ;R06 push offset cs:P_Ret_addr ;R06 push offset POST_func_end push cs ;R14 push offset cs:P_Ret_addr ;R14 if ((.TYPE func_addr) and 10h) ;func_addr is register? push func_addr ;Yes,direct push else push offset func_addr endif ;R06 FAR_JMP ,0e000h ;R14 push offset cs:P_Ret_addr ;R06 ;R14 jmp DGROUP:Post_call_proc ;R06 far_jmp ,0f000h ;R14 P_Ret_addr: ENDM POST_far_call MACRO func_addr LOCAL P_Ret_addr push 0f000h push offset cs:P_Ret_addr push 0e000h push offset POST_func_end if ((.TYPE func_addr) and 10h) ;func_addr is register? push func_addr ;Yes,direct push else push offset func_addr endif FAR_JMP ,0e000h P_Ret_addr: ENDM ;R11 - start SMI_F0CALL MACRO Func_Addr LOCAL Ret_Addr ifdef E000_SMI_SUPPORT ;R12 F000_Call Func_Addr ;R12 else ;E000_SMI_SUPPORT ;R12 ifdef USB_SMI_AT_E000 ;R13 F000_Call Func_Addr ;R13 else ;USB_SMI_AT_E000 ;R13 if ((.TYPE Func_Addr) and 10h) ;Func_Addr is register? push Func_Addr ;Yes,direct push else push offset Func_Addr endif push (offset Ret_Addr - offset SMI_Handler_Start) jmp SMI_F0call_Proc Ret_Addr: endif ;USB_SMI_AT_E000 ;R13 endif ;E000_SMI_SUPPORT ;R12 ENDM ifdef E000_SMI_SUPPORT ;R12 SMI_OFFSET EQU <> ;R12 else ;E000_SMI_SUPPORT ;R12 ifdef USB_SMI_AT_E000 ;R13 SMI_OFFSET EQU <> ;R13 else ;USB_SMI_AT_E000 ;R13 SMI_OFFSET EQU <- offset SMI_Handler_Start> endif ;USB_SMI_AT_E000 ;R13 endif ;E000_SMI_SUPPORT ;R12 ;R11 - end ;R14 start Xcall MACRO func_addr LOCAL X_Ret_addr push cs push offset cs:X_Ret_addr if ((.TYPE func_addr) and 10h) ;func_addr is register? push func_addr ;Yes,direct push else push offset func_addr endif far_jmp ,Xgroup_Segment X_Ret_addr: ENDM ;R14 end ;R15 - starts INCLUDE_LANGUAGES MACRO ENDM DECLARE_MULTI_LANGUAGE MACRO ENDM DEFINE_MSG MACRO MESSAGE_LABEL Public MESSAGE_LABEL MESSAGE_LABEL: ENDM NEED_STD_HELP EQU 1 ;R16 NO_NEED_HELP EQU 0 ;R16 DEFINE_ITEM_MSG MACRO Lang_Tbl, Item_Name, Item_Val, MultiLang_Help, Std_Help_Flg Public Lang_Tbl&_Lang_Tbl Lang_Tbl&_Lang_Tbl: IFNB ;R16 db 1 db Std_Help_Flg ;R16 ENDIF ENDM ;R15 - ends