📄 oempost.asm
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; EOI has not yet been issued to Interrupt Controller ;
; output: ;
; NC display change successful ;
; CY display change not successful ;
; register usage : Do not destroy any register ;
; ;
; IMPLEMENTATION NOTE ;
; 1. This routine will be called whenever display needs to changed to ;
; OEM display mode. ;
; 2. Uncompress the OEM logo module, save the segment where the OEM logo;
; module is uncompressed, give control to OEM logo module to display the;
; OEM logo. ;
; 3. The OEM Logo Module ID is 0Eh. ;
; 5. The OEM Logo Module can be incorporated into the system ROM image ;
; by AMIMM utility. ;
; 6. If you need to have separate module for OEM Logo Code and Data, ;
; use Module ID 0Eh for Code and any user defined module ID for Data. ;
; 7. The necessary data areas in DIMDATASEG is ;
; OemSegment DW ; contain the segment where the ;
; ; OEM logo module is uncompressed ;
; ;
; IMPLEMENTATION ALGORITHM ;
; Step-0: Check whether OEM logo module is already uncompressed in ;
; OemSegment. If already uncompressed, go to Setp-4. ;
; Step-1: Uncompress the OEM logo module. ;
; Step-2: If uncompress is not successful, Set Carry flag (CY), Exit. ;
; Step-3: Save the segment where OEM logo module is uncompressed in ;
; OemSegment data area in DIMDATASEG. ;
; Step-4: Give control to OEM logo module. ;
; Step-5: Reset carry flag (NC), Exit. ;
; ;
; OEM LOGO MODULE FORMAT ;
; Note that this format is a suggesstion only (the code given here is ;
; written based on this format). Any format is allowed in which case ;
; the code in this routine needs to be modified accordingly. ;
; ;
; Offset-0: Word having the signature 55AA. ;
; Offset-2: Byte having the module size in 512Bytes unit. ;
; Offset-3: The entry point of OEM logo display module. ;
; ;
;-----------------------------------------------------------------------;
extrn uncom_segment:word
extrn scratch_segment:word
extrn uncompress_general_module:near
public change_display_to_oem
change_display_to_oem:
push es
push ds
pushad
push DIMDATASEG
pop ds
mov ds,ds:word ptr OemSegment
cmp ds:word ptr [0000h],0aa55h
jz short cdto_01 ; OEM module already uncompressed
;---------------------------------------;
; uncompress OEM code
cli
mov ax,cgroup:uncom_segment
mov ds:word ptr OemSegment,ax
mov es,ax
mov ds,cgroup:scratch_segment
mov bl,graphic_logo_code_id
call uncompress_general_module; uncompress OEM module
stc ; display change not successful
jnz short cdto_00 ; no OEM module present
;---------------------------------------;
;; for 256 color Logo
mov es,cgroup:uncom_segment
mov ds,cgroup:scratch_segment
mov bl,33h;graphic_logo_data_id
call uncompress_general_module; uncompress OEM module
stc ; display change not successful
jnz short cdto_00 ; no OEM module present
; push ds
; push DIMDATASEG
; pop ds
; mov ax,cgroup:uncom_segment
; shr cx,4
; add ax,cx
; mov ds:word ptr OemSegment,ax
; mov es,ax
; mov ds,cgroup:scratch_segment
; mov bl,graphic_logo_data_id
; call uncompress_general_module; uncompress OEM module
; stc ; display change not successful
; pop ds
; jnz short cdto_00 ; no OEM module present
;---------------------------------------;
cdto_01:
sti
push cs
push offset cgroup:cdto_ret
push ds
push 0003h ; OEM routine offset is at 0003h
retf
cdto_ret:
clc ; display change successful
cdto_00:
sti
popad
pop ds
pop es
ret
;-----------------------------------------------------------------------;
ENDIF
;-----------------------------------------------------------------------;
; GET_ONBOARD_DEVICE_INFO ;
; this routine returns the information of concerned onboard device. ;
; input : ;
; DS:SI ptr to concerned onboard device data structure ;
; (See Note-1 for device type details) ;
; output: ;
; CY error (e.g. routine is not implemented) ;
; (in this case, device will be assumed to be disabled) ;
; NC successful ;
; AL 00, onboard device is disabled ;
; 01, onboard device is enabled ;
; register usage : do not destroy any register except AL ;
; NOTE: ;
; 1. The input DS:SI points to the start of the concerned onboard device;
; device information structure. The bit6-0 of the byte at offset-4 of ;
; the structure contains the device type information as follows: ;
; device type device ;
; 00 Undefined ;
; 01 Other ;
; 02 Unknown ;
; 03 Video ;
; 04 SCSI Controller ;
; 05 Ethernet ;
; 06 Token Ring ;
; 07 Sound ;
; 08-7F Undefined ;
; 2. If the device type is Undefined, return with AL = 00, disabled ;
;-----------------------------------------------------------------------;
public get_onboard_device_info
get_onboard_device_info:
stc
ret
;-----------------------------------------------------------------------;
;-----------------------------------------------------------------------;
; INITIALIZATION TABLES USED IN CP_INIT ;
; Put all the tables which are used in CP_INIT hook in POST.ASM ;
; and may be different for different OEMs. ;
;-----------------------------------------------------------------------;
db '$$CT'
db 01h
db 'SIS530 PCI Init', 0
dw offset cgroup:PCI_init_end
db 00h
db 'Register',0
db 'Data',0
public pci_init_begin
public pci_init_end
PCI_init_begin label byte
db 084h,060h ;
db 085h,000h ;
db 086h,003h ;
db 088h,000h ;
db 089h,010h ;
db 08ah,07bh ;
db 08ch,048h ;
db 097h,001h ;
db 0a0h,040h ;
db 0a1h,040h ;
db 0a2h,080h ;
db 0a3h,000h ;
PCI_init_end label byte
;;----------------------------------------------------------------------;
db '$$CT'
db 01h
db 'SIS5595 PCI-ISA Init', 0
dw offset cgroup:PISAC_init_end
db 00h
db 'Register',0
db 'Data',0
public PISAC_init_begin
public PISAC_init_end
PISAC_init_begin label byte
db 041h,080h ; INTA# Remapping Control
db 042h,080h ; INTB# Remapping Control
db 043h,080h ; INTC# Remapping Control
db 044h,080h ; INTD# Remapping Control
db 046h,090h ; 16 bit & 8bit IO recovery time
; db 047h,042h ;
db 047h,040h ; 11/04/98
db 049h,0ffh ; ISA Master/DMA Memory Control
db 04ah,010h ; memory hole 16M top
db 04bh,00fh ; memory hole 15M bottem
db 065h,0c0h ; PHOLDL# timer
db 066h,040h ; Priority timer
db 067h,004h ; Extended DACK#/Subtractive Decode
db 06ah,080h ; SCI router
PISAC_init_end label byte
;;----------------------------------------------------------------------;
db '$$CT'
db 01h
db 'SIS5595 PMU Init', 0
dw offset cgroup:PMU_init_end
db 00h
db 'Register',0
db 'Data',0
public PMU_init_begin
public PMU_init_end
PMU_init_begin label byte
; db 05eh,0b2h
; db 05fh,000h
; db 04dh,000h
db 05ch,0b2h ; Set B2 I/O Trap for S/W SMI.
db 05dh,000h
db 060h,000h ; disable PMU SMI ENABLE bit
db 061h,000h ;
db 062h,000h ;
db 063h,000h ;
db 079h,000h ; clear Timer 0~2 count
db 07ah,000h ;
db 07bh,000h ;
PMU_init_end label byte
reg_struc struc
setup_Q db (?)
reg_index db (?)
mask_value db (?)
sis_dev_func_number dw (?)
reg_struc ends
public program_ws_table_start
public program_ws_table_end
program_ws_table_start label byte
reg_struc <Q_NA ,50h,080h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_NA_L2_HIT ,50h,020h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_NA_IO_CYCYE ,50h,010h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
;reg_struc <Q_SINGLE_READ ,52h,040h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
;reg_struc <Q_BRDY_L2_HIT ,51h,040h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_DRAM_SYNCHRONOUS ,52h,080h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_GRAPWIN_ADD_DECODE ,52h,020h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_SYNCHRONOUS_CPU_DRAM ,52h,010h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_RAS_PULSE_WIDTH ,56h,0C0h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_REFRESH_DEPTH ,56h,030h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_REFRESH_TIME ,56h,00ch,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_REFRESH_ENABLE ,56h,002h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_SDRAM_WR_RETIRE ,5dh,010h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_SDRAM_ROWHIT ,5eh,040h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_DMA_REQ_CNT ,81h,010h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_TIME_WRITE_L2 ,81h,008h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_CONCURRENCY_MODE ,82h,080h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_TRDY_ASSERT_TIME ,82h,040h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_READ_PREFETCH ,82h,010h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_ADD_DECODE_TIME ,82h,001h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_MEM_BURST_CNT ,83h,002h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
reg_struc <Q_MEM_POST_WRITE ,83h,001h,S530_BUS_NUM + S530_DEV_FUNC_NUM>
;;SIS 5595
reg_struc <Q_16BIT_IO_CYCLE ,46h,0c0h,S5595_PCI2ISA_DEV_FUNC_NUM shl 8 + S5595_BUS_NUM>
reg_struc <Q_8BIT_IO_CYCLE ,46h,030h,S5595_PCI2ISA_DEV_FUNC_NUM shl 8 + S5595_BUS_NUM>
reg_struc <Q_16BIT_DMA_CYCLE ,47h,030h,S5595_PCI2ISA_DEV_FUNC_NUM shl 8 + S5595_BUS_NUM>
reg_struc <Q_8BIT_DMA_CYCLE ,47h,00ch,S5595_PCI2ISA_DEV_FUNC_NUM shl 8 + S5595_BUS_NUM>
reg_struc <Q_ISA_BUS_CLOCK ,45h,0c0h,S5595_PCI2ISA_DEV_FUNC_NUM shl 8 + S5595_BUS_NUM>
;;SIS 5595
program_ws_table_end label byte
;*****************************************************************;
;*****************************************************************;
;** **;
;** (C)Copyright 1985-1996, American Megatrends Inc. **;
;** **;
;** All Rights Reserved. **;
;** **;
;** 6145-F, Northbelt Parkway, Norcross, **;
;** ⌨️ 快捷键说明
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