; []===========================================================[] ; ; 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. ; ; []===========================================================[] ; ; PAGE 60,132 ; TITLE POST -- 386 ROM/BIOS POST ;---------------------------------------------------------------------------- ;Rev Date Name Description ;--------------------------------------------------------------------------- ;R43 04/23/99 KVN Fixed system hang when IDE HDD size over 65GB ;R42 04/09/99 RIC Add "SPECIAL_SHARE_MEMORY_SHOW" definition for special ; customer. ;R41 03/23/99 JDN Support other vga wake up in S4 ;R40 03/01/99 KVN Changed "UDMA 2" string to "UDMA 33" for customer request ;R39 02/26/99 RIC Fixed that "NO_CPU_CLOCK_DISPLAY" definition is not ; available. ;R38 02/08/99 ATY Move Line of position for Post Screen overflow. ;R37 12/02/98 KVN Support IDE DMA transfer function ;R36 12/01/98 RAX Added "Show_No_P6_Ucode_msg" define to show warning ; message of missing P6 u-code ;R35 11/27/98 JKY Mobile Pentium II CPU(Id=66A) 300MHz not show 300AMHz ;R34A 11/13/98 TNY Moved to CPUPOST.ASM ;R34 11/09/98 TNY Move measure cpu speed hook for old 586 CPU to xfile.asm ; , because this area is cacheable. ;R33 10/19/98 TNY Add "MoreConfigTblLineIfNo4IDE" option. ;R32 10/01/98 JDN Added code for Wake up VGA in S4 ;R31A 09/23/98 RIC Fix that the IRQ of ACPI show IRQ0 when assign NA to ; the IRQ of ACPI . ;R31 09/19/98 TNY Add show ACPI resource (IRQ). ;R30 08/28/98 RAY Fixed: ; ; The show pci device listing routine(Show_PCI_Device) ; will skip showing PCI devices which Revision ID ; (reg.08h) is equal to 0FFh. ; ;R29 08/20/98 KEN Add declaration of "NO_ISA_PNP" to unsupport ISA/PNP ; cards for the system doesn't contain ISA bus. ;R28 08/06/98 RCH Added a switch to have no "L2 cache size" display ;R27 07/15/98 KVN Added a error message for 0E000h code exceed 64K ; during make BIOS when not define "AVIDEO_AT_F000" ;R26 07/07/98 RAY Add Public routine: X_Display_String ;R25 06/30/98 RCH Display "300A MHz" instead of "300MHz" if Mendocino ; CPU is installed. It is requested by Intel to ; distinguish 300Mhz for Covington & Mendocino. ;R24 06/24/98 KVN Remove all BFEATURE help string to XGROUP(xfile.asm) ;R23 06/18/98 RAY Add switch "AGP_Device_List" which will show ; "PCI/AGP device listing ..." instead of ; "PCI device listing ..." ;R22 05/21/98 LAW add "SPECIAL_SHOW_IDE_DEVICE_IRQ" for show onboard IDE ; IRQ 14/15 ;R21 05/07/98 DRS This function depends on New_Swap_Fdd_Method ; The new method is Drive A exists or Drive B exists , ; the Floppy Swap function is available. ;R20 04/23/98 ADS Fixed to define "Skip_Cache_Size_If_None" still show ; cache string. ;R19 04/21/98 RAY Dynamic decide the colon position of the CPU type ; field in the system configuration table in case ; some CPUs have a very long name. ;R18 04/21/98 BAR Fixed show UDMA string & mode error. ; When CDROM connected in second channel. ;R17 04/16/98 RCH Added switch "BLANK_FOR_NON_L2_CACHE" to show blank ; string instead of "none" if no L2 cache or L2 is ; disabled ;R16 03/25/98 MIL Added "S2D_SUPPORT" define, for support Save TO Disk ; function, (Cyrix MediaGx Project Only). ;R01A 03/19/98 KVN If define 'NO_SYSTEM_CONFIG' then dont make binary ; code for BIOS ;R15 03/11/98 PAL Modify NoteBook_Power_Management definition to STD_Function ;R14 02/20/98 CLF Fix margin line problem for No_Support_4_IDE . ;R13 02/16/98 RAY Fix problem in CMOS Setup ; ------------------------- ; ; Fix mess up of "Available Option" Help when handling ; new format ?feature.asm but some how not every ; MENUITEM's [ITEM].HelpOffset has been changed to point ; to a string offset in XGROUP ; ; i.e. Allow you to still point to STD_HELP_STR in ; [ITEM].HelpOffset even though that file has ; already been claimed to be a new format file. ; To allow this, we have to move the STD_HELP_STR ; label to the very beginning of XGROUP ; ;R12 01/22/98 JKY Added a new segment (YGROUP). ;R11B 01/19/98 KVN Fixed link error during making BIOS stage when no ; defined PNP_BIOS ;R11A 01/07/98 KEN Show comma between two DMA or IRQ. ;R11 01/07/98 KEN Added codes to show ISA/PNP devices. ;R10 01/07/98 KEN Modified some codes to use the display interface ; of "USERINT.ASM" to save codes space. ;R09 10/23/97 KVN Show all IDE device on system config table if define ; support LS120/ZIP/CDROM in BIOS.CFG ;R08 10/08/97 RIC Add "ONCHIP_2ND_ALWAYS_DISABL" define. ;R07 08/21/97 BAR Added S.M.A.R.T. function ;R06 07/05/97 RAY Add X_GetItem_Value ;R05 07/01/97 JSN Add Config_Tbl_Lines define. ;R04 06/12/97 KVN Definition all GROUP of BIOS before all source file ; that you can create any GROUP in every ASM file and ; move source code into any GROUP to save another GROUP ; code space ;R03 06/11/97 RCH Fixed compiler error for without "NEW_IDE_MODE_3" ; switch. ;R02A 06/10/97 KVN Fixed compiler error in MP system ;R02 06/10/97 JKY Fixed compiler error in NoteBook ;R01 06/06/97 KVN Move 'Show_system_cfg' subroutine from E8POST.ASM to ; save E8 code space .386P INCLUDE BIOS.CFG INCLUDE COMMON.EQU INCLUDE COMMON.MAC INCLUDE PNP.EQU ;R11 ;R01 start ifndef No_Support_4_IDE Support_4_IDE EQU 1 endif ;No_Support_4_IDE include post.equ public XCALL_PROC ifndef NO_SYSTEM_CONFIG ;R01A public SHOW_SYSTEM_CFG public RIGHT_SIDE public CDROM_STR public ARMD_STR public IOMEGA_ZIP_STR public NONE_STR public MB_STR public HDD_MODE_STR endif ;NO_SYSTEM_CONFIG ;R01A extrn Cal_HDD_Size:near ;R43 ifdef NEW_IDE_MODE_3 ;R03 extrn IdeA_Mode_Item:near extrn IdeB_Mode_Item:near ifdef Support_4_IDE ;R03 ifndef ONCHIP_2ND_ALWAYS_DISABLE ;R08 extrn IdeC_Mode_Item:near extrn IdeD_Mode_Item:near endif; ONCHIP_2ND_ALWAYS_DISABLE ;R08 endif; Support_4_IDE ;R03 endif; NEW_IDE_MODE_3 ;R03 ;R11 - start ifdef PNP_BIOS ;R11B ifndef NO_ISA_PNP ;R29 extrn Get_LogicDev_String:near ;PNPPOST.ASM extrn Wait_For_Key:near ;PNPPOST.ASM extrn Wake_All_Cards:near ;PNPPOST.ASM extrn Get_PnP_Reg:near ;PNPPOST.ASM extrn Set_PnP_Reg:near ;PNPPOST.ASM endif ;NO_ISA_PNP ;R29 endif ;PNP_BIOS ;R11B ;R11 - end ;R10 - start extrn Set_Clip:near ;USERINT.ASM extrn Vlf:near ;USERINT.ASM extrn Vcr:near ;USERINT.ASM extrn Cursor_On:near ;USERINT.ASM ;R10 - end extrn Display_String:near extrn HDISK_PARMS:near extrn Disp_Access_mode:near extrn Get_HDD_CMOS_Info:near extrn SHOW_SIX_DIGIT:near extrn Disp_Dword_Int6:near extrn SHOW_SIX_DIGIT:near extrn AX_TO_HEX3:near extrn AX_TO_DEC3:near extrn AX_TO_DEC2:near extrn Read_Item_Value:near extrn Get_VarString_Offset:near extrn post_call_proc:near extrn MONO_STYLE:near extrn DISP_STR_IN_BIOS:near extrn CPU_DISPLAY:near extrn DISP_STR_IN_POST:near extrn DISP_EXTRA_CPU_INFO:near extrn TRY_SHOW_PRATING:near ifndef Support_1_FDD ;R02 extrn SWAPFLOPPY_ITEM:near endif ;Support_1_FDD ;R02 extrn F000_GETITEM_VALUE:near extrn GETITEM_VALUE:near ;R06 extrn DRIVE_A_ITEM:near ifndef Support_1_FDD ;R02 extrn DRIVE_B_ITEM:near endif ;Support_1_FDD ;R02 extrn TRAN_HDD_USER_TYPE:near extrn F000_CALL_PROC:near extrn GET_CACHE_SIZE:near extrn F000_CALL_PROC:near extrn EXTCACHE_ITEM:near extrn CONVERT_P6L2_CACHE:near extrn GET_CACHE_SIZE:near extrn F000_CALL_PROC:near extrn DISP_WORD_INT5:near extrn F000_CALL_PROC:near extrn F000_DISPLAY_CHAR:near extrn Display_Char:near ;R11A extrn VIDEO_ITEM:near extrn CT_SHOW_CONFIG:near extrn F000_CALL_PROC:near extrn SYSTEM1_BYTE:near extrn VCRLF:near extrn DISP_WORD_HEX4:near extrn F000_CALL_PROC:near extrn DISP_WORD_HEX4:near extrn F000_CALL_PROC:near ifdef PCI_BUS ifdef CONFIG_MECHANISM_1 extrn FPROC_QUALIFY_PCIBUS:far endif ;CONFIG_MECHANISM_1 endif ;PCI_BUS extrn DISP_BYTE_INT2:near extrn F000_CALL_PROC:near extrn HDDC_ITEM:near extrn HDDD_ITEM:near ifdef Support_4_IDE extrn HDDE_ITEM:near extrn HDDF_ITEM:near endif ;Support_4_IDE ;R01 end ifdef MP_SUPPORT ;R02A extrn If_MP_PLUGGED:near ;R02A endif ;MP_SUPPORT ;R02A ;R02 start ;R15IFDEF NoteBook_Power_Management IF STD_Function EQ 1 ;R15 ;R32 - start ifdef ACPI_Support ifdef S4_support extrn E000_Open_PM_RAM:near extrn E000_close_PM_RAM:near endif ;S4_support endif ;ACPI_Support ;R32 - end Extrn Show_PM_Config:near ENDIF; STD_Function ;R15 ;R15endif ;NoteBook_Power_Management ;R02 end ;R16 - starts ifdef VSA_VGA ifdef S2D_SUPPORT Extrn Show_PM_Config:near endif ;S2D_SUPPORT endif ;VSA_VGA ;R16 - ends ;R22 - start ifdef SPECIAL_SHOW_IDE_DEVICE_IRQ extrn SPECIAL_SHOW_IDE_IRQ:near endif; SPECIAL_SHOW_IDE_DEVICE_IRQ ;R22 - end ifdef SPECIAL_SHARE_MEMORY_SHOW ;R42 extrn Ct_Share_Memory_Size:near ;R42 endif ;SPECIAL_SHARE_MEMORY_SHOW ;R42 ;R32 - start ifdef ACPI_Support ifdef S4_Support PM_RAM SEGMENT USE16 AT 0 ORG 0 PM_RAM_START LABEL BYTE include PM_RAM.INC include Ct_PMRAM.INC PM_RAM_LEN EQU $-Offset PM_RAM:PM_RAM_START PM_RAM ENDS endif ;S4_Support endif ;ACPI_Support ;R32 - end G_RAM SEGMENT USE16 AT 0 ORG 04H*4 INCLUDE SEG_0.INC ORG 400H INCLUDE G_RAM.INC ORG 2000h ;R11 INCLUDE PNPDATA.INC ;R11 G_RAM ENDS PAGE ;R04 start EGROUP GROUP ECODE ECODE SEGMENT USE16 PARA PUBLIC 'ECODE' ASSUME CS:EGROUP db 'BsG' ;R12 db Group_Number ;R12 Group_start: ;R12 dw seg EGROUP ;R12 dw seg DGROUP ;R12 dw seg XGROUP ;R12 dw seg YGROUP ;R12 Group_Number equ ($-offset Group_start)/2 ;R12 ifndef AVIDEO_AT_F000 ;R27 extrn E000_code_end:near ;R27 dw offset E000_code_end ;R27 endif ;AVIDEO_AT_F000 ;R27 ECODE ENDS ;R27 start EGROUP GROUP EFCODE EFCODE SEGMENT USE16 DWORD COMMON 'EFCODE' ASSUME CS:EGROUP EFCODE ENDS ;R27 end DGROUP GROUP FCODE FCODE SEGMENT PARA PUBLIC 'CODE' ASSUME CS:DGROUP FCODE ENDS DGROUP GROUP @DATAC @DATAC SEGMENT USE16 DWORD COMMON 'DATAC' ASSUME CS:DGROUP @DATAC ENDS ;R04 end XGROUP GROUP XCODE XCODE SEGMENT USE16 PARA PUBLIC 'XCODE' ASSUME CS:XGROUP,ES:XGROUP X_call_VECT: retn X_call_end: retf public Xcall_proc Xcall_proc: push offset X_call_end push ax pushf cli xchg bp,sp mov ax,[bp+4] xchg ax,[bp+6] mov [bp+4],ax xchg bp,sp popf pop ax jmp short X_call_VECT Public Std_Help_Str ;R13 Std_Help_Str: ;R13 db 'STD_HELP' ;R13 ;R24 start public Help_Virus Help_Virus: ifndef VIRUS_HELP_NEEDED db 0 else ;No_Virus_Help db 'VIRUS WARNING:',NEWLINE,NEWLINE db 'Allows you to choose the VIRUS warning',NEWLINE db 'feature for HARD Disk boot sector',NEWLINE db 'protection.',NEWLINE db 'If this function is enabled and',NEWLINE db 'someone attempt to write data into',NEWLINE db 'this area, BIOS will show a warning',NEWLINE db 'message on screen and alarm beep',0 endif ;No_Virus_Help public DMI_Event_Log_Help DMI_Event_Log_Help: db 'Description :',NEWLINE,NEWLINE db ' There are two choices to decide',NEWLINE db ' whether or not to store POST error',NEWLINE db ' messages to the DMI Event log when',NEWLINE db ' POST error occur.',NEWLINE db NEWLINE db 'Option :',NEWLINE db ' Enabled : Store POST error message',NEWLINE db ' to the DMI Event log',NEWLINE db ' Disabled: Don',39,'t store POST error',NEWLINE db ' message to the DMI Event',NEWLINE db ' log.',0 public Clear_DMI_Event_Log_Help Clear_DMI_Event_Log_Help: db 'Description :',NEWLINE,NEWLINE db ' When this item is selected to',NEWLINE db ' [Yes],the DMI event log will be',NEWLINE db ' clear on POST stage after reboot',NEWLINE db ' and then this item value will be',NEWLINE db ' automatic set to [No].',0 public View_DMI_Event_Log_Help View_DMI_Event_Log_Help: db 'Description :',NEWLINE,NEWLINE db ' Press [Enter] to show all DMI',NEWLINE db ' event logs.',0 public Mark_DMI_Events_Log_Help Mark_DMI_Events_Log_Help: db 'Description :',NEWLINE,NEWLINE db ' Clear all DMI event logs',NEWLINE db ' immediately.',NEWLINE,NEWLINE db ' Press [Enter] will pop up a',NEWLINE db ' confirm screen.Hit [Y] and [enter],',NEWLINE db ' then clear all DMI event logs',NEWLINE db ' right now.',0 ;R24 end ifndef NO_SYSTEM_CONFIG ;R01A ;R01 start Show_System_Cfg Proc Near push ds push es mov ax,G_RAM mov es,ax assume es:G_RAM push cs pop ds ;R10 - start xor cx, cx mov dx, 184Fh F000_CALL Set_Clip ;R10 - end ;--------------- Show Border ---------------------------------- mov word ptr Color_Offset[bp],offset Mono_Style mov si,offset SYSTEM_CONFIG_MSG post_func_call Disp_Str_In_BIOS ;--------------- Show CPU_Type --------------------- mov word ptr CURSOR_X[bp],((SYSTEM_Y+1) shl 8) + (LEFT_SIDE+20) push 0F000h pop ds post_func_call CPU_Display ;R19 - starts call Decide_CPU_Field_Colon call Show_CPU_Field_Colon ;R19 - ends post_func_call Disp_Str_In_POST post_func_call Disp_Extra_CPU_Info IF BIOS_SUPPORT_586 ifdef DISP_MHZ_FOR_AMD_CYRIX mov di, 1 ;show '-' post_func_call Try_Show_PRating _11OLK: endif ;DISP_MHZ_FOR_AMD_CYRIX ENDIF ;BIOS_SUPPORT_586 ;-------------- Show Math Coprocessor -------------- push cs pop ds mov word ptr CURSOR_X[bp],((SYSTEM_Y+2) shl 8) + (LEFT_SIDE+20) call Show_CPU_Field_Colon ;R19 mov si,offset Not_Install_Str test byte ptr FIXED_DISK_STEP[bp],01h jz short @F mov si,offset Install_Str @@: post_func_call Disp_Str_In_BIOS ;---------------- Show CPU Clock ---------------------- ifndef NO_CPU_CLOCK_DISPLAY ;R39 mov word ptr CURSOR_X[bp],((SYSTEM_Y+3) shl 8) + (LEFT_SIDE+20) call Show_CPU_Field_Colon ;R19 IF BIOS_SUPPORT_586 ifndef DISP_MHZ_FOR_AMD_CYRIX xor di, di ;do not show '-' post_func_call Try_Show_PRating ;show p-rating for K5 & M1 jnc short End_Sys_Clk ;show p-rating successfully No_Show_P_Rating: endif ;DISP_MHZ_FOR_AMD_CYRIX ENDIF ;BIOS_SUPPORT_586 call SysCfg_CPU_Clock1 End_Sys_Clk: endif; NO_CPU_CLOCK_DISPLAY ;R39 ;---------------- Show Floppy Drive A ---------------------- ifndef Support_1_FDD ifndef SWAP_FDD_SHOW ifNdef New_Swap_Fdd_Method ;R21 test byte ptr FLOPPY_TYPE[bp],00001111b jz short @F mov si,offset SwapFloppy_Item ;R06 post_func_call F000_GetItem_Value call X_GetItem_Value ;R06 or al,al jz short @F rol byte ptr FLOPPY_TYPE[bp],4 @@: endif ;New_Swap_Fdd_Method ;R21 endif; SWAP_FDD_SHOW endif ;Support_1_FDD mov word ptr CURSOR_X[bp],((SYSTEM_Y+5) shl 8) + (LEFT_SIDE+20) mov bx,offset DRIVE_A_ITEM call Show_CMOS_Str ;---------------- Floppy Drive B ---------------------- ifndef Support_1_FDD mov word ptr CURSOR_X[bp],((SYSTEM_Y+6) shl 8) + (LEFT_SIDE+20) mov bx,offset DRIVE_B_ITEM call Show_CMOS_Str endif ;Support_1_FDD ;---------------- Show Hard Drive C ---------------------- F000_call Tran_HDD_User_Type mov word ptr CURSOR_X[bp],((SYSTEM_Y+7) shl 8) + (LEFT_SIDE+20) test byte ptr CDROM_Exist_Flag[bp],PM_CDROM jz short @F xor di,di ;R09 call Display_CDROM call Display_ATAPI ;R09 jmp short Show_DriveD @@: test byte ptr FIXED_ERROR[bp],HDD_Drive0_Err jz short @F call Display_None jmp short Show_DriveD @@: mov bx,offset HDDC_ITEM mov al,CMOS12[bp] and al,0f0h cmp al,0f0h je short @F shr al,4 mov CMOS19[bp],al @@: ifdef NEW_IDE_MODE_3 xor di,di endif ;NEW_IDE_MODE_3 mov al,es:[HDD_MODE_FLAG] and al,3 ; get drive C mode (LBA or Normal ...) call SYSCFG_HDD ;---------------- Show Hard Drive D ---------------------- Show_DriveD: ifndef IDE_PRIMARY_ONLY mov word ptr CURSOR_X[bp],((SYSTEM_Y+8) shl 8) + (LEFT_SIDE+20) test byte ptr CDROM_Exist_Flag[bp],PS_CDROM jz short @F mov di,1 ;R09 call Display_CDROM call Display_ATAPI ;R09 jmp short Show_DriveE @@: test byte ptr FIXED_ERROR[bp],HDD_Drive1_Err jz short @F call Display_None jmp short Show_DriveE @@: mov bx,offset HDDD_ITEM mov al,CMOS12[bp] and al,0fh cmp al,0fh je short @F mov CMOS1A[bp],al @@: mov di,1 mov al,es:[HDD_MODE_FLAG] shr al,2 and al,3 call SYSCFG_HDD endif ;IDE_PRIMARY_ONLY Show_DriveE: ifdef Support_4_IDE ;---------------- Show Hard Drive E ---------------------- ifdef IDE_PRIMARY_ONLY mov word ptr CURSOR_X[bp],((SYSTEM_Y+8) shl 8) + (LEFT_SIDE+20) else ;IDE_PRIMARY_ONLY mov word ptr CURSOR_X[bp],((SYSTEM_Y+9) shl 8) + (LEFT_SIDE+20) endif ;IDE_PRIMARY_ONLY test byte ptr CDROM_Exist_Flag[bp],SM_CDROM jz short @F mov di,2 ;R09 call Display_CDROM call Display_ATAPI ;R09 jmp short Show_DriveF @@: test byte ptr FIXED_ERROR[bp],HDD_Drive2_Err jz short @F call Display_None jmp short Show_DriveF @@: mov bx,offset HDDE_ITEM mov di,2 mov al,es:[HDD_MODE_FLAG] shr al,4 and al,3 ; get drive E mode (LBA or Normal ...) call SYSCFG_HDD ;---------------- Show Hard Drive F ---------------------- Show_DriveF: ifndef IDE_PRIMARY_ONLY mov word ptr CURSOR_X[bp],((SYSTEM_Y+10) shl 8) + (LEFT_SIDE+20) test byte ptr CDROM_Exist_Flag[bp],SS_CDROM jz short @F mov di,3 ;R09 call Display_CDROM call Display_ATAPI ;R09 jmp short Show_Drive_End @@: test byte ptr FIXED_ERROR[bp],HDD_Drive3_Err jz short @F call Display_None jmp short Show_Drive_End @@: mov bx,offset HDDF_ITEM mov di,3 mov al,es:[HDD_MODE_FLAG] shr al,6 and al,3 ; get drive F mode (LBA or Normal ...) call SYSCFG_HDD Show_Drive_End: endif ;IDE_PRIMARY_ONLY endif ;Support_4_IDE ;---------------- Show Base Memory -------------------- mov word ptr CURSOR_X[bp],((SYSTEM_Y+1) shl 8) + (RIGHT_SIDE+20) xor eax,eax mov ax,CMOS15[bp] ;BASE_MEMORY[bp] call short SYSCFG_Mem ;---------------- Show Extended Memory -------------------- mov word ptr CURSOR_X[bp],((SYSTEM_Y+2) shl 8) + (RIGHT_SIDE+20) mov eax,EXT_MEM_SIZE[bp] ifdef SPECIAL_SHARE_MEMORY_SHOW ;R42 push eax ;R42 F000_call Ct_Share_Memory_Size ;get shared mem. size ;R42 xor ecx,ecx ;R42 mov cx, ax ;R42 pop eax ;R42 add eax, ecx ;R42 endif ;SPECIAL_SHARE_MEMORY_SHOW ;R42 call SYSCFG_Mem ;---------------- Show Cache Size -------------------------- ifndef NO_L2_SIZE_DISPLAY ;R28 ifdef Skip_Cache_Size_If_None F000_call Get_Cache_Size or al,al jz SYSCFG_Cache_Mem_Exit endif ;Skip_Cache_Size_If_None push cs pop ds mov si, offset Cache_Mem_Size_Str post_func_call Disp_Str_In_BIOS mov si,offset ExtCache_Item ;R06 post_func_call F000_GetItem_Value call X_GetItem_Value ;R06 or al,al jz short Disp_Cache_None ;Get L2 cache size by execute CPUID (0fh,0A2h) for P6 ; bit 3-0 = 42H : 256k ; 43H : 512k mov al,byte ptr FIXED_DISK_STEP[bp] and al,CPU_TYPE_MASK cmp al,TYPE_P6 ;P6 CPU ? jne short Not_P6_CPU mov eax,2 ;read cache isze db 0Fh,0A2h ;OP code: CPUID post_func_call Convert_P6L2_Cache ;convert cache size jmp short Show_L2_Size Not_P6_CPU: F000_call Get_Cache_Size ifdef Skip_Cache_Size_If_None ;R20 or al,al ;R20 jz SYSCFG_Cache_Mem_Exit ;R20 endif; Skip_Cache_Size_If_None ;R20 Show_L2_Size: or al,al jnz short @F Disp_Cache_None: ifndef BLANK_FOR_NON_L2_CACHE ;R17 add byte ptr CURSOR_X[bp],3 call Display_None endif; BLANK_FOR_NON_L2_CACHE ;R17 jmp short SYSCFG_Cache_Mem_Exit @@: add byte ptr CURSOR_X[bp],1 mov cl,al dec cl mov ax,16 shl ax,cl F000_call Disp_Word_Int5 mov al,'K' ;R11A post_func_call F000_Display_Char call X_Display_Char ;R11A SYSCFG_Cache_Mem_Exit: ifdef MP_SUPPORT ifdef P6_BIOS_ONLY ;Display secondary CPU's L2 cache size if dual CPUs are plugged ;R02A call If_MP_PLUGGED ;2 CPUs installed ? post_func_call If_MP_PLUGGED ;R02A 2 CPUs installed ? jc short SYSCFG_Cache_Mem_Exit1;no, no display mov al,'/' ;R11A post_func_call F000_Display_Char call X_Display_Char ;R11A push es xor ax,ax mov es,ax mov dl,byte ptr es:[0502H] ;get cache size pop es ;R02A call Convert_P6L2_Cache ;convert cache size post_func_call Convert_P6L2_Cache ;R02A ;convert cache size or al,al jnz short @F call Display_None jmp short SYSCFG_Cache_Mem_Exit1 @@: mov cl,al dec cl mov ax,16 shl ax,cl F000_call Disp_Word_Int5 mov al,'K' ;R11A post_func_call F000_Display_Char call X_Display_Char ;R11A SYSCFG_Cache_Mem_Exit1: endif; P6_BIOS_ONLY endif; MP_SUPPORT endif; NO_L2_SIZE_DISPLAY ;R28 ;---------------- Show Display Type ---------------------- mov word ptr CURSOR_X[bp],((SYSTEM_Y+5) shl 8) + (RIGHT_SIDE+20) mov bx,offset Video_Item call Show_CMOS_Str ;---------------- Show Serial Ports ----------------------- mov word ptr CURSOR_X[bp],((SYSTEM_Y+6) shl 8) + (RIGHT_SIDE+20) mov si,offset G_RAM:COMM_PORT_ADDRS mov di,offset G_RAM:PRNTR_PORT_ADDRS call SYSCFG_Ports ;---------------- Show Parallel Ports ----------------------- mov word ptr CURSOR_X[bp],((SYSTEM_Y+7) shl 8) + (RIGHT_SIDE+20) mov si,offset G_RAM:PRNTR_PORT_ADDRS mov di,offset G_RAM:EXT_SEGMENT call SYSCFG_Ports ;-------------- Show OEM dependent message ---------------------- ifdef Support_4_IDE ifdef IDE_PRIMARY_ONLY mov word ptr CURSOR_X[bp],((SYSTEM_Y+11) shl 8) + (RIGHT_SIDE+20) else ;IDE_PRIMARY_ONLY mov word ptr CURSOR_X[bp],((SYSTEM_Y+13) shl 8) + (RIGHT_SIDE+20) endif ;IDE_PRIMARY_ONLY else ;Support_4_IDE mov word ptr CURSOR_X[bp],((SYSTEM_Y+11) shl 8) + (RIGHT_SIDE+20) endif ;Support_4_IDE ;R35 start ifdef Show_No_P6_Ucode_msg call ShowUCodemissing call X_Vcrlf endif ;Show_No_P6_Ucode_msg ;R35 end ;-------------- Show HDD S.M.A.R.T. Function message ------------ ifdef HDD_SMART_Support call show_HDD_smart ;R07 call X_Vcrlf ;R10 endif ;HDD_SMART_Support ;R15IFDEF NoteBook_Power_Management IF STD_Function EQ 1 ;R15 ;R02 call Show_PM_Config POST_func_call Show_PM_Config ;R02 call X_Vcrlf ;R10 ENDIF; STD_Function ;R15 ;R15ENDIF ;NoteBook_Power_Management ;R16 - starts ifdef VSA_VGA ifdef S2D_SUPPORT POST_func_call Show_PM_Config ; call X_Vcrlf ; endif ;S2D_SUPPORT endif ;VSA_VGA ;R16 - ends F000_CALL Ct_Show_Config ifdef ACPI_Support ;R32 ifdef S4_Support ;R32 ifdef No_Show_PCI_Device ;R32 call Check_Vga_ID ;R32 endif ;No_Show_PCI_Device ;R32 endif ;S4_Support ;R32 endif ;ACPI_Support ;R32 ifndef No_Show_PCI_Device ifdef PCI_BUS push 0f000H pop ds lea si,SYSTEM1_BYTE test byte ptr [si],02H ;display PCI dev. jnz short No_PciDisplay call Show_PCI_Device ifdef PNP_BIOS ;R11B ifndef NO_ISA_PNP ;R29 ifndef NO_SHOW_ISAPNP ;R11 call Show_PNP_Device ;R11 endif ;NO_SHOW_ISAPNP ;R11 endif ;NO_ISA_PNP ;R29 endif ;PNP_BIOS ;R11B No_PciDisplay: endif ;PCI_BUS endif ;No_Show_PCI_Device ;-------------- End of showing System Configuration ---------------------- ;R10 F000_call Vcrlf call X_Vcrlf ;R10 call X_Cursor_On ;R10 pop es pop ds ret Show_System_Cfg Endp ;R35 start ifdef Show_No_P6_Ucode_msg ShowUCodemissing proc near mov ecx,08bh xor eax,eax mov edx,eax db 0fh,30h ;WRMSR mov eax,1 db 0fh,0a2h ;CPUID mov ecx,08bh db 0fh,32h ;RDMSR or edx,edx jnz short Got_Ucode ;Micro code not found show message call X_Vcr mov si, offset NoUcode_str call Show_CS_String call X_Vcrlf Got_Ucode: ret ShowUCodemissing ENDP NoUcode_str db V_HILITE,V_BLINK,'Unknow CPU ID, missing micro Code',V_NORMAL,0 endif ;Show_No_P6_Ucode_msg ;R35 end ;R19 - starts Decide_CPU_Field_Colon Proc Near push si push ds mov ch, CURSOR_X[bp] pusha post_func_call Disp_Extra_CPU_Info popa mov cl, CURSOR_X[bp] sub cl, ch dec cl push SEG EGROUP pop ds @@: inc cl lodsb or al, al jnz short @B pop ds pop si mov ch, LEFT_SIDE+18 sub cl, 19 jb short Not_Over_19 sub ch, cl Not_Over_19: mov byte ptr KERNAL_CONTROL[bp], ch ret Decide_CPU_Field_Colon Endp Show_CPU_Field_Colon Proc Near mov al, KERNAL_CONTROL[bp] mov CURSOR_X[bp], al mov al, ':' call X_Display_Char mov al, ' ' call X_Display_Char ret Show_CPU_Field_Colon Endp ;R19 - ends Not_Install_Str db 'Not Installed',0 Install_Str db 'Installed',0 None_Str db 'None',0 CDROM_Str db 'CDROM',0 ARMD_Str db 'LS-120',0 IOMEGA_ZIP_Str db 'ZIP-100',0 MB_Str db 'MB',0 public GB_Str ;R43 GB_Str db 'GB',0 ;R43 HDD_Mode_Str db ',Mode',0 ifdef Ultra_DMA33_support HDD_UDMA_Str db ',UDMA',0 endif ;Ultra_DMA33_support ;R37 start ifdef IDE_DMA_Transfer HDD_DMA_Str db ',DMA',0 endif ;IDE_DMA_Transfer ;R37 end ;R07 start ifdef HDD_SMART_Support HDD_SMART_TBL: dw offset PriMast_Str dw offset PriSlav_Str dw offset SecMast_Str dw offset SecSlav_Str PriMast_Str: db 'Primary Master ',0 PriSlav_Str: db 'Primary Slave ',0 SecMast_Str: db 'Secondary Master ',0 SecSlav_Str: db 'Secondary Slave ',0 HDD_SMART_Str: db 'HDD S.M.A.R.T. capability .... ',0 Enable_Str: db 'Enabled',0 Disable_Str: db 'Disabled',0 endif ;Support_HDD_SMART ;R07 end LEFT_SIDE EQU 2 RIGHT_SIDE EQU 42 SYSTEM_Y EQU 2 PERI_Y EQU SYSTEM_Y+4 System_Config_Msg: POS <,30,0> db V_WARN,'Award Software, Inc.' POS <,29,1> db V_WARN,'System Configurations' ifdef Support_4_IDE ifdef IDE_PRIMARY_ONLY ifndef Move_Line_Down ;R38 BORDER1 <,0,SYSTEM_Y,79,SYSTEM_Y+9,1> else ;Move_Line_Down ;R38 BORDER1 <,0,SYSTEM_Y,79,SYSTEM_Y+10,1> ;R38 endif ;Move_Line_Down ;R38 else ;IDE_PRIMARY_ONLY ifndef Config_Tbl_Lines ;R05 BORDER1 <,0,SYSTEM_Y,79,SYSTEM_Y+11,1> else ;Config_Tbl_Lines ;R05 BORDER1 <,0,SYSTEM_Y,79,SYSTEM_Y+Config_Tbl_Lines,1> ;R05 endif ;Config_Tbl_Lines ;R05 endif ;IDE_PRIMARY_ONLY else ;Support_4_IDE ifdef MoreConfigTblLineIfNo4IDE ;R33 BORDER1 <,0,SYSTEM_Y,79,SYSTEM_Y+9+MoreConfigTblLineIfNo4IDE,1> ;R33 else; MoreConfigTblLineIfNo4IDE ;R33 BORDER1 <,0,SYSTEM_Y,79,SYSTEM_Y+9,1> ;R14 endif; MoreConfigTblLineIfNo4IDE ;R33 endif ;Support_4_IDE BORDER1 <,1,PERI_Y,78,PERI_Y,0> POS <,0,PERI_Y> db 'Ç' POS <,79,PERI_Y> db '¶' POS <,LEFT_SIDE,SYSTEM_Y+1> db 'CPU Type' ;R19 ADDX <,10> ;R19 db ':' POS <,LEFT_SIDE,SYSTEM_Y+2> db 'Co-Processor' ;R19 ADDX <,6> ;R19 db ':' ifndef NO_CPU_CLOCK_DISPLAY POS <,LEFT_SIDE,SYSTEM_Y+3> db 'CPU Clock' ;R19 ADDX <,9> ;R19 db ':' endif; NO_CPU_CLOCK_DISPLAY POS <,RIGHT_SIDE,SYSTEM_Y+1> db 'Base Memory' ADDX <,7> db ':' POS <,RIGHT_SIDE,SYSTEM_Y+2> db 'Extended Memory' ADDX <,3> db ':' POS <,LEFT_SIDE,PERI_Y+1> db 'Diskette Drive A :' ifndef Support_1_FDD POS <,LEFT_SIDE,PERI_Y+2> db 'Diskette Drive B :' endif ;Support_1_FDD ifdef Support_4_IDE POS <,LEFT_SIDE,PERI_Y+3> db 'Pri. Master Disk :' ifdef IDE_PRIMARY_ONLY POS <,LEFT_SIDE,PERI_Y+4> db 'Sec. Master Disk :' else ;IDE_PRIMARY_ONLY POS <,LEFT_SIDE,PERI_Y+4> db 'Pri. Slave Disk :' POS <,LEFT_SIDE,PERI_Y+5> db 'Sec. Master Disk :' POS <,LEFT_SIDE,PERI_Y+6> db 'Sec. Slave Disk :' endif ;IDE_PRIMARY_ONLY else; Support_4_IDE POS <,LEFT_SIDE,PERI_Y+3> db 'Hard Disk Drive C :' ifndef IDE_PRIMARY_ONLY POS <,LEFT_SIDE,PERI_Y+4> db 'Hard Disk Drive D :' endif ;IDE_PRIMARY_ONLY endif; Support_4_IDE POS <,RIGHT_SIDE,PERI_Y+1> db 'Display Type' ADDX <,6> db ':' POS <,RIGHT_SIDE,PERI_Y+2> db 'Serial Port(s)' ADDX <,4> db ':' POS <,RIGHT_SIDE,PERI_Y+3> db 'Parallel Port(s) :' db 0 ifndef NO_L2_SIZE_DISPLAY ;R28 Cache_Mem_Size_Str: POS <,RIGHT_SIDE,SYSTEM_Y+3> db 'Cache Memory' ADDX <,6> db ': ' db 0 endif; NO_L2_SIZE_DISPLAY ;R28 Show_CMOS_Str: push 0F000h pop ds mov byte ptr USE_ITEMSTAT_BUF[bp],1 F000_call Read_Item_Value F000_call Get_VarString_Offset ;get string to show post_func_call Disp_Str_In_BIOS ret SYSCFG_Ports: mov ax,es:[si] or ax,ax jz Display_None ;128k SYSCFG_Ports_1: mov ax,es:[si] inc si inc si or ax,ax jz short @F pusha F000_call AX_To_HEX3 F000_call SHOW_Six_Digit inc byte ptr CURSOR_X[bp] popa cmp si,di jb short SYSCFG_Ports_1 @@: ret SYSCFG_Mem: F000_call Disp_Dword_Int6 mov al,'K' ;R11A post_func_call F000_Display_Char call X_Display_Char ;R11A ret endif ;NO_SYSTEM_CONFIG ;R01A ifdef KLAMATH_CPU_ONLY ;R25 SuffixA_Str db 'A ',0 ;R25 endif; KLAMATH_CPU_ONLY ;R25 Str_Mhz db 'MHz',0 ;R01A public SysCfg_CPU_Clock1 SysCfg_CPU_Clock1: ifndef NO_CPU_CLOCK_DISPLAY push ds push cs pop ds mov ax,CPU_INT_CLOCK[bp] ;Show 133Mhz if 132Mhz detected cmp al,132 jne short Not_132 mov al,133 Not_132: push ax F000_call AX_To_DEC3 pop ax cmp ax,100 jae short @F sub byte ptr CURSOR_X[bp],1 @@: F000_call Show_SIX_DIGIT ;R25 - start ifdef KLAMATH_CPU_ONLY cmp word ptr CPU_INT_CLOCK[bp],300 ;300Mhz ? jne short Not300Mhz mov eax,1 ;read CPUID db 0Fh,0A2h ;OP code: CPUID cmp al,06Ah ;R35 je short Not300Mhz ;R35 and al,0F0H cmp al,060H ;Mendcino CPU ? jne short Not300Mhz ;Show 300A MHz for Mendicino CPU mov si,offset SuffixA_Str ;strin "A " post_func_call Disp_Str_In_BIOS Not300Mhz: endif; KLAMATH_CPU_ONLY ;R25 - end mov si,offset Str_Mhz post_func_call Disp_Str_In_BIOS pop ds endif; NO_CPU_CLOCK_DISPLAY ret ifndef NO_SYSTEM_CONFIG ;R01A ;R09Display_CDROM: Display_ATAPI: ;R09 push ds push cs pop ds mov si,offset CDROM_Str ;R09 start mov cx,di ;R09 shl cl,2 ;R09 mov ax,IDE_device_item[bp] ;R09 shr ax,cl ;R09 and al,0fh ;R09 cmp al,2 ;R09 je short @F ;R09 ;R09 end ;R09 movzx ax,byte ptr es:[ATAPI_Byte] ;R09 test al,00000100b ;test ARMD exist? ;R09 jz short @F ;R09 test al,00110000b ; have 2 LS120/ZIP100 drive? ;R09 jz short Only_check_first ;R09 push ax ;R09 shr al,4 ;R09 and al,3 ;R09 cmp ax,di ;R09 pop ax ;R09 mov ah,80h ;R09 je short Get_ARMD_Str ;R09Only_check_first: ;R09 and al,3 ;R09 xor ah,ah ;R09 cmp ax,di ;R09 jne short @F ;R09 mov ah,40h ;R09Get_ARMD_Str: mov si,offset ARMD_Str cmp al,3 ;R09 Is LS120? je short @F ;R09 Yes,jump ;R09 test byte ptr es:[ATAPI_Byte],ah ;R09 jz short @F lea si,IOMEGA_ZIP_Str ;kevin-start on 05/08/98 cmp al,4 ;Is ZIP? je short @F ;Yes,jump pop ds jmp short Display_None ;kevin-end on 05/08/98 @@: post_func_call Disp_Str_In_BIOS call Show_PIO_UDMA pop ds ret Display_None: push ds push cs pop ds mov si,offset None_Str post_func_call Disp_Str_In_BIOS pop ds ret SYSCFG_HDD: F000_call Read_Item_Value or dl,dl jz Display_None cmp dl,46 jb short @F push di push dx F000_call Get_HDD_CMOS_Info cmp word ptr [bp+di+0],0 ;CYLINDER pop dx pop di je short Display_None @@: push cs pop ds mov ch,al F000_call Disp_Access_mode dec byte ptr CURSOR_X[bp] ;R40 call Show_PIO_UDMA SHOW_HDD_SIZE: mov al,',' ;R11A post_func_call F000_Display_Char call X_Display_Char ;R11A ;------------------- ;calculate HDD size ;------------------- F000_call Get_HDD_CMOS_Info push ds push bx jnz short Get_User_Type movzx ax,byte ptr [bp+si] ;Hdd type no. dec al shl ax,4 mov bx,offset HDISK_PARMS add bx,ax push 0f000h pop ds ;R43 movzx ax,byte ptr [bx+2] ;heads ;R43 movzx cx,byte ptr [bx+14] ;sectors ;R43 mov bx,[bx] ;cylinders ;R43 start mov al,byte ptr [bx+2] ;heads mov ah,byte ptr [bx+14] ;sectors mov cx,[bx] ;cylinders ;R43 end jmp short Disp_HDD_Size Get_User_Type: ;R43 movzx ax,byte ptr [bp+di+2] ;heads ;R43 movzx cx,byte ptr [bp+di+7] ;sectors ;R43 mov bx,[bp+di+0] ;cylinders ;R43 start mov al,[bp+di+2] ;heads mov ah,[bp+di+7] ;sectors mov cx,[bp+di+0] ;cylinders ;R43 end Disp_HDD_Size: call Cal_HDD_Size ;R43 ;R43 shl cx,2 ;R43 mul cx ;R43 mul bx pop bx pop ds ;R43 mov cx,15625/2 ;R43 div cx ;R43 mov HDDSIZE[bp],ax mov ax,HDDSIZE[bp] ;R43 F000_call Disp_Word_Int5 mov si,offset MB_Str ;R43 start cmp byte ptr HDDSIZE_Unit[bp],HDDSIZE_MB jbe short @F mov si,offset GB_Str @@: ;R43 end post_func_call Disp_Str_In_BIOS ret ifdef NEW_IDE_MODE_3 IdeMode_Item: dw offset IdeA_Mode_Item dw offset IdeB_Mode_Item ifdef Support_4_IDE ;R03 ifndef ONCHIP_2ND_ALWAYS_DISABLE ;R08 dw offset IdeC_Mode_Item dw offset IdeD_Mode_Item endif; ONCHIP_2ND_ALWAYS_DISABLE ;R08 endif; Support_4_IDE ;R03 endif ;NEW_IDE_MODE_3 Show_PIO_UDMA: ifdef NEW_IDE_MODE_3 ifdef Ultra_DMA33_support ;R40 cmp byte ptr HDD_0_UltraDMA[bp+di],0ffh ;R40 je short @F ;R40 start mov al,HDD_0_UltraDMA[bp+di] ;get ultra mode value cmp al,0ffh ;not enabled? je short @F ;Yes,skip mov ah,al ;backup to AH shl al,4 ;mode 2 become to 32 ;mode 4 become to 64 shr ah,1 ;mode 2 become to 1 ;mode 4 become to 2 add al,ah ;set mode value to exactly mov HDD_0_UltraDMA[bp+di],al ;reset ultra mode value ;R40 end mov si,offset HDD_UDMA_Str post_func_call Disp_Str_In_BIOS inc byte ptr CURSOR_X[bp] ;R40 add di,HDD_0_UltraDMA jmp short Show_Mode @@: endif ;Ultra_DMA33_support ;R37 start ifdef IDE_DMA_Transfer cmp byte ptr IDE_0_DMA_Mode[bp+di],0ffh je short @F mov si,offset HDD_DMA_Str post_func_call Disp_Str_In_BIOS add di,IDE_0_DMA_Mode jmp short Show_Mode @@: endif ;IDE_DMA_Transfer ;R37 end mov si,offset HDD_Mode_Str post_func_call Disp_Str_In_BIOS mov si,di shl si,1 add si,offset cs:IdeMode_Item mov si,cs:[si] ;R06 post_func_call F000_GetItem_Value call X_GetItem_Value ;R06 sub al,1 ;auto ? jnc short Mode_Not_Auto add di,HDD_0_MODE Show_Mode: ;R18 mov al,[bp+di] movzx ax,byte ptr [bp+di] ;R18 Mode_Not_Auto: F000_call AX_To_DEC2 F000_call Show_SIX_DIGIT endif ;NEW_IDE_MODE_3 ret ;R01AStr_Mhz db 'MHz',0 ;R07 Strat ifdef HDD_SMART_Support Show_HDD_smart: push ds pushad push cs pop ds mov cx,4 xor bx,bx mov al,byte ptr HDD_Smart_flag[bp] Show_Smart_loop: push ax and al,03h jz short Show_Smart_Next call Show_Smart_Status ;Primary Master Show_Smart_Next: pop ax shr al,2 add bx,2 loop short show_smart_loop popad pop ds ret ;[]==============================================================[] ; Show Smart Status ;Input: HDD_Smart_flag[bp] ; bx=Which device ; al=device status ; 00=no install ; 01=none capability ; 10=disable S.M.A.R.T. ; 11=enable S.M.A.R.T. ;[]==============================================================[] Show_Smart_Status: push ax ;R10 mov byte ptr CURSOR_X[bp],0 call X_Vcr ;R10 mov si, word ptr cs:[HDD_SMART_TBL+BX] ;Show primary/secondary post_func_call Disp_Str_In_BIOS mov si,offset HDD_SMART_Str post_func_call Disp_Str_In_BIOS pop ax cmp al,01 mov si,offset None_Str ;display "None" jbe short @F mov si,offset Disable_Str ;display "Disable" cmp al,02 jbe short @F mov si,offset Enable_Str ;display "Enable" @@: post_func_call Disp_Str_In_BIOS ;R10 inc byte ptr CURSOR_Y[bp] call X_Vlf ;R10 ret endif; HDD_SMART_Support ;R07 end ;R32 - start ifdef ACPI_Support ifdef S4_Support ifdef No_Show_PCI_Device Check_VGA_ID Proc near push ds pushad push cs pop ds and Post_Temp_Byte[BP], NOT 80h;Init flag for VGA found xor si, si ;First Device xor bh, bh ;Start from Bus 0 Next_Bus1: xor bl, bl ;Start from Device 0 Disp_PCI_Device1: push bx ;Save Bus&Slot No. shl bl, 3 ;Device Number in upper 5 bits mov di, 0Ch ;Get PCI Device header type call Get_PCI_CFG shr eax, 16 ;AL=add. 0E=Heater type xor ch, ch ;Assume last func=0 test al, 80h jz short Single_Func1 mov ch, 07 ;Device is multi func. Single_Func1: xor cl, cl ;Start from Function 0 Next_Func1: cmp cl, ch ;Last function encountered ja Next_Dev1 ;Yes, above last function push cx and bl, not 07h or bl, cl mov di, 4 ;Get PCI Device command reg. call Get_PCI_CFG test al, 03h ;PCI Device disabled? jz Skip_Show_PCI1 mov di, 8 ;Get Clase Code call Get_PCI_CFG ror eax, 16 cmp ax, 0001h ;compatible VGA? je short _uha41 ;yes ror eax, 16 rol eax, 8 cmp al, 06h ;Bridge Device? jne short not_host_bridge1 push eax rol eax,8 cmp al,07h pop eax jne Skip_Show_PCI1 not_host_bridge1: cmp al, 03h ;Display control? jne short Not_Vga1 _uha41: test byte ptr Post_Temp_Byte[BP], 80h jnz Skip_Show_PCI1 or byte ptr Post_Temp_Byte[BP], 80h;Display controlere ; found ;R41 - start ;Save ATI VGA IO & Memory address for Wake up VGA in S4 push ds push ax push bx mov di,14h call Get_PCI_CFG ;Get Vendor&Device ID push ax mov ax, PM_RAM_SEGMENT mov ds, ax ASSUME DS:PM_RAM post_func_call E000_Open_PM_RAM ;open PM RAM for save data shr bl,3 mov byte ptr PM_RAM:[VGA_DEV_ID],bl ;Save VGA device ID mov byte ptr PM_RAM:[VGA_SLOT_ID],bh;Save VGA Slot ID pop ax mov byte ptr PM_RAM:[VGA_IO_ADD],ah ;Save VGA ID Address ifdef AGP_SLOTID cmp byte ptr PM_RAM:[VGA_SLOT_ID],0 ;test if in Slot0 je short Is_Slot0 mov bx,(AGP_SLOTID) +00h mov di,1ch call Get_PCI_CFG ;Get Vendor&Device ID mov PM_RAM:[AGP_IO_ADD],al ;Save AGP IO Address mov bx,(AGP_SLOTID) +00h mov di,1dh call Get_PCI_CFG ;Get Vendor&Device ID mov PM_RAM:[AGP_IO_LIM],al ;Save AGP IO Limit Is_Slot0: endif ;AGP_SLOTID post_func_call E000_Close_PM_RAM ;Close PM ram pop bx pop ax pop ds Not_ATI: ;R41 - end Not_Vga1: xor di, di call Get_PCI_CFG ;Get Vendor&Device ID cmp ax, 0FFFFh ;No Device? je Skip_Show_PCI1 ;R41 ;Save ATI VGA IO & Memory address for Wake up VGA in S4 ;R41 ;R41 cmp ax,1002h ;test if ATI VGA ;R41 jne short Not_ATI ;R41 push ds ;R41 push ax ;R41 push bx ;R41 mov di,14h ;R41 call Get_PCI_CFG ;Get Vendor&Device ID ;R41 push ax ;R41 mov ax, PM_RAM_SEGMENT ;R41 mov ds, ax ;R41 ASSUME DS:PM_RAM ;R41 post_func_call E000_Open_PM_RAM ;open PM RAM for save data ;R41 shr bl,3 ;R41 mov byte ptr PM_RAM:[VGA_DEV_ID],bl ;Save VGA device ID ;R41 mov byte ptr PM_RAM:[VGA_SLOT_ID],bh;Save VGA Slot ID ;R41 pop ax ;R41 mov byte ptr PM_RAM:[VGA_IO_ADD],ah ;Save VGA ID Address ;R41ifdef AGP_SLOTID ;R41 cmp byte ptr PM_RAM:[VGA_SLOT_ID],0 ;test if in Slot0 ;R41 je short Is_Slot0 ;R41 mov bx,(AGP_SLOTID) +00h ;R41 mov di,1ch ;R41 call Get_PCI_CFG ;Get Vendor&Device ID ;R41 mov PM_RAM:[AGP_IO_ADD],al ;Save AGP IO Address ;R41 mov bx,(AGP_SLOTID) +00h ;R41 mov di,1dh ;R41 call Get_PCI_CFG ;Get Vendor&Device ID ;R41 mov PM_RAM:[AGP_IO_LIM],al ;Save AGP IO Limit ;R41Is_Slot0: ;R41endif ;AGP_SLOTID ;R41 post_func_call E000_Close_PM_RAM ;Close PM ram ;R41 pop bx ;R41 pop ax ;R41 pop ds ;R41Not_ATI: Skip_Show_PCI1: pop cx inc cl jmp Next_Func1 Next_Dev1: pop bx ;Restore Bus&Device inc bl cmp bl, 32 jb Disp_PCI_Device1 inc bh db 9ah ;-- far call fProc_Qualify_PciBus -- dw offset fProc_Qualify_PciBus dw 0f000h ;------------------- jnc Next_Bus1 Check_VGA_EXIT: popad pop ds ret Check_VGA_ID endp Get_PCI_CFG: push ecx push bx push di mov ax, 0b10ah int 1ah mov eax, ecx pop di pop bx pop ecx ret endif ;No_Show_PCI_Device endif ;S4_Support endif ;ACPI_Support ;R32 - end ifndef No_Show_PCI_Device ifdef PCI_BUS Show_PCI_Device proc near push ds pushad push cs pop ds ;R10 mov byte ptr CURSOR_X[bp],0 ;R10 inc byte ptr CURSOR_Y[bp] call X_Vcr ;R10 mov si,offset DEV call F000_Display_String ;R10 mov byte ptr CURSOR_X[bp],0 ;R10 inc byte ptr CURSOR_Y[bp] call X_Vcrlf ;R10 and Post_Temp_Byte[BP], NOT 80h;Init flag for VGA found xor si, si ;First Device xor bh, bh ;Start from Bus 0 Next_Bus: xor bl, bl ;Start from Device 0 Disp_PCI_Device: push bx ;Save Bus&Slot No. shl bl, 3 ;Device Number in upper 5 bits mov di, 0Ch ;Get PCI Device header type call Get_PCI_CFG shr eax, 16 ;AL=add. 0E=Heater type xor ch, ch ;Assume last func=0 test al, 80h jz short Single_Func mov ch, 07 ;Device is multi func. Single_Func: xor cl, cl ;Start from Function 0 Next_Func: cmp cl, ch ;Last function encountered ja Next_Dev ;Yes, above last function push cx and bl, not 07h or bl, cl mov di, 4 ;Get PCI Device command reg. call Get_PCI_CFG test al, 03h ;PCI Device disabled? jz Skip_Show_PCI mov di, 8 ;Get Clase Code call Get_PCI_CFG ror eax, 16 cmp ax, 0FFFFh ;No Device? ;R30 je Skip_Show_PCI ;R30 cmp ax, 0001h ;compatible VGA? je short _uha4 ;yes ror eax, 16 rol eax, 8 cmp al, 06h ;Bridge Device? jne short not_host_bridge push eax rol eax,8 cmp al,07h pop eax jne Skip_Show_PCI not_host_bridge: cmp al, 03h ;Display control? jne short Not_Vga _uha4: test byte ptr Post_Temp_Byte[BP], 80h jnz Skip_Show_PCI or byte ptr Post_Temp_Byte[BP], 80h;Display controlere ; found ;R41 - start ifdef ACPI_Support ifdef S4_Support ;Save ATI VGA IO&Memory Address for Wake up VGA in S4 push ds push ax push bx mov di,14h call Get_PCI_CFG ;Get Vendor&Device ID push ax mov ax, PM_RAM_SEGMENT mov ds, ax ASSUME DS:PM_RAM post_func_call E000_Open_PM_RAM ;open PM RAM for save data shr bl,3 mov byte ptr PM_RAM:[VGA_DEV_ID],bl ;save VGA device ID mov byte ptr PM_RAM:[VGA_SLOT_ID],bh;Save VGA Slot Number pop ax mov byte ptr PM_RAM:[VGA_IO_ADD],ah ;save VGA IO Address ifdef AGP_SLOTID cmp byte ptr PM_RAM:[VGA_SLOT_ID],0 ;test if in SLot 0 je short Is_Slot0 mov bx,(AGP_SLOTID) +00h mov di,1ch call Get_PCI_CFG ;Get Vendor&Device ID mov PM_RAM:[AGP_IO_ADD],al ;Save AGP IO Address mov bx,(AGP_SLOTID) +00h mov di,1dh call Get_PCI_CFG ;Get Vendor&Device ID mov PM_RAM:[AGP_IO_LIM],al ;Save AGP IO Limit Is_Slot0: endif ;AGP_SLOTID post_func_call E000_Close_PM_RAM pop bx pop ax pop ds Not_ATI: endif ;S4_Support endif ;ACPI_Support ;R41 - end Not_Vga: ;R30 mov di, 08h ;R30 call Get_PCI_CFG ;Get Class Code ;R30 cmp al, 0FFh ;No Device? ;R30 je Skip_Show_PCI xor di, di call Get_PCI_CFG ;Get Vendor&Device ID cmp ax, 0FFFFh ;No Device? je Skip_Show_PCI ;R32 - start ;R41ifdef ACPI_Support ;R41ifdef S4_Support ;R41 ;Save ATI VGA IO&Memory Address for Wake up VGA in S4 ;R41 cmp ax,1002h ;test if ATI VGA ;R41 jne short Not_ATI ;R41 push ds ;R41 push ax ;R41 push bx ;R41 mov di,14h ;R41 call Get_PCI_CFG ;Get Vendor&Device ID ;R41 push ax ;R41 mov ax, PM_RAM_SEGMENT ;R41 mov ds, ax ;R41 ASSUME DS:PM_RAM ;R41 post_func_call E000_Open_PM_RAM ;open PM RAM for save data ;R41 shr bl,3 ;R41 mov byte ptr PM_RAM:[VGA_DEV_ID],bl ;save VGA device ID ;R41 mov byte ptr PM_RAM:[VGA_SLOT_ID],bh;Save VGA Slot Number ;R41 pop ax ;R41 mov byte ptr PM_RAM:[VGA_IO_ADD],ah ;save VGA IO Address ;R41ifdef AGP_SLOTID ;R41 cmp byte ptr PM_RAM:[VGA_SLOT_ID],0 ;test if in SLot 0 ;R41 je short Is_Slot0 ;R41 mov bx,(AGP_SLOTID) +00h ;R41 mov di,1ch ;R41 call Get_PCI_CFG ;Get Vendor&Device ID ;R41 mov PM_RAM:[AGP_IO_ADD],al ;Save AGP IO Address ;R41 mov bx,(AGP_SLOTID) +00h ;R41 mov di,1dh ;R41 call Get_PCI_CFG ;Get Vendor&Device ID ;R41 mov PM_RAM:[AGP_IO_LIM],al ;Save AGP IO Limit ;R41Is_Slot0: ;R41endif ;AGP_SLOTID ;R41 ;R41 post_func_call E000_Close_PM_RAM ;R41 pop bx ;R41 pop ax ;R41 pop ds ;R41Not_ATI: ;R41 ;R41endif ;S4_Support ;R41endif ;ACPI_Support ;R32 - end or si, si ;First Device be showed jnz short No_Show_PCI_Field ;No pushad mov si,offset PCI_Field ;Show table head at first pusha ; PCI device call F000_Display_String popa ;R10 mov byte ptr CURSOR_X[bp],0 ;R10 inc byte ptr CURSOR_Y[bp] call X_Vcrlf ;R10 ;R10 mov al,196 ;R10 mov cx,80 ;R10 @@: ;R10 post_func_call F000_Display_Char ;R10 loop short @B call Show_Division ;R10 ;R10 call Get_Cursor_Pos ;R10 inc dh ;R10 xor dl, dl ;R10 call Set_Cursor_Pos call X_Vcrlf ;R10 popad No_Show_PCI_Field: pop si ;Get Func No pop di ;Get current Bus No and push di ; Device No push si ;Save Func No push eax ;Save Vendor&Device ID mov byte ptr CURSOR_X[bp],2 mov ax, di xchg ah, al call F000_DISP_BYTE_INT2 ;Display Bus No mov byte ptr CURSOR_X[bp], 11 xchg ah, al call F000_DISP_BYTE_INT2 ;Display Device No mov byte ptr CURSOR_X[bp], 21 mov al, bl and al, 07 call F000_DISP_BYTE_INT2 ;Function No pop eax ;Restore Vendor&Device ID pusha mov byte ptr CURSOR_X[bp], 31 F000_call DISP_WORD_HEX4 ;Display Vendor ID popa shr eax, 16 pusha mov byte ptr CURSOR_X[bp], 43 F000_call DISP_WORD_HEX4 ;Display Device ID popa mov di, 8 call Get_PCI_CFG ;Get Class Code shr eax, 16 cmp ax, 0001h ;compatible VGA ? jne short _uy7a ;no ! mov ax, 0300h _uy7a: mov si, ax mov al, ah cmp al,MAX_CLS_NO ;check if valid class code jbe short Good_ClsCode ;yes, show it xor al,al ;no, set unknown device Good_ClsCode: cmp si, 0101h mov si, offset IDE_DEV je short Show_Dev xor ah, ah shl ax, 1 push bx mov bx, ax mov si, word ptr cs:[DEV_TBL+BX] pop bx Show_Dev: cmp si, offset DEV0C jne short Not_DEV0C pusha mov di, 08h call Get_PCI_CFG ;Get Class Code shr eax,16 ;Get Sub-Class Code cmp al,05h ;Is ACPI? popa jne short Not_DEV0C ;No, skip mov si, offset DEV0C05 Not_DEV0C: cmp si, offset DEV06 jne short Not_DEV06 pusha mov di, 08h call Get_PCI_CFG ;Get Class Code shr eax,16 ;Get Sub-Class Code cmp al,07h ;Is Cardbus? popa jne short Not_DEV06 ;No, skip mov si, offset DEV0607 Not_DEV06: pusha mov byte ptr CURSOR_X[bp], 52 call F000_Display_String popa pusha mov byte ptr CURSOR_X[bp], 76 cmp si, offset IDE_DEV ;R22 - start ifdef SPECIAL_SHOW_IDE_DEVICE_IRQ jne short SHOW_OTHER_DEVICE_IRQ ;not IDE device mov byte ptr CURSOR_X[bp], 73 ;for show IRQ14/15 call SPECIAL_SHOW_IDE_IRQ ;call chippost.asm jmp short End_IRQ_Show ;specisl show final SHOW_OTHER_DEVICE_IRQ: else; SPECIAL_SHOW_IDE_DEVICE_IRQ ;R22 - end mov al, 14 je short Show_IRQ endif; SPECIAL_SHOW_IDE_DEVICE_IRQ ;R22 mov di, 3ch call Get_PCI_CFG ;Get Interrupt Line or al, al jz short IRQ_NA cmp al, 0fh ja short IRQ_NA Show_IRQ: call F000_DISP_BYTE_INT2 ;Display Slot No jmp short End_IRQ_Show IRQ_NA: mov si, offset NA_Str call F000_Display_String End_IRQ_Show: ;R10 call Get_Cursor_Pos ifdef NO_SHOW_IDE_DEVICE cmp si, offset IDE_DEV je short NO_SHOW_IDE_DEV endif; NO_SHOW_IDE_DEVICE ;R10 inc dh call X_Vlf ;R10 NO_SHOW_IDE_DEV: ;R10 xor dl,dl ;R10 call Set_Cursor_Pos call X_Vcr ;R10 popa Skip_Show_PCI: pop cx inc cl jmp Next_Func Next_Dev: pop bx ;Restore Bus&Device inc bl cmp bl, 32 jb Disp_PCI_Device ifndef NO_MULTI_PCI_SUPPORT endif ;NO_MULTI_PCI_SUPPORT ifdef PCI_BUS ifndef NO_MULTI_PCI_SUPPORT ifdef CONFIG_MECHANISM_1 inc bh db 9ah ;-- far call fProc_Qualify_PciBus -- dw offset fProc_Qualify_PciBus dw 0f000h ;------------------- jnc Next_Bus endif ;CONFIG_MECHANISM_1 endif ;NO_MULTI_PCI_SUPPORT endif ;PCI_BUS ;R10 call Get_Cursor_Pos ;R10 inc dh ;R10 xor dl,dl ;R10 call Set_Cursor_Pos ;R31 - start ifdef ACPI_SUPPORT call Show_ACPI_Dev endif; ACPI_SUPPORT ;R31 - end popad pop ds ret Show_PCI_Device endp ;R31 - start ifdef ACPI_SUPPORT Show_ACPI_Dev proc near extrn SetRealModeLimit:near include acpi.inc extrn FACP_Pointer:near extrn ACPI_option_Item:near mov si,offset DGROUP:ACPI_option_Item call X_GetItem_Value or al,al jnz short ACPI_OFF mov al,1 post_func_call EGROUP:SetRealModeLimit ;Enter big real mode mov esi, ACPISeg add esi, offset DGROUP:FACP_Pointer ;FACP mov edi, dword ptr ds:[esi] mov ax,word ptr es:[edi]+46 ; Get SCI IRQ from FACP push ax xor al, al post_func_call EGROUP:SetRealModelimit ;Leave big real mode push cs pop ds mov byte ptr CURSOR_X[bp], 52 mov si, offset ACPI_Str call F000_Display_String ;Display device mov byte ptr CURSOR_X[bp], 76 pop ax or al,al ;R31A jnz short IRQ_Not_NA_ ;R31A mov si, offset NA_Str ;R31A call F000_Display_String ;R31A jmp short ACPI_OFF ;R31A IRQ_Not_NA_: ;R31A call F000_DISP_BYTE_INT2 ;Display IRQ call X_Vlf ACPI_OFF: ret Show_ACPI_Dev endp ACPI_Str db "ACPI Controller",0 endif ;ACPI_SUPPORT ;R31 - end ;R10 - start Show_Division proc near pusha mov al,196 mov cx,80 @@: ;R11A post_func_call F000_Display_Char call X_Display_Char ;R11A loop short @B popa ret Show_Division endp ;R10 - end ;R10;Input: DH - Row ;R10; DL - Column ;R10;Output:None ;R10;Description:Set the cursor position, if Row=23 then scroll up screen and ;R10; Row=22 ;R10Set_Cursor_Pos: ;R10 pusha ;R10 cmp dh, 23 ;R10 jb short No_Scroll ;R10 ;R10 push dx ;R10 ;R10 mov ax, 0601h ;Screen scroll up ;R10 mov bh, ATTRIBUTE[bp] ;R10 mov cx, (0 shl 8) + 0 ;R10 mov dx, (24 shl 8) + 79 ;R10 int 10h ;R10 ;R10 pop dx ;R10 dec dh ;R10No_Scroll: ;R10 mov word ptr CURSOR_X[bp], dx ;R10 ;R10 mov ah, 02h ;Set Crusor position ;R10 xor bh, bh ;R10 int 10h ;R10 ;R10 popa ;R10 ret ;R10 ;R10;Input :Nnone ;R10;Output:DH - Row ;R10; DL - Column ;R10;Description:Get the cursor position ;R10Get_Cursor_Pos: ;R10 pusha ;R10 ;R10 mov ah, 03h ;R10 xor bh, bh ;R10 int 10h ;R10 ;R10 ror edx, 16 ;R10 ;R10 popa ;R10 ;R10 ror edx, 16 ;R10 ret F000_Disp_Byte_INT2: pusha F000_CALL Disp_Byte_INT2 popa ret F000_Display_String: F000_call Display_String ret Get_PCI_CFG: push ecx push bx push di mov ax, 0b10ah int 1ah mov eax, ecx pop di pop bx pop ecx ret PCI_Field: db "Bus No. Device No. Func No. Vendor ID Device ID Device Class IRQ", 0 ;R301E PCI_Border: BORDER1 <,0,16,79,16,0> DEV_TBL: dw offset DEV00 dw offset DEV01 dw offset DEV02 dw offset DEV03 dw offset DEV04 dw offset DEV05 dw offset DEV06 dw offset DEV07 dw offset DEV08 dw offset DEV09 dw offset DEV0A dw offset DEV0B dw offset DEV0C MAX_CLS_NO EQU ($ - offset DEV_TBL)/2 - 1 ;R10DEV: db "PCI device listing.....", 0 ;R23 ;R14-start ;R23 ifdef No_Support_4_IDE ;R23 ;R23 DEV: db NEWLINE ;R23 db "PCI device listing ...", 0 ;R23 else ;No_Support_4_IDE ;R23 ;R23 DEV: db "PCI device listing ...", 0 ;R10 ;R23 ;R23 endif ;No_Support_4_IDE ;R23 ;R14-END ;R23 - starts DEV: ifdef No_Support_4_IDE db NEWLINE endif ;No_Support_4_IDE db "PCI" ifdef AGP_Device_List db "/AGP" endif ;AGP_Device_List db " device listing ...", 0 ;R23 - ends DEV00: db "Unknown PCI Device",0 DEV01: db "Mass Storage Controller",0 DEV02: db "Network Controller",0 DEV03: db "Display Controller",0 DEV04: db "Multimedia Device",0 DEV05: db "Memory Controller",0 DEV06: db "Bridge Device",0 DEV07: db "Simple COMM. Controller",0 DEV08: db "Base System Peripherals", 0 DEV09: db "Input Device",0 DEV0A: db "Docking Stations",0 DEV0B: db "Processors", 0 DEV0C: db "Serial Bus Controller",0 IDE_DEV db "IDE Controller",0 NA_Str db "NA",0 DEV0C05 db "SMBus Controller",0 DEV0607 db "PCI/CardBus bridge",0 ifdef PNP_BIOS ;R11B ifndef NO_ISA_PNP ;R29 ;R11 - start ifndef NO_SHOW_ISAPNP ifdef SHOW_ALL_ISAPNP DMA_POS EQU 27 IRQ_POS EQU 33 STR_POS EQU 39 else ;SHOW_ALL_ISAPNP DMA_POS EQU 20 IRQ_POS EQU 26 STR_POS EQU 32 endif ;SHOW_ALL_ISAPNP Show_PNP_Device proc near push ds push es pushad mov ax, G_RAM mov es, ax mov ds, ax assume ds:G_RAM cmp byte ptr ds:TEMP_LAST_CSN, 0 ;ISA/PNP card exist? je Show_PNP_Exit POST_FUNC_CALL Wake_All_Cards mov byte ptr ds:INIT_FLAG, 0 ;flag to show title mov dx, ds:TEMP_PNP_RD ;RD_DATA port address movzx cx, byte ptr ds:TEMP_LAST_CSN ;total ISA/PNP cards mov byte ptr ds:CSN_CNT, 1 ;CSN start ; all PnP cards loop ; CX = ISA/PnP card numbers ; DX = READ_DATA port address Show_Card_Loop: mov byte ptr ds:LOGIC_DEV_CNT, 0 push cx Show_LogicDev_Loop: mov al, ds:CSN_CNT mov ah, ds:LOGIC_DEV_CNT POST_FUNC_CALL Get_LogicDev_String jc Show_Card_Next mov ah, ds:LOGIC_DEV_CNT mov al, LOGIC_DEV call X_Set_PnP_Reg ifndef SHOW_ALL_ISAPNP mov al, ACT_REG call X_Get_PnP_Reg test al, 01 jz Show_LogicDev_Cont endif ;SHOW_ALL_ISAPNP mov al, DMA0 call X_Get_PnP_Reg mov cl, al mov al, DMA1 call X_Get_PnP_Reg mov ch, al mov al, IRQ0 call X_Get_PnP_Reg mov bl, al mov al, IRQ1 call X_Get_PnP_Reg mov bh, al ifndef SHOW_ALL_ISAPNP cmp cl, 04 ;no DMA? jne short @f or bl, bl ;no IRQ jz Show_LogicDev_Cont @@: endif ;SHOW_ALL_ISAPNP test byte ptr ds:INIT_FLAG, 1 jnz short @f call X_Vcrlf mov si, offset PNPDEV call Show_CS_String call X_Vcrlf mov si, offset PNP_FIELD call Show_CS_String call X_Vcrlf call Show_Division inc byte ptr ds:INIT_FLAG @@: call X_Vcrlf mov byte ptr CURSOR_X[bp],2 mov al, ds:CSN_CNT call F000_DISP_BYTE_INT2 ;Display card No mov byte ptr CURSOR_X[bp], 11 mov al, ds:LOGIC_DEV_CNT call F000_DISP_BYTE_INT2 ;Display Device No ifdef SHOW_ALL_ISAPNP mov byte ptr CURSOR_X[bp], 20 mov si, offset Yes_String mov al, ACT_REG call X_Get_PnP_Reg test al, 01 jnz short @f mov si, offset No_String @@: call Show_CS_String endif ;SHOW_ALL_ISAPNP mov byte ptr CURSOR_X[bp], DMA_POS mov al, cl cmp al, 04 ;no DMA? jne short @f mov si, offset NA_Str call Show_CS_String jmp short Show_PNP_IRQ @@: dec byte ptr CURSOR_X[bp] call F000_DISP_BYTE_INT2 ;Display DMA 0 mov al, ch cmp al, 04 ;no DMA? je short Show_PnP_IRQ mov byte ptr CURSOR_X[bp], DMA_POS+1 call F000_DISP_BYTE_INT2 ;Display DMA 1 mov byte ptr CURSOR_X[bp], DMA_POS+1 ;R11A mov al, ',' ;R11A call X_Display_Char ;R11A Show_PNP_IRQ: mov byte ptr CURSOR_X[bp], IRQ_POS mov al, bl or al, al ;no IRQ? jnz short @f mov si, offset NA_Str call Show_CS_String jmp short Show_PNP_String @@: call F000_DISP_BYTE_INT2 ;Display IRQ 0 mov al, bh or al, al ;no IRQ? jz short Show_PnP_String mov byte ptr CURSOR_X[bp], IRQ_POS+3 call F000_DISP_BYTE_INT2 ;Display IRQ 1 mov byte ptr CURSOR_X[bp], IRQ_POS+2 ;R11A mov al, ',' ;R11A call X_Display_Char ;R11A Show_PNP_String: mov byte ptr CURSOR_X[bp], STR_POS mov si, offset STR_BUFFER cmp byte ptr ds:[si], 0 jne short @f mov si, offset Unknown_Dev call Show_CS_String jmp short Show_LogicDev_Cont @@: call F000_Display_String Show_LogicDev_Cont: inc byte ptr ds:LOGIC_DEV_CNT ;next logical device jmp Show_LogicDev_Loop @@: jmp Show_Card_Loop Show_Card_Next: pop cx inc byte ptr ds:CSN_CNT ;next CSN loop short @b POST_FUNC_CALL Wait_For_Key call X_Vcrlf Show_PNP_Exit: popad pop es pop ds ret Show_PNP_Device endp Show_CS_String proc near push ds push cs pop ds call F000_Display_String pop ds ret Show_CS_String endp X_Get_PnP_Reg proc near POST_FUNC_CALL Get_PnP_Reg ret X_Get_PnP_Reg endp X_Set_PnP_Reg proc near POST_FUNC_CALL Set_PnP_Reg ret X_Set_PnP_Reg endp PNPDEV db "ISA/PNP device listing ...", 0 PNP_FIELD: ifdef SHOW_ALL_ISAPNP db "Card No. Device No. Active DMA IRQ Device Name" else ;SHOW_ALL_ISAPNP db "Card No. Device No. DMA IRQ Device Name" endif ;SHOW_ALL_ISAPNP db 0 Unknown_Dev db "Unknown ISA/PNP Device", 0 ifdef SHOW_ALL_ISAPNP Yes_String db "Yes", 0 No_String db "No", 0 endif ;SHOW_ALL_ISAPNP endif ;NO_SHOW_ISAPNP ;R11 - end endif ;NO_ISA_PNP ;R29 endif ;PNP_BIOS ;R11B endif ;PCI_BUS endif ;No_Show_PCI_Device ;R01 end endif ;NO_SYSTEM_CONFIG ;R01A ;R06 - starts Public X_GetItem_Value X_GetItem_Value Proc Near F000_Call GetItem_Value ret X_GetItem_Value Endp ;R06 - ends ;R10 - start public X_Vcrlf X_Vcrlf proc near F000_CALL Vcrlf ret X_Vcrlf endp public X_Vlf X_Vlf proc near F000_CALL Vlf ret X_Vlf endp public X_Vcr X_Vcr proc near F000_CALL Vcr ret X_Vcr endp public X_Cursor_On X_Cursor_On proc near F000_CALL Cursor_On ret X_Cursor_On endp ;R10 - end ;R11A - start public X_Display_Char X_Display_Char proc near F000_CALL Display_Char ret X_Display_Char endp ;R11A - end ;R26 - start public X_Display_String X_Display_String proc near F000_CALL Display_String ret X_Display_String endp ;R26 - end ;R34A;R34 - start ;R34ADIVID MACRO ;R34A mov ax,di ;R34A div bx ;R34A endm ;R34APORT61 EQU 61H ;R34APORT8254 EQU 42H ;R34ADATA8254 EQU 43H ;R34ACOUNT EQU 3EH ;R34A ;R34A align 16 ;R34A;Function : Measure CPU clock without RDTSC instruction ;R34A;Input : none ;R34A;Output : CX - duration time of one CPU clock ;R34A;Note : This routine will be executed in base memory. ;R34A; ;R34A public XMeasureNoRDTSCCpuClck ;R34AXMeasureNoRDTSCCpuClck proc far ;R34A ;R34A cli ;R34A mov al,0fch ;disable counter 2 ;R34A out PORT61,al ;R34A SIODELAY ;R34A mov al,0b4h ;program counter 2 ;R34A out DATA8254,al ;R34A IODELAY ;R34A xor al,al ;R34A out PORT8254,al ;R34A IODELAY ;R34A out PORT8254,al ;R34A IODELAY ;R34A ;R34A mov di,7aaah ;dividend ;R34A mov bx,5555h ;divisor ;R34A xor dx,dx ;R34A mov cx,COUNT ;count ;R34A mov al,0fdh ;enable counter ;R34A out PORT61,al ;R34A SIODELAY ;R34A ALIGN 16 ;R34ADivid_33: ;R34A DIVID ;divide 1 ;R34A DIVID ;divide 2 ;R34A DIVID ;divide 3 ;R34A DIVID ;divide 4 ;R34A DIVID ;divide 5 ;R34A DIVID ;divide 6 ;R34A DIVID ;divide 7 ;R34A DIVID ;divide 8 ;R34A DIVID ;divide 9 ;R34A DIVID ;divide 10 ;R34A DIVID ;divide 11 ;R34A DIVID ;divide 12 ;R34A DIVID ;divide 13 ;R34A DIVID ;divide 14 ;R34A DIVID ;divide 15 ;R34A DIVID ;divide 16 ;R34A DIVID ;divide 17 ;R34A DIVID ;divide 18 ;R34A DIVID ;divide 19 ;R34A DIVID ;divide 20 ;R34A DIVID ;divide 21 ;R34A DIVID ;divide 22 ;R34A DIVID ;divide 23 ;R34A DIVID ;divide 24 ;R34A DIVID ;divide 25 ;R34A DIVID ;divide 26 ;R34A DIVID ;divide 27 ;R34A DIVID ;divide 28 ;R34A DIVID ;divide 29 ;R34A DIVID ;divide 30 ;R34A DIVID ;divide 31 ;R34A DIVID ;divide 32 ;R34A DIVID ;divide 33 ;R34A dec cx ;R34A jz Finish ;R34A jmp Divid_33 ;R34AFinish: ;R34A mov al,0fch ;stop counter 2 ;R34A out 61h,al ;R34A SIODELAY ;R34A in al,PORT8254 ;read counter 2 low byte ;R34A IODELAY ;R34A mov ah,al ;R34A in al,PORT8254 ;read counter 2 high byte ;R34A IODELAY ;R34A xchg ah,al ;R34A mov si,ax ;store result ;R34A ;R34A xor dx,dx ;R34A mov cx,COUNT ;count ;R34A mov al,0fdh ;enable counter ;R34A out PORT61,al ;R34A SIODELAY ;R34A ALIGN 16 ;R34ADivid_1: ;R34A DIVID ;divide 1 ;R34A dec cx ;R34A jz short Finish1 ;R34A jmp short Divid_1 ;R34AFinish1: ;R34A mov al,0fch ;stop counter 2 ;R34A out 61h,al ;R34A SIODELAY ;R34A in al,PORT8254 ;read counter 2 low byte ;R34A IODELAY ;R34A mov ah,al ;R34A in al,PORT8254 ;read counter 2 high byte ;R34A IODELAY ;R34A xchg ah,al ;R34A mov cx,ax ;R34A sub cx,si ;result 2 - result 1 ;R34A ;R34A ret ;R34AXMeasureNoRDTSCCpuClck endp ;R34A;R34 - end XCODE ENDS ;R12 - start YGROUP GROUP YCODE YCODE SEGMENT USE16 PARA PUBLIC 'YCODE' ASSUME CS:YGROUP,ES:YGROUP YCODE ENDS ;R12 - end END