; []===========================================================[] ; ; 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 ;---------------------------------------------------------------------------- ;R67A 04/23/99 STV Modify R67 feature for show HDD type stay at AUTO after ; IDE HDD detect. ;R68 04/23/99 KVN Fixed system hang when IDE HDD size over 65GB ;R67 04/22/99 STV Add "Auto_HDD_Detect_IN_STDCMOS" define for stdcmos ; freature.This feature support auto detect IDE HDD ; immediately when press 'ENTER' key on Auto type of HDD ; item. ;R66 04/19/99 RAY Problem happen on ALLDIN 5(2a5kk/6a5kk) platform ; ; Setting time to 28-FEB-2000, 23:59:58 ; ---> wait for 2 seconds till 29-FEB-2000 ; ---> RTC will become 1-MAR-2000 ; ; Solution: ; ; Do not inhibit the RTC to update itself when we ; try to write the value of time in [BP] back to ; RTC. Add a switch: Dont_Stop_RTC_When_Update_RTC ; to patch this bug of ALi's chipset ; ;R65 04/09/99 RIC Add "SPECIAL_SHARE_MEMORY_SHOW" definition for special ; customer. ;R64 03/19/99 PAL Move TV OUT item in IOFEAT.ASM ;R63 03/12/99 PAL Added "TV_Out_Not_IN_STDCMOS" option ;R62 03/01/99 PAL Added "Issue_Gemlight_TV_Out_Function" option ;R61 01/28/99 DRS This function depends on Not_Change_Setup_Color definition ; Don't support "Change Color" function in SETUP. ; Set default SETUP color by CMOS3B[bp] = 03h ;R60 10/20/98 GAR Fix bug about IDE setup if define No_Support_4_IDE ;R59 09/29/98 RAY Move code to XGROUP ;R58 09/24/98 RAY Further reduce code size in F000 by moving the ; showing memory size code & menuitem in setup to ; XGROUP. ; ;R57 09/24/98 RAY Mask all codes of "Support_Calender_In_Setup" since ; they are no longer useful for current customer demand. ; Also, it cannot be sucessfully compiled. ; ;R55A 09/18/98 DRS Added HaltOn_Item_BIOS_D4_Value and HaltOn_Item_SETUP_D4_Value ; definition ;R56 08/25/98 KVN Added show machine and serial string in stdcmos page ; for USI of OEM ;R55 08/10/98 ADS Added "NO_Error_For_HaltOn_Item_D4" define. ;R54 07/27/98 KVN Added a new switch "EVAL_MSG_In_STDCMOS" for display ; evaluation message in standard page of setup. ;R53 03/19/98 RAX Fixed lable name conflict with Multi-language support. ;R52A 02/16/98 RAY 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. ; ;R52 02/14/98 RAY 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) ; ;R51 01/13/98 RCH Change default value as "All,but keyboard" for "halt" ; checking and also change year default to 1998 ;R42A 11/03/97 LAW Change year default to 1997 ;R50 10/27/97 KGN move defin LCD_CRT_OPTION to common.equ ;R49 07/15/97 RAX Add Switch support FDD 3.5in only. ;R48 05/26/97 DNL Add "Support_1_FDD" definition to save more space ;R47 05/20/97 RCH Modify codes to display memory size up to 1GB ;R46 05/07/97 DRS Add "Absent" item to process none VGA sitution. ; It's special for GIANTEC ;R45 02/24/97 KVN Change HDD size display digital to 5 for support over ; 10GB HDD ;R44 02/18/97 DNL Added "TV_OUT_SUPPORT" definition to support VGA TV-out ; function ;R43 11/15/96 RAY Move some strings to E000 to save F000 area ;R42 10/15/96 RAY Change the max. year option to 2079 ;R41 10/14/96 DNL Added no CRT auto detection support ;R40 10/11/96 DNL Added LCD only model support ;R39 10/04/96 KVN Added boot HDD selectable function ;R08A 09/26/96 LRY 'Skip_HDD_Type_1_To_46', removed HD type table ;R38 09/05/96 RAX Fixed default error ;R37 08/07/96 RAY Save codes ;R32C 08/02/96 DNL Change default setting for Notebook Power Management ;R36 05/22/96 KVN Fixed don't use POST_FUNC_CALL if not in POST (e.g. from ; MODBIN enter setup) otherwise will cause hang ;R32B 04/11/96 DNL Added auto-detect display type option ;R32A 03/14/96 DNL Added CRT&LCD display type option for BIOS ;R35 03/12/96 KVN Added VGA FEATURE CONNECTOR ;R34 02/10/96 RCH Change default of Drive A to 3.5" 1.44Mb due to most ; of PC are using 1.44Mb instead of 1.2Mb ;R33 12/06/95 DNL Added codes for Support_1_FDD definition ;R32 11/20/95 DNL Added CRT&LCD display type option for notebook BIOS ;R31 11/03/95 KVN Added floppy 3 mode 1.2Mb format ;R30 11/01/95 DNL Added "Ct_FDD_3_MODE" definition to support FDD 3 Mode ;R29 10/16/95 TNY Add Support_1_FDD definition. ;R28 09/14/95 KVN Fix cylinder x head > 65536 then HDD size show error ;R16A 09/11/95 KVN Added FDD 3 mode auto analysis ;R23A 08/03/95 RAY No_Support_4_IDE should placed after "include bios.cfg" ;R27 07/28/95 DNL Define "IDE_PRIMARY_ONLY" to support no slave IDE mode ;R26 07/21/95 KVN Added HDD access AUTO mode ;R24A 07/21/95 KVN Remove HDD access mode error ;R25 07/19/95 KVN Open HDD access mode for MODBINable ;R24 07/15/95 KVN Added HDD access mode error ;R23 06/14/95 KVN Open Support_4_IDE feature become standard feature ;R22 06/13/95 KVN Reduce Post_func_call and F000_call code size ;R21 06/09/95 KVN Open Post_Auto_IDE_Detect feature become standard ;R20 05/17/95 HTR Add DRIVE A defaule 1.44MB option ;R19 04/19/95 RAY Public Temp_Year_Item ;R18 04/14/95 BEN Fixed for standard CMOS setup can not modifiable BIOS ; default in MODBIN. ;R17 03/30/95 AVN Fixed if FDD 3 Mode Support And POST Fail If Enter ; Stdsetup So Do It in Cfeature.asm ;R16 03/20/95 DNL Added FDD 3 mode support ;R15 01/26/95 RCH Change default year to 1995 ;R14 11/09/94 KVN Fixed MSD.EXE utility 'DISK Drives' test error ;R13 10/14/94 KVN Change HDD size unit to be 1,000,000MB ;R12 10/06/94 RAY modify position of HDD strings for Low Level Format ; in 4 IDE version ;R11 09/21/94 AVN Change Show String under SETUP/DOS for 4 IDE Support. ;R10 09/09/94 RCH Some customer need "AUTO" for hard drive as default ;R09 09/08/94 RAY Set year item minimum = 1994 ;R08 09/08/94 RAY Add "Skip_HDD_Type_1_To_46" option ;R07 08/26/94 RAY Fix bug for HDD update if user key in the type ;R06 08/26/94 RAY Do not load default for RTC ;R05 08/17/94 KVN Fixed up bug for MODBIN.EXE ;R04 08/17/94 KVN Added POST auto IDE detect function ;R03 08/15/94 RCH Re-write routine "Check_Valid_HDD_Type" to support 4 ; HDD drives ;R02 06/17/94 RAY Modify string: "DRIVE C" in case MODBIN will show ; it wrong! ;R00 06/02/94 RAY Initial Revision for HDD LBA/LARGE mode & 4 IDE PAGE 56,132 .286 IDE_LBA_MODE_SUPPORT EQU 1 ;R23A ifndef No_Support_4_IDE ;R23 ;R23A Support_4_IDE EQU 1 ;R23 ;R23A endif ;No_Support_4_IDE ;R23 include bios.cfg ifndef No_Support_4_IDE ;R23A Support_4_IDE EQU 1 ;R23A endif ;No_Support_4_IDE ;R23A include bsetup.inc include common.mac include common.equ ifdef Auto_HDD_Detect_IN_STDCMOS ;R67 include cmos.equ ;R67 endif ;Auto_HDD_Detect_IN_STDCMOS ;R67 ifndef No_Post_Auto_IDE_Detect ;R21 Post_Auto_IDE_Detect equ 1 ;R21 HardDrive_AUTO_DEFAULT equ 1 ;R21 endif ;No_Post_Auto_IDE_Detect ;R21 ;R49 start ifdef Notebook_Power_Management ifndef Desktop_System ifndef FDD_3_Mode FDD_1M44_2M88_ONLY EQU 1 endif ;FDD_3_Mode endif; Desktop_System endif; Notebook_Power_Management ;R49 end ifdef EVAL_MSG_In_STDCMOS ;R54 extrn EVAL_MSG:near ;R54 endif ;EVAL_MSG_In_STDCMOS ;R54 EXTRN AWARD_TITLE:NEAR EXTRN AX_TO_DEC2:NEAR EXTRN DESTROY_KEY_THEN_RET:NEAR EXTRN DISPLAY_STRING:NEAR EXTRN DISPLAY_WHOLE_ITEM:NEAR EXTRN DISP_ITEMTITLE:NEAR EXTRN DISP_ITEMVAR:NEAR EXTRN DOWN_LINE:NEAR EXTRN GET_ITEMSTAT_AX:NEAR EXTRN GO_MOST_RIGHT_ITEM:NEAR EXTRN HEX_TO_BCD:NEAR EXTRN MOVE_CURSOR:NEAR EXTRN READ_ITEM_VALUE:NEAR EXTRN READ_MEMORY:NEAR EXTRN SEQ_DOWN_BY_MENU_LIST:NEAR EXTRN SEQ_UP_BY_MENU_LIST:NEAR EXTRN SET_CMOS12H:NEAR EXTRN SET_ITEMSTAT_AX:NEAR EXTRN SHOW_SIX_DIGIT:NEAR EXTRN TEST_ITEMSTAT:NEAR EXTRN UP_LINE:NEAR EXTRN VHILITE:NEAR EXTRN VNORMAL:NEAR EXTRN VREVERSE:NEAR EXTRN WRITE_ITEM_VALUE:NEAR extrn Get_Cmos:Near extrn Set_Cmos:Near extrn HDISK_PARMS:near ;R22 extrn POST_func_end:Near ;128k ;R22 extrn POST_VECT:Near ;128k extrn Post_call_proc:near ;R22 extrn STD_HELP_STR:near ;R52A ifdef IDE_LBA_MODE_SUPPORT extrn Tran_CHS_LBA:near extrn Tran_CHS_LARGE:near endif ;IDE_LBA_MODE_SUPPORT extrn PAGE_NAME_Y:ABS extrn START_Y:ABS extrn BLAX_To_Dec6:near extrn xcall_proc:near ;R59 extrn Refresh_Menu1:near ;R59 extrn X_Refresh_Menu1:near ;R59 extrn X_Display_CS_String:near ;R59 extrn X_Display_String:near ;R59 extrn X_Display_Char:Near ;R59 extrn X_Disp_ItemTitle:Near ;R59 extrn X_Write_Item_Value:near ;R59 extrn X_VReverse:Near ;R59 extrn X_VNormal:near ;R59 extrn X_Display_Whole_Item:near ;R59 extrn X_Read_Item_Value:near ;R59 extrn X_Get_ItemStat_AX:near ;R59 extrn X_Set_ItemStat_AX:near ;R59 extrn X_Disp_ItemVar:near ;R59 extrn X_Move_Cursor:near ;R59 ifdef SPECIAL_SHARE_MEMORY_SHOW ;R65 extrn Ct_Share_Memory_Size:near ;R65 endif ;SPECIAL_SHARE_MEMORY_SHOW ;R65 ifdef Auto_HDD_Detect_IN_STDCMOS ;R67 extrn Auto_IDE_Detect_X:near ;R67 endif ;Auto_HDD_Detect_IN_STDCMOS ;R67 Public StdCMOS_Special_Do Public StdCMOS_Special_Show Public StdCMOS_Key_List Public StdCMOS_StartUp_Str Public StdCMOS_Start Public StdCMOS_End Public HDDC_ITEM Public HDDD_ITEM ifdef Support_4_IDE Public HDDE_ITEM Public HDDF_ITEM Public SNAMEKE ;R11 Public SNAMEKF ;R11 endif ;Support_4_IDE Public SECOND_ITEM Public CENTURY_ITEM Public YEAR_ITEM Public TEMP_YEAR_ITEM ;R19 Public MONTH_ITEM Public DATE_ITEM Public HOUR_ITEM Public MINUTE_ITEM Public SECOND_ITEM public DayLight_Item Public NULLSTR ;R43 Public HELP_BORDER ;R52A Public STD_HELP_STR ;R43 Public CLEAR_HELP Public SNAMEKC Public SNAMEKD ;R59 Public RESHOW_HDD ;R57 ifdef Support_Calender_In_Setup ;R57 Public TOGGLE_CALENDER ;R57 endif ;Support_Calender_In_Setup ;R59 Public WRITE_TIME_TO_CMOS1 ;R59 Public CHECK_VALID_HDD_TYPE Public Ena_Str Public Dis_Str ;R52A Public Std_Help_Str Public Video_Item Public DRIVE_A_ITEM ifndef Support_1_FDD ;R48 Public DRIVE_B_ITEM endif ;Support_1_FDD ;R48 ;R59 Public Transfer_Hdd_Parms Public NUM_OF_IDE_ITEM ifdef Support_4_IDE NUM_OF_IDE_ITEM EQU 4 LAST_HDD_TYPE_ITEM EQU (offset HDDF_ITEM) LAST_HDD_ITEM EQU (offset HDDF_ITEM)+HDD_TYPE_DIFF-ITEM_SIZE else ;Support_4_IDE NUM_OF_IDE_ITEM EQU 2 LAST_HDD_TYPE_ITEM EQU (offset HDDD_ITEM) LAST_HDD_ITEM EQU (offset HDDD_ITEM)+HDD_TYPE_DIFF-ITEM_SIZE endif ;Support_4_IDE HDPARMS STRUC MaxCyl DW ? ; Maximum cylinder number MaxHead DB ? ; Maximum number of heads DW ? ; Not used MaxPreComp DW ? ; Starting write precomp cylinder DB ? ; Not used DB ? ; Control byte - bit 3 on for more than 8 heads DB ? ; Not used DB ? ; Not used DB ? ; Not used MaxLandZone DW ? ; Landing Zone MaxSector DB ? ; Number of sectors/track DB ? ; Not used HDPARMS ENDS HDP_SIZE EQU SIZE HDPARMS DGROUP GROUP FCODE FCODE SEGMENT WORD PUBLIC 'CODE' ASSUME CS:DGROUP,DS:DGROUP ;--------------------------------------------------------------------------------------------------------------------------- ;----------------------------------------------------------------------- StdCMOS_Special_Do: dw StdCMOS_Do_NO ifdef IDE_LBA_MODE_SUPPORT dw LAST_HDD_ITEM+ITEM_SIZE ,offset Move_HDD_Cursor ;R59 dw Offset HDDC_ITEM+ITEM_SIZE*7,offset Do_LBA ;R59 dw Offset HDDD_ITEM+ITEM_SIZE*7,offset Do_LBA ;R59 ifdef Support_4_IDE ;R59 dw Offset HDDE_ITEM+ITEM_SIZE*7,offset Do_LBA ;R59 dw Offset HDDF_ITEM+ITEM_SIZE*7,offset Do_LBA ;R59 endif ;Support_4_IDE endif ;IDE_LBA_MODE_SUPPORT dw offset Year_Item ,offset Do_Year dw Offset Century_Item ,Offset Do_Century dw Offset DATE_ITEM ,Offset Do_Date dw Offset Month_Item ,Offset Do_Month dw Offset HOUR_ITEM ,Offset Write_Time_To_CMOS dw Offset MINUTE_ITEM ,Offset Write_Time_To_CMOS dw Offset SECOND_ITEM ,Offset Write_Time_To_CMOS dw offset Temp_Year_Item ,offset Do_Temp_Year StdCMOS_Do_NO EQU (($ - offset StdCMOS_Special_Do)-2)/4 StdCMOS_Special_Show: dw StdCMOS_Show_NO ;R58 dw Offset EXTITEM ,Offset Show_Ext_Mem ;R57ifdef Support_Calender_In_Setup ;R57 dw Offset TEMP_EXTMEM_ITEM ,Offset Show_Ext_Mem ;R57endif ;Support_Calender_In_Setup ;R58 dw Offset OTHERITEM ,Offset Show_Other_Mem ;R58 dw Offset TOTALITEM ,Offset Show_Total_Mem dw offset Year_Item ,offset Show_Year ;R57ifdef Support_Calender_In_Setup ;R57 dw Offset Century_Item ,Offset ReShow_Calender ;R57 dw Offset DATE_ITEM ,Offset ReShow_Calender ;R57 dw Offset Month_Item ,Offset ReShow_Calender ;R57 dw offset Calender_Item,offset Show_Calender ;R57else ;Support_Calender_In_Setup dw Offset Century_Item ,offset Reshow_Week_Day dw Offset DATE_ITEM ,offset Reshow_Week_Day dw Offset Month_Item ,offset Reshow_Week_Day ;R57endif ;Support_Calender_In_Setup dw offset Day_Of_Week_Item ,offset Show_Week_Day dw offset Temp_Year_Item ,offset Show_Temp_Year StdCMOS_Show_NO EQU (($ - offset StdCMOS_Special_Show)-2)/4 StdCMOS_Key_List: dw offset Seq_Up_By_Menu_List ;function for UP_ARROW dw offset Seq_Down_By_Menu_List ;function for DOWN_ARROW dw offset Seq_Up_By_Menu_List ;function for LEFT_ARROW dw offset Seq_Down_By_Menu_List ;function for RIGHT_ARROW ;-------------------------------------------------------------------------------- StdCMOS_StartUp_Str label near db V_WARN ifdef Support_4_IDE ;R11 BORDER1 <,40,14,79,21,0> BORDER1 <,40,15,79,21,0> ;R11 else ;Support_4_IDE BORDER1 <,40,12,79,21,0> endif ;Support_4_IDE BORDER1 <,0,START_Y+3,79,24,1> BORDER1 <,0,21,79,24,1> BORDER1 <,0,21,79,21,0> POS <,0,21> db 'Ç' POS <,79,21> db '¶' POS <,40,21> db 'Á' ifdef Support_4_IDE ;R11 POS <,79,14> POS <,79,15> ;R11 else ;Support_4_IDE POS <,79,12> endif ;Support_4_IDE db '¶' STRSHOW <,,,offset AWARD_Title> POS <,30,PAGE_NAME_Y> db 'STANDARD CMOS SETUP' ifdef Support_4_IDE ;R11 STRSHOW <,,,Offset CYL_HEAD_STR_1> ;R11 endif ;Support_4_IDE ;R11 ;Help menu POS <,2,22> db 'ESC : Quit' POS <,2,23> db 'F1 : Help' POS <,27,22> db '    : Select Item' ifNdef Not_Change_Setup_Color ;R61 POS <,27,23> db '(Shift)F2 : Change Color' endif ;Not_Change_Setup_Color ;R61 POS <,57,22> db 'PU/PD/+/- : Modify' ;R57 ifdef Support_Calender_In_Setup ;R57 POS <,57,23> ;R57 db 'F3 : Toggle Calender' ;R57 endif ;Support_Calender_In_Setup CALLROUTINE <,offset Show_Mem_Info> ;R58 db 0 ;end of string MegaByte db '(' ;R60 ADDX <,4> ADDX <,5> ;R60 db 'Mb)',0 ;R43Help_Border Label Near ;R43 db V_WARN ;R43 BORDER1 <,21,8,60,22,1+Empty_Border> ;R43 POS <,22,21> ;R43 db V_HILITE,'Press F1 or ESC to exit help' ;R43 db 0 ;R43Clear_Help Label Near ;R43 db V_NORMAL ;R43 CLEAR <,21,8,60,22> ;R43 db 0 ifdef Support_4_IDE ;R11 Public CYL_HEAD_STR_1 ;R11 CYL_HEAD_STR_1: ;R11 db V_NORMAL ;R11 BORDER1 <,5,9,75,9,0> ;R11 POS <,5,8> ;R11 db 'HARD DISKS' ;R11 ADDX <,9> ;R11 db 'TYPE' ;R11 ;R45 ADDX <,3> ;R11 ADDX <,4> ;R45 db 'SIZE' ;R11 STRSHOW <,24,8,Offset CYL_HEAD_STR> ;R11 db 0 ;R11 endif ;Support_4_IDE ;R11 StdCMOS_START LABEL NEAR ;------------------------------------------------------------------ Yaxis = 5 ;R54 start ifdef EVAL_MSG_In_STDCMOS menuitem endif ;EVAL_MSG_In_STDCMOS ;R54 end ;R56 start ifdef SHOW_Msg_In_STDCMOS_For_OEM menuitem endif ;SHOW_Msg_In_STDCMOS_For_OEM ;R56 end Month_Item label near ;R06 menuitem DATE_ITEM label near ;R06 menuitem Century_Item label near ;R06 menuitem Year_Item label near ;R06 menuitem ;R15 offset NullStr,0,99,37,Yaxis,94,94,offset Help_Date> Temp_Year_Item label near menuitem ;R51 ;R51 offset NullStr,1994,2079,35,Yaxis,1997,1997,offset Help_Date> ;R42A offset NullStr,1994,2079,35,Yaxis,1996,1996,offset Help_Date> ;R42 offset NullStr,1994,2099,35,Yaxis,1994,1994,offset Help_Date> ;R09 offset NullStr,1900,2099,35,Yaxis,1994,1994,offset Help_Date> Day_Of_Week_Item label near menuitem ;------------------------------------------------------------------ Yaxis = Yaxis + 1 HOUR_ITEM label near ;R06 menuitem MINUTE_ITEM label near ;R06 menuitem SECOND_ITEM label near ;R06 menuitem ;------------------------------------------------------------------ DayLight_Item label near menuitem <0+ITEMDISABLE,\ offset Day_Light,NOCT,0,11h,00000100b,\ offset Dis_Str,0,1, 5,Yaxis+1,0,0,offset NullStr> ;------------------------------------------------------------------ MEMORY_X = 47 MEMORY_Y = 14 ;R58ifdef Support_4_IDE ;R58;R11MEMORY_Y = 15 ;R58MEMORY_Y = 16 ;R11 ;R58endif ;Support_4_IDE ;R58 ;R58BASEITEM label near ;R58 menuitem ;R58 ;R58MEMORY_Y = MEMORY_Y + 1 ;R58EXTITEM label near ;R58 menuitem ;R58 ;R58MEMORY_Y = MEMORY_Y + 1 ;R58OTHERITEM Label near ;R58 menuitem ;R58 ;R58 MEMORY_Y = MEMORY_Y + 2 ;R58 TOTAL_MEM_X EQU MEMORY_Y - 1 ;R58 TOTALITEM Label near ;R58 menuitem ;R58 ;R58 MEMORY_Y = MEMORY_Y - 1 ;------------------------------------------------------------------ ;R57 ifdef Support_Calender_In_Setup ;R57 Calender_Item Label Near ;R57 menuitem ;R57 ;R57 ;R57 ;------------------------------------------------------------------ ;R57 TEMP_MEM_X = 47 ;R57 TEMP_MEM_Y = 6 ;R57 menuitem ;R57 TEMP_EXTMEM_ITEM: ;R57 menuitem ;R57 ;------------------------------------------------------------------ ;R57 endif ;Support_Calender_In_Setup ;R10 - start ifdef HardDrive_AUTO_DEFAULT HDC_D4 EQU 47 ;auto ifdef IDE_PRIMARY_ONLY ;R27 HDD_D4 EQU 0 ;R27 else ;IDE_PRIMARY_ONLY ;R27 HDD_D4 EQU 47 ;auto endif ;IDE_PRIMARY_ONLY ;R27 HDE_D4 EQU 47 ;auto ifdef IDE_PRIMARY_ONLY ;R27 HDF_D4 EQU 0 ;R27 else ;IDE_PRIMARY_ONLY ;R27 HDF_D4 EQU 47 ;auto endif ;IDE_PRIMARY_ONLY ;R27 else; HardDrive_AUTO_DEFAULT HDC_D4 EQU 0 ;none HDD_D4 EQU 0 ;none HDE_D4 EQU 0 ;none HDF_D4 EQU 0 ;none endif; HardDrive_AUTO_DEFAULT ;R10 - end HDD_X = 5 Yaxis = Yaxis + 3 ifdef Support_4_IDE ;R11 Yaxis = Yaxis + 1 ;R11 endif ;Support_4_IDE ;R11 HDDC_ITEM menuitem ;Size HDD_X = HDD_X + 17 ifdef Support_4_IDE ;R11 HDD_X = HDD_X + 9 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Cylinder HDDC_CYL_ITEM Label Near HDD_X = HDD_X + 11 ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X - 2 endif ;IDE_LBA_MODE_SUPPORT ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 2 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Head HDD_X = HDD_X + 8 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 2 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Precomp HDD_X = HDD_X + 8 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 1 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Landzone HDD_X = HDD_X + 10 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 4 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Sector HDD_X = HDD_X + 9 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 1 ;R11 endif ;Support_4_IDE ;R11 menuitem ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X + 7 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 1 ;R11 HDD_X = HDD_X - 1 ;R11 endif ;Support_4_IDE ;R11 ;R25 menuitem ;R26 ;R39 start menuitem <0,\ offset NullStr,NOCT,0,CMOS_LBA_LGA,00110000b,\ offset HDD_CHS_LBA,0,3,HDD_X,Yaxis,0,30h,offset Help_Hdd> ;R26 ;R39 end ;R26 offset HDD_CHS_LBA,0,2,HDD_X,Yaxis,0,0,offset Help_Hdd> endif ;IDE_LBA_MODE_SUPPORT ;------------------------------------------------------------------ Public HDD_TYPE_DIFF HDD_TYPE_DIFF EQU ($ - offset HDDC_ITEM) HDD_X = 5 ifdef IDE_PRIMARY_ONLY ;R27 SLAVE_ITEM = ITEMDISABLE ;R27 else ;IDE_PRIMARY_ONLY ;R27 SLAVE_ITEM = 0 ;R27 Yaxis = Yaxis + 1 endif ;IDE_PRIMARY_ONLY ;R27 HDDD_ITEM menuitem ;Size HDD_X = HDD_X + 17 ifdef Support_4_IDE ;R11 HDD_X = HDD_X + 9 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Cylinder HDDD_CYL_ITEM Label Near HDD_X = HDD_X + 11 ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X - 2 endif ;IDE_LBA_MODE_SUPPORT ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 2 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Head HDD_X = HDD_X + 8 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 2 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Precomp HDD_X = HDD_X + 8 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 1 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Landzone HDD_X = HDD_X + 10 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 4 ;R11 endif ;Support_4_IDE ;R11 menuitem ;Sector HDDD_Sector_Item Label near HDD_X = HDD_X + 9 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 1 ;R11 endif ;Support_4_IDE ;R11 menuitem ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X + 7 ifdef Support_4_IDE ;R11 HDD_X = HDD_X - 1 ;R11 HDD_X = HDD_X - 1 ;R11 endif ;Support_4_IDE ;R11 ;R25 menuitem ;R26 ;R39 start menuitem <0+SLAVE_ITEM,\ offset NullStr,NOCT,0,CMOS_LBA_LGA,11000000b,\ offset HDD_CHS_LBA,0,3,HDD_X,Yaxis,0,0c0h,offset Help_Hdd> ;R39 end ;R26 offset HDD_CHS_LBA,0,2,HDD_X,Yaxis,0,0,offset Help_Hdd> endif ;IDE_LBA_MODE_SUPPORT ;------------------------------------------------------------------ ifdef Support_4_IDE HDD_X = 5 Yaxis = Yaxis + 1 HDDE_ITEM menuitem ;Size HDD_X = HDD_X + 17 HDD_X = HDD_X + 9 ;R11 menuitem ;Cylinder HDDE_CYL_ITEM Label Near HDD_X = HDD_X + 11 ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X - 2 endif ;IDE_LBA_MODE_SUPPORT HDD_X = HDD_X - 2 ;R11 menuitem ;Head HDD_X = HDD_X + 8 HDD_X = HDD_X - 2 ;R11 menuitem ;Precomp HDD_X = HDD_X + 8 HDD_X = HDD_X - 1 ;R11 menuitem ;Landzone HDD_X = HDD_X + 10 HDD_X = HDD_X - 4 ;R11 menuitem ;Sector HDDE_Sector_Item Label near HDD_X = HDD_X + 9 HDD_X = HDD_X - 1 ;R11 menuitem ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X + 7 HDD_X = HDD_X - 1 ;R11 HDD_X = HDD_X - 1 ;R11 ;R25 menuitem ;R26 ;R26 offset HDD_CHS_LBA,0,2,HDD_X,Yaxis,0,0,offset Help_Hdd> endif ;IDE_LBA_MODE_SUPPORT ;------------------------------------------------------------------ HDD_X = 5 Yaxis = Yaxis + 1 HDDF_ITEM menuitem ;Size HDD_X = HDD_X + 17 HDD_X = HDD_X + 9 ;R11 menuitem ;Cylinder HDDF_CYL_ITEM Label Near HDD_X = HDD_X + 11 ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X - 2 endif ;IDE_LBA_MODE_SUPPORT HDD_X = HDD_X - 2 ;R11 menuitem ;Head HDD_X = HDD_X + 8 HDD_X = HDD_X - 2 ;R11 menuitem ;Precomp HDD_X = HDD_X + 8 HDD_X = HDD_X - 1 ;R11 menuitem ;Landzone HDD_X = HDD_X + 10 HDD_X = HDD_X - 4 ;R11 menuitem ;Sector HDDF_Sector_Item Label near HDD_X = HDD_X + 9 HDD_X = HDD_X - 1 ;R11 menuitem ifdef IDE_LBA_MODE_SUPPORT HDD_X = HDD_X + 7 HDD_X = HDD_X - 1 ;R11 HDD_X = HDD_X - 1 ;R11 ;R25 menuitem ;R38h ;R38 offset HDD_CHS_LBA,0,3,HDD_X,Yaxis,0,0,offset Help_Hdd> ;R26 ;R26 offset HDD_CHS_LBA,0,2,HDD_X,Yaxis,0,0,offset Help_Hdd> endif ;IDE_LBA_MODE_SUPPORT ;------------------------------------------------------------------ endif ;Support_4_IDE Yaxis = Yaxis + 2 ;Drive A DRIVE_A_ITEM: ifdef DEFAULT_NO_FLOPPY menuitem <0,\ offset SnameA,NOCT,11110000b,CMOS10,11110000b,\ offset Vstr,0,5, 5,Yaxis,0,00h,offset Std_Help_Str>;R18 else ;DEFAULT_NO_FLOPPY ;R20 - Start ;R34ifdef DRIVE_A_DEFAULE_1M44 menuitem <0,\ offset SnameA,NOCT,11110000b,CMOS10,11110000b,\ offset Vstr,0,5, 5,Yaxis,0,40h,offset Std_Help_Str> ;R34else ;DRIVE_A_DEFAULE_1M44 ;R34;R20 - End ;R34 menuitem <0,\ ;R34 offset SnameA,NOCT,11110000b,CMOS10,11110000b,\ ;R34 offset Vstr,0,5, 5,Yaxis,0,20h,offset Std_Help_Str> ;R34endif ;DRIVE_A_DEFAULE_1M44 ;R20 endif ;DEFAULT_NO_FLOPPY ;------------------------------------------------------------------ Yaxis = Yaxis + 1 ;Drive B ;R29 - start ifndef Support_1_FDD DRIVE_B_ITEM: menuitem <0,\ offset SnameB,NOCT,00001111b,CMOS10,00001111b,\ offset Vstr,0,5, 5,Yaxis,0,0,offset Std_Help_Str>;R18 else ;Support_1_FDD ;R48 DRIVE_B_ITEM: ;R48 menuitem <0+ITEMDISABLE,\ ;R48 offset SnameB,NOCT,00001111b,CMOS10,00001111b,\ ;R48 offset Vstr,0,5, 5,Yaxis,0,0,offset Std_Help_Str>;R18 endif ;Support_1_FDD ;R29 - end ;R35 - start ifdef S3VGA_TV_Tuner PUBLIC VGA_FEAT_ITEM VGA_FEAT_ITEM: menuitem <0,\ offset VGA_FEAT_STR,NOCT,00000001b,37H,00000001b,\ offset DIS_STR,0,1, 5,Yaxis+1,1,1,offset Std_Help_Str>;R18 endif; S3VGA_TV_Tuner ;R35 - end ;------------------------------------------------------------------ ;R16 - start ifdef FDD_3_Mode ifndef FDD_3_Mode_in_Cfeature ;R17 Yaxis = Yaxis + 1 Public DRIVE_MODE_ITEM DRIVE_MODE_ITEM: ;R31 menuitem <0,\ ;R31 offset Mode_Str,NOCT,00100000b,3Ch,00100000b,\ ;R31 offset Dis_str,0,1, 5,Yaxis,0,0h,offset Std_Help_Str>;R18 ;R33 - start ifdef Support_1_FDD menuitem <0,\ offset Mode_Str,NOCT,00000001b,FDD_3mode_CMOS,FDD_3mode_CMOS_Bits,\ offset Mode_Val,0,1, 5,Yaxis,0,FDD_3mode_DEFAULT,offset Std_Help_Str> else ;Support_1_FDD ;R33 - end ;R31 start menuitem <0,\ offset Mode_Str,NOCT,00000011b,FDD_3mode_CMOS,FDD_3mode_CMOS_Bits,\ offset Mode_Val,0,3, 5,Yaxis,0,0h,offset Std_Help_Str> ;R31 end endif ;Support_1_FDD ;R33 - end endif; FDD_3_Mode_in_Cfeature ;R17 endif ;FDD_3_Mode ;R16 - end ;R32A - start ;R50ifdef Notebook_Power_Management ;R50ifndef NO_LCD_DISPLAY ;R50 LCD_CRT_OPTION EQU 1 ;R50endif ;NO_LCD_DISPLAY ;R50endif ;Notebook_Power_Management ;R32A - end ;video Video_Item: Yaxis = Yaxis + 2 ;R32A - start ifdef LCD_CRT_OPTION menuitem <0+HIDDEN,\ offset SnameV,NOCT,00110000b,CMOS14,00110000b,\ offset Dstr,0,3, 5,Yaxis,0,0,offset Std_Help_Str>;R18 else ;LCD_CRT_OPTION ;R32A - end menuitem <0,\ offset SnameV,NOCT,00110000b,CMOS14,00110000b,\ offset Dstr,0,3, 5,Yaxis,0,0,offset Std_Help_Str>;R18 endif ;LCD_CRT_OPTION ;R32A ;R32 - start ;R32A ifdef Notebook_Power_Management ;R32A ifndef NO_LCD_DISPLAY ifdef LCD_CRT_OPTION ;R32A Public Disp_Mode_Item Disp_Mode_Item: ;R32A Yaxis = Yaxis + 2 ;R32A ifdef Support_4_IDE ;R32A Yaxis = Yaxis - 1 ;R32A endif ;Support_4_IDE ;R40 - start LCD_ITEM_Status = 0 ifdef LCD_ONLY LCD_ITEM_Status = HIDDEN endif ;LCD_ONLY ;R40 - end ;R53 menuitem <0+LCD_ITEM_Status,\ ;R53 offset Disp_Mode,NOCT,00000011b,DISP_CMOS,DISP_CMOS_BITE,\ ;R53 offset Disp_Str,0,3, 5,Yaxis,0,DISP_CMOS_BITE,offset Std_Help_Str> ;R32C ;R53 start menuitem <0+LCD_ITEM_Status,\ offset Disp_Mode_Str,NOCT,00000011b,DISP_CMOS,DISP_CMOS_BITE,\ offset Disp_Str,0,3, 5,Yaxis,0,DISP_CMOS_BITE,offset Std_Help_Str> ;R32C ;R53 end ;R32C offset Disp_Str,0,3, 5,Yaxis,0,0,offset Std_Help_Str> ;R32B ;R32B offset Disp_Str,0,2, 5,Yaxis,0,0,offset Std_Help_Str> endif ;LCD_CRT_OPTION ;R32A ;R32A endif ;NO_LCD_DISPLAY ;R32A endif ;Notebook_Power_Management ;R32 - end ;R44 - start ifdef TV_OUT_SUPPORT ifndef TV_Out_In_IOFEAT ;R64 ifndef TV_Out_Not_IN_STDCMOS ;R63 Public TV_OUT_ITEM TV_OUT_ITEM Label Near Yaxis = Yaxis + 1 endif; TV_Out_In_IOFEAT ;R64 endif; TV_Out_Not_IN_STDCMOS ;R63 ;R62 - start ifdef Issue_Gemlight_TV_Out_Function ifndef TV_Out_In_IOFEAT ;R64 ifndef TV_Out_Not_IN_STDCMOS ;R63 menuitem <0,\ offset TV_Out_Mode,NOCT,TV_CMOS_BIT,TV_CMOS,TV_CMOS_BIT,\ offset TV_Out_Mode_Str,0,1, 5,Yaxis,0,0,offset Std_Help_Str> endif; TV_Out_Not_IN_STDCMOS ;R63 endif; TV_Out_In_IOFEAT ;R64 else; Issue_Gemlight_TV_Out_Function ;R62 - end menuitem <0,\ offset TV_Out_Mode,NOCT,00000011b,TV_CMOS,TV_CMOS_BITE,\ offset TV_Out_Str,0,3, 5,Yaxis,0,0,offset Std_Help_Str> endif; Issue_Gemlight_TV_Out_Function ;R62 endif ;TV_OUT_SUPPORT ;R44 - end ;------------------------------------------------------------------ public HaltOn_Item HaltOn_Item label near Yaxis = Yaxis + 2 ifdef Support_4_IDE ;R11 Yaxis = Yaxis - 1 ;R11 endif ;Support_4_IDE ;R11 ifndef NO_Error_For_HaltOn_Item_D4 ;R55 menuitem <0,\ offset SnameH,NOCT,7,CMOS3E,00000111b,\ offset Hstr,0,6, 5,Yaxis,0,010b,offset Std_Help_Str> ;R51 ;R51 offset Hstr,0,6, 5,Yaxis,0,0,offset Std_Help_Str> ;R24A ;R24A offset Hstr,0,7, 5,Yaxis,0,0,offset Std_Help_Str> ;R24 ;R24 offset Hstr,0,6, 5,Yaxis,0,0,offset Std_Help_Str> else; NO_Error_For_HaltOn_Item_D4 ;R55 - start ifNdef HaltOn_Item_BIOS_D4_Value ;R55A menuitem <0,\ offset SnameH,NOCT,7,CMOS3E,00000111b,\ offset Hstr,0,6, 5,Yaxis,0,001b,offset Std_Help_Str> ;R51 ;R55A -start else ;HaltOn_Item_BIOS_D4_Value menuitem <0,\ offset SnameH,NOCT,7,CMOS3E,00000111b,\ offset Hstr,0,6, 5,Yaxis,HaltOn_Item_BIOS_D4_Value,HaltOn_Item_SETUP_D4_Value,offset Std_Help_Str> endif ;HaltOn_Item_BIOS_D4_Value ;R55A -end endif; NO_Error_For_HaltOn_Item_D4 ;R55 - end ;------------------------------------------------------------------ DLAST_ITEM LABEL NEAR StdCMOS_END LABEL NEAR Nullstr db 0 DotStr db ': ',0 SnameD db 'Date (mm:dd:yy) : ' ADDX <,5> db 0 SnameT db 'Time (hh:mm:ss) : ',0 Day_Light db 'Daylight Saving : ',0 SnameA db 'Drive A : ',0 SnameB db 'Drive B : ',0 SnameV db 'Video : ',0 SnameH db 'Halt On : ',0 ;R32 - start ;R32A ifdef Notebook_Power_Management ;R32A ifndef NO_LCD_DISPLAY ifdef LCD_CRT_OPTION ;R32A ;R53 Disp_Mode db 'LCD&CRT : ',0 Disp_Mode_Str db 'LCD&CRT : ',0 ;R53 Disp_Str db 'Both',0 db 'LCD ',0 db 'CRT ',0 ;R32B db 'None',1 ifdef NO_CRT_AUTO_DETECT ;R41 db 'None',1 ;R41 else ;NO_CRT_AUTO_DETECT ;R41 db 'Auto',0 ;R32B endif ;NO_CRT_AUTO_DETECT ;R41 endif ;LCD_CRT_OPTION ;R32A ;R32A endif ;NO_LCD_DISPLAY ;R32A endif ;Notebook_Power_Management ;R32 - end ;R02 SnameKc STRSHOW <,,,offset SnameKd> ;R02 SUBX <,4> ;R02 db 'C' ;R02 SUBY <,1> ;R44 - start ifdef TV_OUT_SUPPORT ifndef TV_Out_Not_IN_STDCMOS ;R63 TV_Out_Mode db 'TV Mode : ',0 TV_Out_Str db 'Disable',0 ;R62 db 'NTSC ',0 TV_Out_Mode_Str db 'NTSC ',0 ;R62 db 'PAL ',0 db ' ',1 endif; TV_Out_Not_IN_STDCMOS ;R63 endif ;TV_OUT_SUPPORT ;R44 - end ;R02 - starts SnameKc: ifdef Support_4_IDE ;R11 db 'Primary Master : ' ;R11 db 0 ;R11 else ;Support_4_IDE ;R11 db 'Drive C : ' STRSHOW <,21,,offset MegaByte> POS <,12,> SUBY <,1> endif ;Support_4_IDE ;R11 ;R02 - ends Public CYL_HEAD_STR CYL_HEAD_STR: ifdef IDE_LBA_MODE_SUPPORT ifdef Support_4_IDE ;R11 ADDX <,15> ;R11 db 'CYLS HEAD PRECOMP LANDZ SECTOR MODE' ;R11 SUBX <,15+36> ;R11 else ;Support_4_IDE ;R11 ADDX <,20> db 'CYLS. HEADS PRECOMP LANDZONE SECTORS MODE' SUBX <,59+4> endif ;Support_4_IDE ;R11 else ;IDE_LBA_MODE_SUPPORT ADDX <,22> db 'CYLS. HEADS PRECOMP LANDZONE SECTORS' SUBX <,59> endif ;IDE_LBA_MODE_SUPPORT ifdef Support_4_IDE ;R11 ADDY <,2> ;R11 else ;Support_4_IDE ;R11 ADDY <,1> endif ;Support_4_IDE ;R11 db 0 SnameKd: ifdef Support_4_IDE ;R11 db 'Primary Slave : ' ;R11 else ;Support_4_IDE ;R11 db 'Drive D : ' STRSHOW <,21,,offset MegaByte> ;R60 SUBX <,14> SUBX <,15> ;R60 endif ;Support_4_IDE ;R11 db 0 ifdef Support_4_IDE ;R05 start SnameKe: ;R11 db 'Drive E : ' ;R11 STRSHOW <,21,,offset MegaByte> ;R11 SUBX <,14> db 'Secondary Master : ' ;R11 db 0 SnameKf: ;R11 db 'Drive F : ' ;R11 STRSHOW <,21,,offset MegaByte> ;R11 SUBX <,14> db 'Secondary Slave : ' ;R11 db 0 ;R05 end comment % ;R05 SnameKe STRSHOW <,,,offset SnameKd> SUBX <,4> db 'E' ADDX <,3> db 0 SnameKf STRSHOW <,,,offset SnameKd> SUBX <,4> db 'F' ADDX <,3> db 0 % ;R05 endif ;Support_4_IDE ifdef IDE_LBA_MODE_SUPPORT HDD_CHS_LBA db 'NORMAL',0 db ' LBA ',0 db 'LARGE ',0 db ' AUTO ',0 ;R26 LBA_Dont_Care_Str db '------',0 endif ;IDE_LBA_MODE_SUPPORT ;R58 SnameBase: ;R58 ;R57 ifdef Support_Calender_In_Setup ;R58 ;R57 STRSHOW <,,,offset Clear_Calender> ;R58 ;R57 CLEAR <,TEMP_MEM_X,TEMP_MEM_Y,TEMP_MEM_X+25,TEMP_MEM_Y+1> ;R58 ;R57 endif ;Support_Calender_In_Setup ;R58 ;R58 SnameBase1: ;R58 ADDX <,4> ;R58 db 'Base' ;R58 STRSHOW <,,,offset Mem_K_Str> ;R58 ;R47 ADDX <,1> ;R58 ADDX <,2> ;R47 ;R58 db 0 ;R58 ;R58 SnameExt db 'Extended' ;R58 STRSHOW <,,,offset Mem_K_Str> ;R58 db 0 ;R58 ;R58 ;R47 SnameEms db 'Expanded' ;R58 ;R47 STRSHOW <,,,offset Mem_K_Str> ;R58 ;R47 db 0 ;R58 ;R58 SnameOther ADDX <,3> ;R58 db 'Other' ;R58 Mem_K_Str db ' Memory:' ;R58 ;R47 ADDX <,6> ;R58 ADDX <,7> ;R47 ;R58 db 'K' ;R58 ;R47 SUBX <,7> ;R58 SUBX <,8> ;R47 ;R58 db 0 ;R58 ;R58 SnameTotal BORDER1 <,47,TOTAL_MEM_X,69,TOTAL_MEM_X,0> ;R58 ADDY <,1> ;R58 SUBX <,19> ;R58 db 'Total' ;R58 STRSHOW <,,,offset Mem_K_Str> ;R58 db 0 ifdef FDD_3_Mode ;R16 ;R31Mode_Str db '3 Mode : ',0 ;R16 Mode_Str db 'Floppy 3 Mode Support : ',0 ;R31 Mode_Val db 'Disabled',0 ;R31 db 'Drive A ',0 ;R31 ifndef Support_1_FDD ;R33 db 'Drive B ',0 ;R31 db 'Both ',0 ;R31 endif ;Support_1_FDD ;R33 ;R16AVstr db 'None ',0 ;R16 ;R16A db '360K , 5.25 in.',0 ;R16 ;R16A db '1.2M, 5¬/3« in.',0 ;R16 ;R16A db '720K , 3.5 in. ',0 ;R16 ;R16A db '1.44M, 3.5 in. ',0 ;R16 ;R16A db '2.88M, 3.5 in. ',0 ;R16 ;R16Aelse ;FDD_3_Mode ;R16 endif ;FDD_3_Mode ;R16A ifdef Ct_FDD_3_Mode ;R30 Mode_Str db '3 Mode : ',0 ;R30 Vstr db 'None ',0 ;R30 db '360K , 5.25 in.',0 ;R30 db '1.2M, 5¬/3« in.',0 ;R30 db '720K , 3.5 in. ',0 ;R30 db '1.44M, 3.5 in. ',0 ;R30 db '2.88M, 3.5 in. ',0 ;R30 else ;Ct_FDD_3_Mode ;R30 Vstr db 'None ',0 ifndef FDD_1M44_2M88_ONLY ;R49 db '360K , 5.25 in.',0 db '1.2M , 5.25 in.',0 db '720K , 3.5 in. ',0 else ;FDD_1M44_2M88_ONLY ;R49 db '360K , 5.25 in.',1 ;R49 db '1.2M , 5.25 in.',1 ;R49 db '720K , 3.5 in. ',1 ;R49 endif ;FDD_1M44_2M88_ONLY ;R49 db '1.44M, 3.5 in. ',0 ifndef FDD_1M44_ONLY ;R49 db '2.88M, 3.5 in. ',0 else; FDD_1M44_ONLY ;R49 db '2.88M, 3.5 in. ',1 ;R49 endif; FDD_1M44_ONLY ;R49 ;R16Aendif ;FDD_3_Mode ;R16 endif ;Ct_FDD_3_Mode ;R30 ifndef Special_for_GIANTEC ;R46 Dstr db 'EGA/VGA',0 db 'CGA 40 ',0 db 'CGA 80 ',0 db 'MONO ',0 else ;Special_for_GIANTEC ;R46 Dstr db 'EGA/VGA',0 ;R46 db 'Absent ',0 ;R46 db 'CGA 80 ',0 ;R46 db 'MONO ',0 ;R46 endif ;Special_for_GIANTEC ;R46 ;R24Acomment % ;R24 Hstr db 'All Errors ',0 db 'No Errors ',0 db 'All,But Keyboard',0 db 'Invalid ',1 db 'All,But Diskette',0 db 'Invalid ',1 db 'All,But Disk/Key',0 ;R24A% ;R24 comment % ;R24A ;R24 start Hstr db 'All Errors ',0 db 'No Errors ',0 db 'All,But Keyboard ',0 db 'Invalid ',1 db 'All,But Diskette ',0 db 'Invalid ',1 db 'All,But Disk/Key ',0 db 'All,But HDD Access Mode',0 ;R24 end % ;R24A Ena_Str db 'Enabled ',0 Dis_Str db 'Disabled',0 db 'Enabled ',0 ;R56 start ifdef SHOW_Msg_In_STDCMOS_For_OEM OEM_Msg: db 'Machine Type/Model : ' STRSHOW <,,,offset System_Name_Show> ADDX <,8> db 'System Serial Number : ' STRSHOW <,,,offset System_Ser_Show> db 0 public System_Name_Show System_Name_Show: db 'MACHINE',0 ;Machine Type/Model for STDCMOS show public System_Ser_Show System_Ser_Show: db 'SERIAL#',0 ;box or system serial No. for STDCMOS show endif ;SHOW_Msg_In_STDCMOS_For_OEM ;R56 end Mstr db 'Jan',0 db 'Feb',0 db 'Mar',0 db 'Apr',0 db 'May',0 db 'Jun',0 db 'Jul',0 db 'Aug',0 db 'Sep',0 db 'Oct',0 db 'Nov',0 db 'Dec',0 Week_Day_Str db 'Sun,',0 db 'Mon,',0 db 'Tue,',0 db 'Wed,',0 db 'Thu,',0 db 'Fri,',0 db 'Sat,',0 ifdef Post_Auto_IDE_Detect ;R04 Auto_Str db 'Auto',0 ;R04 endif ;Post_Auto_IDE_Detect ;R04 User_Str db 'User',0 None_Str db 'None',0 ;; Help strings ;R52AStd_Help_Str: ;R52A db 1 ;R52 ;R52 db 'Available Options:',NEWLINE,0 Help_Date: db 'DATE:',NEWLINE,NEWLINE db ' Change the day, month, year',NEWLINE db ' and century.',0 Help_Time: db 'TIME:',NEWLINE,NEWLINE db ' Change the internal clock.',0 Help_Hdd: db 'FIXED DISK',NEWLINE,NEWLINE db ' Selects the type of fixed disk.',NEWLINE db ' ''User type'' will let you select the',NEWLINE db ' number of cylinders, heads, etc.',NEWLINE,NEWLINE db ' Note: PRECOMP=65535 means NONE !',0 ifdef S3VGA_TV_Tuner ;R35 VGA_FEAT_STR db 'VGA Feature Connector: ',0 ;R35 endif; S3VGA_TV_Tuner ;R35 ;;; First Page ----------------------------------------------------- end ;R57 ifdef Support_Calender_In_Setup ;R57 Cal_Xaxis EQU 46 ;R57 Cal_Yaxis EQU 12 ;R57 Calender_Border: ;R57 STRSHOW <,,,offset Clear_Calender> ;R57 BORDER1 <,Cal_Xaxis,Cal_Yaxis+2,Cal_Xaxis+28,Cal_Yaxis+2,0> ;R57 POS <,Cal_Xaxis+1,Cal_Yaxis+1> ;R57 db 'Sun Mon Tue Wed Thu Fri Sat' ;R57 db 0 ;R57 Clear_Calender: ;R57 db V_NORMAL ;R57 CLEAR <,Cal_Xaxis,Cal_Yaxis+1,Cal_Xaxis+28,Cal_Yaxis+8> ;R57 db 0 ;R57 endif ;Support_Calender_In_Setup ;************************************************************************ ;* * ;* * ;* * ;* SUBROUTINES * ;* * ;* * ;* * ;************************************************************************ ;************************************************************************ ;* SUBROUTINES for Date & Time * ;************************************************************************ ;[]===========================================================[] ;Write_Time_To_CMOS - 1. Write date & time into CMOS ; 2. Show Day of Week ;[]===========================================================[] Write_Time_To_CMOS Proc Near cmp al,Special_After jne short Do_Time_Exit Public WRITE_TIME_TO_CMOS1 ;R59 Write_Time_To_CMOS1 Label Near ;R59 ;R59 Write_Time_To_CMOS1: pusha call Read_Item_Value mov ah,dl call Hex_To_Bcd ifndef Dont_Stop_RTC_When_Update_RTC ;R66 push ax mov ax,820bh ; stop update call Set_cmos pop ax endif ;Dont_Stop_RTC_When_Update_RTC ;R66 mov al,[bx].CmosLoc ;get CMOS location to update call Set_Cmos ifndef Dont_Stop_RTC_When_Update_RTC ;R66 mov ax,020bh ; resume update call Set_cmos endif ;Dont_Stop_RTC_When_Update_RTC ;R66 Time_No_Change: popa Do_Time_Exit: clc ret Write_Time_To_CMOS Endp ;[]===========================================================[] ;[]===========================================================[] Do_Century Label Near Do_Month Label Near Do_Date Label Near Do_Year Proc Near cmp al,Special_After jne short @F call Check_MonthDay_Max call Write_Time_To_CMOS1 @@: ret Do_Year Endp ;[]===========================================================[] ;[]===========================================================[] Do_Temp_Year Proc Near cmp al,Special_After jne short @F ;After normal Century-Year input mov ax,TEMP_YEAR[bp] xor dx,dx mov cx,100 div cx mov CMOS32[bp],ax mov CMOS09[bp],dx push bx mov bx,offset Year_Item call Write_Time_To_CMOS1 mov bx,offset Century_Item call Write_Time_To_CMOS1 call Check_MonthDay_Max pop bx @@: clc ret Do_Temp_Year Endp ;[]==============================================================[] ;[]==============================================================[] Show_Year Proc Near cmp al,Special_After jne short Show_Year_End push bx mov bx,offset Temp_Year_Item call Display_Whole_Item pop bx Show_Year_End: clc ret Show_Year Endp ;[]===========================================================[] ;[]===========================================================[] Show_Temp_Year Proc Near cmp al,Special_Before jne short After_Show_Temp_Year mov al,CMOS32[bp] ;get century xor ah,ah mov cx,100 mul cx mov cx,ax mov al,CMOS09[bp] xor ah,ah add ax,cx mov dx,ax call Write_Item_Value mov ax,dx jmp short Show_Temp_Year_Exit After_Show_Temp_Year: ;R57 ifdef Support_Calender_In_Setup ;R57 ;R57 call ReShow_Calender1 ;R57 ;R57 else ;Support_Calender_In_Setup call Reshow_Week_Day ;R57 endif ;Support_Calender_In_Setup Show_Temp_Year_Exit: clc ret Show_Temp_Year Endp Reshow_Week_Day Proc Near ;R37 push word ptr ATTRIBUTE[bp] ;R37 push word ptr CURSOR_X[bp] .386 ;R37 push dword ptr ATTRIBUTE[bp] ;R37 mov bx,offset Day_Of_Week_Item call Display_Whole_Item pop dword ptr ATTRIBUTE[bp] ;R37 .286 ;R37 ;R37 pop word ptr CURSOR_X[bp] ;R37 pop word ptr ATTRIBUTE[bp] ret Reshow_Week_Day Endp ;[]==============================================================[] ;Show_Week_Day - Calculate the day of week ;Subroutine type - Pre-Show ; ;Output - Day_Of_Week[bp] ;[]==============================================================[] Show_Week_Day Proc Near cmp al,Special_Before jne short Show_Week_Day_Exit ;-------------------------------------------------- ; calculate no. of days since 1-1-xx00 ;-------------------------------------------------- pusha mov ax,365 ;365 days per year xor cx,cx mov cl,CMOS09[bp] ;YEAR[bp] mul cx ;no of days in ax ;add 1 day for every four years shr cx,2 add ax,cx ;e.g. add 31 if it is February ; 31+28 for March .... mov si,offset cs:Day_Accum mov cl,byte ptr CMOS08[bp] ;MONTH[bp] xor ch,ch sub cx,1 shl cx,1 add si,cx add ax,cs:[si] test byte ptr CMOS09[bp],03h ;YEAR[bp] jnz short @F cmp byte ptr CMOS08[bp],2 ;MONTH[bp] ja short @F dec ax @@: ;add day of month mov cl,CMOS07[bp] ;DAY_OF_MONTH[bp] xor ch,ch add ax,cx ;tune for 19xx & 20xx cmp byte ptr CMOS32[bp],19 ;Century[bp] je short @F add ax,6 @@: ;-------------------------------------------------- ;get the residue of ax/7 in dx ; dx = 0 - Sunday ; dx = 1 - Monday ... ;-------------------------------------------------- @@: sub ax,7 jae short @B add ax,7 mov dx,ax call Write_Item_Value popa Show_Week_Day_Exit: clc ret Show_Week_Day Endp ;[]===========================================================[] ;[]===========================================================[] Check_MonthDay_Max Proc Near pusha mov si,offset cs:Day_Accum mov al,CMOS08[bp] ;Month[bp] xor ah,ah shl ax,1 sub ax,2 add si,ax mov ax,cs:[si+2] sub ax,cs:[si] test byte ptr CMOS09[bp],03h ;YEAR[bp],03h jnz short @F cmp byte ptr CMOS08[bp],2 ;MONTH[bp],2 jne short @F inc ax @@: cmp byte ptr CMOS07[bp],al ;DAY_OF_MONTH[bp] jbe short Check_MonthDay_Exit mov ah,al cmp bx,offset Date_Item jne short @F cmp word ptr LAST_KEY[bp],PGUP je short @F cmp word ptr LAST_KEY[bp],K_MINUS je short @F mov ah,1 @@: mov byte ptr CMOS07[bp],ah ;DAY_OF_MONTH[bp] mov bx,offset Date_Item call Write_Time_To_CMOS1 call Display_Whole_Item Check_MonthDay_Exit: popa ret Check_MonthDay_Max Endp ;[]========================================================================[] ; no. of days accumulated since JAN 1 at 1st of each month ;[]========================================================================[] Day_Accum dw 00 ;January dw 00+31 ;February dw 00+31+28 ;March dw 00+31+28+31 ;April dw 00+31+28+31+30 ;May dw 00+31+28+31+30+31 ;June dw 00+31+28+31+30+31+30 ;July dw 00+31+28+31+30+31+30+31 ;August dw 00+31+28+31+30+31+30+31+31 ;September dw 00+31+28+31+30+31+30+31+31+30 ;October dw 00+31+28+31+30+31+30+31+31+30+31 ;November dw 00+31+28+31+30+31+30+31+31+30+31+30 ;December dw 00+31+28+31+30+31+30+31+31+30+31+30+31 ;January ;R57 ifdef Support_Calender_In_Setup ;R57 ;[]===========================================================[] ;R57 ;[]===========================================================[] ;R57 Toggle_Calender Proc Near ;R57 push bx ;R57 cmp ax,K_F3 ;R57 jne short @F ;R57 cmp word ptr PAGE_START[bp],offset StdCMOS_START ;R57 jne short @F ;R57 mov bx,offset BASEITEM ;R57 Next_Mem_Item: ;R57 push cx ;R57 call Get_ItemStat_AX ;R57 xor ax,ITEMDISABLE ;R57 call Set_ItemStat_AX ;R57 call Display_Whole_Item ;R57 add bx,ITEM_SIZE ;R57 pop cx ;R57 cmp bx,offset TEMP_EXTMEM_ITEM ;R57 jbe short Next_Mem_Item ;R57 @@: ;R57 pop bx ;R57 ret ;R57 Toggle_Calender Endp ;R57 ;R57 ;[]===========================================================[] ;R57 ;[]===========================================================[] ;R57 ReShow_Calender Proc Near ;R57 ;R57 cmp al,Special_After ;R57 jne short ReShow_Calender_Exit ;R57 ;R57 ReShow_Calender1: ;R57 ;R57 pusha ;R57 ;R57 ;R37 push word ptr CURSOR_X[bp] ;R57 ;R37 push word ptr ATTRIBUTE[bp] ;R57 ;R37 - starts ;R57 .386 ;R57 push dword ptr ATTRIBUTE[bp] ;R57 .286 ;R57 ;R37 - ends ;R57 mov bx,Offset Day_Of_Week_Item ;R57 call Display_Whole_Item ;R57 ;R57 mov bx,offset Calender_Item ;R57 CHK_ITEMSTAT ITEMDISABLE ;R57 jnz short @F ;R57 call Show_Calender ;R57 @@: ;R57 ;R37 - starts ;R57 .386 ;R57 pop dword ptr ATTRIBUTE[bp] ;R57 .286 ;R57 ;R37 - ends ;R57 ;R37 pop word ptr ATTRIBUTE[bp] ;R57 ;R37 pop word ptr CURSOR_X[bp] ;R57 popa ;R57 ;R57 ReShow_Calender_Exit: ;R57 ;R57 clc ;R57 ret ;R57 ReShow_Calender Endp ;R57 ;R57 ;[]===========================================================[] ;R57 ;[]===========================================================[] ;R57 Show_Calender PROC NEAR ;R57 ;R57 cmp word ptr PAGE_START[bp],offset StdCMOS_START ;R57 jne short @B ;R57 cmp byte ptr IN_F1_HELP[bp],0 ;R57 jne short @B ;R57 ;R57 push bx ;R57 call Vnormal ;R57 lea bx,Day_Of_week_Item ;R57 call Read_Item_Value ;dl = day of week ;R57 inc dl ;Week of first day = (dl+1)-(day % 7) ;R57 mov al,CMOS07[bp] ;get DAY_OF_MONTH ;R57 xor ah,ah ;R57 mov cl,7 ;R57 div cl ;R57 sub dl,ah ;R57 jnc short not_over ;R57 add dl,7 ;R57 not_over: ;dl = week of first day ;R57 ;R57 sub dl,7 ;R57 jae short not_over ;R57 add dl,7 ;R57 ;R57 push dx ;holding dl for show previous month ;R57 shl dl,2 ;show this month -------- start ;R57 add dl,Cal_Xaxis+2 ;screen position of first day ;R57 mov CURSOR_X[bp],dl ;R57 mov byte ptr CURSOR_Y[bp],Cal_Yaxis+3 ;R57 xor bh,bh ;R57 mov bl,CMOS08[bp] ;MONTH[bp] ;R57 shl bx,1 ;R57 mov cx,Day_Accum[bx] ;R57 sub cx,Day_Accum[bx-2] ;R57 cmp bl,4 ;Is February? ;R57 jnz short not_February ;R57 test byte ptr CMOS09[bp],3 ;YEAR[bp] ;R57 jnz short not_February ;R57 inc cl ;R57 not_February: ;R57 mov ax,1 ;R57 call VHilite ;R57 call show_week_loop ;show this month -------- end ;R57 call Vnormal ;show next month -------- start ;R57 xor ch,ch ;R57 mov cl,Cal_Xaxis+30 ;R57 sub cl,CURSOR_X[bp] ;R57 shr cl,2 ;R57 cmp byte ptr CURSOR_Y[bp],Cal_Yaxis+8 ;R57 je short Not_bottom ;R57 add cl,7 ;R57 Not_bottom: ;R57 mov ax,1 ;R57 call show_week_loop ;show next month -------- end ;R57 pop dx ;show previous month -------- start ;R57 or dl,dl ;is Sunday? ;R57 jz short Not_show_prev ;No show previous month ;R57 xor bh,bh ;R57 mov bl,CMOS08[bp] ;MONTH[bp] ;R57 dec bl ;get previous month ;R57 jnz short not_zero_month ;R57 mov bl,12 ;force set bl = December ;R57 not_zero_month: ;R57 shl bx,1 ;R57 mov ax,Day_Accum[bx] ;R57 sub ax,Day_Accum[bx-2] ;R57 cmp bl,4 ;Is February? ;R57 jnz short not_February_1 ;R57 test byte ptr CMOS09[bp],3 ;YEAR[bp] ;R57 jnz short not_February_1 ;R57 inc al ;R57 not_February_1: ;R57 sub al,dl ;R57 inc al ;R57 mov cl,dl ;R57 xor ch,ch ;R57 mov byte ptr CURSOR_X[bp],Cal_Xaxis+2 ;R57 mov byte ptr CURSOR_Y[bp],Cal_Yaxis+3 ;R57 call show_week_loop ;R57 Not_show_prev: ;show previous month -------- end ;R57 pop bx ;R57 ;R57 stc ;R57 ;R57 ret ;R57 Show_Calender ENDP ;R57 ;R57 ;[]===========================================================[] ;R57 ;[]===========================================================[] ;R57 show_week_loop: ;R57 push cx ;R57 push ax ;R57 and byte ptr ATTRIBUTE[bp],not 80h ;R57 cmp al,CMOS07[bp] ;R57 jne short Not_Today ;R57 push bx ;R57 mov bx,Color_Offset[bp] ;R57 mov bl,[bx].CNORMAL ;R57 cmp byte ptr ATTRIBUTE[bp],bl ;R57 pop bx ;R57 je short Not_Today ;R57 ;R57 or byte ptr ATTRIBUTE[bp],80h ;R57 Not_Today: ;R57 call AX_To_DEC2 ;R57 call Show_SIX_DIGIT ;R57 add byte ptr CURSOR_X[bp],2 ;R57 cmp byte ptr CURSOR_X[bp],Cal_Xaxis+28 ;R57 jb short show_next ;R57 mov byte ptr CURSOR_X[bp],Cal_Xaxis+2 ;R57 inc byte ptr CURSOR_Y[bp] ;R57 show_next: ;R57 pop ax ;R57 pop cx ;R57 inc ax ;R57 loop show_week_loop ;R57 ret ;R57 endif ;Support_Calender_In_Setup ;R58 ;************************************************************************ ;R58 ;* SUBROUTINES for Memory Items * ;R58 ;************************************************************************ ;R58 ;[]===========================================================[] ;R58 ; Show Total memory ;R58 ; Subroutine type : Pre-Show ;R58 ;[]===========================================================[] ;R58 Show_Total_Mem Proc Near ;R58 mov cl,READ_TOTAL ;R58 jmp short Show_Mem ;R58 Show_Total_Mem Endp ;R58 ;R58 ;[]===========================================================[] ;R58 ; Show Other memory ;R58 ; Subroutine type : Pre-Show ;R58 ;[]===========================================================[] ;R58 Show_Other_Mem Proc Near ;R58 mov cl,READ_OTHER ;R58 jmp short Show_Mem ;R58 Show_Other_Mem Endp ;R58 ;R58 ;[]===========================================================[] ;R58 ; Show EXT memory ;R58 ; Subroutine type : Pre-Show ;R58 ;[]===========================================================[] ;R58 Show_Ext_Mem Proc Near ;R58 mov cl,READ_EXT ;R58 jmp short Show_Mem ;R58 Show_Ext_Mem Endp ;R58 ;R58 ;[]===========================================================[] ;R58 ; Show EMS memory ;R58 ; Subroutine type : Pre-Show ;R58 ;[]===========================================================[] ;R58 Show_EMS_Mem Proc Near ;R58 mov cl,READ_EMS ;R58 jmp short Show_Mem ;R58 Show_EMS_Mem Endp ;R58 ;R58 ;[]===========================================================[] ;R58 ; Show Memory ;R58 ; input : cl = memory type to show ;R58 ; Subroutine type : Pre-Show ;R58 ;[]===========================================================[] ;R58 Show_Mem Proc Near ;R58 cmp al,Special_Before ;R58 jne short Show_Mem_Exit ;R58 ;R58 call Read_Memory ;R58 ;R58 call BLAX_To_Dec6 ;R58 call Show_SIX_DIGIT ;R58 stc ;R58 Show_Mem_Exit: ;R58 ret ;R58 Show_Mem Endp ;R58 - starts Show_Mem_Info Proc Near extrn If_Code_Running_In_F000:near call If_Code_Running_In_F000 jne short @F call far ptr fPROC_Show_Mem_Info @@: retn Show_Mem_Info Endp ;R58 - ends ;************************************************************************ ;* SUBROUTINES for HDD Items * ;************************************************************************ ;R59 - starts ;[]===========================================================[] ;[]===========================================================[] Move_HDD_Cursor Proc Near call If_Code_Running_In_F000 clc jne short @F call far ptr fPROC_Move_HDD_Cursor @@: ret Move_HDD_Cursor Endp ;--------------------------------------------------------------------- ;input : BX = Item offset ; ;output : CY : not a HDD item: type, head., size... ; ; NC : it is a HDD item ; BX = HDD type item offset, e.g. offset HDDC_ITEM ; SI = CMOS location for HDD type ; DI = CMOS location for User define parameter ; CH = CMOS location for LBA/CHS ; CL = which bit in CH define LBA/CHS ; ZF = ZF: default type(0-46) ; NZ: user type ; ;Destroy : DX, SI, DI, FLAGS ;--------------------------------------------------------------------- Public Get_HDD_CMOS_Info Get_HDD_CMOS_Info Proc Near call far ptr fPROC_Get_HDD_CMOS_Info ret Get_HDD_CMOS_Info Endp ;R59 - ends ;R59 ;[]===========================================================[] ;R59 ;[]===========================================================[] ;R59 Public Do_HDD ;R59 Do_HDD Proc Near ;R59 ;R59 pusha ;R59 ;R59 cmp al,Special_After ;R59 je short Do_Post_HDD ;R59 ;R59 ;--------------------------------------------------------------------- ;R59 Do_Pre_HDD: ;R59 call Move_HDD_Cursor ;R59 call Read_Item_Value ;R59 mov LAST_HDD_TYPE[bp],dl ;R59 jmp short Do_HDD_Exit ;R59 ;R59 ;--------------------------------------------------------------------- ;R59 Do_Post_HDD: ;R59 call Skip_HDD_Type ;R59 call Prg_HDD_Parms_Attr ;R59 ;R59 push word ptr CMOS19[bp] ;R59 call Set_CMOS12h ;R59 pop word ptr CMOS19[bp] ;R59 ;R59 Do_HDD_Exit: ;R59 popa ;R59 clc ;R59 ret ;R59 ;R59 Do_HDD Endp ;R59 Public Skip_HDD_Type ;R59 Skip_HDD_Type Proc Near ;R59 call Read_Item_Value ;R59 ;R59 xor ax,ax ;R59 jmp short @F ;R59 ;R59 Skip_This_HDD: ;R59 mov ax,1 ;R59 cmp word ptr LAST_KEY[bp],PGDN ;R59 je short @F ;R59 cmp word ptr LAST_KEY[bp],K_PLUS ;R59 je short @F ;R59 mov ax,-1 ;R59 cmp word ptr LAST_KEY[bp],PGUP ;R59 je short @F ;R59 cmp word ptr LAST_KEY[bp],K_MINUS ;R59 je short @F ;R59 ;R08 mov dl,LAST_HDD_TYPE[bp] ;R59 ;R08 xor dh,dh ;R59 ;R08 xor ax,ax ;R59 mov ax,1 ;R08 ;R59 @@: ;R59 add dx,ax ;R59 ;R59 ;R08 - starts ;R59 ifdef Skip_HDD_Type_1_To_46 ;R59 or dl,dl ;R59 jz short @F ;R59 cmp dl,46 ;R59 jbe short Skip_This_HDD ;R59 @@: ;R59 endif ;Skip_HDD_Type_1_To_46 ;R59 ;R08 - ends ;R59 cmp dl,46 ;R14 ;R59 je short Skip_This_HDD ;R14 ;R59 ;R59 mov cx,NO_OF_SKIP_HDD ;R59 mov di,offset Skip_HDD_Type_Tbl ;R59 cmp bx,offset HDDC_ITEM ;R59 je short @F ;R59 add di,cx ;R59 ;R59 ifdef Support_4_IDE ;R59 cmp bx,offset HDDD_ITEM ;R59 je short @F ;R59 add di,cx ;R59 cmp bx,offset HDDE_ITEM ;R59 je short @F ;R59 add di,cx ;R59 endif ;Support_4_IDE ;R59 ;R59 @@: ;R59 cmp dl,cs:[di] ;R59 je short Skip_This_HDD ;R59 inc di ;R59 loop @B ;R59 ;R59 call Write_Item_Value ;R59 ret ;R59 ;R59 Skip_HDD_Type Endp ;R59 ;R59 ;[]===========================================================[] ;R59 ;[]===========================================================[] ;R59 Skip_HDD_Type_Tbl: ;R59 ;R59 ifdef Support_4_IDE ;R59 ;R59 ifdef Post_Auto_IDE_Detect ;R04 ;R59 db 15,48,50,51 ;R04 ;R59 db 15,49,50,51 ;R04 ;R59 db 15,48,49,50 ;R04 ;R59 db 15,48,49,51 ;R04 ;R59 else ;Post_Auto_IDE_Detect ;R04 ;R59 db 15,47,48,50,51 ;drive C skip these options ;R59 db 15,47,49,50,51 ;drive D skip these options ;R59 db 15,47,48,49,50 ;drive E skip these options ;R59 db 15,47,48,49,51 ;drive F skip these options ;R59 endif ;Post_Auto_IDE_Detect ;R04 ;R59 ;R59 else ;Support_4_IDE ;R59 ;R59 ifdef Post_Auto_IDE_Detect ;R04 ;R59 db 15,48 ;R04 ;R59 db 15,49 ;R04 ;R59 else ;Post_Auto_IDE_Detect ;R04 ;R59 db 15,47,48 ;drive C skip these options ;R59 db 15,47,49 ;drive D skip these options ;R59 endif ;Post_Auto_IDE_Detect ;R04 ;R59 ;R59 endif ;Support_4_IDE ;R59 ;R59 NO_OF_SKIP_HDD EQU ($ - offset Skip_HDD_Type_Tbl)/NUM_OF_IDE_ITEM ;R59 ;R59 ;R03 - start ;R59 HDD_Type_Cmos: ;R59 db CMOS19 ;Drive 0 ;R59 db CMOS1A ;Drive 1 ;R59 db 67H ;Drive 2 ;R59 db 70H ;Drive 3 ;R59 ;R03 - end ;R59 ;[]===========================================================[] ;R59 ;[]===========================================================[] ;R59 Public Show_HDD ;R59 Show_HDD Proc Near ;R59 ;R59 ;----------------- ;R59 ;Before_Show_HDD: ;R59 ;----------------- ;R59 cmp al,Special_Before ;R59 jne short After_Show_HDD ;R59 ;R59 ;R08 - starts ;R59 ifdef Skip_HDD_Type_1_To_46 ;R59 call Check_If_HDD_Type_Item ;R59 jne short @F ;R59 call Skip_HDD_Type ;R59 @@: ;R59 endif ;Skip_HDD_Type_1_To_46 ;R59 ;R08 - ends ;R59 ;R59 cmp byte ptr HDD_CURSOR_FLG[bp],0ffh ;R59 je short @F ;R59 ;R59 push word ptr ATTRIBUTE[bp] ;R59 call Prg_HDD_Parms_Attr ;program the ITEMSTAT of cyl, head... ;R59 jnc short Skip_ReShow_HDD ;ITEMSTATs not changed ;R59 call ReShow_HDD ;R59 Skip_ReShow_HDD: ;R59 pop word ptr ATTRIBUTE[bp] ;R59 call Show_HDD_Cursor ;R59 @@: ;R59 ret ;R59 ;R59 ;----------------- ;R59 After_Show_HDD: ;R59 ;----------------- ;R59 call Check_If_HDD_Type_Item ;R59 jne short Show_User_Exit ;R59 Show_User: ;R59 call Read_Item_Value ;R59 mov si,offset None_Str ;R59 or dx,dx ;R59 jz short @F ;R59 cmp dx,48 ;R59 mov si,offset User_Str ;R59 jae short @F ;R59 ifdef Post_Auto_IDE_Detect ;R04 ;R59 cmp dx,47 ;R04 ;R59 mov si,offset Auto_Str ;R04 ;R59 je short @F ;R04 ;R59 endif ;Post_Auto_IDE_Detect ;R04 ;R59 ret ;R59 @@: ;R59 sub byte ptr CURSOR_X[bp],4 ;R59 call Display_String ;R59 Show_User_Exit: ;R59 ret ;R59 ;R59 Show_HDD Endp ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 ;------------------------------------------- ;R59 ;------------------------------------------- ;R59 Check_If_LBA_Item Proc Near ;R59 pusha ;R59 call Get_HDD_CMOS_Info ;R59 add dx,HDD_TYPE_DIFF-ITEM_SIZE ;point LBA item ;R59 cmp bx,dx ;R59 popa ;R59 ret ;R59 Check_If_LBA_Item Endp ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;------------------------------------------- ;R59 ;------------------------------------------- ;R59 Public Check_If_HDD_Type_Item ;R59 Check_If_HDD_Type_Item Proc Near ;R59 cmp bx,offset HDDC_ITEM ;R59 je short @F ;R59 cmp bx,offset HDDD_ITEM ;R59 ;R59 ifdef Support_4_IDE ;R59 je short @F ;R59 cmp bx,offset HDDE_ITEM ;R59 je short @F ;R59 cmp bx,offset HDDF_ITEM ;R59 endif ;Support_4_IDE ;R59 ;R59 @@: ;R59 ret ;R59 Check_If_HDD_Type_Item Endp ;R59 ;--------------------------------------------------------------------- ;R59 ;input : BX = Item offset ;R59 ; ;R59 ;output : CY : not a HDD item: type, head., size... ;R59 ; ;R59 ; NC : it is a HDD item ;R59 ; BX = HDD type item offset, e.g. offset HDDC_ITEM ;R59 ; SI = CMOS location for HDD type ;R59 ; DI = CMOS location for User define parameter ;R59 ; CH = CMOS location for LBA/CHS ;R59 ; CL = which bit in CH define LBA/CHS ;R59 ; ZF = ZF: default type(0-46) ;R59 ; NZ: user type ;R59 ; ;R59 ;Destroy : DX, SI, DI, FLAGS ;R59 ;--------------------------------------------------------------------- ;R59 Public Get_HDD_CMOS_Info ;R59 Get_HDD_CMOS_Info Proc Near ;R59 ;R59 push ax ;R59 ;R59 ;-------------------------------- ;R59 ;Check if BX is a HDD item or not ;R59 ;-------------------------------- ;R59 ;R59 cmp bx,offset HDDC_ITEM ;R59 jb short Not_Hard_Drive_Item ;R59 ;R59 cmp bx,LAST_HDD_TYPE_ITEM+HDD_TYPE_DIFF ;R59 jae short Not_Hard_Drive_Item ;R59 ;R59 ;-------------------------------------------------- ;R59 ;return DX = HDD type item offset ;R59 ; SI = CMOS location for HDD type ;R59 ; DI = CMOS location for User Type parameters ;R59 ;-------------------------------------------------- ;R59 ;R59 ifdef Support_4_IDE ;R59 mov di,DRV_50_CYL ;R59 mov si,offset HDDF_ITEM ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 mov cx,7904h ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 cmp bx,si ;R59 jae short Chk_If_Size_Item ;R59 ;R59 mov di,DRV_51_CYL ;R59 mov si,offset HDDE_ITEM ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 mov cx,7901h ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 cmp bx,si ;R59 jae short Chk_If_Size_Item ;R59 endif ;Support_4_IDE ;R59 ;R59 mov di,DRV_48_CYL ;R59 mov si,offset HDDD_ITEM ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 mov cx,3C04h ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 cmp bx,si ;R59 jae short Chk_If_Size_Item ;R59 ;R59 mov di,DRV_49_CYL ;R59 mov si,offset HDDC_ITEM ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 mov cx,3B04h ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 Chk_If_Size_Item: ;R59 ;R59 mov dl,cs:[si].CmosLoc ;R59 xor dh,dh ;R59 xchg dx,si ;R59 ;R59 mov ax,dx ;R59 add ax,ITEM_SIZE ;point to HDD size ;R59 cmp bx,ax ;HDD size item? ;R59 je short Not_Hard_Drive_Item ;yes! ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 add ax,6*ITEM_SIZE ;point to LBA item ;R59 cmp bx,ax ;HDD LBA item? ;R59 je short Not_Hard_Drive_Item ;yes! ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 ;-------------------------------- ;R59 ;decide if it is user type or not ;R59 ;-------------------------------- ;R59 ;R59 xor al,al ;indicates type 1-46 ;R59 ;R59 ;R04 cmp byte ptr [bp+si],46 ;R59 mov ah,Post_Auto_type[bp] ;R04 ;R59 cmp [bp+si],ah ;R04 ;R59 jbe short HDD_Type_Not_User ;R59 ;R59 mov al,1 ;indicates user type ;R59 ;R59 HDD_Type_Not_User: ;R59 ;R59 or al,al ;ZF: default type ;R59 ;NZ: user type ;R59 pop ax ;R59 clc ;it is a HDD type(any type) ;R59 ret ;R59 ;R59 Not_Hard_Drive_Item: ;R59 ;R59 pop ax ;R59 stc ;it is not a HDD type item ;R59 ret ;R59 Get_HDD_CMOS_Info Endp ;R59 ;[]===========================================================[] ;R59 ;Input : BX - Point to any HDD parms items such as ;R59 ; cylinders, sectors, head .... ;R59 ;output: IF (BX == HDDC) or (BX == HDDD) ;R59 ; { ;R59 ; IF (HDD type >= 1) && (HDD type <= 47) ;R59 ; { ;R59 ; set the ITEMSTAT of the items related to be show-only ;R59 ; } ;R59 ; ELSE ;R59 ; { ;R59 ; set the ITEMSTAT of the items related to be ;R59 ; not show-only, i.e. editable ;R59 ; }; ;R59 ; stc ;R59 ; ret ;R59 ; } ;R59 ; ELSE ;R59 ; { ;R59 ; call Transfer_Hdd_Parms ;R59 ; clc ;R59 ; }; ;R59 ; ;R59 ;[]===========================================================[] ;R59 Prg_HDD_Parms_Attr Proc Near ;R59 ;R59 call Check_If_HDD_Type_Item ;R59 je short HDD_Item_Yes ;R59 ;R59 call Transfer_Hdd_Parms ;R59 clc ;R59 ret ;R59 ;R59 ;------------------------------- ;R59 HDD_Item_Yes: ;R59 call Read_Item_Value ;R59 cmp dx,48 ;R59 ;R59 ifndef Post_Auto_IDE_Detect ;R04 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 mov di,ITEMDISABLE ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 endif ;Post_Auto_IDE_Detect ;R04 ;R59 ;R59 mov dx,SHOWONLY ;R59 jb short Not_User_Type ;R59 xor dx,dx ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 ifndef Post_Auto_IDE_Detect ;R04 ;R59 xor di,di ;R59 endif ;Post_Auto_IDE_Detect ;R04 ;R59 call Chk_If_LBA_Mode ;LBA mode? ;R59 je short @F ;yes! ;R59 call Chk_If_LARGE_Mode ;LARGE mode? ;R59 jne short Not_User_Type ;no! ;R59 @@: ;R59 mov dx,SHOWONLY ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 Not_User_Type: ;R59 push bx ;R59 add bx,ITEM_SIZE*2 ;R59 mov cx,5 ;R59 ;R59 Prg_HDD_Para_ItemStat: ;R59 ;R59 call Get_ItemStat_AX ;R59 and ax,not SHOWONLY ;R59 or ax,dx ;R59 call Set_ItemStat_AX ;R59 add bx,ITEM_SIZE ;R59 loop short Prg_HDD_Para_ItemStat ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 ifdef Post_Auto_IDE_Detect ;R04 ;R59 push bx ;R04 ;R59 sub bx,ITEM_SIZE*7 ;R04 ;R59 call Read_Item_Value ;R04 ;R59 xor di,di ;R04 ;R59 cmp dx,47 ;R04 ;R59 jae short @F ;R04 ;R59 mov di,ITEMDISABLE ;R04 ;R59 @@: ;R04 ;R59 pop bx ;R04 ;R59 endif ;Post_Auto_IDE_Detect ;R04 ;R59 call Get_ItemStat_AX ;R59 and ax,not ITEMDISABLE ;R59 or ax,di ;R59 call Set_ItemStat_AX ;R59 ;R59 push word ptr CURSOR_X[bp] ;R59 push word ptr HDD_CURSOR_FLG[bp] ;R59 ;R59 mov byte ptr HDD_CURSOR_FLG[bp],0ffh ;prevent recursive ;R59 call Display_Whole_Item ;R59 or di,di ;item disable? ;R59 jz short @F ;no ;R59 mov ax,word ptr [bx].Item_Xaxis ;R59 mov CURSOR_X[bp],ax ;R59 call VNORMAL ;R59 mov si,offset LBA_Dont_Care_Str ;R59 call Display_String ;R59 @@: ;R59 pop word ptr HDD_CURSOR_FLG[bp] ;R59 pop word ptr CURSOR_X[bp] ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 pop bx ;R59 ;R59 stc ;R59 ret ;R59 Prg_HDD_Parms_Attr Endp ;R59 ;[]===========================================================[] ;R59 ;Update_User_Type - 1. put parms for shown into corresponding ;R59 ; stack area & re-show HDD size ;R59 ; 2. if Drive C = Drive D ;R59 ; re-show Drive C & Drive D ;R59 ; ;R59 ;Input : BX - Point to any HDD parms items such as ;R59 ; cylinders, sectors, head .... ;R59 ;Subroutine type : Post-Do ;R59 ;[]===========================================================[] ;R59 Public Update_User_Type ;R59 Update_User_Type Proc Near ;R59 ;R59 pusha ;R59 ;R59 cmp al,Special_After ;R59 jne short Update_User_Type_Exit ;R59 ;R59 call Get_HDD_CMOS_Info ;R59 jc short Update_User_Type_Exit ;not HDD Item ;R59 jz short Update_User_Type_Exit ;not user type ;R59 ;R59 ;put parms for shown into corresponding stack area ;R59 ;R59 mov ax,CYLINDER[bp] ;R59 mov [bp+di+0],ax ;R59 ;R59 mov al,HEAD[bp] ;R59 mov [bp+di+2],al ;R59 ;R59 mov ax,PRECOMP[bp] ;R59 mov [bp+di+3],ax ;R59 ;R59 mov ax,LANDZONE[bp] ;R59 mov [bp+di+5],ax ;R59 ;R59 mov al,SECTOR[bp] ;R59 mov [bp+di+7],al ;R59 ;R59 push dx ;R59 call Transfer_Hdd_Parms ;R59 pop dx ;R59 mov bx,dx ;R59 add bx,ITEM_SIZE ;R59 call Display_Whole_Item ;Display HDD Size ;R59 ;R59 Update_User_Type_Exit: ;R59 ;R59 popa ;R59 clc ;R59 ret ;R59 Update_User_Type Endp ;R59 ;[]===========================================================[] ;R59 ;ReShow_HDD - show items including HDD type, sector, head ;R59 ; cylinder, precomp, landing zone & HDD size ;R59 ; ;R59 ;input - BX : HDD C or D ;R59 ;[]===========================================================[] ;R59 ReShow_HDD proc near ;R59 push ax ;save registers ;R59 push bx ;R59 push cx ;R59 ;R59 call Transfer_Hdd_Parms ;get all HDD parms ;R59 ;R59 ;R37 push word ptr ATTRIBUTE[bp] ;save attribute ;R59 ;R37 push word ptr CURSOR_X[bp] ;save cursor position ;R59 ;R37 - starts ;R59 .386 ;R59 push dword ptr ATTRIBUTE[bp] ;R59 .286 ;R59 ;R37 - ends ;R59 ;R59 mov cx,(HDD_TYPE_DIFF/ITEM_SIZE)-1 ;R59 ;R59 Disp_Next_HDD_Item: ;R59 ;R59 add bx,ITEM_SIZE ;point to next item ;R59 push cx ;save counter ;R59 ;R59 ;[]-----------------------------------------------------------------------[] ;R59 ; special treatment for Auto IDE Detection & HDD Low Level Format ;R59 ; Input : byte ptr USE_ITEMSTAT_BUF[bp]=0 : Normal call ;R59 ; 1 : call from routine: IDE_DETECT ;R59 ; add CURSOR_Y[bp],0 ;R59 ; 2 : call from routime: HDD_LFormat ;R59 ; add CURSOR_Y[bp],8 ;R59 ; OTHERS : call from routine: IDE_DETECT ;R59 ; CURSOR_Y[bp] = USE_ITEMSTAT_BUF[bp] ;R59 ;[]-----------------------------------------------------------------------[] ;R59 cmp byte ptr USE_ITEMSTAT_BUF[bp],0 ;normal call? ;R59 je short Normal_ReShow_HDD ;yes ;R59 ;R59 call Vnormal ;normal attribute ;R59 call Disp_ItemTitle ;R59 ifdef Support_4_IDE ;R12 ;R59 mov al,7 ;R12 ;R59 else ;Support_4_IDE ;R12 ;R59 mov al,9 ;cursor Y difference ;R59 endif ;Support_4_IDE ;R12 ;R59 cmp byte ptr USE_ITEMSTAT_BUF[bp],2 ;from HDD_LFormat? ;R59 je short @F ;yes ;R59 xor al,al ;cursor Y difference ;R59 ;R59 cmp byte ptr USE_ITEMSTAT_BUF[bp],1 ;from IDE_DETECT? ;R59 je short @F ;yes ;R59 ;R59 sub byte ptr CURSOR_X[bp],5 ;R59 call VReverse ;R59 ;R59 mov al,USE_ITEMSTAT_BUF[bp] ;cursor Y difference ;R59 mov byte ptr CURSOR_Y[bp],0 ;use new CURSOR_Y ;R59 ;R59 @@: ;R59 add CURSOR_Y[bp],al ;use new CURSOR_Y ;R59 call Disp_ItemVar ;show Items ;R59 ;R59 jmp short @F ;R59 ;R59 Normal_ReShow_HDD: ;R59 ;--------------------------------------------------------------------------- ;R59 call Display_Whole_Item ;display item ;R59 @@: ;R59 pop cx ;restore counter ;R59 loop short Disp_Next_HDD_Item ;show next ;R59 ;R37 - starts ;R59 .386 ;R59 pop dword ptr ATTRIBUTE[bp] ;R59 .286 ;R59 ;R37 - ends ;R59 ;R37 pop word ptr CURSOR_X[bp] ;restore cursor position ;R59 ;R37 pop word ptr ATTRIBUTE[bp] ;restore attribute ;R59 ;R59 pop cx ;restore registers ;R59 pop bx ;R59 pop ax ;R59 ret ;R59 ReShow_HDD endp ;R59 ;[]===========================================================[] ;R59 ;input : BX point to any HDD item ;R59 ;output: CYLINDER[bp] ;R59 ; HEAD[bp] ;R59 ; PRECOMP[bp] ;R59 ; LANDZONE[bp] ;R59 ; SECTOR[bp] ;R59 ;[]===========================================================[] ;R59 Transfer_Hdd_Parms proc near ;R59 ;R59 ;Clear all HDD parms in the first place ;R59 ;R59 xor ax,ax ;R59 mov CYLINDER[bp],ax ;R59 mov HEAD[bp],al ;R59 mov SECTOR[bp],al ;R59 mov PRECOMP[bp],ax ;R59 mov LANDZONE[bp],ax ;R59 ;R59 push si ;R59 ;R36 start ;R59 mov ax,cs ;R59 cmp ax,dgroup ;R59 je short @F ;R59 jmp Not_Hdd ;R59 @@: ;R59 ;R36 end ;R59 ;R59 call Get_HDD_CMOS_Info ;R59 jnc short @F ;R59 jmp Not_Hdd ;R59 @@: ;R59 jz short Std_Hdd_Parm ;R59 ;R59 mov ax,[bp+di+0] ;transfer cylinder no. ;R59 mov CYLINDER[bp],ax ;R59 ;R59 mov al,[bp+di+2] ;transfer head no. ;R59 mov HEAD[bp],al ;R59 ;R59 mov ax,[bp+di+3] ;transfer precomp ;R59 mov PRECOMP[bp],ax ;R59 ;R59 mov ax,[bp+di+5] ;transfer landing zone ;R59 mov LANDZONE[bp],ax ;R59 ;R59 mov al,[bp+di+7] ;transfer sector no. ;R59 mov SECTOR[bp],al ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 call Chk_If_LARGE_Mode ;LARGE mode now? ;R59 mov si,offset Tran_CHS_LARGE ;R59 je short Trans_LBA_LARGE ;yes! ;R59 ;R59 call Chk_If_LBA_Mode ;LBA mode now? ;R59 jne short No_LBA_LARGE ;no, skip! ;R59 mov si,offset Tran_CHS_LBA ;routine to call ;R59 mov word ptr PRECOMP[bp],0 ;R59 Trans_LBA_LARGE: ;R59 push bx ;R59 mov bx,CYLINDER[bp] ;R59 mov al,SECTOR[bp] ;R59 mov ah,HEAD[bp] ;R59 POST_func_call si ;R59 mov CYLINDER[bp],bx ;R59 mov SECTOR[bp],al ;R59 mov HEAD[bp],ah ;R59 pop bx ;R59 No_LBA_LARGE: ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 jmp short Move_Exit ;R59 ;R59 ;------------------- ;R59 ;transfer type 1-47 ;R59 ;------------------- ;R59 ;R59 Std_Hdd_Parm: ;R59 ifndef Skip_HDD_Type_1_To_46 ;R08A ;R59 cmp byte ptr [bp+si],0 ;Hard disk exist? ;R59 je short Move_Exit ;R59 else ;Skip_HDD_Type_1_To_46 ;R08A ;R59 cmp byte ptr [bp+si],47 ;Hdd type 0 or auto? ;R08A ;R59 jbe short Move_Exit ;R08A ;R59 endif ;Skip_HDD_Type_1_To_46 ;R08A ;R59 ;R59 push bx ;R59 mov al,[bp+si] ;Hdd type no. ;R59 xor ah,ah ;R59 dec ax ;R59 mov cl,HDP_SIZE ;R59 mul cl ;R59 ;R59 mov bx,offset cs:HDISK_PARMS ;R59 add bx,ax ;R59 ;R59 mov ax,cs:[bx].MaxCyl ;R59 mov CYLINDER[bp],ax ;R59 mov al,cs:[bx].MaxHead ;R59 mov HEAD[bp],al ;R59 mov al,cs:[bx].MaxSector ;R59 mov SECTOR[bp],al ;R59 ;R59 mov ax,cs:[bx].MaxPreComp ;R59 mov PRECOMP[bp],ax ;R59 mov ax,cs:[bx].MaxLandZone ;R59 mov LANDZONE[bp],ax ;R59 pop bx ;R59 ;R59 Move_Exit: ;R59 ;------------------- ;R59 ;calculate HDD size ;R59 ;------------------- ;R59 ;R59 push cx ;R59 ;R28 mov ax,CYLINDER[bp] ;R59 xor ah,ah ;R28 ;R59 mov al,HEAD[bp] ;R28 ;R59 xor ch,ch ;R59 ;R28 mov cl,HEAD[bp] ;R59 ;R28 mul cx ;R59 mov cl,SECTOR[bp] ;R59 ;R28 shl cx,3 ;R13 ;R59 shl cx,2 ;R28 ;R59 mul cx ;R59 mul word ptr CYLINDER[bp] ;R28 ;R59 ;R13 mov cx,2048 ;R59 ;R28 mov cx,15625 ;R13 ;R59 mov cx,15625/2 ;R28 ;R59 div cx ;R59 mov HDDSIZE[bp],ax ;R59 pop cx ;R59 ;R59 Not_Hdd: ;R59 pop si ;R59 ret ;R59 ;R59 Transfer_Hdd_Parms endp ;R59 ;R59 ;[]===========================================================[] ;R59 ;[]===========================================================[] ;R59 Check_Valid_HDD_Type Proc Near ;R59 ;R03 Chk_DrvC: ;R59 ;R03 mov si,CMOS19 ;R59 ;R03 cmp byte ptr CMOS19[bp],47 ;R59 ;R03 jne short @F ;R59 ;R03 call Invalid_HDD ;R59 ;R03 jmp short Chk_DrvD ;R59 ;R03 @@: ;R59 ;R03 cmp byte ptr CMOS19[bp],48 ;R59 ;R03 jne short Chk_DrvD ;R59 ;R03 call Invalid_HDD ;R59 ;R03 Chk_DrvD: ;R59 ;R03 mov si,CMOS1A ;R59 ;R03 cmp byte ptr CMOS1A[bp],47 ;R59 ;R03 jne short @F ;R59 ;R03 call Invalid_HDD ;R59 ;R03 jmp short Check_Valid_Exit ;R59 ;R03 @@: ;R59 ;R03 cmp byte ptr CMOS1A[bp],49 ;R59 ;R03 jne short Check_Valid_Exit ;R59 ;R03 call Invalid_HDD ;R59 ;R03 Check_Valid_Exit: ;R59 ;R03 ret ;R59 ;R03 ;R59 ;R03 Invalid_HDD: ;R59 ;R03 mov byte ptr [bp+si],0 ;R59 ;R59 ;R03 - start ;R59 mov si,offset HDD_Type_Cmos ;R59 mov di,offset Skip_HDD_Type_Tbl ;R59 mov cx,NUM_OF_IDE_ITEM ;number of HDD to do ;R59 ;R59 Next_Hdd_Drive: ;R59 ;R59 push di ;R59 push si ;R59 push cx ;R59 ;R59 mov si,cs:[si] ;R59 and si,00ffH ;use byte only ;R59 ;R59 mov al,byte ptr [bp+si] ;R59 ;R59 cmp al,51 ;invalid HDD type ;R59 ja short Invalid_HDD ;R59 ;R59 mov cx,NO_OF_SKIP_HDD ;R59 Next_Invalid_Hdd: ;R59 cmp al,cs:[di] ;R59 je short Invalid_HDD ;R59 inc di ;R59 loop short Next_Invalid_Hdd ;R59 jmp short Check_Next_Invalid ;R59 ;R59 Invalid_HDD: ;R59 mov byte ptr [bp+si],0 ;R59 Check_Next_Invalid: ;R59 ;R59 pop cx ;R59 pop si ;R59 pop di ;R59 add di,NO_OF_SKIP_HDD ;R59 inc si ;R59 loop short Next_Hdd_Drive ;R59 ;R03 - end ;R59 ;R59 ret ;R59 ;R59 Check_Valid_HDD_Type Endp ;R59 ;[]===========================================================[] ;R59 ;[]===========================================================[] ;R59 Move_HDD_Cursor Proc Near ;R59 ;R59 ;------------------------------------------------------------ ;R59 ;Try to move the KEYIN_ITEM_OFF[bp] according to LAST_KEY[bp] ;R59 ;------------------------------------------------------------ ;R59 ;R59 mov di,LAST_KEY[bp] ;R59 mov ax,KEYIN_ITEM_OFF[bp] ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 Try_Move_HDD_LA: ;R59 ;R59 cmp di,LEFT_ARROW ;input key = LEFT_ARROW ? ;R59 jne short Try_Move_HDD_RA ;no, try next! ;R59 ;R59 mov bx,ax ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 pusha ;R59 mov ax,OLDITEM[bp] ;R59 cmp ax,KEYIN_ITEM_OFF[bp] ;R59 popa ;R59 je short TRY_LA_1 ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 call Move_Cursor ;check where will KEYIN_ITEM go ;R59 ;R59 call Check_If_HDD_Type_Item ;does KEYIN_ITEM go to HDD type item? ;R59 jne short Only_KEYIN_Moves ;no, so only KEYIN item moves ;R59 ;R59 TRY_LA_1: ;R59 ;R59 call Up_Line ;if go up... ;R59 ;R59 mov bx,si ;R59 call Check_If_HDD_Type_Item ;does Up_Line cause bx to go to HDD type item? ;R59 je short KEYIN_OLD_Together;yes, put KEYIN & OLITEM together ;R59 ;R59 mov bx,si ;go up --> HOUR item ;R59 call Go_Most_Right_Item ;so, according to AMI's setup, ;R59 mov bx,si ;R59 jmp short KEYIN_OLD_Together;go to SECOND item ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 Try_Move_HDD_RA: ;R59 cmp di,K_CR1 ;input key = ENTER ? ;R59 je short RA_Cont ;yes, continue ;R59 cmp di,RIGHT_ARROW ;input key = RIGHT_ARROW ? ;R59 jne short Try_Move_HDD_UA ;no, try next ;R59 RA_Cont: ;R59 mov bx,ax ;R59 call Move_Cursor ;check where will KEYIN_ITEM go ;R59 ;R59 call Check_If_HDD_Type_Item ;KEYIN_ITEM go to next HDD type item? ;R59 je short @F ;yes, so put KEYIN & OLITEM together ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 call Check_If_LBA_Item ;R59 je short @F ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 cmp bx,LAST_HDD_ITEM ;KEYIN_ITEM go to HDD para. item? ;R59 jbe short Only_KEYIN_Moves ;yes, so only KEYIN item moves ;R59 @@: ;R59 jmp short KEYIN_OLD_Together;put KEYIN & OLITEM together ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 Try_Move_HDD_UA: ;R59 ;R59 cmp di,UP_ARROW ;input key = UP_ARROW ? ;R59 jne short Try_Move_HDD_DA ;no, try next ;R59 ;R59 mov bx,OLDITEM[bp] ;OLITEM[bp] = HDD type item ;R59 jmp short TRY_LA_1 ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 Try_Move_HDD_DA: ;R59 ;R59 cmp di,DOWN_ARROW ;input key = DOWN_ARROW ? ;R59 je short @F ;yes, continue ;R59 clc ;R59 ret ;exit ;R59 @@: ;R59 mov bx,OLDITEM[bp] ;OLITEM[bp] = HDD type item ;R59 call Down_Line ;OLITEM go down and put ;R59 mov bx,si ;R59 ; KEYIN & OLITEM together ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 KEYIN_OLD_Together: ;R59 ;R59 call ReDisp_KEYIN ;R59 ;R59 cmp OLDITEM[bp],bx ;R59 je short @F ;R59 xchg OLDITEM[bp],bx ;R59 call Display_Whole_Item ;R59 mov bx,OLDITEM[bp] ;R59 @@: ;R59 jmp short Move_HDD_Exit0 ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 Only_KEYIN_Moves: ;R59 call ReDisp_KEYIN ;R59 mov bx,OLDITEM[bp] ;R59 ;R59 ;------------------------------------------------------------------------ ;R59 Move_HDD_Exit0: ;R59 mov byte ptr HDD_CURSOR_FLG[bp],0 ;R59 jmp Destroy_Key_Then_Ret ;R59 ;R59 Move_HDD_Cursor Endp ;R59 ;R59 ReDisp_KEYIN: ;R59 mov byte ptr HDD_CURSOR_FLG[bp],0ffh ;R59 pusha ;R59 push word ptr OLDITEM[bp] ;R07 ;R59 xchg KEYIN_ITEM_OFF[bp],bx ;R59 call Check_If_HDD_Type_Item ;R07 ;R59 jne short @F ;R07 ;R59 mov byte ptr HDD_CURSOR_FLG[bp],0 ;R07 ;R59 mov word ptr OLDITEM[bp],-1 ;R07 ;R59 @@: ;R07 ;R59 call Display_Whole_Item ;R59 pop word ptr OLDITEM[bp] ;R07 ;R59 popa ;R59 ret ;R59 ;R59 ;[]===========================================================[] ;R59 ;[]===========================================================[] ;R59 Show_HDD_Cursor Proc Near ;R59 push bx ;R59 ;R59 mov si,Color_Offset[bp] ;R59 mov dl,[si].CREVERSE ;R59 cmp byte ptr ATTRIBUTE[bp],dl ;R59 jne short Show_HDD_Cursor_End ;R59 ;R59 mov bx,OLDITEM[bp] ;R59 cmp bx,KEYIN_ITEM_OFF[bp] ;KEYIN_ITEM=OLDITEM? ;R59 je short Seperate_Cursor ;yes, try to seperate ;R59 ;R59 ;--------------------------------------------------------------------------- ;R59 Merge_Cursor: ;R59 ;R59 call Get_HDD_CMOS_Info ;R59 jnz short Show_HDD_Cursor_End ;NZ = user type ;R59 ;R59 mov KEYIN_ITEM_OFF[bp],dx ;R59 jmp short Show_HDD_Cursor_End ;R59 ;R59 ;--------------------------------------------------------------------------- ;R59 Seperate_Cursor: ;R59 ;R59 call Get_HDD_CMOS_Info ;R59 jz short Show_HDD_Cursor_End ;ZF = type 0-46 ;R59 ;R59 call Check_If_HDD_Type_Item ;R59 ;R59 pushf ;R59 mov OLDITEM[bp],dx ;R59 mov bx,dx ;R59 call Reverse_It ;R59 ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 mov KEYIN_ITEM_OFF[bp],bx ;R59 call Chk_If_LBA_Mode ;LBA mode ? ;R59 je short @F ;yes ;R59 call Chk_If_LARGE_Mode ;LARGE mode? ;R59 je short @F ;yes ;R59 endif ;IDE_LBA_MODE_SUPPORT ;R59 ;R59 add bx,ITEM_SIZE*2 ;R59 mov KEYIN_ITEM_OFF[bp],bx ;R59 call Reverse_It ;R59 @@: ;R59 popf ;R59 je short Cur_In_HDD_Type ;R59 ;R59 pop ax ;abandon original BX ;R59 stc ;R59 ret ;R59 ;R59 Cur_In_HDD_Type: ;R59 Show_HDD_Cursor_End: ;R59 ;R59 pop bx ;R59 clc ;R59 ret ;R59 ;R59 Reverse_It: ;R59 mov byte ptr HDD_CURSOR_FLG[bp],0ffh ;R59 call Vnormal ;R59 push word ptr CURSOR_X[bp] ;R59 call Disp_ItemTitle ;R59 call VReverse ;R59 call Disp_ItemVar ;R59 pop word ptr CURSOR_X[bp] ;R59 mov byte ptr HDD_CURSOR_FLG[bp],0 ;R59 ret ;R59 ;R59 Show_HDD_Cursor Endp ;R59 ifdef IDE_LBA_MODE_SUPPORT ;R59 Do_LBA Proc Near ;R59 ;R59 cmp al,Special_Before ;R59 je short Do_LBA_Before ;R59 ;R59 pusha ;R59 call Get_HDD_CMOS_Info ;R59 mov bx,dx ;R59 call Prg_HDD_Parms_Attr ;R59 call ReShow_HDD ;R59 popa ;R59 ;R59 Do_LBA_Exit: ;R59 ;R59 clc ;R59 ret ;R59 ;R59 Do_LBA_Before: ;R59 cmp word ptr LAST_KEY[bp],LEFT_ARROW ;R59 jne short Try_Do_LBA_UP ;R59 call Get_HDD_CMOS_Info ;R59 mov OLDITEM[bp],dx ;R59 sub bx,ITEM_SIZE ;R59 CHK_ITEMSTAT SHOWONLY ;R59 jz @F ;R59 mov bx,dx ;R59 jmp KEYIN_OLD_Together ;R59 @@: ;R59 jmp Only_KEYIN_Moves ;R59 Try_Do_LBA_UP: ;R59 cmp word ptr LAST_KEY[bp],UP_ARROW ;R59 jne short Try_Do_LBA_DOWN ;R59 jmp Move_HDD_CURSOR ;R59 Try_Do_LBA_DOWN: ;R59 cmp word ptr LAST_KEY[bp],DOWN_ARROW ;R59 jne short Do_LBA_Exit ;R59 jmp Move_HDD_CURSOR ;R59 ;R59 Do_LBA Endp ;R59 ;R59 Public Chk_If_LARGE_Mode ;R59 Chk_If_LARGE_Mode: ;R59 mov al,2 ;R59 jmp short Detect_LBA_LARGE ;R59 ;R59 ;input : bx = hdd item offset ;R59 ;output: zf = 1 disable ;R59 ; zf = 0 enable ;R59 Public Chk_If_LBA_Mode ;R59 Chk_If_LBA_Mode: ;R59 mov al,1 ;R59 ;R59 Detect_LBA_LARGE: ;R59 ;R59 pusha ;R59 call Get_HDD_CMOS_Info ;R59 ;R59 mov bx,dx ;R59 add bx,HDD_TYPE_DIFF-ITEM_SIZE ;R59 push ax ;R59 call Read_Item_Value ;R59 pop ax ;R59 cmp dl,al ;R59 ;R59 popa ;R59 ret ;R59 ;R59 endif ;IDE_LBA_MODE_SUPPORT FCODE ENDS ;R58 - starts .386p extrn DISP_DWORD_INT6:near extrn F000_call_Proc:Near XGROUP GROUP XCODE XCODE SEGMENT USE16 PARA PUBLIC 'XCODE' ASSUME CS:XGROUP,ES:XGROUP fPROC_Show_Mem_Info Proc Far pushad push ds push cs pop ds mov si, offset Disp_Mem_Tbl @@: lodsw push si mov si, ax extrn x_Display_String:near call x_Display_String pop si lodsb push si movzx cx, al ifdef SPECIAL_SHARE_MEMORY_SHOW ;R65 - satrts cmp al,READ_BASE jz short Not_Add_MEM cmp al,READ_OTHER jz short Not_Add_MEM F000_call Read_Memory push eax F000_call Ct_Share_Memory_Size ;get shared mem. size xor ecx,ecx mov cx, ax pop eax add eax, ecx jmp short Add_MEM_End Not_Add_MEM: F000_call Read_Memory Add_MEM_End: else ;SPECIAL_SHARE_MEMORY_SHOW ;R65 - ends F000_call Read_Memory endif ;SPECIAL_SHARE_MEMORY_SHOW ;R65 F000_call DISP_DWORD_INT6 pop si cmp si, offset Disp_Mem_Tbl_End jb short @B pop ds popad retf fPROC_Show_Mem_Info Endp Disp_Mem_Tbl Label Near dw offset Base_Mem_Str db READ_BASE dw offset Ext_Mem_Str db READ_EXT dw offset Other_Mem_Str db READ_OTHER dw offset Total_Mem_Str db READ_TOTAL Disp_Mem_Tbl_End Label Near ;----------------------------- MEMORY_X = 47 MEMORY_Y = 14 ifdef Support_4_IDE MEMORY_Y = 16 endif ;Support_4_IDE Base_Mem_Str: POS <,MEMORY_X+4,MEMORY_Y> db 'Base' JMPSTRING <,offset Mem_K_Str> ;----------------------------- MEMORY_Y = MEMORY_Y + 1 Ext_Mem_Str: POS <,MEMORY_X,MEMORY_Y> db 'Extended' JMPSTRING <,offset Mem_K_Str> ;----------------------------- MEMORY_Y = MEMORY_Y + 1 Other_Mem_Str: POS <,MEMORY_X+3,MEMORY_Y> db 'Other' JMPSTRING <,offset Mem_K_Str> ;----------------------------- MEMORY_Y = MEMORY_Y + 2 TOTAL_MEM_Y EQU MEMORY_Y - 1 Total_Mem_Str: BORDER1 <,47,TOTAL_MEM_Y,70,TOTAL_MEM_Y,0> ADDY <,1> SUBX <,20> db 'Total' Mem_K_Str db ' Memory:' ADDX <,7> db 'K' SUBX <,8> db 0 ;R59 - starts ;[]===========================================================[] ;[]===========================================================[] Public X_Do_HDD X_Do_HDD Proc Near pusha cmp al, Special_After je short Do_Post_HDD ;--------------------------------------------------------------------- Do_Pre_HDD: call X_Move_HDD_Cursor call X_Read_Item_Value mov LAST_HDD_TYPE[bp], dl jmp short Do_HDD_Exit ;--------------------------------------------------------------------- Do_Post_HDD: call X_Skip_HDD_Type call X_Prg_HDD_Parms_Attr push word ptr CMOS19[bp] F000_call Set_CMOS12h pop word ptr CMOS19[bp] Do_HDD_Exit: popa clc ret X_Do_HDD Endp ;[]===========================================================[] ;[]===========================================================[] Public X_Show_HDD X_Show_HDD Proc Near ;----------------- ;Before_Show_HDD: ;----------------- cmp al, Special_Before jne short After_Show_HDD ifdef Skip_HDD_Type_1_To_46 call X_Check_If_HDD_Type_Item jne short @F call X_Skip_HDD_Type @@: endif ;Skip_HDD_Type_1_To_46 cmp byte ptr HDD_CURSOR_FLG[bp], 0ffh je short @F push word ptr ATTRIBUTE[bp] call X_Prg_HDD_Parms_Attr ;program the ITEMSTAT of cyl, head... jnc short Skip_ReShow_HDD ;ITEMSTATs not changed call X_ReShow_HDD Skip_ReShow_HDD: pop word ptr ATTRIBUTE[bp] call X_Show_HDD_Cursor @@: ret ;----------------- After_Show_HDD: ;----------------- call X_Check_If_HDD_Type_Item jne short Show_User_Exit ;R68 Show_User: ;R68 start mov al,'M' cmp byte ptr HDDSIZE_Unit[bp],HDDSIZE_MB jbe short @F mov al,'G' @@: push word ptr ATTRIBUTE[bp] push word ptr CURSOR_X[bp] add byte ptr CURSOR_X[bp],8 f000_call Vnormal call X_Display_Char pop word ptr CURSOR_X[bp] pop word ptr ATTRIBUTE[bp] ;R68 end call X_Read_Item_Value mov si, offset None_Str or dx, dx jz short @F cmp dx, 48 mov si, offset User_Str jae short @F ifdef Post_Auto_IDE_Detect cmp dx, 47 mov si, offset Auto_Str je short @F endif ;Post_Auto_IDE_Detect ret @@: sub byte ptr CURSOR_X[bp], 4 call X_Display_String Show_User_Exit: ret X_Show_HDD Endp ifdef IDE_LBA_MODE_SUPPORT ;------------------------------------------- ;------------------------------------------- Public X_Check_If_LBA_Item X_Check_If_LBA_Item Proc Near pushad call X_Get_HDD_CMOS_Info add dx, HDD_TYPE_DIFF-ITEM_SIZE ;point LBA item cmp bx, dx popad ret X_Check_If_LBA_Item Endp endif ;IDE_LBA_MODE_SUPPORT Public X_Skip_HDD_Type X_Skip_HDD_Type Proc Near call X_Read_Item_Value xor ax, ax jmp short @F Skip_This_HDD: mov ax, 1 cmp word ptr LAST_KEY[bp], PGDN je short @F cmp word ptr LAST_KEY[bp], K_PLUS je short @F mov ax, -1 cmp word ptr LAST_KEY[bp], PGUP je short @F cmp word ptr LAST_KEY[bp], K_MINUS je short @F mov ax, 1 @@: add dx, ax ifdef Skip_HDD_Type_1_To_46 or dl, dl jz short @F cmp dl, 46 jbe short Skip_This_HDD @@: endif ;Skip_HDD_Type_1_To_46 cmp dl, 46 je short Skip_This_HDD mov cx, NO_OF_SKIP_HDD mov di, offset Skip_HDD_Type_Tbl cmp bx, offset HDDC_ITEM je short @F add di, cx ifdef Support_4_IDE cmp bx, offset HDDD_ITEM je short @F add di, cx cmp bx, offset HDDE_ITEM je short @F add di, cx endif ;Support_4_IDE @@: cmp dl, cs:[di] je short Skip_This_HDD inc di loop @B call X_Write_Item_Value ret X_Skip_HDD_Type Endp ;[]===========================================================[] ;[]===========================================================[] Skip_HDD_Type_Tbl: ifdef Support_4_IDE ifdef Post_Auto_IDE_Detect db 15, 48, 50, 51 db 15, 49, 50, 51 db 15, 48, 49, 50 db 15, 48, 49, 51 else ;Post_Auto_IDE_Detect db 15, 47, 48, 50, 51 ;drive C skip these options db 15, 47, 49, 50, 51 ;drive D skip these options db 15, 47, 48, 49, 50 ;drive E skip these options db 15, 47, 48, 49, 51 ;drive F skip these options endif ;Post_Auto_IDE_Detect else ;Support_4_IDE ifdef Post_Auto_IDE_Detect db 15, 48 db 15, 49 else ;Post_Auto_IDE_Detect db 15, 47, 48 ;drive C skip these options db 15, 47, 49 ;drive D skip these options endif ;Post_Auto_IDE_Detect endif ;Support_4_IDE NO_OF_SKIP_HDD EQU ($ - offset Skip_HDD_Type_Tbl)/NUM_OF_IDE_ITEM HDD_Type_Cmos: db CMOS19 ;Drive 0 db CMOS1A ;Drive 1 db 67H ;Drive 2 db 70H ;Drive 3 ;------------------------------------------- ;------------------------------------------- Public X_Check_If_HDD_Type_Item X_Check_If_HDD_Type_Item Proc Near cmp bx, offset HDDC_ITEM je short @F cmp bx, offset HDDD_ITEM ifdef Support_4_IDE je short @F cmp bx, offset HDDE_ITEM je short @F cmp bx, offset HDDF_ITEM endif ;Support_4_IDE @@: ret X_Check_If_HDD_Type_Item Endp ;--------------------------------------------------------------------- ;input : BX = Item offset ; ;output : CY : not a HDD item: type, head., size... ; ; NC : it is a HDD item ; DX = HDD type item offset, e.g. offset HDDC_ITEM ; SI = CMOS location for HDD type ; DI = CMOS location for User define parameter ; CH = CMOS location for LBA/CHS ; CL = which bit in CH define LBA/CHS ; ZF = ZF: default type(0-46) ; NZ: user type ; ;Destroy : DX, SI, DI, FLAGS ;--------------------------------------------------------------------- Public fPROC_Get_HDD_CMOS_Info fPROC_Get_HDD_CMOS_Info Proc Far call X_Get_HDD_CMOS_Info ret fPROC_Get_HDD_CMOS_Info Endp Public X_Get_HDD_CMOS_Info X_Get_HDD_CMOS_Info Proc Near push ax ;-------------------------------- ;Check if BX is a HDD item or not ;-------------------------------- cmp bx, offset HDDC_ITEM jb short Not_Hard_Drive_Item cmp bx, LAST_HDD_TYPE_ITEM+HDD_TYPE_DIFF jae short Not_Hard_Drive_Item ;-------------------------------------------------- ;return DX = HDD type item offset ; SI = CMOS location for HDD type ; DI = CMOS location for User Type parameters ;-------------------------------------------------- ifdef Support_4_IDE mov di, DRV_50_CYL mov si, offset HDDF_ITEM ifdef IDE_LBA_MODE_SUPPORT mov cx, 7904h endif ;IDE_LBA_MODE_SUPPORT cmp bx, si jae short Chk_If_Size_Item mov di, DRV_51_CYL mov si, offset HDDE_ITEM ifdef IDE_LBA_MODE_SUPPORT mov cx, 7901h endif ;IDE_LBA_MODE_SUPPORT cmp bx, si jae short Chk_If_Size_Item endif ;Support_4_IDE mov di, DRV_48_CYL mov si, offset HDDD_ITEM ifdef IDE_LBA_MODE_SUPPORT mov cx, 3C04h endif ;IDE_LBA_MODE_SUPPORT cmp bx, si jae short Chk_If_Size_Item mov di, DRV_49_CYL mov si, offset HDDC_ITEM ifdef IDE_LBA_MODE_SUPPORT mov cx, 3B04h endif ;IDE_LBA_MODE_SUPPORT Chk_If_Size_Item: push ds mov ax, SEG DGROUP mov ds, ax mov dl, ds:[si].CmosLoc pop ds xor dh, dh xchg dx, si mov ax, dx add ax, ITEM_SIZE ;point to HDD size cmp bx, ax ;HDD size item? je short Not_Hard_Drive_Item ;yes! ifdef IDE_LBA_MODE_SUPPORT add ax, 6*ITEM_SIZE ;point to LBA item cmp bx, ax ;HDD LBA item? je short Not_Hard_Drive_Item ;yes! endif ;IDE_LBA_MODE_SUPPORT ;-------------------------------- ;decide if it is user type or not ;-------------------------------- xor al, al ;indicates type 1-46 mov ah, Post_Auto_type[bp] cmp [bp+si], ah jbe short HDD_Type_Not_User mov al, 1 ;indicates user type HDD_Type_Not_User: or al, al ;ZF: default type ;NZ: user type pop ax clc ;it is a HDD type(any type) ret Not_Hard_Drive_Item: pop ax stc ;it is not a HDD type item ret X_Get_HDD_CMOS_Info Endp ;[]===========================================================[] ;Input : BX - Point to any HDD parms items such as ; cylinders, sectors, head .... ;output: IF (BX == HDDC) or (BX == HDDD) ; { ; IF (HDD type >= 1) && (HDD type <= 47) ; { ; set the ITEMSTAT of the items related to be show-only ; } ; ELSE ; { ; set the ITEMSTAT of the items related to be ; not show-only, i.e. editable ; }; ; stc ; ret ; } ; ELSE ; { ; call Transfer_Hdd_Parms ; clc ; }; ; ;[]===========================================================[] X_Prg_HDD_Parms_Attr Proc Near call X_Check_If_HDD_Type_Item je short HDD_Item_Yes call X_Transfer_Hdd_Parms clc ret ;------------------------------- HDD_Item_Yes: call X_Read_Item_Value cmp dx, 48 ifndef Post_Auto_IDE_Detect ifdef IDE_LBA_MODE_SUPPORT mov di, ITEMDISABLE endif ;IDE_LBA_MODE_SUPPORT endif ;Post_Auto_IDE_Detect mov dx, SHOWONLY jb short Not_User_Type xor dx, dx ifdef IDE_LBA_MODE_SUPPORT ifndef Post_Auto_IDE_Detect xor di, di endif ;Post_Auto_IDE_Detect call X_Chk_If_LBA_Mode ;LBA mode? je short @F ;yes! call X_Chk_If_LARGE_Mode ;LARGE mode? jne short Not_User_Type ;no! @@: mov dx, SHOWONLY endif ;IDE_LBA_MODE_SUPPORT Not_User_Type: push bx add bx, ITEM_SIZE*2 mov cx, 5 Prg_HDD_Para_ItemStat: call X_Get_ItemStat_AX and ax, not SHOWONLY or ax, dx call X_Set_ItemStat_AX add bx, ITEM_SIZE loop short Prg_HDD_Para_ItemStat ifdef IDE_LBA_MODE_SUPPORT ifdef Post_Auto_IDE_Detect push bx sub bx, ITEM_SIZE*7 call X_Read_Item_Value xor di, di cmp dx, 47 jae short @F mov di, ITEMDISABLE @@: pop bx endif ;Post_Auto_IDE_Detect call X_Get_ItemStat_AX and ax, not ITEMDISABLE or ax, di call X_Set_ItemStat_AX push word ptr CURSOR_X[bp] push word ptr HDD_CURSOR_FLG[bp] mov byte ptr HDD_CURSOR_FLG[bp], 0ffh ;prevent recursive call X_Display_Whole_Item or di, di ;item disable? jz short @F ;no mov ax, word ptr [bx].Item_Xaxis mov CURSOR_X[bp], ax call X_VNORMAL mov si, offset LBA_Dont_Care_Str call X_Display_String @@: pop word ptr HDD_CURSOR_FLG[bp] pop word ptr CURSOR_X[bp] endif ;IDE_LBA_MODE_SUPPORT pop bx stc ret X_Prg_HDD_Parms_Attr Endp ;[]===========================================================[] ;ReShow_HDD - show items including HDD type, sector, head ; cylinder, precomp, landing zone & HDD size ; ;input - BX : HDD C or D ;[]===========================================================[] Public X_ReShow_HDD X_ReShow_HDD proc near push ax ;save registers push bx push cx call X_Transfer_Hdd_Parms ;get all HDD parms push dword ptr ATTRIBUTE[bp] mov cx, (HDD_TYPE_DIFF/ITEM_SIZE)-1 Disp_Next_HDD_Item: add bx, ITEM_SIZE ;point to next item push cx ;save counter ;[]-----------------------------------------------------------------------[] ; special treatment for Auto IDE Detection & HDD Low Level Format ; Input : byte ptr USE_ITEMSTAT_BUF[bp]=0 : Normal call ; 1 : call from routine: IDE_DETECT ; add CURSOR_Y[bp], 0 ; 2 : call from routime: HDD_LFormat ; add CURSOR_Y[bp], 8 ; OTHERS : call from routine: IDE_DETECT ; CURSOR_Y[bp] = USE_ITEMSTAT_BUF[bp] ;[]-----------------------------------------------------------------------[] cmp byte ptr USE_ITEMSTAT_BUF[bp], 0 ;normal call? je short Normal_ReShow_HDD ;yes call X_Vnormal ;normal attribute call X_Disp_ItemTitle ifdef Support_4_IDE mov al, 7 else ;Support_4_IDE mov al, 9 ;cursor Y difference endif ;Support_4_IDE cmp byte ptr USE_ITEMSTAT_BUF[bp], 2 ;from HDD_LFormat? je short @F ;yes xor al, al ;cursor Y difference cmp byte ptr USE_ITEMSTAT_BUF[bp], 1 ;from IDE_DETECT? je short @F ;yes sub byte ptr CURSOR_X[bp], 5 call X_VReverse mov al, USE_ITEMSTAT_BUF[bp] ;cursor Y difference mov byte ptr CURSOR_Y[bp], 0 ;use new CURSOR_Y @@: add CURSOR_Y[bp], al ;use new CURSOR_Y call X_Disp_ItemVar ;show Items jmp short @F Normal_ReShow_HDD: ;--------------------------------------------------------------------------- call X_Display_Whole_Item ;display item @@: pop cx ;restore counter loop short Disp_Next_HDD_Item ;show next pop dword ptr ATTRIBUTE[bp] pop cx ;restore registers pop bx pop ax ret X_ReShow_HDD endp ;[]===========================================================[] ;input : BX point to any HDD item ;output: CYLINDER[bp] ; HEAD[bp] ; PRECOMP[bp] ; LANDZONE[bp] ; SECTOR[bp] ;[]===========================================================[] X_Transfer_Hdd_Parms proc near ;Clear all HDD parms in the first place xor ax, ax mov CYLINDER[bp], ax mov HEAD[bp], al mov SECTOR[bp], al mov PRECOMP[bp], ax mov LANDZONE[bp], ax push si call X_Get_HDD_CMOS_Info jnc short @F jmp Not_Hdd @@: jz short Std_Hdd_Parm ifdef auto_hdd_detect_in_STDCMOS ;R67A auto_detect_STDCMOS: ;R67A endif ;auto_hdd_detect_in_STDCMOS ;R67A mov ax, [bp+di+0] ;transfer cylinder no. mov CYLINDER[bp], ax mov al, [bp+di+2] ;transfer head no. mov HEAD[bp], al mov ax, [bp+di+3] ;transfer precomp mov PRECOMP[bp], ax mov ax, [bp+di+5] ;transfer landing zone mov LANDZONE[bp], ax mov al, [bp+di+7] ;transfer sector no. mov SECTOR[bp], al ifdef IDE_LBA_MODE_SUPPORT call X_Chk_If_LARGE_Mode ;LARGE mode now? mov si, offset Tran_CHS_LARGE je short Trans_LBA_LARGE ;yes! call X_Chk_If_LBA_Mode ;LBA mode now? jne short No_LBA_LARGE ;no, skip! mov si, offset Tran_CHS_LBA ;routine to call mov word ptr PRECOMP[bp], 0 Trans_LBA_LARGE: push bx mov bx, CYLINDER[bp] mov al, SECTOR[bp] mov ah, HEAD[bp] POST_func_call si mov CYLINDER[bp], bx mov SECTOR[bp], al mov HEAD[bp], ah pop bx No_LBA_LARGE: endif ;IDE_LBA_MODE_SUPPORT jmp short Move_Exit ;------------------- ;transfer type 1-47 ;------------------- Std_Hdd_Parm: ;R67A start ifdef auto_hdd_detect_in_STDCMOS cmp byte ptr [bp+si], 47 ;Hdd auto? je short auto_detect_STDCMOS endif ;auto_hdd_detect_in_STDCMOS ;R67A end ifndef Skip_HDD_Type_1_To_46 cmp byte ptr [bp+si], 0 ;Hard disk exist? je short Move_Exit else ;Skip_HDD_Type_1_To_46 cmp byte ptr [bp+si], 47 ;Hdd type 0 or auto? jbe short Move_Exit endif ;Skip_HDD_Type_1_To_46 push ds push bx push SEG DGROUP pop ds mov al, [bp+si] ;Hdd type no. xor ah, ah dec ax mov cl, HDP_SIZE mul cl mov bx, offset DGROUP:HDISK_PARMS add bx, ax mov ax, [bx].MaxCyl mov CYLINDER[bp], ax mov al, [bx].MaxHead mov HEAD[bp], al mov al, [bx].MaxSector mov SECTOR[bp], al mov ax, [bx].MaxPreComp mov PRECOMP[bp], ax mov ax, [bx].MaxLandZone mov LANDZONE[bp], ax pop bx pop ds Move_Exit: ;R68;------------------- ;R68;calculate HDD size ;R68;------------------- ;R68 ;R68 push cx ;R68 xor ah, ah ;R68 mov al, HEAD[bp] ;R68 xor ch, ch ;R68 mov cl, SECTOR[bp] ;R68 shl cx, 2 ;R68 mul cx ;R68 mul word ptr CYLINDER[bp] ;R68 mov cx, 15625/2 ;R68 div cx ;R68 mov HDDSIZE[bp], ax ;R68 pop cx ;R68 start mov al,HEAD[bp] mov ah,SECTOR[bp] mov cx,CYLINDER[bp] call Cal_HDD_Size ;R68 end Not_Hdd: pop si ret X_Transfer_Hdd_Parms endp ;R68 start ;---------------------------------------------- ;calculate HDD size ;Input : AL = heads of HDD ; AH = sectors of HDD ; CX = cylinders of HDD ;Output: HDDSIZE[bp] = size of HDD ; HDDSIZE_Unit[bp] = unit of HDD's size ;---------------------------------------------- public Cal_HDD_Size Cal_HDD_Size: push eax push ecx push edx mul ah ;heads * sectors mul cx ; * cylinders ror eax,16 ;shift high word to low mov ax,dx ;set high word = DX ror eax,16 xor edx,edx ;clear divided number mov ecx,1000000/512 ;set diving number div ecx mov dl,HDDSIZE_MB ;assume MB (below 0ffffh) cmp eax,0ffffh ;size over 0ffffh jb short Fill_HDDSIZE_Stack;No,skip ror eax,16 mov dx,ax ror eax,16 mov cx,1000 ;transfer to GB div cx mov dl,HDDSIZE_GB ;set GB string Fill_HDDSIZE_Stack: mov HDDSIZE_Unit[bp],dl ;set unit of HDD size mov HDDSIZE[bp],ax ;set HDD size pop edx pop ecx pop eax ret ;R68 end ;[]===========================================================[] ;[]===========================================================[] Public fPROC_Check_Valid_HDD_Type fPROC_Check_Valid_HDD_Type Proc Far mov si, offset HDD_Type_Cmos mov di, offset Skip_HDD_Type_Tbl mov cx, NUM_OF_IDE_ITEM ;number of HDD to do Next_Hdd_Drive: push di push si push cx mov si, cs:[si] and si, 00ffH ;use byte only mov al, byte ptr [bp+si] cmp al, 51 ;invalid HDD type ja short Invalid_HDD mov cx, NO_OF_SKIP_HDD Next_Invalid_Hdd: cmp al, cs:[di] je short Invalid_HDD inc di loop short Next_Invalid_Hdd jmp short Check_Next_Invalid Invalid_HDD: mov byte ptr [bp+si], 0 Check_Next_Invalid: pop cx pop si pop di add di, NO_OF_SKIP_HDD inc si loop short Next_Hdd_Drive ret fPROC_Check_Valid_HDD_Type Endp ;[]===========================================================[] ;Update_User_Type - 1. put parms for shown into corresponding ; stack area & re-show HDD size ; 2. if Drive C = Drive D ; re-show Drive C & Drive D ; ;Input : BX - Point to any HDD parms items such as ; cylinders, sectors, head .... ;Subroutine type : Post-Do ;[]===========================================================[] Public X_Update_User_Type X_Update_User_Type Proc Near pusha cmp al, Special_After jne short Update_User_Type_Exit call X_Get_HDD_CMOS_Info jc short Update_User_Type_Exit ;not HDD Item jz short Update_User_Type_Exit ;not user type ;put parms for shown into corresponding stack area mov ax, CYLINDER[bp] mov [bp+di+0], ax mov al, HEAD[bp] mov [bp+di+2], al mov ax, PRECOMP[bp] mov [bp+di+3], ax mov ax, LANDZONE[bp] mov [bp+di+5], ax mov al, SECTOR[bp] mov [bp+di+7], al push dx call X_Transfer_Hdd_Parms pop dx mov bx, dx add bx, ITEM_SIZE call X_Display_Whole_Item ;Display HDD Size Update_User_Type_Exit: popa clc ret X_Update_User_Type Endp ifdef IDE_LBA_MODE_SUPPORT Public X_Do_LBA X_Do_LBA Proc Near cmp al, Special_Before je short Do_LBA_Before pusha call X_Get_HDD_CMOS_Info mov bx, dx call X_Prg_HDD_Parms_Attr call X_ReShow_HDD popa Do_LBA_Exit: clc ret Do_LBA_Before: cmp word ptr LAST_KEY[bp], LEFT_ARROW jne short Try_Do_LBA_UP call X_Get_HDD_CMOS_Info mov OLDITEM[bp], dx sub bx, ITEM_SIZE call X_Get_Itemstat_AX test ax, SHOWONLY jz @F mov bx, dx call KEYIN_OLD_Together ret @@: call Only_KEYIN_Moves ret Try_Do_LBA_UP: cmp word ptr LAST_KEY[bp], UP_ARROW je short @F Try_Do_LBA_DOWN: cmp word ptr LAST_KEY[bp], DOWN_ARROW jne short Do_LBA_Exit @@: call X_Move_HDD_CURSOR ret X_Do_LBA Endp Public fPROC_Chk_If_LARGE_Mode fPROC_Chk_If_LARGE_Mode Proc Far call X_Chk_If_LARGE_Mode ret fPROC_Chk_If_LARGE_Mode Endp Public fPROC_Chk_If_LBA_Mode fPROC_Chk_If_LBA_Mode Proc Far call X_Chk_If_LBA_Mode ret fPROC_Chk_If_LBA_Mode Endp Public X_Chk_If_LARGE_Mode X_Chk_If_LARGE_Mode Label Near mov al, 2 jmp short Detect_LBA_LARGE ;input : bx = hdd item offset ;output: zf = 1 disable ; zf = 0 enable Public X_Chk_If_LBA_Mode X_Chk_If_LBA_Mode Proc Near mov al, 1 Detect_LBA_LARGE Label Near pusha call X_Get_HDD_CMOS_Info mov bx, dx add bx, HDD_TYPE_DIFF-ITEM_SIZE push ax call X_Read_Item_Value pop ax cmp dl, al popa ret X_Chk_If_LBA_Mode Endp endif ;IDE_LBA_MODE_SUPPORT ;[]===========================================================[] ;[]===========================================================[] fPROC_Move_HDD_Cursor Proc Far call X_Move_HDD_Cursor ret fPROC_Move_HDD_Cursor Endp X_Move_HDD_Cursor Proc Near ;------------------------------------------------------------ ;Try to move the KEYIN_ITEM_OFF[bp] according to LAST_KEY[bp] ;------------------------------------------------------------ mov di, LAST_KEY[bp] mov ax, KEYIN_ITEM_OFF[bp] ;------------------------------------------------------------------------ Try_Move_HDD_LA: cmp di, LEFT_ARROW ;input key = LEFT_ARROW ? jne short Try_Move_HDD_RA ;no, try next! mov bx, ax ifdef IDE_LBA_MODE_SUPPORT pusha mov ax, OLDITEM[bp] cmp ax, KEYIN_ITEM_OFF[bp] popa je short TRY_LA_1 endif ;IDE_LBA_MODE_SUPPORT call X_Move_Cursor ;check where will KEYIN_ITEM go call X_Check_If_HDD_Type_Item;does KEYIN_ITEM go to HDD type item? jne Only_KEYIN_Moves ;no, so only KEYIN item moves TRY_LA_1: F000_call Up_Line ;if go up... mov bx, si call X_Check_If_HDD_Type_Item;does Up_Line cause bx to go to HDD type item? je short KEYIN_OLD_Together;yes, put KEYIN & OLITEM together mov bx, si ;go up --> HOUR item F000_call Go_Most_Right_Item ;so, according to AMI's setup, mov bx, si jmp short KEYIN_OLD_Together;go to SECOND item ;------------------------------------------------------------------------ Try_Move_HDD_RA: cmp di, K_CR1 ;input key = ENTER ? ifndef Auto_HDD_Detect_IN_STDCMOS ;R67 je short RA_Cont ;yes, continue ;R67 start else ;Auto_HDD_Detect_IN_STDCMOS jne short not_enter_auto call X_Auto_Detect_Type jmp short @F not_enter_auto: endif ;Auto_HDD_Detect_IN_STDCMOS ;R67 end cmp di, RIGHT_ARROW ;input key = RIGHT_ARROW ? jne short Try_Move_HDD_UA ;no, try next RA_Cont: mov bx, ax call X_Move_Cursor ;check where will KEYIN_ITEM go call X_Check_If_HDD_Type_Item ;KEYIN_ITEM go to next HDD type item? je short @F ;yes, so put KEYIN & OLITEM together ifdef IDE_LBA_MODE_SUPPORT call X_Check_If_LBA_Item je short @F endif ;IDE_LBA_MODE_SUPPORT cmp bx, LAST_HDD_ITEM ;KEYIN_ITEM go to HDD para. item? jbe short Only_KEYIN_Moves ;yes, so only KEYIN item moves @@: jmp short KEYIN_OLD_Together;put KEYIN & OLITEM together ;------------------------------------------------------------------------ Try_Move_HDD_UA: cmp di, UP_ARROW ;input key = UP_ARROW ? jne short Try_Move_HDD_DA ;no, try next mov bx, OLDITEM[bp] ;OLITEM[bp] = HDD type item jmp short TRY_LA_1 ;------------------------------------------------------------------------ Try_Move_HDD_DA: cmp di, DOWN_ARROW ;input key = DOWN_ARROW ? je short @F ;yes, continue clc ret ;exit @@: mov bx, OLDITEM[bp] ;OLITEM[bp] = HDD type item F000_call Down_Line ;OLITEM go down and put mov bx, si ; KEYIN & OLITEM together ;------------------------------------------------------------------------ KEYIN_OLD_Together Label Near call ReDisp_KEYIN cmp OLDITEM[bp], bx je short @F xchg OLDITEM[bp], bx call X_Display_Whole_Item mov bx, OLDITEM[bp] @@: jmp short Move_HDD_Exit0 ;------------------------------------------------------------------------ Only_KEYIN_Moves Label Near call ReDisp_KEYIN mov bx, OLDITEM[bp] ;------------------------------------------------------------------------ Move_HDD_Exit0: mov byte ptr HDD_CURSOR_FLG[bp], 0 mov word ptr LAST_KEY[bp], 0 ret X_Move_HDD_Cursor Endp ReDisp_KEYIN Proc Near mov byte ptr HDD_CURSOR_FLG[bp], 0ffh pusha push word ptr OLDITEM[bp] xchg KEYIN_ITEM_OFF[bp], bx call X_Check_If_HDD_Type_Item jne short @F mov byte ptr HDD_CURSOR_FLG[bp], 0 mov word ptr OLDITEM[bp], -1 @@: call X_Display_Whole_Item pop word ptr OLDITEM[bp] popa ret ReDisp_KEYIN Endp ;[]===========================================================[] ;[]===========================================================[] X_Show_HDD_Cursor Proc Near push bx mov si, Color_Offset[bp] mov dl, [si].CREVERSE cmp byte ptr ATTRIBUTE[bp], dl jne short Show_HDD_Cursor_End mov bx, OLDITEM[bp] cmp bx, KEYIN_ITEM_OFF[bp] ;KEYIN_ITEM=OLDITEM? je short Seperate_Cursor ;yes, try to seperate ;--------------------------------------------------------------------------- Merge_Cursor: call X_Get_HDD_CMOS_Info jnz short Show_HDD_Cursor_End ;NZ = user type mov KEYIN_ITEM_OFF[bp], dx jmp short Show_HDD_Cursor_End ;--------------------------------------------------------------------------- Seperate_Cursor: call X_Get_HDD_CMOS_Info jz short Show_HDD_Cursor_End ;ZF = type 0-46 call X_Check_If_HDD_Type_Item pushf mov OLDITEM[bp], dx mov bx, dx call Reverse_It ifdef IDE_LBA_MODE_SUPPORT mov KEYIN_ITEM_OFF[bp], bx call X_Chk_If_LBA_Mode ;LBA mode ? je short @F ;yes call X_Chk_If_LARGE_Mode ;LARGE mode? je short @F ;yes endif ;IDE_LBA_MODE_SUPPORT add bx, ITEM_SIZE*2 mov KEYIN_ITEM_OFF[bp], bx call Reverse_It @@: popf je short Cur_In_HDD_Type pop ax ;abandon original BX stc ret Cur_In_HDD_Type: Show_HDD_Cursor_End: pop bx clc ret X_Show_HDD_Cursor Endp Reverse_It Proc Near mov byte ptr HDD_CURSOR_FLG[bp], 0ffh call X_Vnormal push word ptr CURSOR_X[bp] call X_Disp_ItemTitle call X_VReverse call X_Disp_ItemVar pop word ptr CURSOR_X[bp] mov byte ptr HDD_CURSOR_FLG[bp], 0 ret Reverse_It Endp ;R59 - ends ;R67 start ifdef Auto_HDD_Detect_IN_STDCMOS ;[]===========================================================[] ;[]===========================================================[] Public X_Check_If_Auto_Type X_Check_If_Auto_Type Proc Near pushad call X_Check_If_HDD_Type_Item jne short not_type_item call X_Read_Item_Value cmp dx,47 not_type_item: popad ret X_Check_If_Auto_Type Endp ;[]===========================================================[] ;[]===========================================================[] X_Auto_Detect_Type Proc Near push word ptr CMOS3B[bp] push word ptr CMOS_LBA_LGA[bp] call X_Get_HDD_CMOS_Info ;DX = HDD type item offset ;SI = HDD type loc. ;DI = HDD params loc. push word ptr FIXED_TYPE[bp] push word ptr [bp+si] ;save hdd type mov ax, di ;AX = HDD params loc. mov cx, 8 ;save HDD params @@: push word ptr [bp+di] ;store into stack add di, 2 ;next CMOS point loop @B mov di, ax ;restore HDD parmas to DI POST_func_call Auto_IDE_Detect_X ;---------------------------------------------------- ;accept the HDD found ;---------------------------------------------------- clc add sp, 12*2 ;balance stack ;R67A start mov al,byte ptr [bp+di+0] ;get cylinder mov ah,byte ptr [bp+di+2] ;get heads or ax,ax jnz short @F mov word ptr [bp+di+3],0 ;set no precomp mov word ptr [bp+di+5],0 ;set landing zone @@: mov byte ptr [bp+si],47 ;R67A end ret X_Auto_Detect_Type endp endif ;auto_hdd_detect_in_STDCMOS ;R67 end XCODE ENDS ;R58 - ends END