; []===========================================================[] ; ; 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 ;--------------------------------------------------------------------------- ;R90 04/07/99 KVN Fixed coding mistake that will cause setup wrong HDD ; parameter table.This case occur on cylinders of HDD ; nearly equte to 25230 (e.g. FUJITSUI-MPD3130AT) ;R86B 03/24/99 KVN set flag of show warning message of 80 conductor cable ; into stack buffer instead of ZF.That to avoid verify ; wrong value for CHIPPOST.ASM if not be modified ;R89 03/22/99 KVN Fixed HDD LED of M/B turn on a long time after reset ; IDE controller.Now we send a NOP command for each ; ATAPI device after reset IDE that can solve this problem. ;R86A 03/15/99 KVN Return ZF for kernel code to decide show warning of ; 80 conductor cable ;R88 03/09/99 KVN Added 2 switches for support customer request.First is ; 'Dont_support_UltraDMA_For_all_CDROM',this definition ; can skip IDE ultra DMA be enabled when device is CDROM. ; Secondary definition is 'Dont_support_UltraDMA_For', ; this will skip IDE ultra DMA enable too.But only the ; model number match with this definition.For example : ; (Dont_support_UltraDMA_For equ <'Maxtor'>). ;R84A 03/09/99 KVN Added second method to determine IDE 80 conductor cable ; be connected or not.This function should add definition ; "Determine_IDE_80_Cable_by_Drive" in BIOS.CFG ;R29A 03/08/99 KVN Cancel R29 of no longer used code ;R87 03/04/99 KVN Set IDE DMA capable status exactly for each drive.That ; can use DMA driver (i.e. service pack 4) in NT. ;R86 03/01/99 KVN Added a warning message for ultra DMA 66 device was ; connected and not installed 80 conductor then show warning. ;R85 12/31/98 KVN Fixed identify ultra DMA mode not correctly for Pioneer ; DVD-ROM (Model : Pioneer DVD-ROM ATAPIModel DVD-103S) ;R84 12/10/98 KVN Added a subprocedure in chippost for check whether ; ultra DMA-66 interface contected or not. ;R83 12/03/98 KVN Fixed HDD formated by PHOENIX BIOS then boot fail from ; AWARD.The HDD model is cylinders value over 8192 and ; heads number is 16.In this case Phoenix BIOS will ; change HDD of heads number to 15 and re-calculate for ; cylinders (new Cyls = Cyls*Heads / (Heads-1)) ;R82 12/02/98 KVN Support IDE DMA transfer function ;R81 12/01/98 MIL Fixed "No_Post_Auto_IDE_Detect" define cause compiler ; fail. ;R80A 11/24/98 KVN Fixed coding mistake by R80 that will cause system hang ; on POST 42 ;R80 11/23/98 KVN Fixed ultra DMA mode stack be destroyed when BIOS define ; E000_IDE_Special_Do and HDD type in setup set USER. ;R79 11/13/98 RAY Support switch: MULTI_LANGUAGE_SUPPORT so that this file ; becomes common for 4.5 & 4.6 ;R78 10/28/98 KVN Fixed WD HDD support ultra mode 4 have some problem in ; current chipset.That is chipset only support mode 2 ; and our BIOS will depand on HDD mode to program.In this ; case the chipset will be program to mode 2 and HDD be ; mode 4.That cause WD hdd crashed.Now we support a ; definition to limit maxium ultra DMA mode that called ; "UltraDMA_MaxMode".If you don't define then BIOS default ; maxium mode is 2. ;R77 10/22/98 KVN Set LBA mode to LARGE parameter.That can access large ; mode of hdd to use LBA command.If HDD is new then default ; LBA parameter is used.You can use LARGE parameter in new ; HDD just define "Always_Use_Large_Para" in BIOS.CFG ;R45c 10/22/98 BAR Wait more time for HDD smart command. ; Fixed WD WDC AC38400L can't Detect SMART Funcation. ;R76 10/20/98 KVN Fixed CDROM test hang in QAPLUSFE v5.50 ; Test method is list below: ; 1. made a bootable floppy diskette with LGIDECD.SYS ; CDROM driver and load qaplus program by LOAD.COM ; utility ; 2. connect CDROM on secondary channel ; 3. boot from floppy and auto run qaplus (by load utility) ; and system will hang on analysis CDROM ;R74A 10/20/98 GAR Fix bug. If define No_Support_4_IDE, it still search ; 4 hard disk. ;R75 10/07/98 BAR Added define "Set_DMA_Capable_Status" to set DMA ; Capable status ;R74 10/02/98 BAR Fixed define support " No_Support_4_IDE " ; compile error. ;R73 09/29/98 RAY Instead of using F000_call for "check_if_lba_mode" ; & "check_if_large_mode", call the corresponding ; far routine. ;R72 09/11/98 RIC Add "Have_CDROM_PIOMode_Item" define. ;R52A 09/09/98 RIC Don't change the show message of UltraDMA Mode for ; E000_IDE_Special_Do ;R71 08/24/98 BAR Added report IDE has changed. ; Added define "Show_IDE_Changed_Message" ;R70 08/19/98 RIC Add "Disable_Ultra_DMA33_When_SAMSUNG_WU32543A" define ; for customer special request. ;R69 08/11/98 KVN Added "request sense command" to exactly report ATAPI ; access status.That will dont delay or loop for some ; boot fail CDROM ;R68 08/07/97 BAR Added detect SONY CDROM "CD-ROM CDU711 " model ; try boot more times. ;R63B 07/30/98 KVN Added a switch to set IOMEGA ZIP to floppy or removable ; mode by jumper of ZIP drive.If you want control floppy ; mode by jumper then define "ZIP_Floppy_Depand_on_Jumper" ; in BIOS.CFG ;R67 07/24/98 KVN Added a new switch to skip ATAPI detect if type is none ;R66 06/05/98 KVN Reserved one cylinder for some test program (test.exe ; by AST).Some test program diagnostic HDD R/W to examined ; state of HDD but it use over maximun cylinder (report ; by function 8 of int 13h) to test HDD.That we will ; report error.Define "Reserved_1_Cyl_for_test" in BIOS.CFG ; to fix this problem ;R65 06/04/98 KVN Don't Set ultra DMA mode to Acer 632A CDROM (firmware ; revision is 322P) for customer(MicroStar) issue ;R51B 05/12/98 KVN Fixed R51 coding mistake that will cause ZIP show none ; in system config table ;R58B 04/23/98 KVN Fixed [SAMSUNG WA32163A] HDD hang at POST_66S ;R63A 04/16/98 RAY Fix linking error for unresolved externals if CD_ROM ; is not defined ;R64 04/21/98 BAR Can't be enabled CDROM DMA mode in Windows 95.The CDROM ; vendor is Acer and model is 'ATAPI CD-ROM DRIVE 32X MAXIMUM' ; Test motherboard is DFI LX (part no is 2a69jd49). ; If you enable CDROM DMA mode in Win95 but it will auto ; be disabled on next time boot ;R63 04/16/98 KVN IOMEGA release new ZIP drive support both original ; ZIP mode and floppy emluation mode. BIOS need to ; program the new drive to Floppy mode, otherwise ; it can be booted as drive A when new firmware is ; used. ;R62 04/01/98 RCH Added NO_HDD_RESET_IF_NO_HDD to skip HDD reset for ; the system have no FDD & HDD to speed up POST ;R61 03/13/98 RAY Add Quiet_POST_SUPPORT ;R60 02/26/98 KVN Added "IDE_DETECT_RESET" definition before Identify ; IDE device to fixed SR200S CDROM detect fail if press ; warmboot during detect it (2A5IJS39) ;R58A 02/25/98 KVN Fixed IBM-DTCA-23240 HDD boot fail by R58 ;R59 02/11/98 KVN Fixed coding mistake that will cause HDD report error ; if HDD fail > 2 (e.g. master and slave of primary) ;R58 02/11/98 KVN Reduce HDD initialize procedure for POST quickly ;R57 02/09/98 KVN Fixed some HDD (e.g. QUANTUM FIREBALL ST3.2A) detect ; model be null string during POST for power on somtimes ;R56B 12/31/97 KGN Pitch defin CDROM_UJDA110 can't use NT cdrom boot ;R56A 12/29/97 BAR Boot from CDROM "UJDA110" ,no disk present wait long time ; Reason: ; Reading time any longer other device. ; Solution: ; Added define "CDROM_UJDA110" to reduce try times. ; ;R56 12/15/97 BAR added detect pioneer 24x cdrom try more times. ; "Pioneer CD-ROM ATAPI Model DR-A24X 0102" ; move detect code to xgroup ;R55 12/08/97 KVN Fixed show LS120 to CDROM in system config table ; if standard floppy set type both A and B ;R43A 11/26/97 BAR Fixed CD-ROM CDU571 can't boot. ;R54 11/25/97 KVN Fixed Fujitsu MO (Model = M2541BE02) detected to HDD ; on 2A5UQC29 BIOS that cause POST wait at 42h and show ; correspond HDD failure ;R53 11/17/97 KVN Remove check combo-card code to fixed floppy B drive ; still accessable even drive B type is NONE ;R35B 11/11/97 KVN Report physical cylinders for INT41 table.The reason ; is some test program (from Quantum) request it must be ; physically. ;R52 10/30/97 RIC Add "E000_IDE_Special_Do" define. ;R51A 10/29/97 KVN Fixed R51 coding mistake that will cause connected ; CDROM but show ZIP in system config table when ; correspond IDE setup CMOS type is NONE ;R51 10/23/97 KVN Show all IDE device on system config table if define ; support LS120/ZIP/CDROM in BIOS.CFG ;R37F 10/22/97 KVN Added "Dont_Use_IDE_Word_6061_in_Size" switch for ; special customer to force use tradition CHS size ;R50 10/21/97 BAR Fixed Windows NT can't access floppy disk during setup ; if system only connecting SCSI HD without IDE HD. ; i.e. install SCSI driver from floppy in Windows NT ; setup processing ;R49 10/17/97 RIC Add "Disable_Ultra_DMA33_When_WD_HardDisk" define. ;R47A 10/09/97 BAR Added Ultra DMA Flag of hardware specific option ;R48 10/08/97 RIC Add "ONCHIP_2ND_ALWAYS_DISABLE" define. ;R47 10/07/97 BAR Added Fixed Disk Parameter Table Extension(FDPTE) ; INT13X function 48h ;R37E 09/17/97 BAR Fix (R37) HDD Identify word 60-61 to exactly detect size ; for fix [Maxtor 7546AT] can't detected. ; Because [Maxtor 7546AT] word 60-61 location is mistake ; Don't check Identify word 60,61 if over 0ff00000h(136.9GB) ; example: (HDD model=Maxtor 7546AT) ; Identify word 60,61 is 51aa0010h over 0ff00000h ;R37D 09/17/97 KVN Fix R37C coding mistake will cause DI register be destroy ; then always not fix heads number to compatible old BIOS ; So,We can't boot HDD by old BIOS (before 04/24/97) formatted ;R46 09/08/97 RCH Change display message from "Detecting HDD" to ; "Detecting IDE" due to not only supporing HDD but ; also CD-ROM and other ATAPI devices(ZIP or LS120) ;R45B 09/04/97 BAR Fixed Segate ST32132A can't Execute Enable/Disable ; Attribute Autosave Subcommand ;R45a 09/04/97 BAR Move clear HDD_SMART_Flag to HD_INSTALL ;R45 08/21/97 BAR Added Support S.M.A.R.T. Function ;R44 08/15/97 KVN Force release IRQ 15 if define "No_Support_4_IDE" in BIOS.CFG ;R43 08/08/97 BAR Fixed CD-ROM CDU511 can't boot ;R37C 08/06/97 KVN Fix HDD Display size wrong in system config table if ; Partition table is invalid ;R42 07/23/97 BAR When master is Maxtor 82100A4 and slave is 71626A ; send ATAPI Identify command 82100A4 Error_bit no set ;R41 07/23/97 KVN Clear any garbage data before send Identify command ; to IDE device to fixed CD-316E CDROM detect fail if ; warmboot while detect it ;R18A 07/23/97 KVN Always set CDROM Ultra DMA 33 mode to CDROM if support. ; That fix BTC CDROM(BCD 16X) cause system hang at Win95 ; OSR2 boot stage. ;R40 07/22/97 BAR Fix when HDD is slave drive delay 3 second power-up ; ;R37B 06/24/97 KVN Fix HDD Identify word 60,61 and word 0,3,6 problem list ; below : ; if use word 0(cylinders),word 3(heads) and word 6(sectors) ; to translate CHS -> LBA not equate word 60,61 translated ; then format it in DOS or Win95 use old BIOS.It cant ; boot or fdisk in new BIOS. ; example: (HDD model=FUJITSU M1624TAU) ; 1. use old BIOS(detect HDD CHS from word 0,3,6) ; then translate it to LBA heads is 64 ; (physical clys=0FFCh, heads=10h, sectors=3Fh) ; 2. use new BIOS(detect HDD CHS from word 60,61 translated) ; then translate it to LBA heads is 128 ; (physical total sectors=43A5B0h) ; So,if you format it in DOS or Win95 by ex1 then ; You cant boot or fdisk in ex2 ;R39 06/10/97 KVN Fix CDROM can't boot if connected it behind LS120 or Zip ;R38A 05/07/97 KVN Fix HDD mode detect error.if HDD formated to LBA mode ; and heads is 255 then BIOS auto detect to LARGE ;R38 05/02/97 KVN Support HDD access of Phoenix method ;R37A 05/01/97 KVN Don't get HDD ID word 60,61 to recalculate CHS if not ; ATA device that will cause system hang at POST_66S when ; system plug LS120 drive and insert 120MB diskette ;R37 04/24/97 KVN Support HDD identify word 60-61 to exactly detect size ; for fix [QUANTUM TX12000A] detect size to wrong ; (physical is 12GB then detect to 8GB) ;R36 04/23/97 KVN If support CDROM only detect and display CDROM device, ; same as LS120 and IOMEGA device ;R35A 04/21/97 KVN Fix R35 coding mistake that will cause system hang at ; POST 0Eh if set HDD mode is LBA and none correspond ; HDD drive be connected ;R35 04/09/97 KVN Recalculate physical cylinders size for int 13 extent ; function-48h return parameter to match function-08h to ; fixed DOS6.22 fdisk.exe size not match with WIN95 OS-R2 ;R33C 02/17/97 KVN Fixed CDROM can't boot if connected LS120 ;R34 02/01/97 KVN Support IOMEGA ZIP-100 drive active ;R33B 01/24/97 KVN Support LS120 drive active on drive A if set floppy ; disk on drive B ;R33A 01/24/97 KVN Fixed R33 coding mistake ;R33 01/22/97 KVN Support dual LS120 drive active ;R32 01/13/97 KVN Fixed [QUANTUM FIREBALL_TM2110A] HDD sometimes detect ; error (show model is null string) while power on ;R31 12/24/96 KVN Fixed determine LS-120 drive to cautious.Otherwise ; determine wrong on detect Seagate ST31081A HDD then ; LS-120 exist that will cause Win95 plus version (MSWIN4.0) ; system hang and display "initial IOs error" while run ; first time after setup ;R30A 11/11/96 KVN Added "Ultra_DMA33_support" control by item of IOfeat ;R30 11/07/96 KVN Added "Ultra_DMA33_support" definition for Ultra DMA33 ; function support ;R29 11/06/96 KVN Fixed some PCMCIA ROM card emulate boot to C error ;R28 11/01/96 KVN Added LS-120 support ;R27 10/21/96 KVN Fixed SONY CDROM (MODEL NO. : CDU76E) during Triones ; driver V3.22 initial then system hang on TRITON II and ; CPU run at 200 MHz ;R26A 10/11/96 KVN Fixed coding mistake that cause IDE HDD F can't boot ;R26 10/04/96 KVN Added boot HDD selectable function ;R25A 09/25/96 KVN Fixed R25 code mistake that will cause [Symbios Logic ; SDMS PCI SCSI V4.0] hang in initial ROM ;R25 09/23/96 KVN Fixed NT 4.0 no emulation CD install to SCSI HDD fail ;R24 09/21/96 KVN Fixed slave HDD access error when primary master connect ; [WDC AC31200F] and slave is [WDC AC2850F] work in ; Triton II mother board and bus clock is 60MHz or higher ;R22A 09/02/96 KVN Fixed CDROM can't boot if HDD type is none ;R23 09/02/96 KVN Move "Reset_INT13" subroutine to E8POST.ASM to fix ; system hang when define CD_ROM and E000-E800 be cleared ; before POST_97S ;R22 08/07/96 KVN Remove AUTO_CDROM_DETECT to early execute to fixed ; JETWAY-VX Main Board (2A59GJ19) Sec-Slave IDE connect ; Conner 1620MB-CFS1621A HDD then hang at POST_66S ;R17B 06/27/96 KVN Fixed Acer-C645A CDROM detect none ;R21 06/24/96 KVN Fixed hook acer CDROM driver (file name is ACERCD.SYS) ; will spend long time if none IDE HDD and CDROM drive ; connect at primary channel then from SCSI boot ;R10C 06/21/96 KVN Fixed [Acer model:CD-747E] CD-ROM can't found in dos ; driver when HDD type is set AUTO ;R20 06/14/96 KVN Fixed HDD sometimes detect error(e.g. [Maxtor 7540 AV] ; HDD connect master and type is set none else set AUTO ; then will detect it at slave) ;R05A 06/14/96 KVN if won't AUTO detect CDROM then define "NO_CDROM_AUTO_DETECT" ; in BIOS.CFG even HDD type set AUTO.Once define "CD_ROM" ; in BIOS.CFG,BIOS will always detect CDROM ;R19 06/12/96 KVN Fixed system hang at MSCDEX.EXE if system none HDD only ; plug SCSI and MITSUMI CDROM drive then hook mitsumi ; driver in config.sys and autoexec.bat. Because PM_INIT ; send HDD standby command to CDROM ;R17A 06/12/96 KVN Change wait error bit time became 1 sec. for safety ;R18 06/11/96 KVN Fixed SAMSUMG(SCR-830) always read first CD disk bug ; (i.e. if change another CD disk then still read previous ; CD disk data) ;R17 06/11/96 KVN Change wait error bit time for 0.5 sec to fixed master ; and slave both connect QUANTUM-FIREBALL1280A on GIGAByte ; Intel Triton-VX mother board then slave HDD detect none ;R10B 06/10/96 KVN Fixed SAMSUNG(SCR-830) CDROM detect error when drive set ; slave then detect become master and slave both exist ;R16 06/01/96 KVN Fixed HDD auto detect error if HDD enter power down mode ; (i.e. when HDD is power down mode then warmboot) ;R15 05/29/96 KVN Fixed show HDD or CDROM mode value wrong if not define NEW_IDE_MODE_3. ; so always store mode value to stack for system config display ;R10A 05/29/96 KVN Fixed Creative CDROM (model-CD820E.1v0788200) can't be ; detected after call Reset_HDD_controller.so change POST ; auto detect method to detect CDROM first,if fail then ; call Reset_HDD_controller and detect HDD ;R14 05/27/96 KVN Fix skip key invalid during [AUTO_IDE_DETECT] ;R13A 05/23/96 KVN Fix [SAMSUNG SHD-30560A] HDD initial error because add ; R13 code ;R13 05/21/96 KVN Fix scale floating in landmark with Triton VX. ;R12 05/21/96 TNY Fix coding error. ;R11 05/20/96 TNY Add IDE_HDD_DELAY_SUPPORT definition for QDI. ;R10 05/15/96 KVN Fixed HDD WD93044-A 40MB can't auto detect during POST ;R07C 05/10/96 KVN Wait IDE busy for short time if detect CDROM ;R07B 05/10/96 KVN Don't detect CDROM again if HDD type is AUTO ;R09 05/10/96 KVN Display exact HDD fail drive ;R08 05/10/96 KVN Fixed CDROM boot will hang when none CDROM drive ;R07A 05/09/96 KVN Fixed some HDD return status error then detect became ; CDROM (e.g. Conner-CFA540A, QUANTUM LPS170A) ;R07 05/09/96 KVN Added Display CDROM model function.If HDD type is AUTO ; then show it at original HDD display model position else ; show found CDROM message and model at new line ;R06 05/08/96 KVN Fixed CDROM detect method for some chipset detect spent ; much time ;R05 05/08/96 RCH Routine "AUTO_CDROM_DETECT" cause SONY 4x CD-ROM fail ; so define a switch to skip it. ;R03A 05/07/95 KVN System can not boot if define CD_ROM and only SCSI HDD ; installed with a ATAPI CD-ROM connected at IDE port. ; This section code must be remove E8POST.ASM(R307) ;R04 05/06/95 KVN Fixed [Maxtor 7345 AT] detect exist both Master and Slave ; in fact only connect one this drive on Master ;R03 05/06/95 RCH System can not boot if define CD_ROM and only SCSI HDD ; installed with a ATAPI CD-ROM connected at IDE port. ; Note : It's a temporary solution , need to be verified ; for CD-ROM bootability ;R02 05/02/96 KVN Fixed musted to clear [CDROM_Exist_Flag] value before ; Auto_IDE_Detect function otherwise HDD will detect none ;R01 05/02/96 RCH Fixed compiling error for short branch jump ;R00 05/01/96 KVN Initial Revision for support any drive boot PAGE 56,132 TITLE HDINSTAL .386P .XLIST INCLUDE BIOS.CFG INCLUDE COMMON.EQU INCLUDE POST.EXT INCLUDE AHDSK.EXT INCLUDE ATORGS.EXT INCLUDE HDISK.EQU INCLUDE POST.EQU INCLUDE 8259.EQU INCLUDE COMMON.MAC INCLUDE ATBASE.EXT ;R05A start ifndef IOMEGA_ZIP_Support ;R34 ifndef CD_ROM ifndef LS120_SUPPORT ;R28 ifdef NO_CDROM_AUTO_DETECT NO_CDROM_DETECT EQU 1 endif ;NO_CDROM_AUTO_DETECT endif ;LS120_SUPPORT ;R28 endif ;CD_ROM endif ;IOMEGA_ZIP_Support ;R34 ;R05A end ifndef No_Post_Auto_IDE_Detect Post_Auto_IDE_Detect equ 1 endif ;No_Post_Auto_IDE_Detect ifndef No_Post_Auto_Set_IDE_Mode Post_Auto_Set_IDE_Mode equ 1 endif ;No_Post_Auto_Set_IDE_Mode ifndef No_Support_4_IDE Support_4_IDE EQU 1 endif ;No_Support_4_IDE IDE_LBA_MODE_SUPPORT EQU 1 HDD_TEMP_RAM_SEG equ 8000h Drive_delay_time equ 120 ;R84 start ifdef UltraDMA_MaxMode if UltraDMA_MaxMode GT 2 ;R86Bifndef Determine_IDE_80_Cable_by_Drive ;R84A extrn Ct_IDE_Interface_Status:near ;R86Bendif ;Determine_IDE_80_Cable_by_Drive ;R84A endif ;UltraDMA_MaxMode endif ;UltraDMA_MaxMode ;R84 end extrn AGet_CfgSpace_Word:near ;R87 ifdef IDE_32BIT_BY_SETUP extrn IDE_transfer_item:near endif; IDE_32BIT_BY_SETUP ;R11 - start ifdef IDE_HDD_DELAY_SUPPORT extrn Hdd_Delay_Item:near endif; IDE_HDD_DELAY_SUPPORT ;R11 - end ;R82 start ifdef IDE_DMA_Transfer extrn IDE_DMA_Item:near extrn IDE_DMA_Flag:byte extrn IDE_DMA_BMIBA:word extrn Ct_Get_BMIBA:near extrn Ct_Get_OnboardIDE_Status:near endif ;IDE_DMA_Transfer ;R82 end extrn F000_Vcrlf:near extrn NUM_OF_IDE_ITEM:ABS extrn HDD_TYPE_DIFF:ABS extrn Get_HDD_CMOS_Info:near extrn HDDC_ITEM:near extrn HDDD_ITEM:near ifdef Support_4_IDE extrn HDDE_ITEM:near extrn HDDF_ITEM:near endif ;Support_4_IDE extrn F000_GetItem_Value:near extrn IdeBlock_Item:near extrn Ct_Check_System_Shadow:near ;R73 extrn Chk_If_LARGE_Mode:near ;R73 extrn Chk_If_LBA_Mode:near extrn fPROC_Chk_If_LARGE_Mode:Far ;R73 extrn fPROC_Chk_If_LBA_Mode:Far ;R73 extrn Type_To_DrvParm:near extrn Type_To_DrvParm_End:near extrn GetItem_Cmos:near extrn Read_Item_Value:near extrn Write_Item_Value:near ifdef Post_Auto_Set_IDE_Mode extrn F000_Do_F000_Shadow:near endif ;Post_Auto_Set_IDE_Mode ifdef Post_Auto_IDE_Detect extrn Do_F000_Shadow:near extrn F000_DISPLAY_STRING:near extrn Display_Char:near endif ;Post_Auto_IDE_Detect extrn F000_DISPLAY_STRING:near ;R81 ifdef IDE_MODE_3_SUPPORT extrn Ct_Set_IDE_Timing:near extrn Ide_mode_3_Item:near endif ;IDE_MODE_3_SUPPORT ifdef NEW_IDE_MODE_3 extrn Ct_Set_IDE_Timing:near endif ;NEW_IDE_MODE_3 ifdef IDE_TIME_OUT_SETUP extrn IdeTime_Out_Item:near endif; IDE_TIME_OUT_SETUP ifdef AUTO_CFG_IO extrn GetItem_Value:near extrn AUTO_IO_Item:near extrn IO_CHIP_FUNC_DISABLE:near ifndef IDE_ALWAYS_DISABLE extrn AUTO_CFG_IO_IDE:near endif; IDE_ALWAYS_DISABLE endif; AUTO_CFG_IO extrn Shadow_Dr:near ifdef IDE_Special_Do extrn Ct_IDE_Special_Do:near endif ;IDE_Special_Do ;R52 - starts ifdef E000_IDE_Special_Do extrn E000_Ct_IDE_Special_Do:near endif ;E000_IDE_Special_Do ;R52 - ends extrn RET_E_SEG:near extrn F000_VECT:near extrn F000_call_proc:near ifdef Support_CDROM_IORDY extrn Enable_chipset_IORDY:near endif ;Support_CDROM_IORDY extrn Reset_INT13:near ;R23 extrn F000_Shadow_W:near ;R25 extrn F000_Shadow_R:near ;R25 extrn IDE_Drive_Max_Num:byte ;R25 extrn Int13_original_address:dword ;R25A extrn IDE_drive_Type:word ;R89 ;R30A start ifdef Ultra_DMA33_support extrn IdeA_Sdma_Item:near extrn IdeB_Sdma_Item:near ifndef ONCHIP_2ND_ALWAYS_DISABLE ;R48 ifdef Support_4_IDE ;R74 extrn IdeC_Sdma_Item:near extrn IdeD_Sdma_Item:near endif; Support_4_IDE ;R74 endif; ONCHIP_2ND_ALWAYS_DISABLE ;R48 endif ;Ultra_DMA33_support ;R30A end ifdef HDD_SMART_Support ;R45 extrn HDD_SMART_Item:near ;R45 endif; HDD_SMART_Support ;R45 ;R47 - start extrn FDPTE_Drive0:near extrn FDPTE_Drive1:near extrn FDPTE_Drive2:near extrn FDPTE_Drive3:near ;R47 - end extrn DSK_VECT:near ;R50 ;R56 -Start ;R69 extrn CDROM_Boot_Delay:near ;R69 extrn CDROM_Boot_loop:near extrn Write_F000_shadow_Byte:near extrn Write_F000_shadow_Word:near extrn Write_F000_shadow_DWord:near extrn post_call_proc:near ;R56 - end ifdef Quiet_POST_Support ;R61 extrn Ck_Quiet_Post:near ;R61 endif ;Quiet_POST_Support ;R61 ;R79 - starts ifdef MULTI_LANGUAGE_SUPPORT DECLARE_MULTI_LANGUAGE ;macro to declare externals extrn fProc_Disp_Language:far extrn fProc_Get_Language_Type:far extrn Full_Screen_E_Show:Near extrn Full_Screen_M_Show:Near endif ;MULTI_LANGUAGE_SUPPORT ;R79 - ends ;;;ifdef ATAPI_COMMAND_SUPPORT ;R63A if ATAPI_COMMAND_SUPPORT eq 1 ;;; extrn std_atapi:near ;R63 extrn IoMegaZip_Flag:near ;R63 endif ;ATAPI_COMMAND_SUPPORT ;R63A ifdef Have_CDROM_PIOMode_Item ;R72 - starts extrn CDROM_PIOMode_Item:Near endif; Have_CDROM_PIOMode_Item ;R72 - ends ;R75 - start ifdef Set_DMA_Capable_Status extrn Set_DMA_Capable:Near endif; Set_DMA_Capable_Status ;R75 - end .LIST SEG_0 SEGMENT USE16 AT 1 INCLUDE SEG_0.INC SEG_0 ENDS G_RAM SEGMENT USE16 AT 40H INCLUDE G_RAM.INC G_RAM ENDS DGROUP GROUP FCODE FCODE SEGMENT PARA PUBLIC 'CODE' ASSUME CS:DGROUP FCODE ENDS EGROUP GROUP ECODE ECODE SEGMENT USE16 PARA PUBLIC 'ECODE' ASSUME CS:EGROUP,DS:G_RAM,ES:EGROUP ;R30A start ifdef Ultra_DMA33_support Sdma_Item_Off: dw offset DGROUP:IdeA_Sdma_Item dw offset DGROUP:IdeB_Sdma_Item ifndef ONCHIP_2ND_ALWAYS_DISABLE ;R48 ifdef Support_4_IDE ;R74 dw offset DGROUP:IdeC_Sdma_Item dw offset DGROUP:IdeD_Sdma_Item endif; Support_4_IDE ;R74 endif; ONCHIP_2ND_ALWAYS_DISABLE ;R48 endif ;Ultra_DMA33_support ;R30A end ifdef Post_Auto_IDE_Detect ;R79 Post_Detect_Msg: DEFINE_MSG Post_Detect_Msg ;R79 db V_NORMAL,NEWLINE ADDX <,2> db 'Detecting IDE Primary Master ... [Press ' ;R46 ;R46 db 'Detecting HDD Primary Master ... [Press ' db V_HILITE,'F4' db V_NORMAL,' to skip] ' db 0 Clear_Detect_Msg: db V_NORMAL SUBX <,19> db ' ' SUBX <,18> db 0 ;R79 Detect_Skip_Msg: DEFINE_MSG Detect_Skip_Msg ;R79 db 'Skip ' db 0 ;R79 Detect_Fail_Msg: DEFINE_MSG Detect_Fail_Msg ;R79 db 'None ' db 0 ;R79 D_Drive_Msg: DEFINE_MSG D_Drive_Msg ;R79 SUBX <,24+15> db 'Primary Slave ' ADDX <,22> db ' ' db 0 ifdef Support_4_IDE ;R79 E_Drive_Msg: DEFINE_MSG E_Drive_Msg ;R79 SUBX <,24+15> db 'Secondary Master' ADDX <,22> db ' ' db 0 ;R79 F_Drive_Msg: DEFINE_MSG F_Drive_Msg ;R79 SUBX <,24+15> db 'Secondary Slave ' ADDX <,22> db ' ' db 0 endif ;Support_4_IDE endif ;Post_Auto_IDE_Detect ;R07 start Found_CDROM_Str: db V_NORMAL,NEWLINE db 'Found CDROM : ' db 0 ;R07 end ;R28 start ifdef LS120_SUPPORT Found_ATAPI_Str: db V_NORMAL,NEWLINE ;R36 db 'Found LS-120 Device : ' db 'Found ATAPI Device : ' ;R36 db 0 endif ;LS120_SUPPORT ;R28 end PUBLIC HD_INSTALL HD_INSTALL PROC NEAR push ds push es push gs ;R82 start mov eax,0ffffffffh mov HDD_0_UltraDMA[bp],eax mov IDE_0_DMA_MODE[bp],eax ;R82 end xor eax,eax ;R45A ;R15 ifdef NEW_IDE_MODE_3 ;clear stack values ;R45A xor eax,eax mov HDD_0_MODE[bp],eax ;R47 - start mov byte ptr IDE_PARM_Flag[bp],al ;R86 mov byte ptr HDD_SMART_FLAG[bp],al ;clear flag mov IDE_0_Specific_FLAG[bp],eax mov IDE_EXist_FLAG[bp],al ;R82 mov IDE_0_DMA_MODE[bp],eax ;R47 - end ;R15 endif ;NEW_IDE_MODE_3 ;R47;R45A start ;R47ifdef HDD_SMART_Support ;R47 mov byte ptr HDD_SMART_FLAG[bp],al ;clear flag ;R47endif; HDD_SMART_Support ;R47;R45A end ;R82 mov dword ptr HDD_0_UltraDMA[bp],0ffffffffh ;R30 ifndef NO_HDD_LOW_LEVEL_FORMAT and byte ptr FIXED_ERROR[bp], 01h ; reset to no errors else; NO_HDD_LOW_LEVEL_FORMAT ;RBAR mov byte ptr FIXED_ERROR[bp], 0 ; reset to no errors mov byte ptr FIXED_ERROR[bp], al ; reset to no errors;RBAR endif; NO_HDD_LOW_LEVEL_FORMAT push 0f000h pop gs assume gs:dgroup mov ax,G_RAM mov ds,ax ASSUME DS:G_RAM ; ds = G_RAM ;R11 - start ifdef IDE_HDD_DELAY_SUPPORT push ds ifndef No_Support_4_IDE ;R12 cmp byte ptr CMOS_HDDE[bp],0 ;Is AUTO? ;R12 je short Delay_Sure ;R12 cmp byte ptr CMOS_HDDF[bp],0 ;Is AUTO? ;R12 je short Delay_Sure ;R12 endif; No_Support_4_IDE ;R12 cmp byte ptr FIXED_TYPE[bp],0 ;C & D existed ? je short No_Hdd_Delay cmp word ptr ds:USER_REBOOT, CTRL_ALT_DEL je short No_Hdd_Delay Delay_Sure: ;R12 mov si,offset Hdd_Delay_Item call F000_GetItem_Value or al,al jz short No_Hdd_Delay cmp al,15 ja short No_Hdd_Delay xor edx,edx @@: add edx,0f4240h ;1 second to wait dec al jnz short @B mov ecx,edx shr ecx,16 mov ah,86h int 15h No_Hdd_Delay: pop ds endif; IDE_HDD_DELAY_SUPPORT ;R11 - end mov ax,SEG_0 mov es,ax ASSUME ES:SEG_0 lea ax,DSK_VECT ;R50 mov word ptr seg_0:int40,ax ;R50 ;fill int40 vector ;R09 mov byte ptr POST_HDD_Err_Flag[bp],0 ;------------ Check IDE block mode enable/disabled ------------ and byte ptr POST_FLAG,not IDE_Block_Mode mov si,offset IdeBlock_Item call F000_GetItem_Value or al,al ;block mode enabled? jz short Block_Mode_Disable or byte ptr POST_FLAG,IDE_Block_Mode Block_Mode_Disable: ;-------------------------------------------------------------- ifdef IDE_MODE_3_SUPPORT ;------------ Check IDE block mode enable/disabled ------------ and byte ptr IDE_PARM_Flag[bp],not Mode_3_Support mov si,offset Ide_mode_3_Item call F000_GetItem_Value or al,al ;mode3 item enabled? jz short Mode3_No_Support or byte ptr IDE_PARM_Flag[bp],Mode_3_Support Mode3_No_Support: ;-------------------------------------------------------------- endif ;IDE_MODE_3_SUPPORT ;R10A call Reset_HDD_controller ;R10 ;R53; look for hard/floppy combo card ;R53 ;R53 mov dx,1f6h ;R53 mov al,0a0h ;R53 out dx,al ;R53 newiodelay ;R53 mov al,0ffh ;R53 in al,dx ;R53 cmp al,0a0h ;R53 jne short hd_combodone ;R53 ;R53 mov dx,DISK_STAT_PORT ; SEE IF COMBO CARD IS 'BUSY' ;R53 xor bh,bh ;R53 in al,dx ;R53 newiodelay ;R53 test al,20h ;R53 jnz short Check_Combo ;R53 test al,0d0h ;R53 jz short Check_Combo ;R53 mov bh,gs:[Wait_HDU_Ctlr_Busy_Hi] ;R53Check_Combo: ;R53 mov cx,gs:[Wait_HDU_Ctlr_Busy_Lo] ;R53 mov ax,0c040h ;R53 call F000_Wait_For_Port ;R53 ;R53 or ah,ah ; did we timeout? ;R53 jz short hdc_not_busy ; jump if not ;R53 ;R53 test al,0ch ; if busy but no data request or ;R53 jz short combo_present ; ecc bit then it is there ;R53 ;R53 jmp short hd_combodone ;R53 ;R53hdc_not_busy: ;R53 mov al,05h ; write to sector cnt register ;R53 mov ah,al ; to see if it's there ;R53 mov dx,DISK_SECTOR_CNT_PORT ;R53 out dx,al ;R53 IODELAY ;R53 in al,dx ;R53 ;R53 cmp al,ah ; any response? ;R53 je short Ck_Again ;R53 jmp short hd_combodone ; no, no combo present... ;R53Ck_Again: ;R53 mov al,11h ; try again to be sure ;R53 mov ah,al ; ah = saved value ;R53 out dx,al ;R53 IODELAY ;R53 in al,dx ;R53 ;R53 cmp al,ah ; any response? ;R53 jne short hd_combodone ; no, no combo... ;R53 ;R53; ;R53; Hard Disk Controller is present ;R53; ;R53 ;R53COMBO_PRESENT: ;R53 or Most_Recent_Rate,1 ;R53 ;R53 test Hardware,1 ;R53 jz short hd_combodone ;R53 ;R53 test DCapability,0f0h ; if upper half non-zero, ;R53 jz short hd_combodone ; then no second drive ;R53 ;R53 or Hardware,40h ; we have 2 drives. ;R53; ;R53; Based on what CMOS tells us, we are going to attempt ;R53; to install the interrupt vectors for the two fixed disks. ;R53; ;R53; ;R53; Install Fixed Disk Vectors, Drive 0 ;R53; ;R53 ;R53hd_combodone: ; ; Install Fixed Disk Vectors, Drive 1 ; mov byte ptr NumHDSKS,0 ; set none HARD DISK and byte ptr Post_Temp_Byte[bp],0f0h mov byte ptr HDD_Drive_Port,0 ;channel 0, master mov al,FIXED_TYPE[bp] ; get hard drive types shr al,4 or al,al jz short Check_Drive1 ifdef Post_Auto_IDE_Detect cmp al,15 ; if type 15 then need type jne short Drive0_Not_Auto cmp byte ptr EXT_FIXED_0[bp],47 jne short Drive0_Not_Auto cmp byte ptr CURSOR_Y[bp],6 jae short @F mov byte ptr CURSOR_Y[bp],6 @@: mov bx,offset HDDC_ITEM shr esi,16 or byte ptr Post_Temp_Byte[bp],DriveC_AUTO call Post_Auto_Detect ;R07 jnc short Drive0_Not_Auto ;R07 start jc short PM_Error test byte ptr CDROM_Exist_Flag[bp],PM_CDROM jz short Drive0_Not_Auto PM_Error: ;R07 end or byte ptr FIXED_TYPE[bp],0f0h mov byte ptr EXT_FIXED_0[bp],47 jmp short Check_Drive1 Drive0_Not_Auto: endif ;Post_Auto_IDE_Detect inc byte ptr NumHDSKS ; SET FOR 1 HARD DISK Check_Drive1: ; ; Install Fixed Disk Vectors, Drive 1 ; mov al,FIXED_TYPE[bp] ; get hard drive types and al,0fh jnz short @F ifdef NO_SUPPORT_DRVE1_EMPTY cmp byte ptr NumHDSKS,0 jne short no_sec_dsk else ;NO_SUPPORT_DRVE1_EMPTY jmp Check_Drive2 endif ;NO_SUPPORT_DRVE1_EMPTY @@: ifdef Post_Auto_IDE_Detect cmp al,15 ; if type 15 then need type jne short Drive1_Not_Auto cmp byte ptr EXT_FIXED_1[bp],47 jne short Drive1_Not_Auto mov bx,offset HDDD_ITEM lea si,D_Drive_Msg shl esi,16 or byte ptr Post_Temp_Byte[bp],DriveD_AUTO call Post_Auto_Detect ;R07 jnc short Drive1_Not_Auto ;R07 start jc short PS_Error test byte ptr CDROM_Exist_Flag[bp],PS_CDROM jz short Drive1_Not_Auto PS_Error: ;R07 end or byte ptr FIXED_TYPE[bp],0fh mov byte ptr EXT_FIXED_1[bp],47 ifdef NO_SUPPORT_DRVE1_EMPTY jmp short no_sec_dsk else ;NO_SUPPORT_DRVE1_EMPTY jmp short Check_Drive2 endif ;NO_SUPPORT_DRVE1_EMPTY Drive1_Not_Auto: endif ;Post_Auto_IDE_Detect mov cl,NUMHDSKS shl cl,1 mov al,1 ;channel 0 and slave shl al,cl or byte ptr HDD_Drive_Port,al inc byte ptr NUMHDSKS Check_Drive2: ifdef Support_4_IDE cmp byte ptr CMOS_HDDE[bp],0 je short Check_Drive3 ifdef Post_Auto_IDE_Detect cmp byte ptr CMOS_HDDE[bp],47 jne short Drive2_Not_Auto mov bx,offset HDDE_ITEM lea si,E_Drive_Msg shl esi,16 or byte ptr Post_Temp_Byte[bp],DriveE_AUTO call Post_Auto_Detect ;R07 jnc short Drive2_Not_Auto ;R07 start jc short SM_Error test byte ptr CDROM_Exist_Flag[bp],SM_CDROM jz short Drive2_Not_Auto SM_Error: ;R07 end mov byte ptr CMOS_HDDE[bp],47 jmp short Check_Drive3 Drive2_Not_Auto: endif ;Post_Auto_IDE_Detect mov cl,NUMHDSKS shl cl,1 mov al,2 ;channel 1 and master shl al,cl or byte ptr HDD_Drive_Port,al inc byte ptr NUMHDSKS Check_Drive3: cmp byte ptr CMOS_HDDF[bp],0 je short no_sec_dsk ifdef Post_Auto_IDE_Detect cmp byte ptr CMOS_HDDF[bp],47 jne short Drive3_Not_Auto mov bx,offset HDDF_ITEM lea si,F_Drive_Msg shl esi,16 or byte ptr Post_Temp_Byte[bp],DriveF_AUTO call Post_Auto_Detect ;R07 jnc short Drive3_Not_Auto ;R07 start jc short SS_Error test byte ptr CDROM_Exist_Flag[bp],SS_CDROM jz short Drive3_Not_Auto SS_Error: ;R07 end mov byte ptr CMOS_HDDF[bp],47 jmp short no_sec_dsk Drive3_Not_Auto: endif ;Post_Auto_IDE_Detect mov cl,NUMHDSKS shl cl,1 mov al,3 ;channel 1 and slave shl al,cl or byte ptr HDD_Drive_Port,al inc byte ptr NUMHDSKS endif ;Support_4_IDE ; ; Here we try and enable the hard disk interrupts ; no_sec_dsk: call Show_80_Cable_Msg ;R86 ;R80A - start ifdef IDE_Special_Do ;kevin ;store original HDD mode for system config display correctly push word ptr HDD_0_MODE[bp] ;kevin push word ptr HDD_2_MODE[bp] ;kevin endif ;IDE_Special_Do ;kevin ;R52 - starts ifdef E000_IDE_Special_Do ;store original HDD mode for system config display correctly push word ptr HDD_0_UltraDMA[bp] ;R52A push word ptr HDD_2_UltraDMA[bp] ;R52A push word ptr HDD_0_MODE[bp] push word ptr HDD_2_MODE[bp] endif ;E000_IDE_Special_Do ;R52 - ends ;R80A - ends ;R89 start mov ax,IDE_device_item[bp] ;get IDE drive of type lea si,IDE_drive_Type ;store to shadow for runtime code (AHDSK) call Write_F000_shadow_Word ;R89 end call Write_IDE_Drive_Max_Num ;R25 ;R21 start mov ax,offset dgroup:int_hdisk mov word ptr seg_0:hd_int,ax mov word ptr seg_0:hd_int+2,0f000h ;R76 start ifdef Support_4_IDE mov ax,offset dgroup:int_hdisk1 mov word ptr seg_0:int77,ax ;IRQ15 offset mov word ptr seg_0:int77+2,0f000h ;IRQ15 segment endif ;Support_4_IDE ;R76 end ;R21 end ;R22A start ifndef NO_CDROM_DETECT ifndef NO_CDROM_DETECT_IF_NONE ;R67 call AUTO_CDROM_detect endif ;NO_CDROM_DETECT_IF_NONE ;R67 endif ;NO_CDROM_DETECT ifdef CD_ROM mov G_RAM:[CDROM_EMUL_HEAD],0 test byte ptr CDROM_Exist_Flag[bp],0fh jz short None_CDROM ;R28 start ;R39 ifdef LS120_SUPPORT ;R39 mov cl,byte ptr G_RAM:[ATAPI_Byte] ;R39 mov ch,cl ;R39 and cl,3 ;R39 endif ;LS120_SUPPORT ;R28 end mov al,CDROM_Exist_Flag[bp] xor ah,ah @@: ;R28 start ;R39 ifdef LS120_SUPPORT mov cl,byte ptr G_RAM:[ATAPI_Byte] ;R39 mov ch,cl ;R39 and cl,3 ;R39 test ch,4 jz short None_ARMD cmp cl,ah je short Scan_next_available_CDROM ;R33 start test ch,30h ;R33C have 2 LS120/ZIP100 drive? jz short None_ARMD ;R33C shr ch,4 ;check floptical drive 1 and ch,3 cmp ch,ah je short Scan_next_available_CDROM ;R33 end None_ARMD: ;R39 endif ;LS120_SUPPORT ;R28 end shr al,1 jc short @F shl al,1 ;R33C Scan_next_available_CDROM: ;R28 shr al,1 ;R33C inc ah cmp ah,4 ;R28 jae short None_CDROM ;R28 jmp short @B @@: mov G_RAM:[CDROM_EMUL_HEAD],ah add byte ptr G_RAM:[CDROM_EMUL_HEAD],8 ;Default Emulate Drive C None_CDROM: endif ;CD_ROM ;R22A end cmp byte ptr NumHDSKS,0 je hd_install_ret call Fill_Drv_Vector call Reset_INT13 cli ifdef IDE_LBA_MODE_SUPPORT mov byte ptr HDD_MODE_FLAG,0 call Get_HDD_Access_mode xor esi,esi call Set_HDD_Access_mode endif ;IDE_LBA_MODE_SUPPORT ;R45A;R45 start ;R45Aifdef HDD_SMART_Support ;R45A mov byte ptr HDD_SMART_FLAG[bp],0h ;clear flag ;R45Aendif; HDD_SMART_Support ;R45A;R45 end ifdef Post_Auto_IDE_Detect push ds push es pusha lea si,Shadow_Dr call F000_Do_F000_Shadow mov esi,edi call Set_HDD_Access_mode popa pop es pop ds endif ;Post_Auto_IDE_Detect sti test byte ptr Post_Temp_Byte[bp],DriveC_AUTO jz short @F mov byte ptr EXT_FIXED_0[bp],47 @@: test byte ptr Post_Temp_Byte[bp],DriveD_AUTO jz short @F mov byte ptr EXT_FIXED_1[bp],47 @@: test byte ptr Post_Temp_Byte[bp],DriveE_AUTO jz short @F mov byte ptr CMOS_HDDE[bp],47 @@: test byte ptr Post_Temp_Byte[bp],DriveF_AUTO jz short @F mov byte ptr CMOS_HDDF[bp],47 @@: ;R22 start ;R22Aifndef NO_CDROM_DETECT ;R22A call AUTO_CDROM_detect ;R22Aendif ;NO_CDROM_DETECT ;R22 end cli in al,b8259+1 ;enable hrd disk int ifdef Support_4_IDE ifdef No_Support_4_IDE ;R44 and al,0BFH ;R44 else ;No_Support_4_IDE ;R44 and al,03FH endif ;No_Support_4_IDE ;R44 else ;Support_4_IDE and al,0BFH endif ;Support_4_IDE IODELAY out B8259+1,al IODELAY in al,A8259+1 and al,0FBH IODELAY out A8259+1,al sti ;R58B start ifndef NO_Hard_disk_Diagnostic mov dx,80h ; HD CONTROLER DIAGNOSTIC mov ax,1400h mov cx,3 @@: int 13h jnc short l14 ; no errors... loop @B or byte ptr FIXED_ERROR[bp],FIXED_DIAG_ERROR mov byte ptr NumHDSKS,0 jmp hd_install_ret endif; Hard_Disk_Diagnostic ; Try to reset fixed disk l14: ;R58B end ;R58ifndef NO_Hard_disk_Diagnostic ;R58 mov dx,80h ; HD CONTROLER DIAGNOSTIC ;R58 mov ax,1400h ;R58 mov cx,3 ;R58@@: ;R58 int 13h ;R58 jnc short l14 ; no errors... ;R58 loop @B ;R58 ;R58;R09 mov al,FIXED_DIAG_ERROR ; INT 13H, FUNCTION 14H. Diagnostics error... ;R58;R09 mov POST_HDD_Err_Flag[bp],al ;R58 or byte ptr FIXED_ERROR[bp],FIXED_DIAG_ERROR ;R09 ;R58 mov byte ptr NumHDSKS,0 ;R58 jmp hd_install_ret ;R58endif; Hard_Disk_Diagnostic ;R58 ;R58; Try to reset fixed disk ;R58 ;R58l14: ;R58 xor ax,ax ; reset hdisk ;R58 mov dx,80h ;R58 push dx ;R58 int 13h ;R58 pop dx ;R58 jnc short l16 ; ok ;R58 ;R58; ;R58; Report bad fixed disk ;R58; ;R58 ;R58l15: ;R58;R09 mov byte ptr POST_HDD_Err_Flag[bp],UNABLE_FIXED_RESET ;R58 ;R58; ;R58; Wait for fixed disk to power up ;R58; ;R58 mov dl,80h ;R58 ;R58A start xor ah,ah ; reset hdisk int 13h ;R58A end l16: ;R58 cli ; SET TIMER TO 0 FOR TIME OUT ;R58 xor ax,ax ;R58 mov word ptr LOW_8254_CNT,ax ;R58 mov word ptr HI_8254_CNT,ax ;R58 sti l16_lp1: mov ax,0900h ; initialize using drive parameters ;R58 push dx int 13h ;R58 pop dx ;R58 jc short l16_lp_err1 ; report error jnc short l16_lp_1 ;R58 ;R58 mov ax,1100h ; recalibrate hard drive ;R58 push dx ;R58 int 13h ;R58 pop dx ;R58 jc short l16_lp_err2 ;R58 ;R58 mov ax,0401h ; VERIFY SECTORS ;R58 mov cx,1 ;R58 push dx ;R58 int 13h ;R58 pop dx ;R58 jnc short l16_lp_1 ; no error ;R58 ;R58 cmp ah,10h ;R58 je short l16_lp_1 ;R58 ;R58 cmp ah,11h ;R58 je short l16_lp_1 ;R58 ;R58 cmp ah,0ah ;R58 je short l16_lp_1 ;R58 ;R58l16_lp_err3: ;R58;R09 mov al,SECTOR_VERIFY_ERROR ; INT 13H, FUNCTION 04H ;R58;R09 jmp short l16_lp_err ;R58 ;R58l16_lp_err2: ;R58;R09 mov al,UNABLE_RECALIBRATE ; INT 13H, FUNCTION 11H ;R58;R09 jmp short l16_lp_err ;R58 ;R58l16_lp_err1: ;R58;R09 mov al,UNABLE_FIXED_INIT ; INT 13H, FUNCTION 09H ;R58 ;R58l16_lp_err: mov cl,dl sub cl,80h ;R09 start mov ah,byte ptr HDD_Drive_Port shr ah,cl shr ah,cl and ah,3 xchg ah,cl mov al,80h shr al,cl or byte ptr FIXED_ERROR[bp],al xchg ah,cl ;R09 end inc cl shl cl,1 xor ah,ah @@: stc rcl ah,1 ;R59 loop @B dec cl ;R59 jnz short @B ;R59 mov cl,byte ptr HDD_Drive_Port not ah and cl,ah shr cl,2 not ah shr ah,2 and byte ptr HDD_Drive_Port,ah or byte ptr HDD_Drive_Port,cl ;R09 cmp byte ptr POST_HDD_Err_Flag[bp],0 ;R09 jne short @F ;R09 mov byte ptr POST_HDD_Err_Flag[bp],al ;R09@@: dec dl dec byte ptr NumHDSKS call Fill_Drv_Vector jmp Next_HDD_Drive ;R58 cli ;R58 cmp word ptr LOW_8254_CNT,1092 ; has a minute elapsed? ;R58 sti ;R58 jb l16_lp1 ;R58 jmp hd_install_ret ; ; Try again except with the second hard drive, if present ; l16_lp_1: ifdef HDD_SMART_Support call HDD_Smart_Detect ;R45 endif; HDD_SMART_Support mov ax,201h mov bx,HDD_TEMP_RAM_SEG+20h mov es,bx xor bx,bx mov cx,1 xor dh,dh int 13h ;R58ifndef Post_Auto_Set_IDE_Mode ;R58ifdef IDE_MODE_3_SUPPORT ;R58 test byte ptr IDE_PARM_Flag[bp],Mode_3_Support ;R58 jnz short detect_IDE ;R58endif ;IDE_MODE_3_SUPPORT ;R58ifdef NEW_IDE_MODE_3 ;R58 jmp short detect_IDE;always detect HDD ;R58endif; NEW_IDE_MODE_3 ;R58 test byte ptr POST_FLAG,IDE_Block_Mode ;R58 jz short Next_HDD_Drive ;R58detect_IDE: ;R58endif ;Post_Auto_Set_IDE_Mode push ss pop es mov di,bp add di,IDE_PARM ;make es:di point to 16 bytes buffer push dx mov cl,dl sub cl,80h shl cl,1 mov dl,byte ptr HDD_Drive_Port shr dl,cl and dl,3 add dl,80h mov word ptr IDE_Detect_Skip_Key[bp],0 call Auto_Ide_Detect ;perform IDE auto-detection ;R80 start ;R80A pop ax ;restore original DX to AX ;R80Aifdef IDE_Special_Do ;R80A;store original HDD mode for system config display correctly ;R80A push word ptr HDD_0_MODE[bp] ;R80A push word ptr HDD_2_MODE[bp] ;R80Aendif ;IDE_Special_Do ;R80A ;R80Aifdef E000_IDE_Special_Do ;R80A;store original HDD mode for system config display correctly ;R80A push word ptr HDD_0_UltraDMA[bp] ;R80A push word ptr HDD_2_UltraDMA[bp] ;R80A push word ptr HDD_0_MODE[bp] ;R80A push word ptr HDD_2_MODE[bp] ;R80Aendif ;E000_IDE_Special_Do ;R80A push ax ;store original DX from AX ;R80 end ifdef IDE_Special_Do push ds push dx pushf mov si,HDD_TEMP_RAM_SEG mov ds,si mov si,27*2 F000_call Ct_IDE_Special_Do popf pop dx pop ds endif ;IDE_Special_Do ;R52 - starts ifdef E000_IDE_Special_Do push ds push dx pushf mov si,HDD_TEMP_RAM_SEG mov ds,si mov si,27*2 call E000_Ct_IDE_Special_Do popf pop dx pop ds endif ;E000_IDE_Special_Do ;R52 - ends mov al,es:[di.HEADS] dec al mov ah,dl pop dx ifdef Post_Auto_Set_IDE_Mode ;-------------- Auto detect IDE access and set ----------------- mov bx,HDD_TEMP_RAM_SEG+20h mov es,bx xor bx,bx push dx jc Some_error mov di,bx ;save BX to DI mov bl,ah sub bl,80h xor bl,1 shl bl,1 xor bh,bh lea si,HDD_Type_Tbl mov bx,cs:[si+bx] F000_call Read_Item_Value cmp dl,46 jb Some_error add bx,HDD_TYPE_DIFF-ITEM_SIZE mov cl,ah sub cl,80h shl cl,1 add cl,8 shr edi,cl mov dx,di shl edi,cl and dh,3 cmp word ptr es:[di+1feh],0aa55h jne short New_HDD mov si,di add si,1c3h mov cx,4 @@: cmp byte ptr es:[si],0 ;partition heads = 0? jne short @F ;No,jump add si,10h loop @B jmp short New_HDD @@: mov cx,es:[si] ;get partition heads and sectors and ch,3fh ;CL = heads,CH = sectors cmp cl,16 jae short Not_Normal cmp cl,al je short Set_Normal jmp short Set_Large Not_Normal: or ch,ch ;partition sectors = 0? jz short New_HDD cmp ch,63 jne short Set_Large ;R38 start or cl,cl jz short New_HDD mov dl,cl cmp dl,255 ; heads = 256 je short Skip_Large ; Yes,dont check large inc dl cmp dl,255 ;R38A heads = 255 je short Skip_Large ;R38A Yes,dont check large test dl,0fh ; test head is 16 times? jnz short Set_Large ; Not,jump to set large mode shr dl,4 @@: jc short @F shr dl,1 jmp short @B @@: or dl,dl jnz short Set_Large ;R38 end Skip_Large: ;R38A mov dl,1 ;force LBA mode test edx,2000000h jnz short Set_HDD_Mode Set_Large: mov dl,2 ;force large mode jmp short Set_HDD_Mode Set_normal: xor dl,dl ;force normal mode jmp short Set_HDD_Mode New_HDD: cmp dh,3 ;Is auto set? je short Is_auto_type mov dl,dh ;R77 cmp dh,1 ;Setup is LBA mode? ;R77 jne short Restore_original ;No,jump jne short Set_HDD_Mode ;R77 Is_auto_type: ifndef Always_Use_Large_Para ;R77 mov dl,1 test edx,2000000h ;HDD support LBA mode? ;R77 jnz short Set_HDD_Cmos_Mode jnz short Set_HDD_Mode ;R77 endif ;Always_Use_Large_Para ;R77 xor dl,dl ;Force Normal mode ;R38 start cmp word ptr ss:[di.Cyls],1024 ;cylinder over 1024? jbe short Set_HDD_Mode ;No,skip mov dl,2 ;force large mode ;R38 end Set_HDD_Mode: cmp dh,3 ;Is auto set? ;R77 je short Set_HDD_Cmos_Mode ;Yes,jump ;R77 cmp dh,1 ;R77 jne short Restore_original ;No,jump ;R77 test edx,2000000h ;HDD support LBA mode? ;R77 jnz short Restore_original ;No,jump ;R77 xor dh,dh ;Force CHS mode ;R77 start jne short Restore_original mov dh,dl cmp dh,2 ;large mode? jne short Restore_original test edx,2000000h ;HDD support LBA mode? jz short Restore_original ;No,jump mov dh,1 ;set to LBA mode ;R77 end Restore_original: ;R77 mov dl,dh xchg dl,dh ;R77 Set_HDD_Cmos_Mode: ;R37B start push ax ;save AX push dx ;save DX or dl,dl ;Is Normal mode? jz short Heads_Dont_modify ;Yes,dont modify cmp word ptr es:[di+1feh],0aa55h ;R37D Check partition is invalid? jne short Heads_Dont_modify ;R37D Yes,dont modify push cx ;save CX (CL=part heads) xor ah,1 ;Change for match HDD_Type_Tbl shl ah,1 ;x2 for get offset movzx di,ah ;set to DI base reg. add di,offset cs:HDD_Type_Tbl ;get correct HDD type table mov bx,cs:[di] ;get offset call F000_Get_HDD_CMOS_Info pop ax ;R37D cmp word ptr es:[di+1feh],0aa55h ;R37C Check partition is invalid? ;R37D jne short Heads_Dont_modify ;R37C Yes,dont modify or al,al ;R37C Check partition heads is invalid? jz short Heads_Dont_modify ;R37C Yes,dont modify inc al ;inc partition heads to match physical xor cl,cl ;loop count mov dl,[bp+di+2] ;get physical heads @@: cmp al,dl ;Is match? je short @F ;Yes,jump to modulate cyl. shl dl,1 ;physical heads x 2 inc cl ;counter cmp cl,8 ;overflow? jb short @B ;No,continue ;R83 start cmp al,0ffh ;max heads je short Heads_Dont_modify ;Yes,skip ;----- Physical heads not match with logical movzx cx,byte ptr [bp+di+2] ;get physical heads cmp cl,10h ;physical heads = 10h? jne short Heads_Dont_modify ;No,skip mov ax,[bp+di] ;get physical cylinders cmp ax,8192 jbe short Heads_Dont_modify mul cx ;get total track dec cl ;new heads = 0fh div cx ;get new cylinders mov [bp+di],ax ;set new cylinders to table mov byte ptr [bp+di+2],cl ;set new heads to table ;R83 end jmp short Heads_Dont_modify ;Illegal value @@: mov dx,[bp+di] ;get physical cylinders shr dx,cl ;tran to LBA cmp dx,1024 ;over 1024? jb short Heads_Dont_modify ;No,skip mov dx,1024 ;limit max cylinders shl dx,cl ;fix to useful cyls. mov word ptr [bp+di],dx ;set actual cylinders Heads_Dont_modify: pop dx ;restore DX pop ax ;restore AX ;R37B end ;R77 xor dh,dh mov cl,ah sub cl,80h shl cl,1 add cl,16 shl edx,cl or esi,edx Some_error: pop dx ;--------------------------------------------------------------- endif ;Post_Auto_Set_IDE_Mode Next_HDD_Drive: inc dl ; set for next drive mov al,NumHDSKS add al,80h cmp dl,al jae short hd_install_ret jmp l16 hd_install_ret: ;R26 start ifdef HDD_Boot_Selectable ;--- Modify HDD DRV0-DRV3 parameter if boot sequence within [D,A] to [F,A] --- ;--- to correspond AHDSK.ASM function call mov al,BootSel xor ah,ah ifdef CD_ROM cmp al,4 jb short @F cmp al,6 ;R26A jae short @F ja short @F ;R26A mov ah,al sub ah,3 @@: else ;CD_ROM cmp al,2 jb short @F cmp al,4 ;R26A jae short @F ja short @F ;R26A mov ah,al sub ah,1 @@: endif ;CD_ROM or ah,ah jz short Dont_change_Boot_HDD cmp ah,NUMHDSKS jae short Dont_change_Boot_HDD mov cl,ah shl cl,1 mov al,HDD_Drive_Port mov ah,0fch rol ah,cl and ah,0fch and HDD_Drive_Port,ah mov ah,al shr ah,cl and ah,3 movzx si,ah and al,3 movzx di,al shl al,cl or al,ah or HDD_Drive_Port,al shl si,4 shl di,4 add si,offset DGROUP:DRV0 add di,offset DGROUP:DRV0 cli F000_call F000_Shadow_W ;enable F000 shadow writeable mov cx,4 @@: mov eax,gs:[si] xchg gs:[di],eax mov gs:[si],eax loop @B F000_call F000_Shadow_R sti Dont_change_Boot_HDD: ;---------------------------------------------------------------------------- endif ;HDD_Boot_Selectable ;R26 end mov al,ds:NUMHDSKS ;R19 mov HDD_EXIST_Flag[bp],al ;R19 call Write_IDE_Drive_Max_Num ;R25 ;R05A ifndef NO_CDROM_AUTO_DETECT ;R05 ;R22 ifndef NO_CDROM_DETECT ;R05A ;R22 call AUTO_CDROM_detect ;R22 endif ;NO_CDROM_DETECT ;R05A ;R05A endif; NO_CDROM_AUTO_DETECT ;R05 ifdef Post_Auto_IDE_Detect call F000_Vcrlf ;set next line endif; Post_Auto_IDE_Detect ;R09 cmp byte ptr POST_HDD_Err_Flag[bp],0 ;R09 je short @F ;------------------------ Hard disk error ---------------------------------- ;R09 mov al,POST_HDD_Err_Flag[bp] ;R09 or byte ptr FIXED_ERROR[bp],al or byte ptr CMOS_STATUS[bp], FIXED_STATUS+EQUIP_STATUS ;--------------------------------------------------------------------------- ;R09@@: ifdef Post_Auto_Set_IDE_Mode cmp byte ptr NUMHDSKS,0 jne short @F ;----- Mask IRQ 14,15 if no hard drive installed cli in al,B8259+1 NEWIODELAY or al,0C0H ;mask IRQ 14 & 15 out B8259+1,al sti jmp short Hdd_Exit @@: cli mov eax,esi shr eax,16 mov byte ptr HDD_MODE_FLAG,al shr esi,8 ;R77 call Set_HDD_Access_mode lea si,Shadow_Dr call F000_Do_F000_Shadow mov esi,edi call Set_HDD_Access_mode sti endif ;Post_Auto_Set_IDE_Mode ifdef NEW_IDE_MODE_3 ;byte ptr HDD_0_MODE[bp] = drive C mode 0-mode 0, 1-mode1 ,etc ;byte ptr HDD_1_MODE[bp] = drive D mode ;byte ptr HDD_2_MODE[bp] = drive E mode ;byte ptr HDD_3_MODE[bp] = drive F mode F000_Call Ct_Set_IDE_Timing call Set_PIO_Mode call Set_IDE_DMA_Capable ;R87 endif; NEW_IDE_MODE_3 Hdd_Exit: call Fill_FDPTE ;Fill Fixed Disk parmeter Table ;R47 ifndef NO_HDD_LOW_LEVEL_FORMAT and byte ptr FIXED_ERROR[bp], 0feh ; clear flag endif; NO_HDD_LOW_LEVEL_FORMAT ;R13A call Reset_HDD_controller ;R13 ;R27;R13A start ;R27 mov dx,1f6h ;assume primary channel ;R27 mov ah,CDROM_Exist_Flag[bp] ;R27 mov cl,PM_CDROM ;R27 test ah,PM_CDROM+PS_CDROM ;R27 jnz short Select_Drive ;R27 sub dl,80h ;assume secondary channel ;R27 mov cl,SM_CDROM ;R27 test ah,SM_CDROM+SS_CDROM ;R27 jz short No_CDROM_Exist ;R27Select_Drive: ;R27 mov al,0a0h ;assume master drive ;R27 test ah,cl ;R27 jnz short Out_data ;R27 mov al,0b0h ;set slave drive ;R27Out_data: ;R27 out dx,al ;R27No_CDROM_Exist: ;R27;R13A end ;R62 - start ifdef NO_HDD_RESET_IF_NO_HDD cmp byte ptr NumHDSKS,0 ;no HDD installed ? je short SkipHddReset ;yes, skip reset endif; NO_HDD_RESET_IF_NO_HDD ;R62 - end xor ah,ah mov dl,80h int 13h SkipHddReset: ;R62 ;R29A;R29 start ;R29A mov ah,8 ;R29A int 13h ;R29A mov IDE_HDD0_CYL_SEC[bp],cx ;R29A mov IDE_HDD0_HEAD[bp],dh ;R29A;R29 end ifdef IDE_Special_Do ;kevin pop ax ;kevin pop bx ;kevin test byte ptr Post_Temp_Byte[bp],DriveC_AUTO ;R80A jz short @F ;R80A cmp bl,HDD_0_MODE[bp] ;kevin jb short @F ;kevin mov HDD_0_MODE[bp],bl ;kevin @@: ;kevin test byte ptr Post_Temp_Byte[bp],DriveD_AUTO ;R80A jz short @F ;R80A cmp bh,HDD_1_MODE[bp] ;kevin jb short @F ;kevin mov HDD_1_MODE[bp],bh ;kevin @@: ;kevin test byte ptr Post_Temp_Byte[bp],DriveE_AUTO ;R80A jz short @F ;R80A cmp al,HDD_2_MODE[bp] ;kevin jb short @F ;kevin mov HDD_2_MODE[bp],al ;kevin @@: ;kevin test byte ptr Post_Temp_Byte[bp],DriveF_AUTO ;R80A jz short @F ;R80A cmp ah,HDD_3_MODE[bp] ;kevin jb short @F ;kevin mov HDD_3_MODE[bp],ah ;kevin @@: ;kevin endif ;IDE_Special_Do ;kevin ;R52 - starts ifdef E000_IDE_Special_Do pop ax pop bx pop cx ;R80A HDD_2_UltraDMA[bp] pop dx ;R80A HDD_0_UltraDMA[bp] test byte ptr Post_Temp_Byte[bp],DriveC_AUTO ;R80A jz short @F ;R80A mov HDD_0_UltraDMA[bp],dl ;R80A cmp bl,HDD_0_MODE[bp] jb short @F mov HDD_0_MODE[bp],bl @@: test byte ptr Post_Temp_Byte[bp],DriveD_AUTO ;R80A jz short @F ;R80A mov HDD_1_UltraDMA[bp],dh ;R80A cmp bh,HDD_1_MODE[bp] jb short @F mov HDD_1_MODE[bp],bh @@: test byte ptr Post_Temp_Byte[bp],DriveE_AUTO ;R80A jz short @F ;R80A mov HDD_2_UltraDMA[bp],cl ;R80A cmp al,HDD_2_MODE[bp] jb short @F mov HDD_2_MODE[bp],al @@: test byte ptr Post_Temp_Byte[bp],DriveF_AUTO ;R80A jz short @F ;R80A mov HDD_3_UltraDMA[bp],ch ;R80A cmp ah,HDD_3_MODE[bp] jb short @F mov HDD_3_MODE[bp],ah @@: ;R80A pop word ptr HDD_2_UltraDMA[bp] ;R52A ;R80A pop word ptr HDD_0_UltraDMA[bp] ;R52A endif ;E000_IDE_Special_Do ;R52 - ends pop gs pop es pop ds ret HD_INSTALL ENDP ;R87 start Set_IDE_DMA_Capable proc Near pusha xor bh,bh ;bus 0 xor ch,ch ;start device 0,function 0 SIDC_Loop: mov cl,0ah ;offset 0Ah (class code) F000_call AGet_CfgSpace_Word cmp ax,0ffffh ;invalid? je short Next_Device ;Yes,skip cmp ax,101h ;IDE device? jne short Next_Device ;Yes,skip mov cl,20h ;offset 20h (DMA base port) F000_call AGet_CfgSpace_Word and ax,0fff0h ;isolate useful bits jz short Next_Device ;invalid then skip mov dx,ax ;DX = base port and dx,0fff0h ;isolate useful bits add dl,2 ;set to status register of primary in al,dx ;get original data and al,not 60h ;assume not support DMA xor ah,ah ;indicate primary master call Set_Indepand_DMA_Capable;Set flag for AL mov ah,1 ;indicate primary slave call Set_Indepand_DMA_Capable;Set flag for AL out dx,al ;send to port add dl,8 ;set to status register of secondary in al,dx ;get original data and al,not 60h ;assume not support DMA mov ah,2 ;indicate secondary master call Set_Indepand_DMA_Capable;Set flag for AL mov ah,3 ;indicate secondary slave call Set_Indepand_DMA_Capable;Set flag for AL out dx,al ;send to port Next_Device: inc ch ;next device and function jnz short SIDC_Loop ;not exceed then continue popa ret Set_IDE_DMA_Capable endp ;[]=======================================================[] ;Input : AH = drive no (0=primary master, 1=primary slave ...) ;[]=======================================================[] Set_Indepand_DMA_Capable: push si movzx si,ah cmp byte ptr HDD_0_UltraDMA[bp][si],0ffh ;DMA support? jne short Set_Capable ;Yes,go to set flag cmp byte ptr IDE_0_DMA_MODE[bp][si],0ffh ;DMA support? je short SIDC_Ret ;No,go to ret Set_Capable: test ah,1 ;check master/slave mov ah,20h ;assume master jz short @F ;master then skip mov ah,40h ;Is slave @@: or al,ah ;set correspond flag for drive SIDC_Ret: pop si ret ;R87 end F000_Get_HDD_CMOS_Info: F000_call Get_HDD_CMOS_Info ret F000_Wait_For_Port: F000_call Wait_For_Port ret ;[]=======================================================[] ;Output : EDI high word is access mode ;[]=======================================================[] Get_HDD_Access_mode: push ds push 0f000h pop ds lea si,Type_To_DrvParm @@: mov bx,ds:[si] add bx,HDD_TYPE_DIFF-ITEM_SIZE push si F000_call Read_Item_Value pop si mov di,dx ror edi,2 add si,5 cmp si,offset Type_To_DrvParm_End jne short @B ifdef Support_4_IDE ror edi,8 else ;Support_4_IDE ror edi,12 endif ;Support_4_IDE pop ds ret ;R45 strat ;[]=======================================================[] ; HDD_SMART_Detect ;Input : dl=80,81,82,83 ;Output : HDD_smart_flag ;[]=======================================================[] ifdef HDD_SMART_Support HDD_SMART_Detect: pusha call Get_HDD_Drive_Port ;Get real port push dx ;save drive number call Get_HDD_Master_Slave ;Master => al=DRIVE_0 ;Slave => al=DRIVE_1 call Get_HDD_Channel ;Primary si=00h ;Secondary si=80h call Set_HDD_SDH_reg ;Set device master or slave jc short HDD_smart_Err ;error ;must enable first to test Capability mov al,0d8h ;Enable S.M.A.R.T. call Smart_Subcommand jc short HDD_smart_Err ;error push si ;save channel No. mov si,offset HDD_SMART_Item call F000_GetItem_Value ;Get CMOS Item Value pop si ;get channel No. mov dx,TF_SECTCOUNT ;1f2h/172h sub dx,si or al,al ;test capability en/disable? push ax ;Save CMOS Itemvalue mov al,0f1h ;enable autosave attribute jz short @F xor al,al ;Disable autosave attribute @@: out dx,al ;write to sector count mov al,0d2h ;En/disable auotsave call Smart_Subcommand pop ax ;Get CMOS Itemvalue ;R45B jc short HDD_smart_Err ;error or al,al ;test capability en/disable? jnz short @F push ax ;save CMOS value mov al,0d9h ;Disable S.M.A.R.T. call Smart_Subcommand pop ax ;get CMOS value jc short HDD_smart_Err ;error ;R45B @@: ;R45B jc short HDD_smart_Err ;error or al,al ;test capability en/disable? mov al,02h ;Capability & Disable jz short @F mov al,03h ;Capability & Enable @@: pop cx ;Get HDD Drive number sub cl,80h shl cl,1 shl al,cl ;shift to real location or byte ptr HDD_SMART_FLAG[bp],al ;setting flag popa ret HDD_Smart_Err: mov al,01 jmp short @B ;R47;[]=======================================================[] ;R47; Get_HDD_Drive_Port ;R47; ;R47;Input: dl = drive number 80,81,.. ;R47; ;R47; HDD_Drive_port bit1,3,5,7 ==> 0 = channel-0 ;R47; 1 = channel-1 ;R47; bit0,2,4,6 ==> 0 = master ;R47; 1 = slave ;R47;[]=======================================================[] ;R47Get_HDD_Drive_Port: ;R47 mov cl,dl ;R47 sub cl,80h ;R47 shl cl,1 ;R47 mov dl,byte ptr HDD_Drive_Port ;R47 shr dl,cl ;R47 and dl,3 ;R47 add dl,80h ;R47 ret ;[]=======================================================[] ; Get_HDD_Command_Port ;Input ==> dl=80,81,.. ; si= 0h primary ; = 80h secondary ;Output==> dx= primary = 1f7h ; secondary = 177h ;[]=======================================================[] Get_HDD_Command_Port: mov dx,TF_STATUS sub dx,si ret ;[]=======================================================[] ; Get_HDD_Master_Slave ;Input: dl=80,81,.. ;Output:al=DRIVE_0=>master ; DRIVE_1=>slave ; ;[]=======================================================[] Get_HDD_Master_Slave: mov al,DRIVE_0 ;assume master drive(AL=0A0h) test dl,01h ;Is detect master drive? jz short @F ;No,jump mov al,DRIVE_1 ;set is slave drive(AL=0B0h) @@: ret ;R47;[]=======================================================[] ;R47; Get_HDD_Channel ;R47;Input: dl=80,81,.. ;R47;Output:si=0 channel_0 ;R47; 1 channel_1 ;R47; ;R47;[]=======================================================[] ;R47Get_HDD_Channel: ;R47 xor si,si ;assume primary channel(si=0h) ;R47 cmp dl,81h ;Is secondary channel? ;R47 jbe short @F ;No,jump ;R47 mov si,80h ;set is secondary channel (si=080h) ;R47@@: ;R47 ret ;R47 ;[]=======================================================[] ; Set_HDD_SDH_reg ; ;Input: al = Drive_0 = master ; Drive_1 = slave ; Si = 0 =primary ; = 1 =secondary ;Output: ; ;[]=======================================================[] Set_HDD_SDH_reg: ;R45C call wait_hdd_busy mov cx,33333/4 ;R45C .25 second time out xor bh,bh ;R45C call wait_hdd_busy_1 ;R45C mov dx,TF_DRV_HD sub dx,si ;SDH Register out dx,al ;set port value ret ;[]===============================================[] ; Wait_HDD_Busy ;Wait HD_status bit7 is low ;[]===============================================[] Wait_hdd_busy: mov cx,08b09h ;R45C ; 5 second time out mov bh,2 ;R45C Wait_hdd_busy_1: ;R45C push ax mov dx,TF_STATUS sub dx,si ;dx=1X7h ;R45C xor bh,bh ;R45C mov cx,33333/4 ; 0.25 second time out mov ax,8000h ; check for bit 7 = 0 call F000_Wait_For_Port ; wait for not busy or ah,ah ;set zero flag => time? jz short @F stc @@: pop ax ret ;[]=============================================================[] ; Get_smart_status ;To read Attribute Values (Subcommand D0h) 512 bytes ;[]=============================================================[] ;Get_smart_status: ; mov ax,808h ;wait DRQ ; mov dx, TF_STATUS ; sub dx,si ; mov bh,10h ; call wait_for_port1 ; jc short Get_Smart_Status_ret ; ; mov cx,172h/2 ;read offset 170h S.M.A.R.T. ; ;capability ; sub dl,7 ;HDD data port 1f0h/170h ;@@: ; in ax,dx ;get drive information ; loop @B ; push ax ;save capability byte ; mov cx,100h-(172h/2) ;continue to read data ;@@: ; in ax,dx ; loop @B ; pop ax ; clc ;Get_Smart_Status_ret: ; ret ;[]=======================================================[] ; Smart_Subcommand (HDD SMART Command) ;Input : SI = 0 =primary ; = 1 =secondary ; Al = Subcommand ;The host must write key values into Cylinder high Registers(4Fh,C2h) ;Output: Carry =1 ==> Command Fail ;[]=======================================================[] Smart_Subcommand: call wait_hdd_busy jc short Smart_Subcommand_r mov dx,TF_FEATURE ;dx=feature register port sub dx,si ;dx=171h/1f1h out dx,al ;out subcommand newiodelay add dl,3 ;dx=Cylinder Low port mov al,04fh out dx,al ;write key value newiodelay inc dl ;dx=Cylinder High mov al,0c2h out dx,al ;write key value call wait_hdd_busy ;waitting ready jc short Smart_Subcommand_r mov al,0b0h out dx,al ;Execute S.M.A.R.T. command call wait_hdd_busy jc short Smart_Subcommand_r call Get_HDD_command_port in al,dx test al,01 jz short Smart_Subcommand_r stc ;Set error flag Smart_Subcommand_r: ret endif ; HDD_SMART_Support ;R45 end ;R47 start ;[]=======================================================[] ; Get_HDD_Drive_Port ; ;Input: dl = drive number 80,81,.. ; ; HDD_Drive_port bit1,3,5,7 ==> 0 = channel-0 ; 1 = channel-1 ; bit0,2,4,6 ==> 0 = master ; 1 = slave ;[]=======================================================[] Get_HDD_Drive_Port: mov cl,dl sub cl,80h shl cl,1 mov dl,byte ptr HDD_Drive_Port shr dl,cl and dl,3 add dl,80h ret ;[]=======================================================[] ; Get_HDD_Channel ;Input: dl=80,81,.. ;Output:si=0 channel_0 ; 1 channel_1 ; ;[]=======================================================[] Get_HDD_Channel: xor si,si ;assume primary channel(si=0h) cmp dl,81h ;Is secondary channel? jbe short @F ;No,jump mov si,80h ;set is secondary channel (si=080h) @@: ret ;[]=======================================================[] ; FILL FDPTE(Fixed Disk Parameter Table Extension) ;[]=======================================================[] Fill_FDPTE: pusha push ds push es F000_call F000_Shadow_W ;enable F000 shadow writeable mov ax,seg DGROUP mov es,ax ;es=0f000h mov ax,G_RAM mov ds,ax ;ds=40h mov dl,80h mov al,IDE_Exist_FLag[bp] @@: sar al,1 ;check IDE drive Exist jnc NO_IDE_Exist ;No,skip call Fill_FDPTE_loop NO_IDE_Exist: inc dl ;for next drive cmp dl,84h ;check is 4th drive jb short @B ;No,skip F000_call F000_Shadow_R ;disable F000 shadow writeable pop es pop ds popa ret ;----------------------------------------- Fill_FDPTE_loop: pusha call Get_HDD_Channel ;return Primary si=00h ; Secondary si=80h xor dh,dh ; sub dl,80h ;dl = drive number mov di,dx ;di = drive offset xor bx,bx ;clear index point ;------- I/O port base address ------ ;Byte 0,1 mov ax,TF_DATA ;Get I/O port base address sub ax,si call Set_FDPTE_word ;Stroe I/O port base address ;------- Control port address ------ ;Byte 2,3 mov ax,TF_DIG_OUT ;Get Control port address sub ax,si call Set_FDPTE_word ;Store Control port address ;------- Head Prefix ------ ;Byte 4 ;Bit 0-3 Reserved,must be 0 ;Bit 4 Master/Slave Bit (0=Master) ;Bit 5 Reserved,must be 1 ;Bit 6 LBA Enable(1=Enable) ;Bit 7 Reserved,must be 1 mov al,ds:HDD_MODE_FLAG mov cl,dl shr al,cl shr al,cl and al,03h ;Get real port data push ax jz short @F cmp al,03h ;LBA or Large to set CHSenabl jae short @F or byte ptr IDE_0_Specific_Flag[bp+di],CHSenabl ; @@: cmp al,1 ;HDD_Mode_Flag mov al,0a0h ;Disable LBA jne short @F mov al,0e0h ;Enable LBA @@: test dl,01h ;Is detect master drive? jz Short @F or al,00010000b ;Set Slave Drive @@: call Set_FDPTE_byte ;------- Internal Use Only ------ ;Byte 5 pop ax push ax cmp al,02h ;Lagre Mode jne short Not_Lagre_Mode xor cl,cl ; push si ;Save Channel number movzx si,dl shl si,4 add si,offset dgroup:DRV0 ;get HDD Physical Cylinders mov ax,es:[si+9] pop si @@: cmp ax,1024 ;Cylinder >1024 jb short @F shr ax,1 ;ax=ax/2 inc cl ;Large mode counter jmp short @B @@: mov al,cl call Set_FDPTE_byte dec bx Not_Lagre_Mode: inc bx ;Jump offset 5 (Internal Use Only) ;------- IRQ information------ ;Byte 6 ; channel_0=14 ; channel_1=15 mov al,14 ;ax=IRQ number or si,si ;test channel 0 or 1 jz short @F inc ax @@: ;FDPT_channel_0: call Set_FDPTE_byte ;Store IRQ ;------ Sector count ------ ;Byte 7 push bx movzx bx,dl mov al,byte ptr ds:SECTOR_PER_BLOCK_0[bx] pop bx or al,al ;check block mode jz short @F ;No,skip or byte ptr IDE_0_Specific_Flag[bp+di],BlockPIO ;set block PIO flag @@: call Set_FDPTE_byte ;store sector count ;------ DMA information ------ ;Byte 8 mov al,byte ptr IDE_0_DMA_Mode[bp+di] ;get DMA type ;R82 start cmp al,0ffh ;DMA not support? jne short @F ;No,skip xor al,al ;set = 0 @@: ;R82 end shl al,4 ;DMA channel no use call Set_Fdpte_byte ;------ PIO Mode ------ ;Byte 9 mov al,byte ptr HDD_0_MODE[bp+di] ;Get PIO mode or al,al ;check is Mode 0 jz short @F ;Yes,skip or byte ptr IDE_0_Specific_Flag[bp+di],FastPIO ;Set Fast PIO Flag @@: call Set_FDPTE_byte ;------ Hardware Specific Option Flags ------ ;Byte 10,11 movzx ax,byte ptr IDE_0_Specific_Flag[bp+di] pop cx ;get HDD_mode cmp cl,01 ;Is LBA jne short @F ;No,skip or ah,00000010b ;Set translation type @@: test al,80h ;test Interrupt DRQ jz short @F ;No,skip or ah,00000001b ;Set ATAPI Interrupt DRQ @@: ;R47A -start cmp byte ptr HDD_0_UltraDMA[bp+di],0ffh ;check configured for Ultra DMA je short @F ;No,skip or ah,04h ;Hardware Specific flag bit-11 @@: ;R47A - end and al,not 80h ;Clear 32bit transfer call Set_FDPTE_word ;------ Reserved ------ ;Byte 12,13 inc bx ;index +2 inc bx ;------ Revision level of this extension ------ ;Byte 14 mov al,11h call Set_FDPTE_byte ;------ Checksum,2's complement of the sum of bytes 0-14 ------ ;Byte 15 ;32-bit transfer mode test in e8post.asm ; Checksum fill in e8post.asm popa ret Set_FDPTE_word: pusha call Get_FDPTE_addr mov word ptr DGROUP:[si+bx],ax ;save word data to FDPTE popa inc bx ;index=index+2 inc bx ret Set_FDPTE_byte: pusha call Get_FDPTE_addr mov byte ptr DGROUP:[si+bx],al ;save byte data to FDPTE popa inc bx ;index++ ret Get_FDPTE_addr: xor dh,dh shl dl,4 ;Table size is 16 bytes mov si,offset DGROUP:FDPTE_Drive0 ;get BASE address add si,dx ;get FDPT address ret ;R47 end ;[]=======================================================[] ;Input : ESI high word is access mode ;[]=======================================================[] Set_HDD_Access_mode: shr esi,16 mov cx,si push ds push 0f000h pop ds lea si,Type_To_DrvParm @@: mov bx,ds:[si] add bx,HDD_TYPE_DIFF-ITEM_SIZE mov dx,cx and dx,3 F000_call Write_Item_Value shr cx,2 add si,5 cmp si,offset Type_To_DrvParm_End jne short @B pop ds ret ifdef Post_Auto_IDE_Detect ;R40 start Post_Auto_Detect_Delay: pusha cmp bx,offset HDDC_ITEM ;Auto detect is HD_C je short No_Delay_For_Slave ;HD_C do'nt need delay ifdef Support_4_IDE cmp bx,offset HDDE_ITEM ;Auto detect is HD_E je short No_Delay_For_Slave ;HD_E do'nt need delay cmp bx,offset HDDD_ITEM je short @F mov al,byte ptr EXT_FIXED_1 ;compare HD_D is Auto detect F000_call Get_CMOS cmp al,47 ;if HD_D is already delay je short No_Delay_For_Slave ;so HD_F do'nt need to delay cmp byte ptr CMOS_HDDE[bp],48 ;HD_E is spend some time je short No_Delay_For_Slave ;to detect HD ; @@: endif; Support_4_IDE cmp byte ptr EXT_FIXED_0[bp],48 ;HD_C is spend some time je short No_Delay_For_Slave ;to detect HD Delay_Slave: xor bx,bx mov cx,41666 ;Delay 1.25 secondnd ;R57 F000_call Wait_Refresh call F000_Wait_Refresh ;R57 No_Delay_For_Slave: popa ret ;R40 end ;[]=======================================================[] Detect_Skip_Key EQU K_F4 ;Input : esi - high word = message to display ; low word = no use ;[]=======================================================[] Post_Auto_Detect: push ds ;SI = HDD type loc. ;DI = HDD params loc. call F000_Get_HDD_CMOS_Info ;R79 - start ifdef MULTI_LANGUAGE_SUPPORT inc byte ptr HDD_COUNT[bp] mov byte ptr STR_COUNT[bp],0 mov word ptr POST_MSG_SEG[bp], Seg Post_Detect_Msg ;debug mov word ptr POST_MSG_OFF[bp], Offset Post_Detect_Msg ;debug endif ;MULTI_LANGUAGE_SUPPORT ;R79 - end push si ifdef Quiet_POST_Support ;R61 call Ck_Quiet_Post ;R61 jnc short @F ;R61 endif ;Quiet_POST_Support ;R61 push cs pop ds lea si,Post_Detect_Msg ifdef MULTI_LANGUAGE_SUPPORT ;R79 Call Full_Screen_M_Show ;R79 else ;MULTI_LANGUAGE_SUPPORT ;R79 call F000_DISPLAY_STRING endif ;MULTI_LANGUAGE_SUPPORT ;R79 shr esi,16 or si,si jz short @F ifdef MULTI_LANGUAGE_SUPPORT ;R79 Call Full_Screen_M_Show ;R79 else ;MULTI_LANGUAGE_SUPPORT ;R79 call F000_DISPLAY_STRING endif ;MULTI_LANGUAGE_SUPPORT ;R79 @@: pop si call Post_Auto_Detect_Delay ;R40 mov word ptr IDE_Detect_Skip_Key[bp],Detect_Skip_Key ;Skip key is 'F4' call Auto_IDE_Detect_X pushf push ax lea si,Clear_Detect_Msg ifdef MULTI_LANGUAGE_SUPPORT ;R79 Call Full_Screen_E_Show ;R79 else ;MULTI_LANGUAGE_SUPPORT ;R79 call F000_DISPLAY_STRING endif ;MULTI_LANGUAGE_SUPPORT ;R79 pop ax popf jnc short @F lea si,Detect_Fail_Msg cmp ax,Detect_Skip_Key jne short Not_Esc_Key lea si,Detect_Skip_Msg Not_Esc_Key: ifdef Quiet_POST_Support ;R61 call Ck_Quiet_Post ;R61 jnc short LMNJA ;R61 endif ;Quiet_POST_Support ;R61 ifdef MULTI_LANGUAGE_SUPPORT ;R79 Call Full_Screen_M_Show ;R79 else ;MULTI_LANGUAGE_SUPPORT ;R79 call F000_DISPLAY_STRING endif ;MULTI_LANGUAGE_SUPPORT ;R79 LMNJA: ;R61 pop ds stc ret @@: mov si,HDD_TEMP_RAM_SEG mov ds,si mov si,27*2 push word ptr [si+40] push si ;Skip blank characters to display add si,40 ifdef Quiet_POST_Support ;R61 call Ck_Quiet_Post ;R61 jnc short @F ;R61 endif ;Quiet_POST_Support ;R61 Blank_It: mov byte ptr [si],0 ;mark end of string dec si ;previous character cmp byte ptr [si],' ' ;space ? je short Blank_It pop si push si ifdef MULTI_LANGUAGE_SUPPORT ;R79 Call Full_Screen_E_Show ;R79 else ;MULTI_LANGUAGE_SUPPORT ;R79 call F000_DISPLAY_STRING endif ;MULTI_LANGUAGE_SUPPORT ;R79 @@: ;R61 pop si pop word ptr [si+40] pop ds clc ret endif ;Post_Auto_IDE_Detect ifdef IDE_LBA_MODE_SUPPORT ;[]==============================================================[] ; ;Tran_CHS_LBA: ; ; Translate physical CHS to logical LBA. ; ;Saves: NONE ; ;Entry: bx = CHS cylinders ; al = CHS sector ; ah = CHS head ; ;Exit: bx = LBA cylinders ; al = LBA sector ; ah = LBA head ; ;[]==============================================================[] public Tran_CHS_LBA Tran_CHS_LBA PROC NEAR push cx push dx ifdef Reserved_1_Cyl_for_test ;R66 dec bx ;R66 endif ;Reserved_1_Cyl_for_test ;R66 mul ah mul bx shl edx,16 mov dx,ax cmp edx,1024*32*63 ;528MB < X <=1056.9MB ja short @F ;above then jump next mov bh,32 mov cx,32*63 jmp short Set_Cylinder @@: cmp edx,1024*64*63 ;1056.9MB < X <=2113.9MB ja short @F ;above then jump next mov bh,64 mov cx,64*63 jmp short Set_Cylinder @@: cmp edx,1024*128*63 ;2113.9MB < X <=4227.8MB ja short @F ;above then jump next mov bh,128 mov cx,128*63 jmp short Set_Cylinder @@: ;4227.8MB < X <=8422.6MB mov bh,255 mov cx,255*63 Set_Cylinder: mov ax,dx shr edx,16 div cx xchg ax,bx mov al,63 ;sectors or bx,bx jnz short @F xor ax,ax @@: pop dx pop cx ret Tran_CHS_LBA ENDP Public Tran_CHS_LARGE Tran_CHS_LARGE Proc Near ifdef Reserved_1_Cyl_for_test ;R66 dec bx ;R66 endif ;Reserved_1_Cyl_for_test ;R66 @@: ;R66 shr bx,1 shl ah,1 ;R38 start test ah,80h jnz short @F cmp bx,1024 ;R66 ja short Tran_CHS_LARGE ja short @B ;R66 @@: ;R38 end ;R83 start cmp bx,1024 jbe short Cyl_Below_1024 movzx cx,byte ptr [bp+si+2] ;physical heads cmp cl,10h jne short Cyl_Below_1024 mov ax,[bp+si] ;physical cylinders mul cx dec cl div cx mov bx,ax ;BX = new cylinders mov [bp+si],ax mov ah,0fh ;AH = new heads mov [bp+si+2],ah jmp short Tran_CHS_LARGE Cyl_Below_1024: ;R83 end ret Tran_CHS_LARGE Endp endif ;IDE_LBA_MODE_SUPPORT ;[]===================================================================[] ;Input : ES = F000h ; DI = offset for HDD parameters to copy into ; AX = 0 HDD type 48 for user type of HDD C ; 1 HDD type 49 for user type of HDD D ; 2 HDD type 50 for user type of HDD E ; 3 HDD type 51 for user type of HDD F ;[]===================================================================[] HDD_Type_Tbl: dw offset HDDD_ITEM dw offset HDDC_ITEM ifdef Support_4_IDE dw offset HDDF_ITEM dw offset HDDE_ITEM endif ;Support_4_IDE public Set_HDD_parm Set_HDD_parm PROC NEAR push di mov di,offset cs:HDD_Type_Tbl ;128k shl ax,1 add di,ax mov bx,cs:[di] call F000_Get_HDD_CMOS_Info mov si,di ;SI = CMOS stack location pop di cld ifdef IDE_LBA_MODE_SUPPORT ;R90 mov bx,[bp+si+0] ;cylinder mov ah,[bp+si+2] ;head ;R73 F000_call Chk_If_LBA_Mode call far ptr fPROC_Chk_If_LBA_Mode ;R73 je short @F ;R73 F000_call Chk_If_LARGE_Mode call far ptr fPROC_Chk_If_LARGE_Mode ;R73 jne short Not_support_LBA ;no, goto CHS Set_Large_Parm: ;R83 mov bx,[bp+si+0] ;R90 cylinder call Tran_CHS_LARGE mov al,[bp+si+7] ;physical sectors mov cx,[bp+si+3] ;set precomp jmp short Set_LBA_parm @@: ;R83 start cmp ah,0fh ;physical heads is 15? jne short Not_Doubt ;No,skip mov cx,[bp+si+5] ;get landing cylinders inc cx ;set to physical cyls ;R90 cmp bx,cx ;phy = land? cmp [bp+si+0],cx ;R90 phy = land? je short Not_Doubt ;Yes,set LBA dec cx mov [bp+si+5],cx ;set new landing cylinders jmp short Set_Large_Parm Not_Doubt: ;R83 end mov bx,[bp+si+0] ;R90 cylinder mov al,[bp+si+7] ;sector call Tran_CHS_LBA xor cx,cx ;set precomp = 0 for LBA Set_LBA_parm: push di xchg ax,bx ;logical cylinders ;R35B push ax ;R35 stosw mov al,bh ;logical heads stosb mov al,0a0h ;LBA signature stosb mov al,[bp+si+7] ;physical sectors stosb mov ax,cx ;set precomp stosw xor al,al stosb ;reserve byte cmp byte ptr [bp+si+2],8 ;>8 heads? jbe short @F ;no, mark as 0 mov al,8 ;yes, mark as 8 @@: stosb ;HEAD < 8 --> bit 3 = 0 ;HEAD > 8 --> bit 3 = 1 mov ax,[bp+si] ;R35B physical cylinders ;R35 mov ax,[bp+si] ;physical cylinders ;R35 start ;R35B mov al,bl ;R35B mul bh ;R35B pop cx ;R35B dec cx ;R35B mul cx ;R35B or dx,dx ;R35A ;R35B jnz @F ;R35A ;R35B or ax,ax ;R35A ;R35B jz short HDD_Size_Not_None ;R35A ;R35B@@: ;R35A ;R35B push ax ;R35B mov ax,[bp+si+2] ;physical heads ;R35B mul byte ptr [bp+si+7] ;physical sectors ;R35B mov cx,ax ;R35B pop ax ;R35B div cx ;R35BHDD_Size_Not_None: ;R35A ;R35 end stosw mov ax,[bp+si+2] ;physical heads stosb mov ax,[bp+si+5] ;landing zone stosw mov al,bl ;logical sectors stosb pop di xor al,al ;calculate checksum mov cx,15 @@: add al,es:[di] inc di loop @B xor al,0ffh inc al stosb ;Checksum jmp short Set_HDD_parm_Ret Not_support_LBA: endif ;IDE_LBA_MODE_SUPPORT mov ax,[bp+si] ;get cylinders stosw mov ax,[bp+si+2] ;get heads stosb xor ax,ax stosw ;unused mov ax,[bp+si+3] ;get precomp stosw xor al,al stosb ;unused cmp byte ptr [bp+si+2],8 ;>8 heads? jbe short hdi_1 ;no, mark as 0 mov al,8 ;yes, mark as 8 hdi_1: stosb xor ax,ax stosw stosb ;unused mov ax,[bp+si+5] ;get landing zone stosw mov al,[bp+si+7] ;get sectors stosb xor al,al stosb ;unused Set_HDD_parm_Ret: ret Set_HDD_parm ENDP ;[]==================================================================[] ; ; Procedure Name: AUTO_IDE_DETECT ; ; ; Saves: ; Input: ; ; DL: = 80H FOR DISK 0 ; = 81H FOR DISK 1 ; : ; : ; ; ES:DI -> 16 BYTES BUFFER FOR DISK PARAMETERS ; ; Output: ; ; CARRY SET IF ERROR ; CARRY CLEAR IF SUCCESS ; ES:DI -> 16 BYTES BUFFER ; AH = ERROR CODE ; DX = Identify Drive word 49 (for LBA mode) ; ; [Note]: ; ; ; ; Author: William Chang ; Date: May 1, 1991 ; ; Name | Date | Description ; ----------------------------------------------------------------- ; WC | 05/01/91 | Initial version ;[]==================================================================[] PUBLIC AUTO_IDE_DETECT AUTO_IDE_DETECT PROC NEAR push ds ; save registers push es push di push si push bx push cx push CDROM_Exist_Flag[bp] ;R07A push dx IFDEF IDE_DETECT_RESET ;R60 call far ptr Reset_Recal_Hd ; reset controller and recal drive call Reset_HDD_controller ;R60 ENDIF ;IDE_DETECT_RESET mov si,G_RAM mov ds,si xor si,si ifdef Support_4_IDE cmp dl,81h ;Is secondary channel? jbe short @F ;No,jump mov si,80h ;modulate port to 17Xh @@: endif ;Support_4_IDE mov dx,TF_STATUS sub dx,si ;dx=1X7h xor cx,cx @@: in al,dx newiodelay test al,80h ;Test controller busy? jz short @F ;No,jump loop @B ;Go on check... @@: cmp byte ptr IDE_Detect_Counter[bp],0 ja short @F mov byte ptr IDE_Detect_Counter[bp],Drive_delay_time cmp word ptr ds:USER_REBOOT, CTRL_ALT_DEL jne short @F mov byte ptr IDE_Detect_Counter[bp],1 @@: mov ah,al ;Store status(port 1X7h) value pop dx push dx mov al,DRIVE_0 ;assume master drive(AL=0A0h) test dl,01h ;Is detect master drive? jz short @F ;No,jump mov al,DRIVE_1 ;set is slave drive(AL=0B0h) @@: mov dx,TF_DRV_HD ;DX = 1X6h sub dx,si out dx,al ;set port value newiodelay ;R07C start xor ch,ch ifndef NO_CDROM_DETECT ;R05A cmp word ptr IDE_Detect_Skip_Key[bp],K_ESC1 je short @F pop cx ;get will detect drive number push cx mov ch,1 sub cl,80h shl ch,cl @@: endif ;NO_CDROM_DETECT ;R05A test byte ptr CDROM_Exist_Flag[bp],ch ;Is CDROM? jz short @F ;R10A mov ah,al mov ah,al ;R10B ifdef CDROM_detect_short_time mov bl,2 else ;CDROM_detect_short_time mov bl,15 endif ;CDROM_detect_short_time jmp short Check_next @@: ;R07C end test ah,80h ;check previous status is busy? ;R07C jnz short @F ;Yes,jump jnz short PreStatus_Busy ;Yes,jump mov ah,al ;No,then check this port is in al,dx ;available? ;------------------------------------------------------------- cmp al,0ffh jne short Set_OK ;R07C mov bl,10 mov bl,20 ;R07C Check_next: inc dl push ax call chk_esc_key ;R14 jnc short Not_skip_key ;R14 pop bx ;R14 jmp exit_with_error ;R14 Not_skip_key: ;R14 xor bh,bh push cx ;R07C ;R07C mov cx,33333/2 ;0.5 second time out mov cx,33333/8 ;R07C 0.125 second time out mov ax,8000h call F000_Wait_For_Port pop cx ;R07C dec dl or ah,ah pop ax mov al,ah out dx,al newiodelay in al,dx jz short Set_OK dec bl jnz short Check_next Set_OK: ;------------------------------------------------------------- cmp al,ah jne exit_with_error ;Not available then skip ;R07C @@: PreStatus_Busy: ;R07C mov dx,TF_STATUS sub dx,si in al,dx ;get status value newiodelay test al,20h ;check have connected drive? jnz exit_with_error ;None drive then skip... ;R07 start ;R07C xor ch,ch ;R07C cmp word ptr IDE_Detect_Skip_Key[bp],K_ESC1 ;R07C je short Resend_Identify_Cmd ;R07C pop cx ;get will detect drive number ;R07C push cx ;R07C mov ch,1 ;R07C sub cl,80h ;R07C shl ch,cl mov cl,1 ;R10A test byte ptr CDROM_Exist_Flag[bp],ch ;R10A jnz short Resend_Identify_Cmd ;R10A or byte ptr CDROM_Exist_Flag[bp],ch ;R10A xor cl,cl ;R10A Resend_Identify_Cmd: ;R07 end mov dx,TF_STATUS ;R10A sub dx,si ;R10A mov ax,8000h ; check for bit 7 = 0 xor bh,bh call Wait_for_Port1 ; wait for not busy jc exit_with_error ; and get to common error exit ;R41 start push cx xor cx,cx ;64k counter @@: in al,dx ;get status newiodelay test al,8 ;any remain data jz short @F ;no,skip sub dl,7 ;set to data port in ax,dx ;read garbage data add dl,7 ;set to status port loop @B ;next loop @@: pop cx ;R41 end ;R32 start test byte ptr CDROM_Exist_Flag[bp],ch ;Is CDROM? jnz short @F ;Yes,skip drive ready check ;R57 start push cx xor bx,bx mov cx,33333/320 ;1/320 second time out call F000_Wait_Refresh pop cx ;R57 end mov ax,5050h mov bh,10h call wait_for_port1 @@: ;R32 end ;R20 start pop dx push dx mov al,DRIVE_0 ;assume master drive(AL=0A0h) test dl,01h ;Is detect master drive? jz short @F ;No,jump mov al,DRIVE_1 ;set is slave drive(AL=0B0h) @@: mov dx,TF_DRV_HD ;DX = 1X6h sub dx,si out dx,al ;set port value newiodelay ;R20 end ; Identify drive mov al,COMMAND_ID_DRIVE ; set for IDENTIFY DRIVE ;R07 pop cx ;get will detect drive number ;R07 push cx ;R07 mov ch,1 ;R07 sub cl,80h ;R07 shl ch,cl test byte ptr CDROM_Exist_Flag[bp],ch ;Is CDROM? jz short @F ;No,jump mov al,ATAPI_Identify_Cmd ;Set CDROM identify command @@: mov dx,TF_COMMAND ; get to command register sub dx,si out dx,al ;send command newiodelay mov dx, TF_STATUS ;R16 sub dx,si ;R16 ;R04 mov ax,8000h ;check controller idle? ;R16 mov ax,0f050h ;R04 ;R06 start test byte ptr CDROM_Exist_Flag[bp],ch ;Is CDROM? ;R16 jz short @F ;No,jump ;R16 mov ax,8000h ;check controller idle? ;R16 start jnz short @F ;Yes,skip drive ready check mov ax,5050h mov bh,10h call wait_for_port1 jc short detect_other_cmd ;R16 end @@: ;R06 end ;R16 mov dx, TF_STATUS ;R16 sub dx,si ;R06 mov bh,20h ;R16 mov bh,10h ;R06 mov ax,8000h ;R16 xor bh,bh ;R16 call wait_for_port1 ;R07 jc exit_with_error ;If busy then get to common error and exit jc short @F ;R07 ;R17 start mov ax,101h ;check status error bit ;R17A mov bh,8 ;wait for 0.5 second ;R17B mov bh,10h ;R17A wait for 1 second mov bh,8 ;R17B wait for 0.5 second call wait_for_port1 ;check it jc short Send_Cmd_OK ;no error then jump ;R17 end ;R17 in al,dx ;R17 newiodelay ;R17 test al,1 ;Check command have any error? ;R07 jnz exit_with_error ;Yes,skip it ;R07 start ;R17 jz short Send_Cmd_OK @@: detect_other_cmd: ;R16 ;R10C start pop dx push dx test dl,1 ;Is master drive? jnz short @F ;--------------------- reset HDD controller ------------------------ mov dx,DISK_STAT_PORTB sub dx,si mov al,04 ; assert reset out dx,al newiodelay push cx mov cx,21h align 4 loop short $ pop cx xor al,al ; deassert reset out dx,al newiodelay ;---------------------------------------------------------------- @@: ;R10C end or ch,ch jz exit_with_error ;R10A test byte ptr CDROM_Exist_Flag[bp],ch test cl,1 ;R10A ;R07A jz short @F ;R07A not ch ;R07A and byte ptr CDROM_Exist_Flag[bp],ch ;R07A jmp exit_with_error ;R07A@@: jnz exit_with_error ;R07A ;R10A or byte ptr CDROM_Exist_Flag[bp],ch ;R10A start xor cl,1 mov dl,ch not dl and byte ptr CDROM_Exist_Flag[bp],dl ;R10C pop dx ;R10C push dx ;R10C test dl,1 ;Is master drive? ;R10C jnz short Resend_Identify_Cmd ;No,skip reset controller ;R10C;--------------------- reset HDD controller ------------------------ ;R10C mov dx,DISK_STAT_PORTB ;R10C sub dx,si ;R10C mov al,04 ; assert reset ;R10C out dx,al ;R10C newiodelay ;R10C ;R10C push cx ;R10C mov cx,21h ;R10C align 4 ;R10C loop short $ ;R10C pop cx ;R10C ;R10C xor al,al ; deassert reset ;R10C out dx,al ;R10C newiodelay ;R10C;---------------------------------------------------------------- ;R10A end ;R16 jmp short Resend_Identify_Cmd jmp Resend_Identify_Cmd ;R16 Send_Cmd_OK: ;R07 end ;R51 start mov bx,1 ;indicate HDD (ATA device) ;R51A test cl,1 ;check is ATA or ATAPI? ;R51A jnz short @F ;Is ATA then jump test byte ptr CDROM_Exist_Flag[bp],ch;R51A check is ATA or ATAPI? jz short @F ;R51A Is ATA then jump mov bx,2 ;indicate CDROM (ATAPI device) @@: pop cx push cx ;get drive number (80h,81h...) and cl,3 ;isolate useable bits shl cl,2 ;set shift count shl bx,cl ;shift to corespond with IDE_device_item[bp] byte or IDE_device_item[bp],bx ;store to stack ;R51 end mov ax,808h ;wait DRQ mov dx, TF_STATUS sub dx,si mov bh,10h call wait_for_port1 ;R42 jc exit_with_error jc short detect_other_cmd ;R42 push es ;prepare to get information push di mov di,HDD_TEMP_RAM_SEG mov es,di xor di,di push di mov cx,100h mov dx,1f0h sub dx,si cld @@: insw ;get drive information loop @B sub di,200h-27*2 mov cx,20 @@: mov ax,es:[di] xchg al,ah mov es:[di],ax add di,2 loop @B pop di pop si pop ds add dx,7 ;discard any garbage data xor cx,cx @@: in al,dx test al,8 jz short @F loop @B @@: ;R47 -start pop cx ; push cx ;get drive number call Set_IDE_SPecific ;R47 -end mov ax,WORD PTR ES:[DI+0] ;word 0 = General configuration cmp ax,-1 ;signature information je exit_with_error mov WORD PTR DS:[SI.MANUFACTURER],ax mov ax,WORD PTR ES:[DI+1*2] ;word 1 = cylinders ;R37 start mov dh,BYTE PTR ES:[DI+3*2] ;word 3 = heads mov dl,BYTE PTR ES:[DI+6*2] ;word 6 = sectors test byte ptr es:[di+1],80h ;R37A Is ATA device? jnz short @F ;R37A No,skip test byte ptr ES:[DI+49*2+1],2 ;check word 49(LBA) to jz short @F ;confirm word 60-61 is valid? cmp dword ptr ES:[DI+60*2],0 je short @F cmp dword ptr ES:[DI+60*2],0ffffffffh je short @F ;R37E start cmp word ptr ES:[DI+61*2],0ff0h ja short @F ;check total number of Addressable sectors >ff00000h(136.9GB) ;R37E end ;R37F start ifdef Dont_Use_IDE_Word_6061_in_Size cmp word ptr ES:[DI+61*2],0fbh ;word 61 = physical sectors high dword jb short @F ; > 8.4GB (0FB0400H sectors)? endif ;Dont_Use_IDE_Word_6061_in_Size ;R37F end push dx mov al,dh mul dl mov cx,ax mov ax,ES:[DI+60*2] ;word 60 = physical sectors low dword mov dx,ES:[DI+61*2] ;word 61 = physical sectors high dword div cx pop dx @@: ;R37 end mov WORD PTR DS:[SI.CYLS],ax ;R37 mov al,BYTE PTR ES:[DI+3*2] ;word 3 = heads ;R37 cmp al,16 cmp dh,16 ;R37 ja Exit_With_Error ;R37 mov BYTE PTR DS:[SI.HEADS],al ;R37 mov al,BYTE PTR ES:[DI+6*2] ;word 6 = sectors ;R37 mov BYTE PTR DS:[SI.SECTORS],al mov BYTE PTR DS:[SI.HEADS],dh ;R37 store heads mov BYTE PTR DS:[SI.SECTORS],dl ;R37 store sectors mov al,BYTE PTR ES:[DI+47*2] ;word 47 = multiple buffer size mov dx,G_RAM mov ds,dx pop dx push dx push si mov si,offset SECTOR_PER_BLOCK_0 cmp dl,80h ;is drive 0 ? je short @F mov si,offset SECTOR_PER_BLOCK_1 ifdef Support_4_IDE cmp dl,81h ;is drive 1 ? je short @F mov si,offset SECTOR_PER_BLOCK_2 cmp dl,82h ;is drive 2 ? je short @F mov si,offset SECTOR_PER_BLOCK_3 endif ;Support_4_IDE @@: mov [si],al pop si get_block_over: ;R28 start ifndef NO_CDROM_DETECT ;R33CMD_DRQ_TYPE EQU 01100000b ;R33 mov al,es:[di] ;R33 and al,CMD_DRQ_TYPE ;R33 jne short @F ;R33 pop cx ;R33 push cx ;R33 sub cl,80h ;R33 mov al,10h ;R33 shl al,cl ;R33 or byte ptr ds:[ATAPI_Byte],al ;R33@@: ;R34ifdef LS120_SUPPORT ;R31 mov al,es:[di+1] ;R31 and al,1fh ;R31 jnz short Not_floptical_Drive ;R56 call CDROM_Special_Check ;R43 ;R69 far_call , 06000h ;R56 XGROUP mov ax,es:[di] ;R31 and ah,0dfh ;R31 cmp ah,80h ;R31 ;R33 jne short Not_floptical_Drive ;R31 jne Not_floptical_Drive ;;R33 ;R54 start ;; je short Maybe_Floptical ;; test al,80h ;; jnz exit_with_error ;;Maybe_Floptical: ;R54 end test al,80h ;R31 ;R33 jz short Not_floptical_Drive ;R31 jz Not_floptical_Drive ;R33 ;-------------------------------------------------------------------- ;----- Found Floptical drive ;R36 start ifndef LS120_SUPPORT ifndef IOMEGA_ZIP_Support jmp exit_with_error endif ;IOMEGA_ZIP_Support endif ;LS120_SUPPORT ;R36 end ;R55 test byte ptr FLOPPY_TYPE[bp],0f0h ;R33B check drive A exist? ;R55 jz short Assign_ARMD ;R33B ;R55 test byte ptr FLOPPY_TYPE[bp],0fh ;check drive B exist? ;R33 jnz short Not_floptical_Drive ;Yes,ignore ARMD drive ;R55 jnz Not_floptical_Drive ;R33 Assign_ARMD: ;R33B ;R34 start ifdef IOMEGA_ZIP_Support test al,20h pop ax push ax ;R63 jz short Not_IOMEGA_ZIP jz Not_IOMEGA_ZIP ;R63 ;R51 start mov cl,al ;get drive number (80h,81h...) and cl,3 ;isolate useable bits shl cl,2 ;set shift count mov bx,0fff0h ;R51B rol bx,cl ;R51B shift to corespond with IDE_device_item[bp] byte and IDE_device_item[bp],bx ;R51B mask bits mov bx,4 ;indicate ZIP-100 (ref. bsetup.inc) shl bx,cl ;shift to corespond with IDE_device_item[bp] byte or IDE_device_item[bp],bx ;store to stack ;R51 end ;R63 start push ax ;store Ax value test byte ptr es:[di+50*2],00000010b ;test word 50 bit 1 jz short SMCC_Error ;not support floppy mode ;R63B start ifdef ZIP_Floppy_Depand_on_Jumper push ds push cs pop ds ;Source string segment add di,27*2+34 ;ZIP Floppy string offset lea si,ZIP_Floppy_Str mov cx,ZIP_Floppy_Str_Len rep cmpsb ;compare it pop ds jne short SMCC_Error ;Not equate then skip compare jmp short Set_ZIP_Floppy_Flag ZIP_Floppy_Str: db 'Floppy' ZIP_Floppy_Str_Len equ $-offset ZIP_Floppy_Str Set_ZIP_Floppy_Flag: else ;ZIP_Floppy_Depand_on_Jumper ;R63B end push word ptr ds:[ATAPI_byte] ;store ATAPI_byte of G_RAM mov cl,al ;get drive number and cl,3 ;isolate bits or cl,44h ;set drive exist and ZIP flag mov byte ptr ds:[ATAPI_byte],cl ;set to ATAPI_byte for call std_atapi xor dl,dl ;drive letter mov ah,0feh ;set MISC function mov cx,'PO' ;signature mov bx,'ST' ;signature F000_call std_atapi ;call function pop word ptr ds:[ATAPI_byte] ;restore ATAPI_byte jc short SMCC_Error endif ;ZIP_Floppy_Depand_on_Jumper ;R63B pop ax ;get drive number push ax mov cl,al and cl,3 ;isolate bits mov al,1 ;assume drive 0 shl al,cl ;shift to correspond bit lea si,DGROUP:IoMegaZip_Flag ;var shadow offset or al,gs:[si] ;or original value Post_func_call Write_F000_shadow_byte ;write to F000 shadow SMCC_Error: pop ax ;R63 end test byte ptr ds:[ATAPI_byte],4 ;have any ATAPI drive exist? jz short Init_IOMEGA_ZIP ;No,jump init ATAPI_Byte test byte ptr FLOPPY_TYPE[bp],0fh ;check drive B exist? jnz Not_floptical_Drive ;Yes,skip test byte ptr ds:[ATAPI_byte],8 ;check have ZIP emul to B jnz Not_floptical_Drive ;Yes,skip sub al,80h ;get IDE scheme shl al,4 ;shift to ATAPI drive 1 area or al,80h ;indicate ATAPI drive 1 is ZIP-100 or byte ptr ds:[ATAPI_byte],al ;Set to ATAPI_byte add HARDWARE,40h ;increase 40:HARDWARE floppy drive number jmp Not_floptical_Drive Init_IOMEGA_ZIP: sub al,80h ;get IDE scheme or al,44h ;indicate ATAPI drive 0 exist and set to ZIP-100 test byte ptr FLOPPY_TYPE[bp],0f0h ;check drive A exist? jz short @F ;No,jump and set to be drive A test byte ptr FLOPPY_TYPE[bp],0fh ;R55 check drive B exist? jnz Not_floptical_Drive ;R55 Yes,skip or al,8 ;set ATAPI drive 0 is B add HARDWARE,40h ;increase 40:HARDWARE floppy drive number @@: or byte ptr ds:[ATAPI_byte],al ;Set to ATAPI_byte or HARDWARE,1 ;Set 40:HARDWARE floppy drive is available jmp Not_floptical_Drive Not_IOMEGA_ZIP: ;R36 start else ;IOMEGA_ZIP_Support test al,20h jnz exit_with_error ;R36 end endif ;IOMEGA_ZIP_Support ifdef LS120_SUPPORT ;R34 end pop ax push ax ;R51 start mov cl,al ;get drive number (80h,81h...) and cl,3 ;isolate useable bits shl cl,2 ;set shift count mov bx,0fff0h ;R51B rol bx,cl ;R51B shift to corespond with IDE_device_item[bp] byte and IDE_device_item[bp],bx ;R51B mask bits mov bx,3 ;indicate LS120 (ref. bsetup.inc) shl bx,cl ;shift to corespond with IDE_device_item[bp] byte or IDE_device_item[bp],bx ;store to stack ;R51 end sub al,80h ;R55 start test byte ptr FLOPPY_TYPE[bp],0f0h ;check drive A exist? jz short @F ;No,Set flag for LS120 test byte ptr FLOPPY_TYPE[bp],0fh ;check drive B exist? jnz Not_floptical_Drive ;Yes,skip @@: ;R55 end ;R33 start lea si,Floptical0_EMUL_CYL_SEC test byte ptr ds:[ATAPI_Byte],4 jz short ARMD_Not_Exist lea si,Floptical1_EMUL_CYL_SEC and byte ptr ds:[ATAPI_Byte],0cfh shl al,4 or byte ptr ds:[ATAPI_Byte],al jmp short Set_ARMD_Scheme_OK ARMD_Not_Exist: ;R33 end ;R33A or al,4 ;indicate 120MB floptical exist ;R33A and byte ptr ds:[ATAPI_Byte],0f8h ;set drive scheme and byte ptr ds:[ATAPI_Byte],0fch ;R33A or byte ptr ds:[ATAPI_Byte],al Set_ARMD_Scheme_OK: ;R33 or HARDWARE,1 ;R34 and HARDWARE,3fh cmp byte ptr es:[di+4*2],0 ;have any media in drive? jne short Set_Media_Para ;None any media ;R33 mov ds:[Floptical_EMUL_CYL_SEC],0c3e0h ;R33 mov ds:[Floptical_EMUL_HEAD],8 mov word ptr ds:[si],0c3e0h ;R33 mov byte ptr ds:[si+2],8 ;R33 jmp short Set_Para_OK Set_Media_Para: mov ax,es:[di+1*2] ;cylinders(word 1) xchg al,ah shl al,6 or al,es:[di+6*2] ;sectors per track(word 6) ;R33 mov ds:[Floptical_EMUL_CYL_SEC],ax mov word ptr ds:[si],ax ;R33 mov al,es:[di+3*2] ;heads(word 3) ;R33 mov byte ptr ds:[Floptical_EMUL_HEAD],al mov byte ptr ds:[si+2],al ;R33 Set_Para_OK: ;R33 start test byte ptr ds:[ATAPI_Byte],4 jz short @F test byte ptr ds:[ATAPI_Byte],8 jnz short Not_floptical_Drive add HARDWARE,40h ;R34 or byte ptr ds:[ATAPI_Byte],40h jmp short Not_floptical_Drive @@: ;R33 end test byte ptr FLOPPY_TYPE[bp],0f0h ;check drive A exist? jnz short @F ;Yes,assign ARMD is B and byte ptr ds:[ATAPI_Byte],0f7h test byte ptr FLOPPY_TYPE[bp],0fh ;R33B check drive A exist? jz short Set_ARMD_Drive_Exist ;R33B add HARDWARE,40h ;R33B ;R33A jmp short Not_floptical_Drive jmp short Set_ARMD_Drive_Exist ;R33A @@: add HARDWARE,40h or byte ptr ds:[ATAPI_Byte],8 Set_ARMD_Drive_Exist: ;R33A or byte ptr ds:[ATAPI_Byte],4 ;R33A indicate 120MB floptical exist ;R36 start else ;LS120_SUPPORT test al,20h jz exit_with_error ;R36 end endif ;LS120_SUPPORT ;R34 Not_floptical_Drive: ;R34endif ;LS120_SUPPORT endif ;NO_CDROM_DETECT ;R28 end ifdef IDE_MODE_3_SUPPORT mov bx,ES:[DI+53*2] test bl,00000010b ;Words 64-70 are valid? jz short Mode_0_1_2 ;No mov bx,ES:[DI+64*2] ;Get Advanced PIO mode 3-N test bl,11111111b ;Any mode? jz short Mode_0_1_2 ;No mov bh,3 ;From mode 3 mov cx,2 ;Test mode 3,4 Test_Mode: test bl,01h ;Get mode? jnz short Set_IDE_Timing ;Yes shr bl,1 inc bh ;Next mode loop short Test_Mode Mode_0_1_2: mov bx,ES:[DI+51*2] ;Get data transfer timing mode and bh,03h Set_IDE_Timing: pop dx ;Get drive number push dx ;Save Value F000_Call Ct_Set_IDE_Timing endif ;IDE_MODE_3_SUPPORT ;R15 ifdef NEW_IDE_MODE_3 ifdef SET_MODE2_FOR_MAXTOR_7240AV mov ah,2 ;set mode 2 cmp es:[di+3ch],34322037H ;maxtor 7240AV jne short Not_Maxtor_7240AV cmp es:[di+40h],41563020H ;maxtor 7240AV je short Below_Mode3 Not_Maxtor_7240AV: endif; SET_MODE2_FOR_MAXTOR_7240AV mov ah,ES:[DI+51*2+1] ;get mode below 2 test byte ptr ES:[DI+53*2],02H ;advance PIO support ? jz short Below_Mode3 ;no, ;it may be mode 3 or 4 mov al,ES:[DI+64*2] or al,al ;mode 3 and above ? jz short Below_Mode3 mov ah,2 ;assume mode @@: inc ah shr al,1 or al,al jnz short @B Below_Mode3: mov al,dl ;get drive number and al,03H ;valid bits movzx si,al add si,HDD_0_MODE ;Set mode 0 if PIO mode large than 5 cmp ah,05H ;mode 5 jbe short @F xor ah,ah ;set mode 0 @@: mov byte ptr [bp+si],ah ;R15 endif ;NEW_IDE_MODE_3 ;R30 start ifdef Ultra_DMA33_support mov al,dl ;get drive number and al,03H ;valid bits ;R30A start push ax shl al,1 movzx si,al add si,offset cs:Sdma_Item_Off mov si,cs:[si] call F000_GetItem_Value mov cl,al pop ax movzx si,al add si,HDD_0_UltraDMA mov ah,0ffh ;R88 start ifdef Dont_support_UltraDMA_For_all_CDROM push cx mov cx,IDE_device_item[bp] ;get device type test al,2 ;channel 2? jz short @F mov cl,ch ;get channel 2 device to CL @@: test al,1 ;slave? jz short @F ;No,jump shr cl,4 ;load slave type @@: and cl,0fh ;isolate useful bits cmp cl,2 ;Is CDROM device? pop cx je short Ultra_DMA_Exit ;Yes,skip endif ;Dont_support_UltraDMA_For_all_CDROM ;R88 end ;R65 start ;R88 ifdef No_UltraDMA_for_AcerCDROM ;R88 jmp short Scan_AcerCDROM ;R88 AcerCDROM_Model: db 'ATAPI CD-ROM DRIVE 32X MAXIMUM' ;R88 AcerCDROM_Model_Len equ $-offset AcerCDROM_Model ;R88 AcerCDROM_Rev: db '23P2' ;R88 AcerCDROM_Rev_Len equ $-offset AcerCDROM_Rev ;R88 start ifdef No_UltraDMA_for_AcerCDROM Dont_support_UltraDMA_For equ 'ATAPI CD-ROM DRIVE 32X MAXIMUM' Dont_support_UltraDMA_Rev equ '23P2' endif ;No_UltraDMA_for_AcerCDROM ifdef Dont_support_UltraDMA_For jmp short Scan_AcerCDROM AcerCDROM_Model: db Dont_support_UltraDMA_For AcerCDROM_Model_Len equ $-offset AcerCDROM_Model ifdef Dont_support_UltraDMA_Rev AcerCDROM_Rev: db Dont_support_UltraDMA_Rev AcerCDROM_Rev_Len equ $-offset AcerCDROM_Rev endif ;Dont_support_UltraDMA_Rev ;R88 end Scan_AcerCDROM: push ds push si push cx push di push cs pop ds ;Source string segment add di,27*2 ;Model string offset lea si,AcerCDROM_Model mov cx,AcerCDROM_Model_Len rep cmpsb ;compare it jne short Not_AcerCDROM ;Not equate then skip compare ifdef Dont_support_UltraDMA_Rev ;R88 pop di push di add di,23*2 ;Revision string offset lea si,AcerCDROM_Rev mov cx,AcerCDROM_Rev_Len rep cmpsb endif ;Dont_support_UltraDMA_Rev ;R88 Not_AcerCDROM: pop di pop cx pop si pop ds je short Ultra_DMA_Exit ;Revision string is '323P' then skip set Ultra DMA ;R88 endif ;No_UltraDMA_for_AcerCDROM endif ;Dont_support_UltraDMA_For ;R88 ;R65 end or cl,cl jz short Ultra_DMA_Exit ;R30A end ;R30A movzx si,al ;R30A add si,HDD_0_UltraDMA ;R30A mov ah,0ffh ifdef Disable_Ultra_DMA33_When_WD_HardDisk ;R49 - starts cmp Word ptr ES:[DI+10*2], 05744h ;"WD"=5744h jz short Ultra_DMA_Exit endif; Disable_Ultra_DMA33_When_WD_HardDisk ;R49 - ends ifdef Disable_Ultra_DMA33_When_SAMSUNG_WU32543A ;R70 - starts cmp Word ptr ES:[DI+27*2], 04153h ;"SA"=5341h jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+28*2], 0534Dh ;"MS"=4D53h jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+29*2], 04E55h ;"UN"=554Eh jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+30*2], 02047h ;"G "=4720h jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+31*2], 05557h ;"WU"=5755h jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+32*2], 03233h ;"32"=3332h jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+33*2], 03435h ;"54"=3534h jnz short Not_SAMSUNG_WU32543A cmp Word ptr ES:[DI+34*2], 04133h ;"3A"=3341h jnz short Not_SAMSUNG_WU32543A jmp short Ultra_DMA_Exit Not_SAMSUNG_WU32543A: endif; Disable_Ultra_DMA33_When_SAMSUNG_WU32543A ;R70 - ends test byte ptr ES:[DI+53*2],4 ;test word 88 is valid? jz short Ultra_DMA_Exit mov al,ES:[DI+88*2] ;Get Ultra DMA mode value ;R85 test al,1 ;test supported? or al,al ;R85;test supported? jz short Ultra_DMA_Exit ;Not support then skip ;Calculate maximum UltraDMA mode supported by hard drive into AH ; Word 88 [0] = 1 UltraDMA mode 0 supported ; [1] = 1 UltraDMA mode 1 supported ; [2] = 1 UltraDMA mode 2 supported ; ....etc ; Value of AH = 0 Maximum UltraDMA is mode 0 ; 1 Maximum UltraDMA is mode 1 ; 2 Maximum UltraDMA is mode 2 ; 0FFH No UltraDMA mode is support xor cl,cl ;start from bit 0 Ultra_DMA_Loop: shr al,1 ;bit set ? jnc short @F ;no, check next bit mov ah,cl ;get maximum UltraDMA mode @@: inc cl ;next bit to check cmp cl,8 ;total 8 bits jb short Ultra_DMA_Loop Ultra_DMA_Exit: ;R78 start cmp ah,0ffh ;HDD not support ultra DMA mode je short @F ;Yes,skip ifdef UltraDMA_MaxMode ;R84 start if UltraDMA_MaxMode GT 2 ;R86B;R84A start ;R86Bifdef Determine_IDE_80_Cable_by_Drive ;R86B;The word 93(bit 13) of Identify drive parameters to ;R86B;indicate 80 condoctor cable whether connected. ;R86B test byte ptr ES:[DI+93*2+1],00100000b ;test word 93 bit 13 ;R86Belse ;Determine_IDE_80_Cable_by_Drive ;R86B;R84A end pop dx ;Get drive number push dx ;Save Value and dl,3 ;isolate useful bits call Ct_IDE_Interface_Status ;R86Bendif ;Determine_IDE_80_Cable_by_Drive ;R84A endif ;UltraDMA_MaxMode ;R84 end mov al,UltraDMA_MaxMode ;Max. UltraDMA mode support ;R84 start if UltraDMA_MaxMode GT 2 ;R84A start ifdef Determine_IDE_80_Cable_by_Drive ;R86B start ;The word 93(bit 13) of Identify drive parameters to ;indicate 80 condoctor cable whether connected. test byte ptr ES:[DI+93*2+1],00100000b ;test word 93 bit 13 ;R86B end jnz short New_Interface ;skip if connected new interface else ;Determine_IDE_80_Cable_by_Drive ;R84A end jnc short New_Interface ;skip if connected new interface endif ;Determine_IDE_80_Cable_by_Drive ;R84A ;R86 start ;R86B call Ct_IDE_Interface_Status ;R86A test byte ptr IDE_PARM_Flag[bp],IDE_UDMA66_Warn_Msg ;R86B jz short Dont_Set_80_Cable_Flag ;R86A cmp ah,2 ;<= ultra DMA 33? jbe short Dont_Set_80_Cable_Flag pop dx ;get ultra dma flag and drive no. push dx ;balence stack mov dh,IDE_CH1_80_Cable ;channel 1 flag test dl,2 ;test channel jz short Is_Sec_Ch ;jump if secondary channel mov dh,IDE_CH2_80_Cable ;channel 2 flag Is_Sec_Ch: or IDE_PARM_Flag[bp],dh ;set flag Dont_Set_80_Cable_Flag: ;R86 end mov al,2 ;otherwise set to ultra-33 New_Interface: endif ;UltraDMA_MaxMode ;R84 end else ;UltraDMA_MaxMode ;by chipset mov al,2 ;default mode 2 endif ;UltraDMA_MaxMode cmp ah,al ;HDD ultra DMA mode over chipset supported jbe short @F ;No,skip mov ah,al ;Yes,limitation by chipset @@: ;R78 end mov byte ptr [bp+si],ah ;save current UltraDMA mode ;in buffer endif ;Ultra_DMA33_support ;R30 end mov dx,ES:[DI+49*2] shl edx,16 clc jmp short exit_ok exit_with_error: ;R89 stc pop dx ;R07A ;R89 start mov cl,dl ;get drive number (80h,81h...) and cl,3 ;isolate useable bits shl cl,2 ;set shift count mov bx,0fff0h ;R51B rol bx,cl ;R51B shift to corespond with IDE_device_item[bp] byte and IDE_device_item[bp],bx ;R51B mask bits ;R89 end pop CDROM_Exist_Flag[bp] ;R07A stc ;R89 jmp short @F ;R07A exit_ok: pop dx pop cx ;R07A @@: ;R07A pop cx pop bx pop si pop di pop es pop ds ret AUTO_IDE_DETECT ENDP ;R86 start ;[]==================================================================[] ; Procedure Name: Show_80_Cable_Msg ; ;[]==================================================================[] Primary_CH_Msg: db NewLine db 'Primary' IDE_80_Pin_Msg: db ' IDE channel no 80 conductor cable installed',0 db 0 Second_CH_Msg: db NewLine db 'Secondary' STRSHOW <,,,offset IDE_80_Pin_Msg> db 0 Show_80_Cable_Msg: push ds push cs pop ds ;set DS = segment of string test byte ptr IDE_PARM_Flag[bp],IDE_CH1_80_Cable jz short @F lea si,Primary_CH_Msg call F000_DISPLAY_STRING @@: test byte ptr IDE_PARM_Flag[bp],IDE_CH2_80_Cable jz short @F lea si,Second_CH_Msg call F000_DISPLAY_STRING @@: pop ds ret ;R86 end ;R47 -start Set_IDE_SPecific: pusha and cl,03h ;cl is drive number movzx si,cl ;si is offset mov ah,01 shl ah,cl ;get IDE Position or IDE_exist_Flag[bp],ah ;set IDE Exist flag mov ax,WORD PTR ES:[DI+0] ;word 0 = General configuration test ah,80h ;test ATAPI bit jz short @F ;No,skip or byte ptr IDE_0_Specific_FLAG[bp+si],ATAPIDev test al,80h ;test REmovable media @@: jz short @F or byte ptr IDE_0_Specific_FLAG[bp+si],RemoveablMedia @@: test al,40h ;test DRQ jnz short @F test al,20h ;test DRQ jz short @F or byte ptr IDE_0_Specific_FLAG[bp+si],ATAPI_DRQ @@: mov ax,WORD PTR ES:[DI+49*2] ;word 49 = Capability test ah,02 ;test LBA Support jz short @F ;No,skip or byte ptr IDE_0_Specific_FLAG[bp+si],LBAenabl @@: test ah,01 ;test DMA Support jz short NO_Support_DMA ;No,skip or byte ptr IDE_0_Specific_FLAG[bp+si],DMAenabl mov ax,ES:[DI+63*2] ;word 63 = DMA Mode mov ah,02 ;mode 2 test al,04h jnz short @F dec ah ;mode 1 test al,02h jz short NO_Support_DMA ;mode 0 @@: mov IDE_0_DMA_Mode[bp+si],ah ;save DMA mode NO_Support_DMA: popa ret ;R47 - end ;R56 ;R43 start ;R56 ;[]======================================================================[] ;R56 ; Check CD_ROM Model ;R56 ; CDU511 (SONY X16) ;R56 ; yes => Special_CDROM_Bit = 1 ;R56 ;[]======================================================================[] ;R56 Special_CDROM_Drive db 'CD-ROM CDU511 ' ;R56 Special_CDROM_Drive1 db 'CD-ROM CDU571 ' ;Ryyy ;R56 Special_CDROM_Len equ 40 ;R56 ;R56 CDROM_Special_Check: ;R56 pusha ;R56 push ds ;R56 push es ;R56 ;R43A mov di,27*2 ;R56 push cs ;R56 pop ds ;R56 ;R43A Found_Loop: ;R56 ;R43A lea si,Special_CDROM_Drive ;R56 ;R43A mov cx,Special_CDROM_Len ;R56 ;R43A rep cmpsb ;R56 ;R43A jz short Found_It ;R56 ;R43A cmp di,27*2+Special_CDROM_Len ;R56 ;R43A jbe short Found_Loop ;R56 ;R43A - start ;R56 mov di,27*2 ;R56 lea si,Special_CDROM_Drive ;R56 call Compare_Serial_Number ;compare SONY 'CDU511' ;R56 je short Found_It ;R56 ;R56 mov di,27*2 ;R56 lea si,Special_CDROM_Drive1 ;R56 call Compare_Serial_Number ;compare SONY 'CDU571' ;R56 je short Found_It ;R56 ;R43A - end ;R56 jmp short Not_CDU511 ;R56 Found_It: ;R56 mov ax,G_RAm ;R56 mov ds,ax ;R56 assume ds:G_RAM ;R56 ;R56 mov al,Special_CDROM_Bit ;Set bit=1 ;R56 or G_RAM:[CDROM_ALLOCATE],al ;R56 Not_CDU511: ;R56 pop es ;R56 pop ds ;R56 popa ;R56 ret ;R56 ;R43A - start ;R56 Compare_Serial_Number: ;R56 mov cx,Special_CDROM_Len ;R56 cld ;R56 repe cmpsb ;R56 ret ;R56 ;R43A - end ;R56 ;R56 ;R43 end ;[]==================================================================[] ;input : DX = HDD type item offset ; SI = HDD type loc. ; DI = HDD params loc. ;output : AX = 11bh is to be press ESC key ; else another key or not press ;[]==================================================================[] Public Auto_IDE_Detect_X Auto_IDE_Detect_X Proc Near ; auto-detect C IDE drive parameters, then save it as TYPE 49 push es ; save regs pusha push di push si ;----------------------------------------------------------- mov di,dx mov dh,0F0h ;DH to update CMOS12 mov dl,80h ;detect drive C mov word ptr IDE_MFGR[bp],0 ;assume no IDE detected cmp di,offset HDDC_ITEM je short @F mov word ptr IDE_MFGR[bp+2],0 ;assume no IDE detected shr dh,4 inc dl ;detect drive D ifdef Support_4_IDE cmp di,offset HDDD_ITEM je short @F inc dl ;detect drive E xor dh,dh ;DH to update CMOS12 cmp di,offset HDDE_ITEM je short @F inc dl ;detect drive F endif ;Support_4_IDE @@: ;----------------------------------------------------------------- push ss pop es mov di,bp add di,IDE_PARM ;make es:di point to 16 bytes buffer push dx call Auto_IDE_Detect ;perform IDE auto-detection pop dx jnc short IDE_Drive_Exist Skip_Detect: ;----------------------------------------------------------------- ;----------------------------------------------------------------- ifdef Show_IDE_Changed_Message ;R71 call Set_ATAPI_Drive ;R71 endif ;Show_IDE_Changed_Message ;R71 pop si ;HDD type loc -> SI pop di ;PARAMS loc. -> DI not dh and byte ptr FIXED_TYPE[bp],dh xor dx,dx mov byte ptr [bp+si],dl ;TYPE mov word ptr [bp+di+0],dx ;CYLINDER mov word ptr [bp+di+2],dx ;HEADS mov word ptr [bp+di+3],dx ;PRECOMP mov byte ptr [bp+di+5],dl ;LANDING mov byte ptr [bp+di+7],dl ;SECTORS shl eax,16 stc jmp short adc_exit ;----------------------------------------------------------------- IDE_Drive_Exist: or byte ptr FIXED_TYPE[bp],dh pop si ;HDD type loc. -> SI mov byte ptr [bp+si],48 ; type to 46, SETUP ; will update it to a ; apropriate value mov ax,word ptr es:[di].MANUFACTURER or ax,ax ;check IDE MANUFACTURER code 0 returned jnz short adc_1 ;skip if not dec ax ;else use 0FFFFh for IDE MANUFACTURER code of 0 adc_1: pop si ;PARAMS loc. -> SI mov word ptr IDE_MFGR[bp],ax mov ax,word ptr es:[di].CYLS ;set cylinder mov word ptr [bp+si+0],ax dec ax ;set landing zone as cyls-1 mov word ptr [bp+si+5],ax mov word ptr [bp+si+3],-1 ;set no precomp mov al,byte ptr es:[di].HEADS ;set head mov byte ptr [bp+si+2],al mov al,byte ptr es:[di].SECTORS ;set sector mov byte ptr [bp+si+7],al clc adc_exit: popa ; restore regs pop es pushf shr edx,16 shr eax,16 popf ret Auto_IDE_Detect_X ENDP ;R71 - start ifdef Show_IDE_Changed_Message Set_ATAPI_Drive Proc Near pusha push ds and dx,0fh ;get drive number mov cx,dx mov al,CDROM_Exist_Flag[bp] ;ATAPI drive flag shr al,cl ;get right bit test al,01 ;ATAPI device ? jz short Is_ATA_Device ;no mov di,HDD_TEMP_RAM_SEG mov ds,di ;data get by Identify command ;Build checksum for Word 27 to 67 mov di,27*2 xor ax,ax mov cx,40 ;total 40 words @@: add ax,word ptr [di] ;add word data inc di ;next word loop short @B mov byte ptr [bp+si+2],al ;set checksum low byte to CMOS(head) mov al,ah mov byte ptr [bp+si+7],al ;set checksum high byte to CMOS(sector) clc pop ds popa ret Is_ATA_Device: stc pop ds popa ret Set_ATAPI_Drive ENDP endif; Show_IDE_Changed_Message ;R71 - end IFDEF IDE_DETECT_RESET WAIT_HD_NOT_BUSY PROC NEAR mov dx,DISK_STAT_PORT ; SEE IF COMBO CARD IS 'BUSY' mov ax,8000h ; wait for top bit to equal zero. mov bh,DGROUP:[Wait_HDU_Ctlr_Busy_Hi] mov cx,DGROUP:[Wait_HDU_Ctlr_Busy_Lo] call F000_Wait_For_Port ret WAIT_HD_NOT_BUSY ENDP RESET_HD_CONTROLLER PROC NEAR pusha mov dx,DISK_STAT_PORTB mov al,04 ; assert reset newiodelay out dx,al xor bx,bx ifdef NO_WAIT_REFRESH_DELAY mov cx,8000h Io_Wait: NEWIODELAY loop short Io_Wait else; NO_WAIT_REFRESH_DELAY mov cx,3000 ; 90 msec ;R57 F000_call Wait_Refresh call F000_Wait_Refresh ;R57 endif; NO_WAIT_REFRESH_DELAY mov al,0 ; deassert reset out dx,al newiodelay xor bx,bx mov cx,256 ; wait for 6.7 milliseconds ;R57 F000_call Wait_Refresh call F000_Wait_Refresh ;R57 popa ; restore regs ret RESET_HD_CONTROLLER ENDP PUBLIC RESET_RECAL_HD RESET_RECAL_HD PROC FAR pusha push es mov dx,1f2h ; trigger any PM trap in al,dx ; that may be set call Reset_Hd_Controller xor bx,bx mov cx,3000 ; 90 msec. ;R57 F000_call Wait_Refresh call F000_Wait_Refresh ;R57 mov dx,1f7h mov al,10h ; recal command out dx,al ; issue command xor bx,bx mov cx,3000 ; 90 msec. ;R57 F000_call Wait_Refresh call F000_Wait_Refresh ;R57 pop es popa ret RESET_RECAL_HD ENDP ENDIF ;IDE_DETECT_RESET ;[]==========================================================[] ;Name : Wait_For_Port1 ; ;Function : Wait for a pattern from port DX within a given ; time period ; ;Input : AH = Mask for isolation bits. ; AL = pattern to look for. ; DX = Port to test for ; BH = wait time (unit = 1/18.2 second, 0 is 256 units = 14 seconds) ; ;Output : AH = 0 if got pattern. ; 80h if timeout. ; AL = Last read of port. ; DX preserved ; BX preserved. ; ;Note : 1. if ESC is pressed, the wait loop will ; immediately ends! ; ; 2. Maximum BH is 0(=256) ;[]==========================================================[] Auto_Detect_Time EQU 252 Wait_For_Port1 Proc Near push ds push bx push cx ;R07 sti mov cx,G_RAM mov ds,cx xchg bx,ax ;bx = pattern, ah = no. of 2 sec ifdef IDE_TIME_OUT_SETUP push si ;Get time out value for IDE auto-detection and put it into temporary location mov si,offset IdeTime_Out_Item call F000_GetItem_Value inc al shl al,1 mov cl,20 mul cl pop si mov MOTOR_OFF_WAIT,al else; IDE_TIME_OUT_SETUP mov MOTOR_OFF_WAIT,Auto_Detect_Time or ah,ah jz short @F mov MOTOR_OFF_WAIT,ah @@: endif; IDE_TIME_OUT_SETUP push word ptr [MOTOR_OFF_WAIT] xor ah,ah Next_: in al,dx newiodelay cmp al,0ffh je short @F push ax and al,bh cmp al,bl pop ax clc je short Got_Pattern call chk_esc_key jc short Got_Pattern align 4 newiodelay cmp MOTOR_OFF_WAIT,0 jne short Next_ @@: stc ;Time_Over Got_Pattern: pop bx pushf cmp byte ptr IDE_Detect_Counter[bp],1 jbe short @F sub bl,motor_off_wait sub byte ptr IDE_Detect_Counter[bp],bl inc byte ptr IDE_Detect_Counter[bp] jnc short @F mov byte ptr IDE_Detect_Counter[bp],1 @@: popf pop cx ;R07 pop bx pop ds ret Wait_For_Port1 Endp ;[]==========================================================[] ;Name : Chk_ESC_Key ;Function : if ESC pressed, set time out ; i.e. G_RAM:[MOTOR_OFF_WAIT]=0 ;Input : DS = G_RAM ;Output : None ;[]==========================================================[] Chk_ESC_Key: mov ah,01h int 16h jz short @F mov ah,10h ; get the key int 16h cmp ax,IDE_Detect_Skip_Key[bp] jne short @F stc ret @@: clc ret ifdef AUTO_CFG_IO ;[]==================================================================[] ;Name : AUTO_CFG_IDE_PORT ;Function : Detect any IDE port for add onboard IDE port on dummy space ; ;Input : None ;Output : None ;[]==================================================================[] ifndef IDE_ALWAYS_DISABLE Primary_IDE_data_port equ 1f2h Secondary_IDE_data_port equ 172h endif; IDE_ALWAYS_DISABLE public AUTO_CFG_IDE_PORT AUTO_CFG_IDE_PORT proc near pusha ifndef IDE_ALWAYS_DISABLE ;; Disable onboard IDE port mov si,offset AUTO_IO_Item call F000_GetItem_Value test al,al jz AUTO_CFG_IDE_PORT_EXIT ; JMP If not AUTO xor al,al F000_call IO_CHIP_FUNC_DISABLE xor bl,bl mov dx,Primary_IDE_data_port mov ax,5A5Ah out dx,al IODELAY IODELAY in al,dx IODELAY cmp al,ah jne short detect_sec_port or bl,1 detect_sec_port: mov dx,Primary_IDE_data_port mov ax,5A5Ah out dx,al IODELAY IODELAY in al,dx IODELAY cmp al,ah pop dx jne short @f or bl,2 @@: F000_call AUTO_CFG_IO_IDE AUTO_CFG_IDE_PORT_EXIT: else; IDE_ALWAYS_DISABLE ;; Disable OnBorad IDE port xor al,al F000_call IO_CHIP_FUNC_DISABLE endif; IDE_ALWAYS_DISABLE popa ret AUTO_CFG_IDE_PORT endp endif; AUTO_CFG_IO ifdef NEW_IDE_MODE_3 ;[]==================================================================[] ;Set PIO mode for mode 3 and above ;Note : this routine should be called , otherwise WD2540 mode 3 can not boot ;Input : ;byte ptr HDD_0_MODE[bp] = drive C mode 0-mode 0, 1-mode1 ,etc ; ;byte ptr HDD_1_MODE[bp] = drive D mode ; ;byte ptr HDD_2_MODE[bp] = drive E mode ; ;byte ptr HDD_3_MODE[bp] = drive F mode ;Output : none ;[]==================================================================[] Set_PIO_Mode proc near pusha xor si,si ;start from drive 0 Next_Pio_Mode: ;R18 start ;R18A mov cx,si ;R18A mov al,1 ;R18A shl al,cl ;R18A test byte ptr CDROM_Exist_Flag[bp],al ;R30 jnz short Not_Mode3_Above ;R18A jnz Not_Mode3_Above ;R30 ;R18 end ;R18A cmp byte ptr HDD_0_MODE[bp+si],3 ;R18A jb short Not_Mode3_Above xor cx,cx ;R64 ;time-out loop mov dx,1f7h cmp si, 1 ;drive 0 & 1 ? jbe short @F mov dl,77h ;for drive 2 & 3 ;R64 xor cx,cx ;time-out loop align 4 ;R24 @@: in al, dx newiodelay test al, 80h jz short Ready loop short @B ;time out ? ;R64 jmp short Not_Mode3_Above Ready: dec dx ;dx = 1f6h or 176h ;select drive mov al,0a0h ;for drive 0 & 2 test si, 1 jz short @F mov al, 0b0h ;for drive 1 & 3 align 4 ;R24 @@: out dx,al ;R24 start newiodelay inc dl ;R64 xor cx,cx ;time-out loop ;R64 align 4 ;R64@@: ;R64 in al, dx ;R64 newiodelay ;R64 test al, 80h ;R64 jz short @F ;R64 loop short @B ;time out ? ;R64 jmp short Not_Mode3_Above ;R64@@: ;R64 sub dx,6 ;R64 - start xor bh,bh mov cx,33333/2 ; 0.5 second time out mov ax,8000h ; check for bit 7 = 0 call F000_Wait_For_Port ; wait for not busy or ah,ah ;set zero flag => time? ;R82 jnz short Not_Mode3_Above jnz Not_Mode3_Above ;R82 sub dl,6 ;R64 - end ;R24 end ;R24 sub dx, 5 mov al,03h ;Set transfer mode out dx,al newiodelay ;R24 inc dx ;R18A start mov cx,si mov al,1 shl al,cl ifdef Have_CDROM_PIOMode_Item ;R72 - starts pushad mov si, offset CDROM_PIOMode_Item call F000_Getitem_Value or al,al popad jz short Set_CDROM_PIOMode_ endif; Have_CDROM_PIOMode_Item ;R72 - ends test byte ptr CDROM_Exist_Flag[bp],al jnz short Not_PIO_Mode3_Above Set_CDROM_PIOMode_: ;R72 cmp byte ptr HDD_0_MODE[bp+si],3 jb short Not_PIO_Mode3_Above ;R18A end mov al, 08h ;PIO mode add al, HDD_0_MODE[bp+si] ;set mode out dx, al ;set PIO mode, mode 0 = 1000B newiodelay ;R24 ; 1 = 1001B ; 2 = 1010B ; 3 = 1011B ; 4 = 1100B ;R64 add dx,5 add dl,5 ;R64 mov al,0efh ;set feature command out dx,al ;R24 start newiodelay ;Wait for drive receiving command xor cx,cx @@: newiodelay newiodelay loop @B sub dl,5 ;R18A Not_PIO_Mode3_Above: ;R18A ;R24 end xor bl,bl ;R82 assume none DMA mode ;R30 start ifdef Ultra_DMA33_support mov al,HDD_0_UltraDMA[bp+si] ;set ultra DMA cmp al,0ffh ;not support? ;R82 je short Not_Mode3_Above ;Yes,jump next drive je short No_IDE_UDMA_MODE ;R82 Yes,jump next drive ;R18A sub dl,5 or al,40h ;Ultra DMA mode 0=40H out dx,al ; mode 1=41H newiodelay ; mode 2=42H add dl,5 mov al,0efh ;set feature command out dx,al newiodelay ;Wait for drive receiving command xor cx,cx @@: newiodelay newiodelay loop @B or bl,1 ;R82 set DMA mode flag No_IDE_UDMA_MODE: ;R82 ;R82;R75 - start ;R82ifdef Set_DMA_Capable_Status ;R82 call Set_DMA_Capable ;R82endif; Set_DMA_Capable_Status ;R82;R75 - end endif ;Ultra_DMA33_support ;R30 end ;R82 start ifdef IDE_DMA_Transfer mov al,IDE_0_DMA_MODE[bp+si] ;set ultra DMA cmp al,0ffh ;No DMA support je short No_IDE_DMA_MODE or al,20h ;enable multi-word DMA out dx,al ;send to sector counter newiodelay add dl,5 ;dx=1X7h mov al,0efh ;set feature command out dx,al ;send out newiodelay xor cx,cx @@: newiodelay newiodelay loop @B ;; support word DMA --- or bl,1 ;set DMA mode flag No_IDE_DMA_MODE: or bl,bl ;have any DMA support? jz short No_DMA_Support ;No,skip push si mov cx,si ;save drive no. to CL call Ct_Get_OnboardIDE_Status jz short Set_DMA_flag_end ;Yes,skip mov si,offset IDE_DMA_Item call F000_GetItem_Value or al,al ;Disable? jz short Set_DMA_flag_end ;Yes,skip mov si,offset DGROUP:IDE_DMA_Flag ;get offset mov al,fs:[si] ;get original flag value mov ch,1 ;set drive 0 flag shl ch,cl ;shift to correspond bit or al,ch ;set to correct value call Write_F000_shadow_byte ;write to F000 shadow call Ct_Get_BMIBA ;get Bus Master Interface Base Address mov si,offset DGROUP:IDE_DMA_BMIBA ;get offset call Write_F000_shadow_word ;write to F000 shadow Set_DMA_flag_end: pop si endif ;IDE_DMA_Transfer ifdef Set_DMA_Capable_Status call Set_DMA_Capable endif; Set_DMA_Capable_Status No_DMA_Support: ;R82 end Not_Mode3_Above: inc si ;next drive ;R74A - start ifdef No_Support_4_IDE cmp si,2 else ;No_Support_4_IDE cmp si,4 endif ;No_Support_4_IDE ;R74A - end ;R74A cmp si,4 ;R30 jb short Next_Pio_Mode jb Next_Pio_Mode ;R30 popa ret Set_PIO_Mode endp endif; NEW_IDE_MODE_3 ;[]==================================================================[] ; ; Procedure Name: AUTO_CDROM_DETECT ; ; ; Input: ; DS = G_RAM ; ; Output: ; ; IF ERROR : CARRY SET ; G_RAM:[CDROM_ALLOCATE] = 0 - None CDROM ; ; IF SUCCESS : CARRY CLEAR ; G_RAM:[CDROM_ALLOCATE] ; bit 0-1 = 0 - CDROM at Primary Master ; 1 - CDROM at Primary Slave ; 2 - CDROM at Secondany Master ; 3 - CDROM at Secondany Slave ; bit 2-3 = 0 - None CDROM ; 1 - Emulate A drive ; 2 - Emulate C drive ; ; [Note]: ; ;[]==================================================================[] PUBLIC AUTO_CDROM_DETECT AUTO_CDROM_DETECT PROC NEAR push es mov dx,G_RAM mov ds,dx assume ds:G_RAM mov byte ptr G_RAM:[CDROM_EMUL_HEAD],0 ;Assume Drive 0 ;R02 mov byte ptr CDROM_Exist_Flag[bp],0 ;R07 or byte ptr CDROM_Exist_Flag[bp],0fh ;R06 mov word ptr IDE_Detect_Skip_Key[bp],0 ;R07 CDROM_detect_loop: ;R07 start mov cl,G_RAM:[CDROM_EMUL_HEAD] mov al,1 shl al,cl ;R07B test byte ptr CDROM_Exist_Flag[bp],al test byte ptr Post_Temp_Byte[bp],al ;R07B jnz short Next_Drive mov ch,cl xor cl,cl @@: cmp cl,G_RAM:[NumHDSKS] jae short @F mov ah,G_RAM:[HDD_Drive_Port] shr ah,cl shr ah,cl and ah,3 cmp ah,ch ;Exist HDD drive? je short Next_Drive ;Yes,Skip CDROM detect inc cl jmp short @B @@: or byte ptr CDROM_Exist_Flag[bp],al ;R07 end jmp short ADC_OK ;R06 ;R06 mov dx,1f7h ;select Primary channel ;R06ifdef Support_4_IDE ;R06 cmp byte ptr G_RAM:[CDROM_EMUL_HEAD],2 ;R06 jb short Is_Primary ;R06 sub dl,80h ;R06Is_Primary: ;R06endif ;Support_4_IDE ;R06 xor cx,cx ;R06@@: ;R06 in al,dx ;R06 newiodelay ;R06 test al,80h ;R06 jz short @F ;R06 loop @B ;R06@@: ;R06 dec dl ;R06 mov al,DRIVE_0 ; 0a0h for drive 0, 0b0h for drive 1 ;R06 test byte ptr G_RAM:[CDROM_EMUL_HEAD],1 ;R06 jz short @F ;R06 mov al,DRIVE_1 ;R06@@: ;R06 out dx,al ; output to drive controller ;R06 newiodelay ;R06;----- clear return value before reset CDROM ----- ;R06 xor al,al ;R06 dec dl ;R06 out dx,al ;Out 1X5h = 0 ;R06 dec dl ;R06 out dx,al ;Out 1X4h = 0 ;R06 add dl,3 ;make DX = 1X7h ;R06;------------------------------------------------- ;R06 ;R06 in al,dx ;R06 newiodelay ;R06 test al,20h ;write fault? ;R06 jnz short Next_Drive ;R06 mov di,3 ;Resend Reset Command count ;R06Resend_RST_CMD: ;R06 mov ax,8000h ; check for bit 7 = 0 ;R06 xor bh,bh ;R06 call Wait_for_Port1 ; wait for not busy ;R06 jc short Next_Drive ;R06 ;R06 mov al,ATAPI_Soft_Reset ;ATAPI soft reset ;R06 out dx,al ;R06 newiodelay ;R06 ;R06 mov ax,8000h ; check for bit 7 = 0 ;R06 xor bh,bh ;R06 call Wait_for_Port1 ; wait for not busy ;R06 jc short Next_Drive ;R06 ;R06 in al,dx ;R06 sub dl,2 ;DX = 1X5h ;R06 test al,1 ;R06 jnz short Next_Drive ;R06 xor cx,cx ;R06@@: ;R06 in al,dx ;R06 newiodelay ;R06 cmp al,0ebh ;R06 je short @F ;R06 loop @B ;R06 dec di ;R06 jz short Next_Drive ;R06 add dx,2 ;R06 jmp short Resend_RST_CMD ;R06@@: ;R06 ;R06 dec dl ;DX = 1X4h ;R06 in al,dx ;R06 newiodelay ;R06 cmp al,14h ;R06 je short ADC_OK Next_Drive: ifdef Support_4_IDE cmp byte ptr G_RAM:[CDROM_EMUL_HEAD],3 else ;Support_4_IDE cmp byte ptr G_RAM:[CDROM_EMUL_HEAD],1 endif ;Support_4_IDE ;R01 jae short ADC_Ret jae ADC_Ret ;R01 inc byte ptr G_RAM:[CDROM_EMUL_HEAD] jmp CDROM_detect_loop ADC_OK: ;R06 mov cl,G_RAM:[CDROM_EMUL_HEAD] ;R06 mov al,1 ;R06 shl al,cl ;R06 or byte ptr CDROM_Exist_Flag[bp],al ;R06 xor cx,cx ;R06@@: ;R06 newiodelay ;R06 loop @B mov dl,G_RAM:[CDROM_EMUL_HEAD] ;R06 mov G_RAM:[CDROM_ALLOCATE],dl ;R06 mov byte ptr G_RAM:[CDROM_EMUL_HEAD],0 ;Default Emulate Drive C and dl,3 add dl,80h push ss pop es mov di,bp add di,IDE_PARM ;make es:di point to 16 bytes buffer mov word ptr IDE_Detect_Skip_Key[bp],0 call Auto_IDE_Detect ;R06 mov al,G_RAM:[CDROM_ALLOCATE] ;R06 mov G_RAM:[CDROM_EMUL_HEAD],al ;R06 mov byte ptr G_RAM:[CDROM_ALLOCATE],0 ;R06 jc short Next_Drive jc short CDROM_Detect_Err ;R06 mov ax,HDD_TEMP_RAM_SEG mov es,ax ifdef Support_CDROM_IORDY IORDY_Support EQU 00001000b test byte ptr es:[49*2+1],IORDY_Support jz short @F mov al,G_RAM:[CDROM_EMUL_HEAD] and al,3 F000_call Enable_chipset_IORDY @@: endif ;Support_CDROM_IORDY mov ax,es:[0] Protocol_Type EQU 1100000000000000b Device_Type EQU 0001111100000000b CMD_PKT_Size EQU 0000000000000011b ATAPI_Type EQU 1000000000000000b CDROM_Type EQU 0000010100000000b CPS_12_Byte EQU 0000000000000000b ;R28 and ax,(Protocol_Type+Device_Type+CMD_PKT_Size) ;R28 cmp ax,(ATAPI_Type+CDROM_Type+CPS_12_Byte) and ax,(Protocol_Type+CMD_PKT_Size) ;R28 cmp ax,(ATAPI_Type+CPS_12_Byte) ;R28 ;R07 je short Next_Drive ;R07 start jne short CDROM_Detect_Err push ds push cs pop ds lea si,Found_CDROM_Str ;R28 start ifdef LS120_SUPPORT mov ax,es:[0] and ax,Device_Type cmp ax,CDROM_Type je short @F lea si,Found_ATAPI_Str @@: endif ;LS120_SUPPORT ;R28 end ifdef Quiet_POST_Support ;R61 call Ck_Quiet_Post ;R61 jnc short _JAAddd ;R61 endif ;Quiet_POST_Support ;R61 call F000_DISPLAY_STRING _JAAddd: ;R61 push es pop ds mov si,27*2 push word ptr [si+40] push si ;Skip blank characters to display add si,40 @@: mov byte ptr [si],0 ;mark end of string dec si ;previous character cmp byte ptr [si],' ' ;space ? je short @B pop si push si ifdef Quiet_POST_Support ;R61 call Ck_Quiet_Post ;R61 jnc short _JwAddd ;R61 endif ;Quiet_POST_Support ;R61 call F000_DISPLAY_STRING _JwAddd: ;R61 pop si pop word ptr [si+40] pop ds jmp Next_Drive ;R07 end CDROM_Detect_Err: ;R06 mov cl,G_RAM:[CDROM_EMUL_HEAD] mov al,0feh ;R06 shl al,cl rol al,cl ;R06 and byte ptr CDROM_Exist_Flag[bp],al ;R01 jmp short Next_Drive jmp Next_Drive ;R01 ADC_Ret: ;R22A stc ;R22A mov G_RAM:[CDROM_EMUL_HEAD],0 ;R08 ;R22A test byte ptr CDROM_Exist_Flag[bp],0fh ;R22A jz short No_any_CDROM ;R22A mov al,CDROM_Exist_Flag[bp] ;R22A xor ah,ah ;R22A@@: ;R22A shr al,1 ;R22A jc short @F ;R22A inc ah ;R22A jmp short @B ;R22A@@: ;R22A mov G_RAM:[CDROM_EMUL_HEAD],ah ;R22A add byte ptr G_RAM:[CDROM_EMUL_HEAD],8 ;Default Emulate Drive C ifdef CD_ROM ;R03 cmp byte ptr NumHDSKS,0 ;R03 jne short @F ;R03 call Reset_INT13 ;R03@@: endif ;CD_ROM clc No_any_CDROM: pop es ret AUTO_CDROM_DETECT ENDP ;R23 public Reset_INT13 ;R23Reset_INT13: ;R23 mov ax,seg_0 ;R23 mov es,ax ;R23 assume es:seg_0 ;R23 cli ;R23 mov ax,word ptr seg_0:int13 ;R23 cmp ax,offset dgroup:hrdskio ;R23 je short Already_Reset_Int13 ;R23 mov word ptr seg_0:int40,ax ;R23 mov ax,word ptr seg_0:int13+2 ;R23 mov word ptr seg_0:int40+2,ax ;R23 ;R23;R21 mov ax,offset dgroup:int_hdisk ;R23;R21 mov word ptr seg_0:hd_int,ax ;R23;R21 mov word ptr seg_0:hd_int+2,0f000h ;R23 ;R23 mov ax,offset dgroup:hrdskio ;R23 mov word ptr seg_0:int13,ax ;R23 mov word ptr seg_0:int13+2,0f000h ;R23 ifdef Support_4_IDE ;R23 cmp byte ptr CMOS_HDDE[bp],0 ;R23 je short @F ;R23 mov bx,offset HDDE_ITEM ;R23 call F000_Get_HDD_CMOS_Info ;R23 cmp word ptr [bp+di+0],0 ;CYLINDER ;R23 je short @F ;R23 mov ax,offset dgroup:int_hdisk1 ;R23 mov word ptr seg_0:int77,ax ;IRQ15 offset ;R23 mov word ptr seg_0:int77+2,0f000h ;IRQ15 segment ;R23@@: ;R23 endif ;Support_4_IDE ;R23Already_Reset_Int13: ;R23 sti ;R23 ret ;[]==================================================================[] ; Reset HDD controller all channel ;[]==================================================================[] public Reset_HDD_controller Reset_HDD_controller: ; assert reset signal to hard disk (solve DTC EISA ESDI problem) pusha mov dx,DISK_STAT_PORTB mov al,04 ; assert reset out dx,al newiodelay ifdef Support_4_IDE sub dx,80h out dx,al newiodelay endif ;Support_4_IDE mov cx,21h align 4 loop short $ xor al,al ; deassert reset out dx,al newiodelay ifdef Support_4_IDE add dx,80h out dx,al newiodelay endif ;Support_4_IDE popa ret ;[]==================================================================[] ; Fill INT41h and INT46h vector address ;[]==================================================================[] Fill_Drv_Vector: xor cl,cl Fill_DrvVector_Loop: cmp byte ptr NumHDSKS,cl jbe short FD_end mov ax,0f000h shl eax,16 lea ax,DGROUP:DRV0 mov bl,byte ptr HDD_Drive_Port shr bl,cl shr bl,cl and bx,3 shl bx,4 add ax,bx lea bx,seg_0:Dr0Vector or cl,cl jz short @F lea bx,seg_0:Dr1Vector @@: mov seg_0:[bx],eax inc cl cmp cl,2 jb short Fill_DrvVector_Loop FD_end: ret ;R25 start Write_IDE_Drive_Max_Num: cli ;R26 F000_call F000_Shadow_W ;enable F000 shadow writeable mov al,ds:NUMHDSKS add al,80h mov gs:[IDE_Drive_Max_Num],al lea bx,dgroup:Int13_original_address+2 ;R25A mov word ptr gs:[bx],0ffffh ;R25A F000_call F000_Shadow_R sti ;R26 ret ;R25 end ;R57 start F000_Wait_Refresh: F000_call Wait_Refresh ret ;R57 end ECODE ENDS ;R69;R56 - start ;R69 ;R69XGROUP GROUP XCODE ;R69XCODE SEGMENT USE16 PARA PUBLIC 'XCODE' ;R69 ASSUME CS:XGROUP,ES:XGROUP ;R69 ;R69;[]======================================================================[] ;R69; Check CD_ROM Model ;R69; CDU511 (SONY X16) ;R69; yes => Special_CDROM_Bit = 1 ;R69;[]======================================================================[] ;R69 ;R69;R68 Special_CDROM_Drive db 'CD-ROM CDU511 ' ;R69;R68 Special_CDROM_Drive1 db 'CD-ROM CDU571 ' ;R69;R68 Special_CDROM_Drive2 db 'Pioneer CD-ROM ATAPI Model DR-A24X 0102' ;R69;R68 ;R56A - start ;R69;R68 ifdef CDROM_UJDA110 ;R69;R68 Special_CDROM_Drive3 db 'UJDA110 ' ;R69;R68 endif; CDROM_UJDA110 ;R69;R68 ;R56A - end ;R69 ;R69;R68 - start ;R69Special_CDROM_Drive_TAB: ;R69 dw 0a005h ;retry loop = a000h ,delay 5 unit ;R69 db 'CD-ROM CDU511 ' ;R69 ;R69 dw 0a005h ;retry loop = a000h ,delay 5 unit ;R69 db 'CD-ROM CDU571 ' ;R69 ;R69 dw 02000h ;retry loop = 2000h ,delay 0 unit ;R69 db 'Pioneer CD-ROM ATAPI Model DR-A24X 0102' ;R69ifdef CDROM_UJDA110 ;R69 dw 0101h ;retry loop = 100h ,delay 1 unit ;R69 db 'UJDA110 ' ;R69endif; CDROM_UJDA110 ;R69 dw 03000h ;retry loop = 3000h ,delay 0 unit ;R69 db 'CD-ROM CDU711 ' ;R69 ;R69 dw 0h ;End of Table ;R69;R68 - end ;R69 ;R69Special_CDROM_Len equ 40 ;R69 ;R69CDROM_Special_Check proc far ;R69 pusha ;R69 push ds ;R69 push es ;R69 push cs ;R69 pop ds ;R69 mov di,27*2 ;R69;R68 - start ;R69 lea si,Special_CDROM_Drive_TAB ;R69Special_CDROM_Loop: ;R69 mov ax,[si] ;delay time & retry loop ;R69 or ax,ax ;end of Table ;R69 jz short Not_Special_CDROM ;R69 add si,2 ;index to serinal number ;R69 push di ;save identfiy offset ;R69 call Compare_Serial_Number ;compare serinal number ;R69 pop di ;R69 je short Found_It ;R69 jmp short Special_CDROM_Loop ;R69;R68 - end ;R69;R68 mov ax,0a005h ;delay 1 unit,loop=a000h ;R69;R68 lea si,Special_CDROM_Drive ;R69;R68 call Compare_Serial_Number ;compare SONY 'CDU511' ;R69;R68 je short Found_It ;R69;R68 ;R69;R68 mov di,27*2 ;R69;R68 mov ax,0a005h ;delay 1 unit,loop=a000h ;R69;R68 lea si,Special_CDROM_Drive1 ;R69;R68 call Compare_Serial_Number ;compare SONY 'CDU571' ;R69;R68 je short Found_It ;R69;R68 ;R69;R68 mov di,27*2 ;R69;R68 mov ax,2000h ;no delay ,loop=2000h ;R69;R68 lea si,Special_CDROM_Drive2 ;R69;R68 call Compare_Serial_Number ;compare Pioneer 'DR-A24X' ;R69;R68 je short Found_It ;R69;R68 ;R69;R68;R56A - start ;R69;R68ifdef CDROM_UJDA110 ;R69;R68 mov di,27*2 ;R69;R68;R56B mov ax,0100h ;no delay ,loop=100h ;R69;R68 mov ax,0101h ;R56B no delay ,loop=100h ;R69;R68 lea si,Special_CDROM_Drive3 ;R69;R68 call Compare_Serial_Number ;compare 'UJDA110' ;R69;R68 je short Found_It ;R69;R68endif; CDROM_UJDA110 ;R69;R68;R56A - end ;R69;R68 jmp short Not_Special_CDROM ;R69 ;R69Found_It: ;R69 ;R69 lea si,DGROUP:CDROM_Boot_Delay ;R69 Post_func_call Write_F000_shadow_word ;write to shadow ;R69 ;R69Not_Special_CDROM: ;R69 pop es ;R69 pop ds ;R69 popa ;R69 retf ;R69CDROM_Special_Check endp ;R69 ;R69Compare_Serial_Number: ;R69 mov cx,Special_CDROM_Len ;R69 cld ;R69 repe cmpsb ;R69 ret ;R69 ;R69XCODE ENDS ;R69;R56 - end END