 | Code: BIOS PRE-PROCESSOR v8.00 Copyright (c)
1988 - 2000 V Communications, Inc. ALL RIGHTS RESERVED
ЪДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДД¿
³ ЫЯЯЯЬ ЯЫЯ ЫЯЯЫ ЫЯЯЯ PRE-PROCESSOR V Communications, Inc. ³
³ ЫЯЯЯЬ Ы Ы Ы ЯЯЯЫ TM Copyright (c)1988-2000 ³
³ ЯЯЯЯ ЯЯЯ ЯЯЯЯ ЯЯЯЯ All Rights Reserved V8.00 ³
³ ³
³±±±±±±±±±± BIOS Listing Generator ±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±±³
³ ³
³ BIOS Address Space starts at 0000:0000 Data labels created: 0 ³
³ ends at F000:FFFF Location labels created: 0 ³
³ Analysis of BIOS in Progress - 0 ³
³ Created definition file - : BIOS.DEF Microprocessor: ³
³ ³
³ ЫЫЫЫЫЫЫЫ Run Sourcer now ? (Yes/No) ЫЫЫЫЫЫЫЫ ³
³ ³
³ To run Sourcer later, at the DOS prompt enter: ³
³ ³
³ C:> rename bios.def bios.def ³
³ C:> sr bios.def ³
³ ³
АДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДЩ
Unknown BIOS ROM Located at 0000h
Video BIOS ROM Located at 0000h
Hard Disk BIOS ROM Located at 0000h
- Video -
Hard Disk
- Main -
VCOM= 8086/8088
V20/V30
80186/8018880
286
80286
80386
80486
Pentium/586
Pentium Pro
Pentium II Pentium III
PentiumIII
Message B-1: Remove RAM resident programs for improved results.
Message B-2: System not IBM or 100% IBM compatible. Refer to manual.
Message B-3: BIOS address range may be wrong. Refer to manual.
Message B-4: Can not open file " bios.def". Check if set to Read Only.
Message B-5: Output file disk operation failed. Possible drive problem.
Message B-6: Disk full. Run with sufficient disk space.
Message B-7: Canceled using Escape. No output file created.
Message B-8: Remove memory manager for improved results.
ЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯЯ
SOURCER DEFINITION FILE - BIOS VERSION
ЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬ
±±±±±±±±±±±±±±±±±± Section 1 CONTROL INFORMATION ±±±±±±±±±±±±±±±±±±
comments are indented one or more spaces
ЪДДД Section 1 instructionsДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДД¿
³ ³
³ Enter any of the following options, starting in the 1st column ³
³ (for no options enter "none" ) Only the first letter of the ³
³ command is necessary. ³
³ ³
³ Analysis option = xxxxx Any option letters A-Z can be used. Upper ³
³ case indicates turning option on, lower case ³
³ turns the option off. See manual for a ³
³ complete list of options. ³
³ Code style = xxx Code style types include: ³
³ com, exe, fragment, zero start, ³
³ device driver, overlay, and others ³
³ Drive = x Disk drive for output (letter a-z) ³
³ Format = xxx Output format ASM or LST for source code or ³
³ listing output (LST is the default) ³
³ Go When the .def file has loaded, go ³
³ Header = xxx Enter the ascii header string (32 char max) ³
³ Input filename = xxx Filename for input (may include disk & path) ³
³ Keep segments = xxx When loading a file, use the file defined ³
³ segments (FILE), use the def file segments ³
³ in section 2 (DEF) or use both (BOTH) ³
³ NOTE: Specify this option prior to file input ³
³ BOTH is the default, used in most cases ³
³ Label = xxx Select label type, Decimal, Zero fill, ³
³ Segment & offset, Letter segment & offset ³
³ Math = xxx Use the math co-processor instruction set ³
³ Options OFF, ON, or AUTO for automatic ³
³ Narrow For listings, suppress hex instructions ³
³ None Use default commands only ³
³ Output filename = xxx Filename for output (may include drive & path) ³
³ Passes = x Select the number of passes from 2 to 9 ³
³ Remark = xxx Select remarks to be included: All, None, ³
³ Data remarks only, Interrupts & I/O only, ³
³ Others only, Except Data, Except Interrupts, ³
³ Except Others ³
³ Segment display = xxx On listings, set segment style, OFF, HEX or ³
³ NAME. ³
³ Target assembler = xxx Select the assembler the code may be re- ³
³ assembled on. Options include MASM-4.0, ³
³ MASM-5.0, MASM-5.1, MASM-6.0, MASM-6.1, ³
³ TASM-1.0, TASM-2.X, TASM-3.0, TASM-3.1, ³
³ TASM-3.2, OPTASM, OTHER, or NONE ³
³ uP = xxx Select the uP from: ³
³ 8088, V20/V30, 80186, 80286, P286, 80386, ³
³ P386, 80486, P486, 586, 686, PII, PI3 ³
³ (Pentium III or equivelent), or AUTO for ³
³ automatic to the current running CPU ³
³ Vertical lines = xxx For listings, select the number of lines per ³
³ page from 10 to 255 (default is 59) ³
³ Words to upper case Set upper case style (lower case is default) ³
³ Xref = xx ON or OFF (selecting ON sets passes to 5) ³
³ ³
АДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДЩ
±±±±±±±±±±±±±±±±±± Section 1: CONTROL INFORMATION ±±±±±±±±±±±±±±±±±±
Analysis flags = g
Code style = exe
Header = BIOS ROM Analysis
Label type = decimal
Output filename = MBIOS
uP = Maximum
Xref = ON
Math = ON
±±±±±±±±±±±±±±±±±± Section 2 RANGE DEFINITION ±±±±±±±±±±±±±±±±±±
ЪДДД Section 2 instructionsДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДД¿
³ ³
³ segment:offset = start processing location (hex) ³
³ see note 3 at end on referencing loaded file segments ³
³ ³
³ end offset = ending location for segment ³
³ ³
³ ³
³ default ds, es = default used when not overwritten by in-line code ³
³ ³
³ segment type = auto - code/data, full data resolving ³
³ code - code, limited data resolving ³
³ data - data, no code processed ³
³ idata - iterated data, no code processed ³
³ stack - stack, no code processed ³
³ rauto - ROM code/data (same as "auto") in ROM ³
³ rcode - ROM code (same as "code") in ROM ³
³ ³
³ segment size = use16 for 16 bit segments (this is the default) ³
³ use32 for 32 bit segments. The text use32 may not be ³
³ abbreviated. ³
³ ³
АДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДЩ
±±±± Segments ±±±±±±±±±±±±±±±±±±±±±±±±±±
begin end default seg seg
seg:off off ds es type size comments
------- ---- ---- ---- ----- ----- -----------------------------
---
0000:0000 004F 0000 0000 data use16 ; Interrupt vectors
0000:0400 04CF 0000 0000 data use16 ; BIOS data segment (duplicat
es)
0040:0000 0100 0000 0000 data use16 ; BIOS data segment
0050:0000 0001 0000 0000 data use16 ; BIOS data segment
FFFF:FFFF FFFF 0040 0040 rauto use16 ; Code segment and defaults
FFFF:FFFF FFFF 0040 0040 rauto use16 ; Code segment and defaults
FFFF:FFFF FFFF 0000 0000 data use16 ; excess ROM data or RAM
±±±±±±±±±±±±±±±±±± Section 3 REFERENCE DEFINITIONS ±±±±±±±±±±±±±±±±±±
ЪДДД Section 3 instructionsДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДД¿
³ ³
³ segment:offset = absolute location of item (hex) ³
³ see note 3 at end on referencing loaded file segments ³
³ ³
³ typ = type field ³
³ DB = data byte ³
³ DW = data word ³
³ DD = double word ³
³ DA = ascii text byte(s) ³
³ DS = data structure ³
³ SUB = subroutine reference (S can also be used) ³
³ LOC = location reference (L can also be used) ³
³ FORCE = forced function (F can also be used) ³
³ ³
³ options (indicate one or more options with a comma separator, except ³
³ forced functions only can have one option per line) ³
³ ³
³ data options: , C xxx comment number xxx (from 1 to 3FF) ³
³ , EQU treat label as an equate ³
³ , DUP duplicate same bytes/words R times ³
³ , OSN offset sub_xxx (Sub Near) ³
³ , OSF offset sub_xxx, seg sub_xxx (Sub Far) ³
³ , OLN offset loc_xxx (Loc Near) ³
³ , OLF offset loc_xxx, seg loc_xxx (Loc Far) ³
³ , ODN offset data_xxx (Data Near) ³
³ , ODF offset data_xx, seg data_xx (Data Far) ³
³ , R xxxx repeat 0 to FFFF, (FFFF bytes max) ³
³ (i.e. dw, R 4 indicates 8 bytes) ³
³ , SEG item is a segment name (dw only) ³
³ , UNUSED if item is never referenced, then do not use ³
³ ³
³ Location , C xx comment number xx (from 1 to FF) ³
³ options: , EXT external entry point to program ³
³ , FAR far procedure ³
³ , NEAR near procedure ³
³ Note: EXT, FAR & NEAR all reset the simulator ³
³ , UNUSED if item is never referenced, then do not use ³
³ ³
³ Subroutine , C xx comment number xx (from 1 to FF) ³
³ options: , FAR subroutine is defined as FAR ³
³ , TERM subroutine terminates (does not return to ³
³ caller) ³
³ , UNUSED if item is never referenced, then do not use ³
³ ³
³ Forced , ANALYSIS xxxxx Select different analysis options ³
³ options: at any time, with lower case to turn option ³
³ off, and upper case to turn option(s) on. ³
³ , CODE switch to code mode ³
³ , COMMENT xxxxxxxxx A comment may be placed at any ³
³ offset within a file, replacing any auto- ³
³ matically generated comment ³
³ , DATA switch to data mode ³
³ , CODE16 switch to 16 bit code mode ³
³ , CODE32 switch to 32 bit code mode ³
³ , ENDP force a endp to appear after instruction ³
³ , AX=xxxx change the value of any simulation ³
³ register ax/bx/cx/dx/bp/si/di/sp ³
³ ds/es/ss/fs/gs ³
³ , EAX=xxxx change the value of any 32 bit simulation ³
³ register eax/ebx/ecx/edx/ebp/esi/edi ³
³ , EAx LEA instruction's reference item type ³
³ EAS for sub, EAL for location, EAD for data³
³ optional segment follows ³
³ , Ox convert immediate value to offset ³
³ OS for sub, OL for location, OD for data ³
³ optional segment follows (cs segment default)³
³ , REG display the internal simulation registers ³
³ ³
³ Forced index table analysis for calls & jumps ³
³ , SN table type "offset sub_xx" ³
³ , SF table type "offset sub_xxx, seg sub_xxx" ³
³ , LN table type "offset loc_xx" ³
³ , LF table type "offset loc_xxx, seg loc_xxx ³
³ format: seg_a:xxxx f, sn 1234:22 34 ³
³ where 1234:22 is the location of the table ³
³ with 34h entries ³
³ ³
³ label field = enter label up to 15 characters long (32 with EMS) ³
³ (label ignored for forced functions; ³
³ do not place a comma before or inside label) ³
³ ³
³ comment field = a short comment can be included here (64 characters max) ³
³ if a semi-colon appears, the rest of the line is ignored ³
АДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДЩ
±±±±±±±±±±±±±±±±±± Section 3 REFERENCE DEFINITIONS ±±±±±±±±±±±±±±±±±±
seg:off type options & label optional short comment
------- -- ------------------------- --------------------------
0000:0000 dw, C 93 vector_0h_off ; Interrupt vector
0000:0002 dw vector_0h_seg ; references
0000:0004 dw, C 94 vector_1h_off
0000:0006 dw vector_1h_seg
0000:0008 dw, C 95 vector_2h_off
0000:000A dw vector_2h_seg
0000:000C dw, C 96 vector_3h_off
0000:000E dw vector_3h_seg
0000:0010 dw, C 97 vector_4h_off
0000:0012 dw vector_4h_seg
0000:0014 dw, C 98 vector_5h_off
0000:0016 dw vector_5h_seg
0000:0018 dw vector_6h_off
0000:001A dw vector_6h_seg
0000:001C dw vector_7h_off
0000:001E dw vector_7h_seg
0000:0020 dw, C 99 vector_8h_off
0000:0022 dw vector_8h_seg
0000:0024 dw, C 9A vector_9h_off
0000:0026 dw vector_9h_seg
0000:0028 dw vector_Ah_off
0000:002A dw vector_Ah_seg
0000:002C dw, C 9B vector_Bh_off
0000:002E dw vector_Bh_seg
0000:0030 dw, C 9C vector_Ch_off
0000:0032 dw vector_Ch_seg
0000:0034 dw, C 9D vector_Dh_off
0000:0036 dw vector_Dh_seg
0000:0038 dw, C 9E vector_Eh_off
0000:003A dw vector_Eh_seg
0000:003C dw, C 9F vector_Fh_off
0000:003E dw vector_Fh_seg
0000:0040 dw, C A0 vectr_10h_off
0000:0042 dw vectr_10h_seg
0000:0044 dw, C A1 vectr_11h_off
0000:0046 dw vectr_11h_seg
0000:0048 dw, C A2 vectr_12h_off
0000:004A dw vectr_12h_seg
0000:004C dw, C A3 vectr_13h_off
0000:004E dw vectr_13h_seg
0000:0054 dw, C A4 vectr_15h_off
0000:0056 dw vectr_15h_seg
0000:005C dw vectr_17h_off
0000:005E dw vectr_17h_seg
0000:0060 dw, C A5 vectr_18h_off
0000:0062 dw vectr_18h_seg
0000:0064 dw, C B8 vectr_19h_off
0000:0066 dw vectr_19h_seg
0000:0074 dw, Unused video_hdw_off
0000:0076 dw, Unused video_hdw_seg
0000:0078 dw, Unused disk_parm_off
0000:007A dw, Unused disk_parm_seg
0000:007C dw, Unused graph_tbl_off
0000:007E dw, Unused graph_tbl_seg
0000:0100 dw, Unused vectr_40h_off
0000:0102 dw, Unused vectr_40h_seg
0000:0104 dw, Unused hdsk1_parm_off
0000:0106 dw, Unused hdsk1_parm_seg
0000:010C dw, Unused vid_g_tbl_off
0000:010E dw, Unused vid_g_tbl_seg
0000:0118 dw, Unused hdsk2_parm_off
0000:011A dw, Unused hdsk2_parm_seg
0000:01D8 dw, Unused vectr_76h_off
0000:01DA dw, Unused vectr_76h_seg
0000:0400 dw @rs232_port_1_ Duplicates
0000:0402 dw @rs232_port_2_ (see 0040:0000 for
0000:0404 dw @rs232_port_3_ full information)
0000:0406 dw @rs232_port_4_
0000:0408 dw @prn_port_1_
0000:040A dw @prn_port_2_
0000:040C dw @prn_port_3_
0000:040E dw BIOS_data_seg_
0000:0410 dw equip_bits_
0000:0412 db manufactr_test_
0000:0413 dw main_ram_size_
0000:0415 dw error_codes_
0000:0417 db keybd_flags_1_
0000:0418 db keybd_flags_2_
0000:0419 db keybd_alt_num_
0000:041A dw keybd_q_head_
0000:041C dw keybd_q_tail_
0000:041E dw, R 10 keybd_queue_
0000:043E db dsk_recal_stat_
0000:043F db dsk_motor_stat_
0000:0440 db dsk_motor_tmr_
0000:0441 db dsk_ret_code_
0000:0442 db dsk_status_1_
0000:0443 db dsk_status_2_
0000:0444 db dsk_status_3_
0000:0445 db dsk_status_4_
0000:0446 db dsk_status_5_
0000:0447 db dsk_status_6_
0000:0448 db dsk_status_7_
0000:0449 db video_mode_
0000:044A dw video_columns_
0000:044C dw video_buf_siz_
0000:044E dw video_pag_off_
0000:0450 dw vid_curs_pos0_
0000:0452 dw vid_curs_pos1_
0000:0454 dw vid_curs_pos2_
0000:0456 dw vid_curs_pos3_
0000:0458 dw vid_curs_pos4_
0000:045A dw vid_curs_pos5_
0000:045C dw vid_curs_pos6_
0000:045E dw vid_curs_pos7_
0000:0460 dw vid_curs_mode_
0000:0462 db video_page_
0000:0463 dw @video_port_
0000:0465 db video_mode_reg_
0000:0466 db video_color_
0000:0467 dw @gen_use_ptr_
0000:0469 dw @gen_use_seg_
0000:046B db gen_int_occurd_
0000:046C dw timer_low_
0000:046E dw timer_hi_
0000:0470 db timer_rolled_
0000:0471 db keybd_break_
0000:0472 dw warm_boot_flag_
0000:0474 db hdsk_status_1_
0000:0475 db hdsk_count_
0000:0476 db hdsk_head_ctrl_
0000:0477 db hdsk_ctrl_port_
0000:0478 db prn_timeout_1_
0000:0479 db prn_timeout_2_
0000:047A db prn_timeout_3_
0000:047B db prn_timeout_4_
0000:047C db rs232_timeout1_
0000:047D db rs232_timeout2_
0000:047E db rs232_timeout3_
0000:047F db rs232_timeout4_
0000:0480 dw @keybd_begin_
0000:0482 dw @keybd_end_
0000:0484 db video_rows_
0000:0485 dw video_pixels_
0000:0487 db video_options_
0000:0488 db video_switches_
0000:0489 db video_1_save_
0000:048A db video_2_save_
0000:048B db dsk_data_rate_
0000:048C db hdsk_status_2_
0000:048D db hdsk_error_
0000:048E db hdsk_complete_
0000:048F db dsk_options_
0000:0490 db dsk0_media_st_
0000:0491 db dsk1_media_st_
0000:0492 db dsk0_start_st_
0000:0493 db dsk1_start_st_
0000:0494 db dsk0_cylinder_
0000:0495 db dsk1_cylinder_
0000:0496 db keybd_flags_3_
0000:0497 db keybd_flags_4_
0000:0498 dw @timer_waitoff_
0000:049A dw @timer_waitseg_
0000:049C dw timer_clk_low_
0000:049E dw timer_clk_hi_
0000:04A0 db timer_clk_flag_
0000:04A1 db, Unused lan_1_
0000:04A2 db, Unused lan_2_
0000:04A3 db, Unused lan_3_
0000:04A4 db, Unused lan_4_
0000:04A5 db, Unused lan_5_
0000:04A6 db, Unused lan_6_
0000:04A7 db, Unused lan_7_
0000:04A8 dd, Unused @video_sav_tbl_
0000:04CE dw, Unused days_since1_80_
0000:0500 db, Unused prn_scrn_stat_a
0000:D8A8 dw, Unused GDT_info_tbl
0000:D8B0 dw, Unused IDT_info_tbl
0000:D8FA dw, Unused GDT_stack_1
0000:D8FC dw, Unused GDT_stack_2
0040:0000 dw, C 01 @rs232_port_1 ; Start of primary BIOS RAM
0040:0002 dw @rs232_port_2
0040:0004 dw @rs232_port_3
0040:0006 dw @rs232_port_4
0040:0008 dw, C 02 @prn_port_1
0040:000A dw @prn_port_2
0040:000C dw @prn_port_3
0040:000E dw, C 8A BIOS_data_seg
0040:0010 dw, C 03 equip_bits
0040:0012 db, C 04 manufactr_test
0040:0013 dw, C 05 main_ram_size
0040:0015 dw, C 06 error_codes
0040:0017 db, C 07 keybd_flags_1
0040:0018 db, C 08 keybd_flags_2
0040:0019 db, C 09 keybd_alt_num
0040:001A dw, C 0A keybd_q_head
0040:001C dw, C 0B keybd_q_tail
0040:001E dw, R 10, C 0C keybd_queue
0040:003E db, C 0E dsk_recal_stat
0040:003F db, C 0F dsk_motor_stat
0040:0040 db, C 10 dsk_motor_tmr
0040:0041 db, C 11 dsk_ret_code
0040:0042 db, C 12 dsk_status_1
0040:0041 db, C 11 dsk_ret_code
0040:0042 db, C 12 dsk_status_1
0040:0043 db dsk_status_2
0040:0044 db dsk_status_3
0040:0045 db dsk_status_4
0040:0046 db dsk_status_5
0040:0047 db dsk_status_6
0040:0048 db dsk_status_7
0040:0049 db, C 14 video_mode
0040:004A dw, C 15 video_columns
0040:004C dw, C 16 video_buf_siz
0040:004E dw, C 17 video_page_off
0040:0050 dw, C 18 vid_curs_pos0
0040:0052 dw, C 19 vid_curs_pos1
0040:0054 dw, C 1A vid_curs_pos2
0040:0056 dw, C 1B vid_curs_pos3
0040:0058 dw, C 1C vid_curs_pos4
0040:005A dw, C 1D vid_curs_pos5
0040:005C dw, C 1E vid_curs_pos6
0040:005E dw, C 1F vid_curs_pos7
0040:0060 dw, C 20 vid_curs_mode
0040:0062 db, C 21 video_page
0040:0063 dw, C 22 @video_port
0040:0065 db, C 23 video_mode_reg
0040:0066 db, C 24 video_color
0040:0067 dw, C 25 @gen_use_ptr
0040:0069 dw, C 26 @gen_use_seg
0040:006B db, C 27 gen_int_occure
0040:006C dw, C 28 timer_low
0040:006E dw, C 29 timer_hi
0040:0070 db, C 2A timer_rolled
0040:0071 db, C 2B keybd_break
0040:0072 dw, C 2C warm_boot_flag
0040:0074 db, C 2D hdsk_status_1
0040:0075 db, C 2E hdsk_count
0040:0076 db, C 2F hdsk_head_ctrl
0040:0077 db, C 30 hdsk_ctrl_port
0040:0078 db, C 31 prn_timeout_1
0040:0079 db, C 32 prn_timeout_2
0040:007A db prn_timeout_3
0040:007B db prn_timeout_4
0040:007C db, C 33 rs232_timeout_
0040:007D db, C 34 rs232_timeout_
0040:007E db rs232_timeout_
0040:007F db rs232_timeout_
0040:0080 dw, C 35 @keybd_begin
0040:0082 dw, C 36 @keybd_end
0040:0084 db, C 37 video_rows
0040:0085 dw, C 38 video_pixels
0040:0087 db, C 39 video_options
0040:0088 db, C 3A video_switches
0040:0089 db, C 3B video_1_save
0040:008A db, C 3C video_2_save
0040:008B db, C 3D dsk_data_rate
0040:008C db, C 3E hdsk_status_2
0040:008D db, C 3F hdsk_error
0040:008E db, C 40 hdsk_complete
0040:008F db, C 41 dsk_options
0040:0090 db, C 42 dsk0_media_st
0040:0091 db, C 43 dsk1_media_st
0040:0092 db, C 44 dsk0_start_st
0040:0093 db, C 45 dsk1_start_st
0040:0094 db, C 46 dsk0_cylinder
0040:0095 db, C 47 dsk1_cylinder
0040:0096 db, C 48 keybd_flags_3
0040:0097 db, C 49 keybd_flags_4
0040:0098 dw, C 4A @timer_wait_off
0040:009A dw, C 4B @timer_wait_seg
0040:009C dw, C 4C timer_clk_low
0040:009E dw, C 4D timer_clk_hi
0040:00A0 db, C 4E timer_clk_flag
0040:00A1 db, C 4F lan_1
0040:00A2 db lan_2
0040:00A3 db lan_3
0040:00A4 db lan_4
0040:00A5 db lan_5
0040:00A6 db lan_6
0040:00A7 db lan_7
0040:00A8 dd, C 51 @video_sav_tbls
0040:00CE dw, U,C 56 days_since_1_80
0040:0100 db, Unused prn_scrn_stat_b
0050:0000 db, C 57 prn_scrn_stat
A000:0000 d?, Unused vid_grphcs_area
B000:0000 d?, Unused video_mono_area
B800:0000 d?, Unused video_colr_area
C000:0000 dw, Unused rom_chk_word
C000:0002 db, Unused rom_chk_size
FFFF:FFFF dw, C A6 ROM_header_word ; start of ROM data
FFFF:FFFF db, C A7 ROM_size
FFFF:FFFF db, C 5D diskette_info_1
FFFF:FFFF db, C 5E diskette_info_2
FFFF:FFFF db, C 5F dsk_motor_delay
FFFF:FFFF db, C 60 dsk_sectr_bytes
FFFF:FFFF db, C 61 dsk_sector_trac
FFFF:FFFF db, C 62 dsk_head_gap
FFFF:FFFF db, C 63 dsk_data_length
FFFF:FFFF db, C 64 dsk_format_gap
FFFF:FFFF db, C 65 dsk_format_byte
FFFF:FFFF db, C 66 dsk_settlg_time
FFFF:FFFF db, C 67 dsk_startup_tim
FFFF:FFFF db diskette2info_1
FFFF:FFFF db diskette2info_2
FFFF:FFFF db dsk2motor_delay
FFFF:FFFF db dsk2sectr_bytes
FFFF:FFFF db dsk2sector_trac
FFFF:FFFF db dsk2head_gap
FFFF:FFFF db dsk2data_length
FFFF:FFFF db dsk2format_gap
FFFF:FFFF db dsk2format_byte
FFFF:FFFF db dsk2settlg_time
FFFF:FFFF db dsk2startup_tim
FFFF:FFFF db diskette3info_1
FFFF:FFFF db diskette3info_2
FFFF:FFFF db dsk3motor_delay
FFFF:FFFF db dsk3sectr_bytes
FFFF:FFFF db dsk3sector_trac
FFFF:FFFF db dsk3head_gap
FFFF:FFFF db dsk3data_length
FFFF:FFFF db dsk3format_gap
FFFF:FFFF db dsk3format_byte
FFFF:FFFF db dsk3settlg_time
FFFF:FFFF db dsk3startup_tim
FFFF:FFFF db diskette4info_1
FFFF:FFFF db diskette4info_2
FFFF:FFFF db dsk4motor_delay
FFFF:FFFF db dsk4sectr_bytes
FFFF:FFFF db dsk4sector_trac
FFFF:FFFF db dsk4head_gap
FFFF:FFFF db dsk4data_length
FFFF:FFFF db dsk4format_gap
FFFF:FFFF db dsk4format_byte
FFFF:FFFF db dsk4settlg_time
FFFF:FFFF db dsk4startup_tim
FFFF:FFFF db diskette5info_1
FFFF:FFFF db diskette5info_2
FFFF:FFFF db dsk5motor_delay
FFFF:FFFF db dsk5sectr_bytes
FFFF:FFFF db dsk5sector_trac
FFFF:FFFF db dsk5head_gap
FFFF:FFFF db dsk5data_length
FFFF:FFFF db dsk5format_gap
FFFF:FFFF db dsk5format_byte
FFFF:FFFF db dsk5settlg_time
FFFF:FFFF db dsk5startup_tim
FFFF:FFFF db diskette6info_1
FFFF:FFFF db diskette6info_2
FFFF:FFFF db dsk6motor_delay
FFFF:FFFF db dsk6sectr_bytes
FFFF:FFFF db dsk6sector_trac
FFFF:FFFF db dsk6head_gap
FFFF:FFFF db dsk6data_length
FFFF:FFFF db dsk6format_gap
FFFF:FFFF db dsk6format_byte
FFFF:FFFF db dsk6settlg_time
FFFF:FFFF db dsk6startup_tim
FFFF:FFFF db diskette7info_1
FFFF:FFFF db diskette7info_2
FFFF:FFFF db dsk7motor_delay
FFFF:FFFF db dsk7sectr_bytes
FFFF:FFFF db dsk7sector_trac
FFFF:FFFF db dsk7head_gap
FFFF:FFFF db dsk7data_length
FFFF:FFFF db dsk7format_gap
FFFF:FFFF db dsk7format_byte
FFFF:FFFF db dsk7settlg_time
FFFF:FFFF db dsk7startup_tim
FFFF:FFFF db diskette8info_1
FFFF:FFFF db diskette8info_2
FFFF:FFFF db dsk8motor_delay
FFFF:FFFF db dsk8sectr_bytes
FFFF:FFFF db dsk8sector_trac
FFFF:FFFF db dsk8head_gap
FFFF:FFFF db dsk8data_length
FFFF:FFFF db dsk8format_gap
FFFF:FFFF db dsk8format_byte
FFFF:FFFF db dsk8settlg_time
FFFF:FFFF db dsk8startup_tim
FFFF:FFFF db, R 10, C 68 video_hdwr_tbl1
FFFF:FFFF db, R 10, C 69 video_hdrw_tbl2
FFFF:FFFF db, R 10, C 6A video_hdwr_tbl3
FFFF:FFFF db, R 10, C 6B video_hdwr_tbl4
FFFF:FFFF dw, C 6C video_buf_size1
FFFF:FFFF dw, C 6D video_buf_size2
FFFF:FFFF dw, C 6E video_buf_size3
FFFF:FFFF dw, C 6F video_buf_size4
FFFF:FFFF db, R 8, C 70 video_columntbl
FFFF:FFFF db, R 8, C 71 video_hdwr_mode
FFFF:FFFF dw, C 72 hdsk_cylinders
FFFF:FFFF db, C 73 hdsk_heads
FFFF:FFFF dw, C 74 hdsk_lo_wrt_cyl
FFFF:FFFF dw, C 75 hdsk_precompcyl
FFFF:FFFF db, C 76 hdsk_err_length
FFFF:FFFF db, C 77 hdsk_misl_bits
FFFF:FFFF db, C 78 hdsk_timeout
FFFF:FFFF db, C 79 hdsk_fmt_timout
FFFF:FFFF db, C 7A hdsk_chk_timout
FFFF:FFFF dw, C 7B hdsk_parkng_cyl
FFFF:FFFF db, C 7C hdsk_sectr_trac
FFFF:FFFF db, C 7D hdsk_unused
FFFF:FFFF ds, R 0001, N 3
FFFF:FFFF db, R 10 hdsk_type_
FFFF:FFFF db, R 400,C 7F video_char_tbl
FFFF:FFFF db, R E00,C 80 video_char_tbl2
FFFF:FFFF db, R 400,C 81 video_char_tbl3
FFFF:FFFF db, R 400,C 82 video_char_tbl4
FFFF:FFFF db, R 12D,C 83 video_char_tbl5
FFFF:FFFF db, R 1000,C 84 video_char_tbl6
FFFF:FFFF db, R 143,C 85 video_char_tbl7
FFFF:FFFF dd, C 86 VGAparm_tbl_ptr
FFFF:FFFF db, R 73F,C 8B VGA_parm_tbl
FFFF:FFFF dw, oln,R 8 int_vec_table_0
FFFF:FFFF dw, oln,R 0001,C 87 int_vec_table_1
FFFF:FFFF dw, odf,R 2 int_data_table
FFFF:FFFF dw, R 2 video_ptr
FFFF:FFFF dw, oln,R 0001 int_vec_table_2
FFFF:FFFF da, R 0001 begin_text
FFFF:FFFF da, R 0001 begin_text2
FFFF:FFFF dw, C 8C baud_rate_tbl
FFFF:FFFF dw baud_150
FFFF:FFFF dw baud_300
FFFF:FFFF dw baud_600
FFFF:FFFF dw baud_1200
FFFF:FFFF dw baud_2400
FFFF:FFFF dw baud_4800
FFFF:FFFF dw baud_9600
FFFF:FFFF dw baud_19200
FFFF:FFFF dw, C 8D Config_tbl_size
FFFF:FFFF db, C 8E Config_model
FFFF:FFFF db, C 8F Config_submodel
FFFF:FFFF db, C 90 Config_BIOS_rev
FFFF:FFFF db, C 91 Config_features
FFFF:FFFF db, R 4, C 92 Config_bytes
FFFF:FFFF db, R E00, C A9 Font_8x14
FFFF:FFFF db, R 400, C AA Font_8x8a
FFFF:FFFF db, R 400, C AB Font_8x8b
FFFF:FFFF db, R 0001, C AC Font_9x14
FFFF:FFFF db, R 1000, C AD Font_8x16
FFFF:FFFF db, R 0001, C AE Font_9x16
FFFF:FFFF ds, R 11
FFFF:FFFF db, C AF columns_
FFFF:FFFF db, C B0 screen_rows_
FFFF:FFFF db, C B1 pixels_
FFFF:FFFF dw, C B2 page_bytes_
FFFF:FFFF db, R 4, C B3 sequencer_
FFFF:FFFF db, C B4 misl_reg_
FFFF:FFFF db, R 19, C B5 crt_ctrl_reg_
FFFF:FFFF db, R 14, C B6 attributes_
FFFF:FFFF db, R 9, C B7 graphics_
FFFF:FFFF ds, R 0000 ; IDT table
FFFF:FFFF dw, oln idt_dest_off_
FFFF:FFFF dw idt_dest_seg_
FFFF:FFFF db idt_count_
FFFF:FFFF db idt_rights_
FFFF:FFFF dw idt_unused_
FFFF:FFFF ds, R 0000 ; GDT table
FFFF:FFFF dw gdt_limit_
FFFF:FFFF dw gdt_seg_lo_
FFFF:FFFF db gdt_seg_hi_
FFFF:FFFF db gdt_rights_
FFFF:FFFF dw gdt_unused_
FFFF:FFFF db, R 200, C B9 key_scan_codes
FFFF:FFFF db, R 8 shift_keys
FFFF:FFFF db, R 8 shift_mask_tbl
FFFF:FFFF db, R 00 Mode_tables
FFFF:FFFF da, R 9, C 88 rom_versn_date
FFFF:FFFF db, C 89 model_type
FFFF:FFFF db model_sub_type
FFFF:FFFF loc, Far initialize
FFFF:FFFF loc, C 2D init_start
FFFF:FFFF loc, Near, C 2E ROM_exception
FFFF:FFFF loc, Near int_0_div_by_0 ; Interrupt vectors
FFFF:FFFF loc, Ext, C 2A int_0_entry
FFFF:FFFF loc, Near, C 01 int_1_singlstep
FFFF:FFFF loc, Ext, C 2A int_1_entry
FFFF:FFFF loc, Near, C 02 int_2_NMI
FFFF:FFFF loc, Ext, C 2A int_2_entry
FFFF:FFFF loc, Near, C 03 int_3_debug_brk
FFFF:FFFF loc, Ext, C 2A int_3_entry
FFFF:FFFF loc, Near, C 04 int_4_overflow
FFFF:FFFF loc, Ext, C 2A int_4_entry
FFFF:FFFF loc, Near, C 05 int_5_prn_scrn
FFFF:FFFF loc, Ext, C 2A int_5_entry
FFFF:FFFF loc, Near, C 06 int_6_badopcode
FFFF:FFFF loc, Ext, C 2A int_6_entry
FFFF:FFFF loc, Near, C 07 int_7_unused
FFFF:FFFF loc, Ext, C 2A int_7_entry
FFFF:FFFF loc, Near, C 08 int_8_timer
FFFF:FFFF loc, Ext, C 2A int_8_entry
FFFF:FFFF loc, Near, C 09 int_9_keyboard
FFFF:FFFF loc, Ext, C 2A int_9_entry
FFFF:FFFF loc, Near, C 0A int_0Ah_LAN
FFFF:FFFF loc, Ext, C 2A int_0Ah_entry
FFFF:FFFF loc, Near, C 0B int_0Bh_RS-232
FFFF:FFFF loc, Ext, C 2A int_0Bh_entry
FFFF:FFFF loc, Near, C 0C int_0Ch_RS-232
FFFF:FFFF loc, Ext, C 2A int_0Ch_entry
FFFF:FFFF loc, Near, C 0D int_0Dh_harddsk
FFFF:FFFF loc, Ext, C 2A int_0Dh_entry
FFFF:FFFF loc, Near, C 0E int_0Eh_floppy
FFFF:FFFF loc, Ext, C 2A int_0Eh_entry
FFFF:FFFF loc, Near, C 0F int_0Fh_printer
FFFF:FFFF loc, Ext, C 2A int_0Fh_entry
FFFF:FFFF loc, Near, C 10 int_10h_video
FFFF:FFFF loc, Ext, C 2A int_10h_entry
FFFF:FFFF loc, Near, C 11 int_11h_equip
FFFF:FFFF loc, Ext, C 2A int_11h_entry
FFFF:FFFF loc, Near, C 12 int_12h_memsiz
FFFF:FFFF loc, Ext, C 2A int_12h_entry
FFFF:FFFF loc, Near, C 13 int_13h_floppy
FFFF:FFFF loc, Ext, C 2A int_13h_entry
FFFF:FFFF loc, Near, C 14 int_14h_RS232
FFFF:FFFF loc, Ext, C 2A int_14h_entry
FFFF:FFFF loc, Near, C 15 int_15h_servics
FFFF:FFFF loc, Ext, C 2A int_15h_entry
FFFF:FFFF loc, Near, C 16 int_16h_keybd
FFFF:FFFF loc, Ext, C 2A int_16h_entry
FFFF:FFFF loc, Near, C 17 int_17h_printer
FFFF:FFFF loc, Ext, C 2A int_17h_entry
FFFF:FFFF loc, Near, C 18 int_18h_basic
FFFF:FFFF loc, Ext, C 2A int_18h_entry
FFFF:FFFF loc, Near, C 19 int_19h_bootup
FFFF:FFFF loc, Ext, C 2A int_19h_entry
FFFF:FFFF loc, Near, C 1A int_1Ah_RTC
FFFF:FFFF loc, Ext, C 2A int_1Ah_entry
FFFF:FFFF loc, Near, C 1B int_1Bh_crtl_Bk
FFFF:FFFF loc, Ext, C 2A int_1Bh_entry
FFFF:FFFF loc, Near, C 1C int_1Ch_tmrctrl
FFFF:FFFF loc, Ext, C 2A int_1Ch_entry
FFFF:FFFF loc, Near, C 26 int_13h_hrd_dsk
FFFF:FFFF loc, Ext, C 2A int_13h_hdentry
FFFF:FFFF loc, Ext, C 2C int_20h_exit
FFFF:FFFF loc, Ext, C 2C int_21h_DOS
FFFF:FFFF loc, Ext, C 2C int_22h_exit
FFFF:FFFF loc, Ext, C 2C int_23h_ctrl-C
FFFF:FFFF loc, Ext, C 2C int_24h_error
FFFF:FFFF loc, Ext, C 2C int_25h_dskread
FFFF:FFFF loc, Ext, C 2C int_26h_dskwrit
FFFF:FFFF loc, Ext, C 2C int_27h_TSR
FFFF:FFFF loc, Ext, C 2C int_28h_often
FFFF:FFFF loc, Ext, C 2C int_29h_display
FFFF:FFFF loc, Ext, C 2C int_2Ah_NETBIOS
FFFF:FFFF loc, Ext, C 2C int_2Bh
FFFF:FFFF loc, Ext, C 2C int_2Ch
FFFF:FFFF loc, Ext, C 2C int_2Dh
FFFF:FFFF loc, Ext, C 2C int_2Eh_execute
FFFF:FFFF loc, Ext, C 2C int_2Fh_spooler
FFFF:FFFF loc, Ext, C 2C int_30h
FFFF:FFFF loc, Ext, C 2C int_31h
FFFF:FFFF loc, Ext, C 2C int_32h
FFFF:FFFF loc, Ext, C 2C int_33h_mouse
FFFF:FFFF loc, Ext, C 2C int_34h
FFFF:FFFF loc, Ext, C 2C int_35h
FFFF:FFFF loc, Ext, C 2C int_36h
FFFF:FFFF loc, Ext, C 2C int_37h
FFFF:FFFF loc, Ext, C 2C int_38h
FFFF:FFFF loc, Ext, C 2C int_39h
FFFF:FFFF loc, Ext, C 2C int_3Ah
FFFF:FFFF loc, Ext, C 2C int_3Bh
FFFF:FFFF loc, Ext, C 2C int_3Ch
FFFF:FFFF loc, Ext, C 2C int_3Dh
FFFF:FFFF loc, Ext, C 2C int_3Eh
FFFF:FFFF loc, Ext, C 2C int_3Fh_overlay
FFFF:FFFF loc, Ext, C 2C int_42h_video
FFFF:FFFF loc, Ext, C 2C int_45h
FFFF:FFFF loc, Ext, C 2C int_47h
FFFF:FFFF loc, Ext, C 2C int_48h
FFFF:FFFF loc, Ext, C 2C int_49h
FFFF:FFFF loc, Ext, C 2C int_4Ah_alar
FFFF:FFFF loc, Ext, C 2C int_4Bh
FFFF:FFFF loc, Ext, C 2C int_4Ch
FFFF:FFFF loc, Ext, C 2C int_4Dh
FFFF:FFFF loc, Ext, C 2C int_4Eh
FFFF:FFFF loc, Ext, C 2C int_4Fh
FFFF:FFFF loc, Ext, C 2C int_50h
FFFF:FFFF loc, Ext, C 2C int_51h
FFFF:FFFF loc, Ext, C 2C int_52h
FFFF:FFFF loc, Ext, C 2C int_53h
FFFF:FFFF loc, Ext, C 2C int_54h
FFFF:FFFF loc, Ext, C 2C int_55h
FFFF:FFFF loc, Ext, C 2C int_56h
FFFF:FFFF loc, Ext, C 2C int_57h
FFFF:FFFF loc, Ext, C 2C int_58h
FFFF:FFFF loc, Ext, C 2C int_59h
FFFF:FFFF loc, Ext, C 2C int_5Ah
FFFF:FFFF loc, Ext, C 2C int_5Bh
FFFF:FFFF loc, Ext, C 2C int_5Ch
FFFF:FFFF loc, Ext, C 2C int_5Dh
FFFF:FFFF loc, Ext, C 2C int_5Eh
FFFF:FFFF loc, Ext, C 2C int_5Fh
FFFF:FFFF loc, Ext, C 2C int_60h
FFFF:FFFF loc, Ext, C 2C int_61h
FFFF:FFFF loc, Ext, C 2C int_62h
FFFF:FFFF loc, Ext, C 2C int_63h
FFFF:FFFF loc, Ext, C 2C int_64h
FFFF:FFFF loc, Ext, C 2C int_65h
FFFF:FFFF loc, Ext, C 2C int_66h
FFFF:FFFF loc, Ext, C 2C int_67h_EMS
FFFF:FFFF loc, Ext, C 2C int_68h
FFFF:FFFF loc, Ext, C 2C int_69h
FFFF:FFFF loc, Ext, C 2C int_6Ah
FFFF:FFFF loc, Ext, C 2C int_6Bh
FFFF:FFFF loc, Ext, C 2C int_6Ch
FFFF:FFFF loc, Ext, C 2C int_6Dh
FFFF:FFFF loc, Ext, C 2C int_6Eh
FFFF:FFFF loc, Ext, C 2C int_6Fh
FFFF:FFFF loc, Near, C 1E int_70h_clock
FFFF:FFFF loc, Ext, C 2A int_70h_entry
FFFF:FFFF loc, Near, C 1F int_71h_cascade
FFFF:FFFF loc, Ext, C 2A int_71h_entry
FFFF:FFFF loc, Near, C 20 int_72h
FFFF:FFFF loc, Ext, C 2A int_72h_entry
FFFF:FFFF loc, Near, C 21 int_73h
FFFF:FFFF loc, Ext, C 2A int_73h_entry
FFFF:FFFF loc, Near, C 22 int_74h
FFFF:FFFF loc, Ext, C 2A int_74h_entry
FFFF:FFFF loc, Near, C 23 int_75h_math
FFFF:FFFF loc, Ext, C 2A int_75h_entry
FFFF:FFFF loc, Near, C 24 int_76h_hddone
FFFF:FFFF loc, Ext, C 2A int_76h_entry
FFFF:FFFF loc, Near, C 25 int_77h
FFFF:FFFF loc, Ext, C 2A int_77h_entry
FFFF:FFFF loc, Far, C 28 int_18h_basic
FFFF:FFFF loc, Far, C 2B setup_start
FFFF:FFFF loc, Near, C 00 int_return; User interrupts (set to an iret intruction)
FFFF:FFFF loc, Near, C 27 int_unused; Unused (bios unsupported) interrupts
FFFF:FFFF loc, Far run_boot_sector
FFFF:FFFF loc, Near, C 29 system_reset
FFFF:FFFF loc, Ext, C 2A power_on_reset
FFFF:FFFF loc, Unused power_on_reset
ЪДДД General Notes ДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДД¿
³ ³
³ 1) Must have at least one entry in each section to operate properly. ³
³ Use "none" if no entries are needed for a section. ³
³ Separate each section with at least one line with a space in ³
³ column 1. ³
³ ³
³ 2) Order of entries within each section is unimportant. ³
³ ³
³ 3) When a filename is specified in section 1, it is loaded and the ³
³ first 250 segments can be referenced as seg_a to seg_z and ³
³ seg_aa to seg_az through to the 250th segment seg_io. ³
³ These can be used anywhere a segment is required. For example ³
³ a location label can be defined as: ³
³ ³
³ 6234:0124 loc, Ext, C 2 temp_value_a ³
³ or: seg_b:0124 loc, Ext, C 2 temp_value_a ³
³ ³
³ The second entry will use the 2nd segment within the loaded file ³
³ An error will be generated if a segment is used beyond those ³
³ specified by the file load (Consult manual for more information).³
³ ³
³ 4) Section 3 ignores blank lines or lines starting with a space in ³
³ column 1, or the balance of a line where a semicolon occurs. ³
³ ³
³ 5) The following examples show acceptable forms for the same function,³
³ a location entry as a external entry point with comment #2: ³
³ ³
³ seg_a:0124 loc, Ext, C 2 temp_value_a ; prefered format ³
³ seg_a:0124 l, Ext, C 2 temp_value_a ³
³ seg_a:0124 l, E, C=2 temp_value_a ; notes can follow ³
³ seg_a:0124 l, External, C 2 temp_value_a ³
³ seg_a:0124 Location, Ext, C 02 temp_value_a ³
³ seg_a:0124 L, e, c 2 temp_value_a ³
³ ³
³ 6) Upper and lower case will have no effect (except for analysis ³
³ options), but is preserved for labels. ³
АДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДДЩ
| |
у его ПЗУ прошивка буквально 30 байт. И они все дружно сидят на одной шине с общим ОЗУ.
