Power-Programmierung

home *** CD-ROM | disk | FTP | other *** search

/ Power-Programmierung / CD1.mdf / assemblr / mslang / as / dossym.asm < prev next >

Wrap

Assembly Source File | 1985-08-06 | 41.1 KB | 904 lines

include DOSMAC.ASM IF2 %OUT DOSSYM in Pass 2 ENDIF IFNDEF ALTVECT ALTVECT EQU 0 ;FALSE ENDIF BREAK <Control character definitions> c_DEL EQU 7Fh ; ASCII rubout or delete previous char c_BS EQU 08h ; ^H ASCII backspace c_CR EQU 0Dh ; ^M ASCII carriage return c_LF EQU 0Ah ; ^J ASCII linefeed c_ETB EQU 17h ; ^W ASCII end of transmission c_NAK EQU 15h ; ^U ASCII negative acknowledge c_ETX EQU 03h ; ^C ASCII end of text c_HT EQU 09h ; ^I ASCII tab BREAK <BPB Definition> ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; ; ; C A V E A T P R O G R A M M E R ; ; ; ; Certain structures, constants and system calls below are private to ; ; the DOS and are extremely version-dependent. They may change at any ; ; time at the implementors' whim. As a result, they must not be ; ; documented to the general public. If an extreme case arises, they ; ; must be documented with this warning. ; ; ; ; Those structures and constants that are subject to the above will be ; ; marked and bracketed with the flag: ; ; ; ; C A V E A T P R O G R A M M E R ; ; ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <Bios Parameter Block> ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; ; Bios Parameter Block definition ; This structure is used to build a full DPB BPBLOCK STRUC BPSECSZ DW ? ; Size in bytes of physical sector BPCLUS DB ? ; Sectors/Alloc unit BPRES DW ? ; Number of reserved sectors BPFTCNT DB ? ; Number of FATs BPDRCNT DW ? ; Number of directory entries BPSCCNT DW ? ; Total number of sectors BPMEDIA DB ? ; Media descriptor byte BPFTSEC DW ? ; Number of sectors taken up by one FAT BPBLOCK ENDS ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <Disk I/O Buffer Header> ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; ; Field definition for I/O buffer information BUFFINFO STRUC NEXTBUF DD ? ; Pointer to next buffer in list ; The next two items are often refed as a word BUFDRV DB ? ; Logical drive # assoc with buffer FF = free BUFDIRTY DB ? ; Dirty flag BUFPRI DB ? ; Buffer selection priority (see EQUs below) VISIT DB ? ; Visit flag for buffer pool scans BUFSECNO DW ? ; Sector number of buffer ; The next two items are often refed as a word BUFWRTCNT DB ? ; For FAT sectors, # times sector written out BUFWRTINC DB ? ; " " " , # sectors between each write BUFDRVDP DD ? ; Pointer to drive parameters BUFFINFO ENDS BUFINSIZ EQU SIZE BUFFINFO ; Size of structure in bytes FREEPRI EQU 0 LBRPRI EQU 2 ; Last byte of buffer read LBWPRI EQU 4 ; Last byte written RPRI EQU 6 ; Read but not last byte WPRI EQU 8 ; Written but not last byte DIRPRI EQU 15 ; Directory Sector FATPRI EQU 30 ; FAT sector ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <User stack inside of system call> ; Location of user registers relative user stack pointer user_environ STRUC user_AX DW ? user_BX DW ? user_CX DW ? user_DX DW ? user_SI DW ? user_DI DW ? user_BP DW ? user_DS DW ? user_ES DW ? user_IP DW ? user_CS DW ? user_F DW ? user_environ ENDS BREAK <interrupt definitions> INTTAB EQU 20H INTBASE EQU 4 * inttab ENTRYPOINT EQU INTBASE+40H IF ALTVECT ALTTAB EQU 0F0H ALTBASE EQU 4 * ALTTAB ENDIF ; ; interrupt assignments ; IF NOT ALTVECT int_abort EQU INTTAB ; abort process int_command EQU int_abort+1 ; call MSDOS int_terminate EQU int_abort+2 ; int to terminate address int_ctrl_c EQU int_abort+3 ; ^c trapper int_fatal_abort EQU int_abort+4 ; hard disk error int_disk_read EQU int_abort+5 ; logical sector disk read int_disk_write EQU int_abort+6 ; logical sector disk write int_keep_process EQU int_abort+7 ; terminate program and stay resident ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; int_spooler EQU int_abort+8 ; spooler call int_fastcon EQU int_abort+9 ; fast CON interrupt ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ELSE int_abort EQU INTTAB ; abort process int_command EQU int_abort+1 ; call MSDOS int_terminate EQU ALTTAB ; int to terminate address int_ctrl_c EQU int_terminate+1 ; ^c trapper int_fatal_abort EQU int_terminate+2 ; hard disk error int_disk_read EQU int_abort+5 ; logical sector disk read int_disk_write EQU int_abort+6 ; logical sector disk write int_keep_process EQU int_abort+7 ; terminate program and stay resident ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; int_spooler EQU int_terminate+3 ; spooler call int_fastcon EQU int_abort+9 ; fast CON interrupt ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ENDIF addr_int_abort EQU 4 * int_abort addr_int_command EQU 4 * int_command addr_int_terminate EQU 4 * int_terminate addr_int_ctrl_c EQU 4 * int_ctrl_c addr_int_fatal_abort EQU 4 * int_fatal_abort addr_int_disk_read EQU 4 * int_disk_read addr_int_disk_write EQU 4 * int_disk_write addr_int_keep_process EQU 4 * int_keep_process ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; addr_int_spooler EQU 4 * int_spooler addr_int_fastcon EQU 4 * int_fastcon ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <Disk map> ; MSDOS partitions the disk into 4 sections: ; ; phys sector 0: +-------------------+ ; | | boot/reserved | ; | +-------------------+ ; | | File allocation | ; v | table(s) | ; | (multiple copies | ; | are kept) | ; +-------------------+ ; | Directory | ; +-------------------+ ; | File space | ; +-------------------+ ; | Unaddressable | ; | (to end of disk) | ; +-------------------+ ; ; All partition boundaries are sector boundaries. The size of the FAT is ; adjusted to maximize the file space addressable. BREAK <Directory entry> ; ; +---------------------------+ ; | (12 BYTE) filename/ext | 0 0 ; +---------------------------+ ; | (BYTE) attributes | 11 B ; +---------------------------+ ; | (10 BYTE) reserved | 12 C ; +---------------------------+ ; | (WORD) time of last write | 22 16 ; +---------------------------+ ; | (WORD) date of last write | 24 18 ; +---------------------------+ ; | (WORD) First cluster | 26 1A ; +---------------------------+ ; | (DWORD) file size | 28 1C ; +---------------------------+ ; ; First byte of filename = E5 -> free directory entry ; = 00 -> end of allocated directory ; Time: Bits 0-4=seconds/2, bits 5-10=minute, 11-15=hour ; Date: Bits 0-4=day, bits 5-8=month, bits 9-15=year-1980 ; dir_entry STRUC dir_name DB 11 DUP (?) ; file name dir_attr DB ? ; attribute bits dir_pad DB 10 DUP (?) ; reserved for expansion dir_time DW ? ; time of last write dir_date DW ? ; date of last write dir_first DW ? ; first allocation unit of file dir_size_l DW ? ; low 16 bits of file size dir_size_h DW ? ; high 16 bits of file size dir_entry ENDS attr_read_only EQU 1h attr_hidden EQU 2h attr_system EQU 4h attr_volume_id EQU 8h attr_directory EQU 10h attr_archive EQU 20h attr_all EQU attr_hidden+attr_system+attr_directory ; OR of hard attributes for FINDENTRY attr_ignore EQU attr_read_only+attr_archive ; ignore this(ese) attribute(s) ; during search first/next attr_changeable EQU attr_read_only+attr_hidden+attr_system+attr_archive ; changeable via CHMOD BREAK <File allocation Table information> ; ; The File Allocation Table uses a 12-bit entry for each allocation unit on the ; disk. These entries are packed, two for every three bytes. The contents of ; entry number N is found by 1) multiplying N by 1.5; 2) adding the result to ; the base address of the Allocation Table; 3) fetching the 16-bit word at this ; address; 4) If N was odd (so that N*1.5 was not an integer), shift the word ; right four bits; 5) mask to 12 bits (AND with 0FFF hex). Entry number zero ; is used as an end-of-file trap in the OS and is passed to the BIOS to help ; determine disk format. Entry 1 is reserved for future use. The first ; available allocation unit is assigned entry number two, and even though it is ; the first, is called cluster 2. Entries greater than 0FF8H are end of file ; marks; entries of zero are unallocated. Otherwise, the contents of a FAT ; entry is the number of the next cluster in the file. ; ; Clusters with bad sectors are tagged with FF7H. Any non-zero number would do ; because these clusters show as allocated, but are not part of any allocation ; chain and thus will never be allocated to a file. A particular number is ; selected so that disk checking programs know what to do (ie. a cluster with ; entry FF7H which is not in a chain is not an error). BREAK <DPB structure> ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; DIRSTRLEN EQU 64 ; Max length in bytes of directory strings dpb STRUC dpb_drive DB ? ; Logical drive # assoc with DPB (A=0,B=1,...) dpb_UNIT DB ? ; Driver unit number of DPB dpb_sector_size DW ? ; Size of physical sector in bytes dpb_cluster_mask DB ? ; Sectors/cluster - 1 dpb_cluster_shift DB ? ; Log2 of sectors/cluster dpb_first_FAT DW ? ; Starting record of FATs dpb_FAT_count DB ? ; Number of FATs for this drive dpb_root_entries DW ? ; Number of directory entries dpb_first_sector DW ? ; First sector of first cluster dpb_max_cluster DW ? ; Number of clusters on drive + 1 dpb_FAT_size DB ? ; Number of records occupied by FAT dpb_dir_sector DW ? ; Starting record of directory dpb_driver_addr DD ? ; Pointer to driver dpb_media DB ? ; Media byte dpb_first_access DB ? ; This is initialized to -1 to force a media ; check the first time this DPB is used dpb_next_dpb DD ? ; Pointer to next Drive parameter block dpb_current_dir DW ? ; Cluster number of start of current directory ; 0 indicates root, -1 indicates invalid ; (disk ? changed) dpb_dir_text DB DIRSTRLEN DUP(?) ; ASCIZ string of current directory dpb ENDS DPBSIZ EQU SIZE dpb ; Size of the structure in bytes DSKSIZ = dpb_max_cluster ; Size of disk (temp used during init only) ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <File Control Block definition> ; ; Field definition for FCBs ; The FCB has the following structure: ; ; +---------------------------+ ; | Drive indicator(byte) | ; +---------------------------+ ; | Filename (8 chars) | ; +---------------------------+ ; | Extension (3 chars) | ; +---------------------------+ ; | Current Extent(word) | ; +---------------------------+ ; | Record size (word) | ; +---------------------------+ ; | File Size (2 words) | ; +---------------------------+ ; | Date of write | ; +---------------------------+ ; | Time of write | ; +---------------------------+ ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; ; | Flags: | ; | bit 7=0 file/1 device | ; | bit 6=0 if dirty | ; | bits 0-5 deviceid | ; +---------------------------+ ; | first cluster in file | ; +---------------------------+ ; | position of last cluster | ; +---------------------------+ ; | last cluster accessed | 12 bit-+--- packed in 3 bytes ; +---------------------------+ | ; | parent directory | <------+ ; +---------------------------+ ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; | next record number | ; +---------------------------+ ; | random record number | ; +---------------------------+ ; sys_fcb STRUC fcb_drive DB ? fcb_name DB 8 DUP (?) fcb_ext DB 3 DUP (?) fcb_EXTENT DW ? fcb_RECSIZ DW ? ; Size of record (user settable) fcb_FILSIZ DW ? ; Size of file in bytes; used with the following ; word fcb_DRVBP DW ? ; BP for SEARCH FIRST and SEARCH NEXT fcb_FDATE DW ? ; Date of last writing fcb_FTIME DW ? ; Time of last writing ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; fcb_DEVID DB ? ; Device ID number, bits 0-5 if file. ; bit 7=0 for file, bit 7=1 for I/O device ; If file, bit 6=0 if dirty ; If I/O device, bit 6=0 if EOF (input) ; Bit 5=1 if Raw mode ; Bit 0=1 if console input device ; Bit 1=1 if console output device ; Bit 2=1 if null device ; Bit 3=1 if clock device fcb_FIRCLUS DW ? ; First cluster of file fcb_CLUSPOS DW ? ; Position of last cluster accessed fcb_LSTCLUS DW ? ; Last cluster accessed and directory DB ? ; pack 2 12 bit numbers into 24 bits... ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; fcb_NR DB ? ; Next record fcb_RR DB 4 DUP (?) ; Random record sys_fcb ENDS FILDIRENT = fcb_FILSIZ ; Used only by SEARCH FIRST and ; SEARCH NEXT ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; devid_file_clean EQU 40h ; true if file and not written devid_file_mask_drive EQU 3Fh ; mask for drive number devid_device EQU 80h ; true if a device devid_device_EOF EQU 40h ; true if end of file reached devid_device_raw EQU 20h ; true if in raw mode devid_device_special EQU 10h ; true if special device devid_device_clock EQU 08h ; true if clock device devid_device_null EQU 04h ; true if null device devid_device_con_out EQU 02h ; true if console output devid_device_con_in EQU 01h ; true if consle input ; ; structure of devid field as returned by IOCTL is: ; ; BIT 7 6 5 4 3 2 1 0 ; |---|---|---|---|---|---|---|---| ; | I | E | R | S | I | I | I | I | ; | S | O | A | P | S | S | S | S | ; | D | F | W | E | C | N | C | C | ; | E | | | C | L | U | O | I | ; | V | | | L | K | L | T | N | ; |---|---|---|---|---|---|---|---| ; ISDEV = 1 if this channel is a device ; = 0 if this channel is a disk file ; ; If ISDEV = 1 ; ; EOF = 0 if End Of File on input ; RAW = 1 if this device is in Raw mode ; = 0 if this device is cooked ; ISCLK = 1 if this device is the clock device ; ISNUL = 1 if this device is the null device ; ISCOT = 1 if this device is the console output ; ISCIN = 1 if this device is the console input ; ; If ISDEV = 0 ; EOF = 0 if channel has been written ; Bits 0-5 are the block device number for ; the channel (0 = A, 1 = B, ...) ; devid_ISDEV EQU 80h devid_EOF EQU 40h devid_RAW EQU 20h devid_SPECIAL EQU 10H devid_ISCLK EQU 08h devid_ISNUL EQU 04h devid_ISCOT EQU 02h devid_ISCIN EQU 01h devid_block_dev EQU 1Fh ; mask for block device number ; ; find first/next buffer ; find_buf STRUC find_buf_sattr DB ? ; attribute of search find_buf_drive DB ? ; drive of search find_buf_name DB 11 DUP (?) ; formatted name find_buf_LastEnt DW ? ; LastEnt find_buf_ThisDPB DD ? ; This DPB find_buf_DirStart DW ? ; DirStart ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; find_buf_attr DB ? ; attribute found find_buf_time DW ? ; time find_buf_date DW ? ; date find_buf_size_l DW ? ; low(size) find_buf_size_h DW ? ; high(size) find_buf_pname DB 13 DUP (?) ; packed name find_buf ENDS BREAK <Process data block> ; ; Process data block (otherwise known as program header) ; FilPerProc EQU 20 Process_data_block STRUC PDB_Exit_Call DW ? ; INT int_abort system terminate PDB_block_len DW ? ; size of execution block DB ? PDB_CPM_Call DB 5 DUP (?) ; ancient call to system PDB_Exit DD ? ; pointer to exit routine PDB_Ctrl_C DD ? ; pointer to ^C routine PDB_Fatal_abort DD ? ; pointer to fatal error ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; PDB_Parent_PID DW ? ; PID of parent (terminate PID) PDB_JFN_Table DB FilPerProc DUP (?) ; indices into system table ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; PDB_environ DW ? ; seg addr of environment ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; PDB_User_stack DD ? ; stack of self during system calls PDB_PAD1 DB 1Eh DUP (?) ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; PDB_Call_system DB 5 DUP (?) ; portable method of system call ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; PDB_PAD2 DB 6h DUP (?) ; ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; Process_data_block ENDS BREAK <EXEC and EXE file structures> ; ; EXEC arg block - load/go program ; ; ; The following get used as arguments to the EXEC system call. They indicate ; whether or not the program is executed or whether or not a program header ; gets created. ; exec_func_no_execute EQU 1 ; no execute bit exec_func_overlay EQU 2 ; overlay bit Exec0 STRUC Exec0_environ DW ? ; seg addr of environment Exec0_com_line DD ? ; pointer to asciz command line Exec0_5C_FCB DD ? ; default fcb at 5C Exec0_6C_FCB DD ? ; default fcb at 6C Exec0 ENDS Exec1 STRUC Exec1_environ DW ? ; seg addr of environment Exec1_com_line DD ? ; pointer to asciz command line Exec1_5C_FCB DD ? ; default fcb at 5C Exec1_6C_FCB DD ? ; default fcb at 6C Exec1_SP DW ? ; stack pointer of program Exec1_SS DW ? ; stack seg register of program Exec1_IP DW ? ; entry point IP Exec1_CS DW ? ; entry point CS Exec1 ENDS Exec3 STRUC Exec3_load_addr DW ? ; seg address of load point Exec3_reloc_fac DW ? ; relocation factor Exec3 ENDS ; ; Exit codes in upper byte ; Exit_terminate EQU 0 Exit_abort EQU 0 Exit_Ctrl_C EQU 1 Exit_Hard_Error EQU 2 Exit_Keep_process EQU 3 ; ; EXE file header ; EXE_file STRUC exe_signature DW ? ; must contain 4D5A (yay zibo!) exe_len_mod_512 DW ? ; low 9 bits of length exe_pages DW ? ; number of 512b pages in file exe_rle_count DW ? ; count of reloc entries exe_par_dir DW ? ; number of paragraphs before image exe_min_BSS DW ? ; minimum number of para of BSS exe_max_BSS DW ? ; max number of para of BSS exe_SS DW ? ; stack of image exe_SP DW ? ; SP of image exe_chksum DW ? ; checksum of file (ignored) exe_IP DW ? ; IP of entry exe_CS DW ? ; CS of entry exe_rle_table DW ? ; byte offset of reloc table exe_iov DW ? ; overlay number (0 for root) exe_sym_tab DD ? ; offset of symbol table in file EXE_file ENDS exe_valid_signature EQU 5A4Dh exe_valid_old_signature EQU 4D5Ah symbol_entry STRUC sym_value DD ? sym_type DW ? sym_len DB ? sym_name DB 255 dup (?) symbol_entry ENDS BREAK <Internal system file table format> ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; ; ; system file table ; sft STRUC sft_link DD ? sft_count DW ? ; number of entries sft_table DW ? ; beginning of array of the following sft ENDS ; ; system file table entry ; sf_entry STRUC sf_ref_count DB ? ; number of processes sharing fcb sf_mode DB ? ; mode of access sf_attr DB ? ; attribute of file sf_fcb DB (SIZE sys_fcb) DUP (?) ; actual FCB sf_entry ENDS sf_default_number EQU 5h ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <Memory arena structure> ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; ; ; arena item ; arena STRUC arena_signature DB ? ; 4D for valid item, 5A for last item arena_owner DW ? ; owner of arena item arena_size DW ? ; size in paragraphs of item arena ENDS arena_owner_system EQU 0 ; free block indication arena_signature_normal EQU 4Dh ; valid signature, not end of arena arena_signature_end EQU 5Ah ; valid signature, last block in arena ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; BREAK <Machine instruction definitions> mi_INT EQU 0CDh mi_Long_JMP EQU 0EAh mi_Long_CALL EQU 09Ah mi_Long_RET EQU 0CBh BREAK <Standard I/O assignments> stdin EQU 0 stdout EQU 1 stderr EQU 2 stdaux EQU 3 stdprn EQU 4 BREAK <Xenix subfunction assignments> open_for_read EQU 0 open_for_write EQU 1 open_for_both EQU 2 BREAK <Xenix error codes> ; ; XENIX calls all return error codes through AX. If an error occurred then the ; carry bit will be set and the error code is in AX. If no error occurred then ; the carry bit is reset and AX contains returned info. ; no_error_occurred EQU 0 ? error_invalid_function EQU 1 error_file_not_found EQU 2 error_path_not_found EQU 3 error_too_many_open_files EQU 4 error_access_denied EQU 5 error_invalid_handle EQU 6 error_arena_trashed EQU 7 error_not_enough_memory EQU 8 error_invalid_block EQU 9 error_bad_environment EQU 10 error_bad_format EQU 11 error_invalid_access EQU 12 error_invalid_data EQU 13 ;**** unused EQU 14 error_invalid_drive EQU 15 error_current_directory EQU 16 error_not_same_device EQU 17 error_no_more_files EQU 18 alloc_not_enough_memory EQU error_not_enough_memory alloc_arena_trashed EQU error_arena_trashed close_invalid_handle EQU error_invalid_handle close_invalid_function EQU error_invalid_function chdir_path_not_found EQU error_path_not_found chmod_path_not_found EQU error_path_not_found chmod_access_denied EQU error_access_denied chmod_invalid_function EQU error_invalid_function creat_access_denied EQU error_access_denied creat_path_not_found EQU error_path_not_found creat_too_many_open_files EQU error_too_many_open_files curdir_invalid_drive EQU error_invalid_drive dealloc_invalid_block EQU error_invalid_block dealloc_arena_trashed EQU error_arena_trashed dup_invalid_handle EQU error_invalid_handle dup_too_many_open_files EQU error_too_many_open_files dup2_invalid_handle EQU error_invalid_handle exec_invalid_function EQU error_invalid_function exec_bad_environment EQU error_bad_environment exec_bad_format EQU error_bad_format exec_not_enough_memory EQU error_not_enough_memory exec_file_not_found EQU error_file_not_found filetimes_invalid_function EQU error_invalid_function filetimes_invalid_handle EQU error_invalid_handle findfirst_file_not_found EQU error_file_not_found findfirst_no_more_files EQU error_no_more_files findnext_no_more_files EQU error_no_more_files international_invalid_function EQU error_invalid_function ioctl_invalid_handle EQU error_invalid_handle ioctl_invalid_function EQU error_invalid_function ioctl_invalid_data EQU error_invalid_data lseek_invalid_handle EQU error_invalid_handle lseek_invalid_function EQU error_invalid_function mkdir_path_not_found EQU error_path_not_found mkdir_access_denied EQU error_access_denied open_invalid_access EQU error_invalid_access open_file_not_found EQU error_file_not_found open_access_denied EQU error_access_denied open_too_many_open_files EQU error_too_many_open_files read_invalid_handle EQU error_invalid_handle read_access_denied EQU error_access_denied rename_file_not_found EQU error_file_not_found rename_not_same_device EQU error_not_same_device rename_access_denied EQU error_access_denied rmdir_path_not_found EQU error_path_not_found rmdir_access_denied EQU error_access_denied rmdir_current_directory EQU error_current_directory setblock_invalid_block EQU error_invalid_block setblock_arena_trashed EQU error_arena_trashed setblock_not_enough_memory EQU error_not_enough_memory setblock_invalid_function EQU error_invalid_function unlink_file_not_found EQU error_file_not_found unlink_access_denied EQU error_access_denied write_invalid_handle EQU error_invalid_handle write_access_denied EQU error_access_denied BREAK <system call definitions> ABORT EQU 0 ; 0 0 STD_CON_INPUT EQU 1 ; 1 1 STD_CON_OUTPUT EQU 2 ; 2 2 STD_AUX_INPUT EQU 3 ; 3 3 STD_AUX_OUTPUT EQU 4 ; 4 4 STD_PRINTER_OUTPUT EQU 5 ; 5 5 RAW_CON_IO EQU 6 ; 6 6 RAW_CON_INPUT EQU 7 ; 7 7 STD_CON_INPUT_NO_ECHO EQU 8 ; 8 8 STD_CON_STRING_OUTPUT EQU 9 ; 9 9 STD_CON_STRING_INPUT EQU 10 ; 10 A STD_CON_INPUT_STATUS EQU 11 ; 11 B STD_CON_INPUT_FLUSH EQU 12 ; 12 C DISK_RESET EQU 13 ; 13 D SET_DEFAULT_DRIVE EQU 14 ; 14 E FCB_OPEN EQU 15 ; 15 F FCB_CLOSE EQU 16 ; 16 10 DIR_SEARCH_FIRST EQU 17 ; 17 11 DIR_SEARCH_NEXT EQU 18 ; 18 12 FCB_DELETE EQU 19 ; 19 13 FCB_SEQ_READ EQU 20 ; 20 14 FCB_SEQ_WRITE EQU 21 ; 21 15 FCB_CREATE EQU 22 ; 22 16 FCB_RENAME EQU 23 ; 23 17 GET_DEFAULT_DRIVE EQU 25 ; 25 19 SET_DMA EQU 26 ; 26 1A ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; GET_DEFAULT_DPB EQU 31 ; 31 1F ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; FCB_RANDOM_READ EQU 33 ; 33 21 FCB_RANDOM_WRITE EQU 34 ; 34 22 GET_FCB_FILE_LENGTH EQU 35 ; 35 23 GET_FCB_POSITION EQU 36 ; 36 24 SET_INTERRUPT_VECTOR EQU 37 ; 37 25 CREATE_PROCESS_DATA_BLOCK EQU 38 ; 38 26 FCB_RANDOM_READ_BLOCK EQU 39 ; 39 27 FCB_RANDOM_WRITE_BLOCK EQU 40 ; 40 28 PARSE_FILE_DESCRIPTOR EQU 41 ; 41 29 GET_DATE EQU 42 ; 42 2A SET_DATE EQU 43 ; 43 2B GET_TIME EQU 44 ; 44 2C SET_TIME EQU 45 ; 45 2D SET_VERIFY_ON_WRITE EQU 46 ; 46 2E ; Extended functionality group GET_DMA EQU 47 ; 47 2F GET_VERSION EQU 48 ; 48 30 KEEP_PROCESS EQU 49 ; 49 31 ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; GET_DPB EQU 50 ; 50 32 ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; SET_CTRL_C_TRAPPING EQU 51 ; 51 33 GET_INDOS_FLAG EQU 52 ; 52 34 GET_INTERRUPT_VECTOR EQU 53 ; 53 35 GET_DRIVE_FREESPACE EQU 54 ; 54 36 CHAR_OPER EQU 55 ; 55 37 INTERNATIONAL EQU 56 ; 56 38 ; XENIX CALLS ; Directory Group MKDIR EQU 57 ; 57 39 RMDIR EQU 58 ; 58 3A CHDIR EQU 59 ; 59 3B ; File Group CREAT EQU 60 ; 60 3C OPEN EQU 61 ; 61 3D CLOSE EQU 62 ; 62 3E READ EQU 63 ; 63 3F WRITE EQU 64 ; 64 40 UNLINK EQU 65 ; 65 41 LSEEK EQU 66 ; 66 42 CHMOD EQU 67 ; 67 43 IOCTL EQU 68 ; 68 44 XDUP EQU 69 ; 69 45 XDUP2 EQU 70 ; 70 46 CURRENT_DIR EQU 71 ; 71 47 ; Memory Group ALLOC EQU 72 ; 72 48 DEALLOC EQU 73 ; 73 49 SETBLOCK EQU 74 ; 74 4A ; Process Group EXEC EQU 75 ; 75 4B EXIT EQU 76 ; 76 4C WAIT EQU 77 ; 77 4D FIND_FIRST EQU 78 ; 78 4E ; Special Group FIND_NEXT EQU 79 ; 79 4F ; SPECIAL SYSTEM GROUP ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; SET_CURRENT_PDB EQU 80 ; 80 50 GET_CURRENT_PDB EQU 81 ; 81 51 GET_IN_VARS EQU 82 ; 82 52 SETDPB EQU 83 ; 83 53 ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; GET_VERIFY_ON_WRITE EQU 84 ; 84 54 ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; ; C A V E A T P R O G R A M M E R ; ; ; DUP_PDB EQU 85 ; 85 55 ; ; ; C A V E A T P R O G R A M M E R ; ;----+----+----+----+----+----+----+----+----+----+----+----+----+----+----; RENAME EQU 86 ; 86 56 FILE_TIMES EQU 87 ; 87 57 SET_OEM_HANDLER EQU 248 ; 248 F8 OEM_C1 EQU 249 ; 249 F9 OEM_C2 EQU 250 ; 250 FA OEM_C3 EQU 251 ; 251 FB OEM_C4 EQU 252 ; 252 FC OEM_C5 EQU 253 ; 253 FD OEM_C6 EQU 254 ; 254 FE OEM_C7 EQU 255 ; 255 FF SUBTTL