Piper's Pit BBS/FTP: ibm 0010

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/ Piper's Pit BBS/FTP: ibm 0010 - 0019 / ibm0010-0019 / ibm0010.tar / ibm0010 / UNIX3862.ZIP / U386-06.ZIP / U386-6.TD0 / usr / include / sys / kd.h < prev next >

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C/C++ Source or Header | 1988-06-26 | 30.6 KB | 744 lines

/* Copyright (c) 1984, 1986, 1987, 1988 AT&T */ /* All Rights Reserved */ /* THIS IS UNPUBLISHED PROPRIETARY SOURCE CODE OF AT&T */ /* The copyright notice above does not evidence any */ /* actual or intended publication of such source code. */ /* Copyright (c) 1987, 1988 Microsoft Corporation */ /* All Rights Reserved */ /* This Module contains Proprietary Information of Microsoft */ /* Corporation and should be treated as Confidential. */ /* * definitions for PC AT keyboard/display driver */ #ident "@(#)head.sys:kd.h 1.6.2.11" /* * Types of displays supported */ #define KD_MONO 01 /* monochrome display adapter */ #define KD_HERCULES 02 /* Hercules monochrome graphics adapter */ #define KD_CGA 03 /* color graphics adapter */ #define KD_EGA 04 /* enhanced graphics adapter */ #define KD_VGA 05 /* IBM video graphics array adapter */ /* Xenix display/adapter definitions */ #define MONO 1 /* Xenix value for monochrome */ #define CGA 2 /* Xenix value for color graphics */ #define PGA 3 /* Xenix value for professional graphics */ #define EGA 4 /* Xenix value for enhanced graphics */ /* * Virtual display constants */ #define KD_WIDTH 80 /* normal screen width */ #define KD_NARROWWIDTH 40 /* narrow screen width */ #define KD_HEIGHT 25 /* screen height */ #define KD_TALLHEIGHT 43 /* tall screen height */ #define KD_MAXSCRSIZE (KD_WIDTH * KD_TALLHEIGHT) /* max screen size */ #define KD_SCRTOBUF 0 /* transfer from screen to buffer */ #define KD_BUFTOSCR 1 /* transfer from buffer to screen */ /* * keyboard controller I/O port addresses */ #define KB_OUT 0x60 /* output buffer R/O */ #define KB_IDAT 0x60 /* input buffer data write W/O */ #define KB_STAT 0x64 /* keyboard controller status R/O */ #define KB_ICMD 0x64 /* input buffer command write W/O */ /* * keyboard controller commands and flags */ #define KB_INBF 0x02 /* input buffer full flag */ #define KB_OUTBF 0x01 /* output buffer full flag */ #define KB_GATE20 0x02 /* set this bit to allow addresses > 1Mb */ #define KB_ROP 0xD0 /* read output port command */ #define KB_WOP 0xD1 /* write output port command */ #define KB_RCB 0x20 /* read command byte command */ #define KB_WCB 0x60 /* write command byte command */ #define KB_ENAB 0xae /* enable keyboard interface */ #define KB_DISAB 0x10 /* disable keyboard */ #define KB_EOBFI 0x01 /* enable interrupt on output buffer full */ #define KB_ACK 0xFA /* Acknowledgement byte from keyboard */ #define KB_RESETCPU 0xFE /* command to reset AT386 cpu */ #define KB_READID 0xF2 /* command to read keyboard id */ /* * Structure of keyboard translation table */ #define NUM_KEYS 256 /* Maximum number of keys */ #define NUM_STATES 8 /* Number of key states */ #pragma pack(2) typedef struct { short n_keys ; /* Number of entries in table */ struct key_t { unsigned char map[NUM_STATES]; /* Key code for each state */ unsigned char spcl; /* Bits marking states as special */ unsigned char flgs; /* Flags */ } key[NUM_KEYS+1]; /* One entry for each key */ } keymap_t; #pragma pack() /* * Keyboard translation modes */ #define K_RAW 0x00 /* Just send raw up/down scan codes */ #define K_XLATE 0x01 /* Translate scan codes to ASCII */ /* * character table flag bits. */ #define NUMLCK 0x8000 /* flag key as affected by num lock key */ #define CAPLCK 0x4000 /* flag key as affected by caps lock key */ #define CTLKEY 0x2000 /* flag key as afected by control keys */ /* * character table key types */ #define NORMKEY 0x0000 /* key is a normal key, send with no prefix */ #define SHIFTKEY 0x0100 /* key is a shift key */ #define BREAKKEY 0x0200 /* key is a break key */ #define SS2PFX 0x0300 /* prefix key with <ESC> N */ #define SS3PFX 0x0400 /* prefix key with <ESC> O */ #define CSIPFX 0x0500 /* prefix key with <ESC> [ */ #define SPECIALKEY 0x0600 /* special key type */ #define NOKEY 0x0f00 /* flag a key as nonexistant */ #define TYPEMASK 0x0f00 /* select key type bits */ /* * Table selectors for KDSKBENT/KDGKBENT ioctl's */ #define K_NORMTAB 0x00 /* Select unaugmented keyboard table */ #define K_SHIFTTAB 0x01 /* Select shifted keyboard table */ #define K_ALTTAB 0x02 /* Select alted keyboard table */ #define K_ALTSHIFTTAB 0x03 /* Select alt-shifted keyboard table */ #define K_SRQTAB 0x04 /* select sysreq table */ /* * Make/break distinctions */ #define KBD_BREAK 0x80 /* Key make/break bit (break=1) */ /* * Flags for key state calculation. */ #define SHIFTED 0x01 /* Keys are shifted */ #define CTRLED 0x02 /* Keys are ctrl'd */ #define ALTED 0x04 /* Keys are alt'd */ /* * Possible key states. Used as index into translation entry for key. */ #define NORMAL 0 /* Unmodified */ #define SHIFT SHIFTED /* Shift key depressed */ #define CTRL CTRLED /* Ctrl key depressed */ #define SHFCTL (CTRLED|SHIFTED) /* Shift and ctrl keys */ #define ALT ALTED /* Alt key depressed */ #define ALTSHF (ALTED|SHIFTED) /* Shift and alt keys depressed */ #define ALTCTL (ALTED|CTRLED) /* Ctrl and alt keys depressed */ #define ALTSHFCTL (ALTED|CTRLED|SHIFTED) /* Shift, ctrl, and alt keys */ /* * Key map table flags */ #define KMF_CLOCK 0x01 /* Key affected by caps lock */ #define KMF_NLOCK 0x02 /* Key affected by num lock */ /* * kb_state bit definitions */ #define LEFT_SHIFT 0x0001 /* left shift key depressed */ #define LEFT_ALT 0x0002 /* left alt key depressed */ #define LEFT_CTRL 0x0004 /* left control key depressed */ #define RIGHT_SHIFT 0x0008 /* right shift key depressed */ #define RIGHT_ALT 0x0010 /* right alt key depressed */ #define RIGHT_CTRL 0x0020 /* right control key depressed */ #define CAPS_LOCK 0x0040 /* caps lock key down */ #define NUM_LOCK 0x0080 /* num lock key down */ #define SCROLL_LOCK 0x0100 /* scroll lock key down */ #define ALTSET (LEFT_ALT|RIGHT_ALT) #define SHIFTSET (LEFT_SHIFT|RIGHT_SHIFT) #define CTRLSET (LEFT_CTRL|RIGHT_CTRL) #define NONTOGGLES (ALTSET|SHIFTSET|CTRLSET) /* * Keyboard scan codes */ #define SCROLLLOCK 0x46 /* Scroll lock key */ /* * Number of entries in 0xe0 prefix translation table */ #define ESCTBLSIZ 18 /* Entries in 101/102 key table */ /* * Character flags. Should not conflict with FRERROR and friends in tty.h */ #define NO_CHAR 0x8000 /* Do not generate a char */ #define GEN_ESCLSB 0x0800 /* Generate <ESC> [ prefix to char */ #define GEN_ESCN 0x0400 /* Generate <ESC> N prefix to char */ #define GEN_ZERO 0x0200 /* Generate 0 prefix to char */ #define GEN_FUNC 0x0100 /* Generate function key */ #define GEN_ESCO 0x1000 /* Generate <ESC> O prefix to char */ /* * Special key code definitions */ #define K_NOP 0 /* Keys with no function */ #define K_LSH 2 /* Left shift */ #define K_RSH 3 /* Right shift */ #define K_CLK 4 /* Caps lock */ #define K_NLK 5 /* Num lock */ #define K_SLK 6 /* Scroll lock */ #define K_ALT 7 /* Alt */ #define K_BTAB 8 /* Back tab */ #define K_CTL 9 /* Control */ #define K_LAL 10 /* Left alt */ #define K_RAL 11 /* Right alt */ #define K_LCT 12 /* Left control */ #define K_RCT 13 /* Right control */ #define K_FUNF 27 /* First function key */ #define K_FUNL 122 /* Last function key */ #define K_SRQ 123 /* System request */ #define K_BRK 124 /* Break */ #define K_ESN 125 /* <ESC> N <unalt'd value> sequence */ #define K_ESO 126 #define K_ESL 127 #define K_RBT 128 /* Reboot system */ #define K_DBG 129 /* Invoke debugger */ #define K_NEXT 130 #define K_PREV 131 #define K_FRCNEXT 132 #define K_FRCPREV 133 #define K_VTF 134 #define K_VTL 148 #define K_MGRF 149 #define K_MGRL 191 #define K_PFXF 192 #define K_PFXL 255 /* * Macro for recognizing scan codes for special keys */ #define IS_SPECIAL(s,i) (kdkeymap.key[(s)].spcl & (0x80>>(i))) /* Special? */ #define IS_NPKEY(s) (((s) >= 71) && ((s) <=83)) /* Number pad? */ /* * Function key constants and macros */ #define NSTRKEYS (K_FUNL-K_FUNF+1) /* Number of string keys */ #define STRTABLN 512 /* Max length of sum of all strings */ #define STRTABLN_21 256 /* Max length of sum in version 2.1 */ #define IS_FUNKEY(c) (((c) >= K_FUNF) && ((c) <= K_FUNL) || ((c) >= K_PFXF) && ((c) <= K_PFXL)) /* Function? */ typedef unchar strmap_t[STRTABLN]; /* String map table type */ typedef ushort stridx_t[NSTRKEYS + 1]; /* String map index type */ typedef unsigned char srqtab_t[NUM_KEYS + 1]; /* Shorthand for constants so columns line up neatly */ #define KF K_FUNF /* First function key */ #define L_O 0 /* Key not affected by locks */ #define L_C KMF_CLOCK /* Key affected by caps lock */ #define L_N KMF_NLOCK /* Key affected by num lock */ #define L_B (KMF_CLOCK|KMF_NLOCK) /* Key affected by caps and num lock */ /* * Structure used for SETFKEY and GETFKEY ioctls */ #define MAXFK 30 /* Maximum length of string */ #pragma pack(2) struct fkeyarg { unsigned short keynum; /* Function key number */ unchar keydef[MAXFK]; /* Key definition */ char flen; /* Length of key definition */ }; #pragma pack() /* * Constants for extended keys */ #define NUMEXTSTATES 4 /* Number of extended states */ /* Commands for LED and typematic start/rate on the AT */ #define KDCQMAX 8 /* length of keyboard command queue */ #define LED_WARN 0xED /* Tell kbd that following byte is led status */ #define LED_SCR 0x01 /* Flag bit for scroll lock */ #define LED_CAP 0x04 /* Flag bit for cap lock */ #define LED_NUM 0x02 /* Flag bit for num lock */ #define ACK_WAIT 0x01 /* flag for waiting for kbd response */ #define TYPE_WARN 0xF3 /* command--next byte is typematic values */ #define TYPE_VALS 0x20 /* max speed (30/s) and 1/2 sec delay */ #define SCAN_WARN 0xF0 /* kbd command to set scan code set */ /* * Screen mapping constants and types */ #define NUM_ASCII 256 /* Number of ASCII characters */ typedef unsigned char scrnmap_t[NUM_ASCII]; /* Screen map type */ typedef unsigned char *scrnmapp_t; /* Pointer to screen map type */ /* * type of adapter installed, matches bits in CMOS ram */ #define MCAP_UNK 0xff /* adapter not determined yet */ #define MCAP_MONO 0x03 /* mono adapter installed */ #define MCAP_COLOR 0x02 /* color adapter installed in 80 column mode */ #define MCAP_COLOR40 0x01 /* color adapter installed in 40 column mode */ #define MCAP_EGA 0x00 /* EGA adapter installed */ /* 6845 base addresses */ #define MONO_REGBASE 0x03b4 /* Base register address for mono modes */ #define COLOR_REGBASE 0x03d4 /* Base register address for color modes */ /* offsets from 6845 base address for various registers */ #define DATA_REG 0x1 #define MODE_REG 0x4 #define MODE2_REG 0x0A /* rite-vu card only */ #define COLOR_REG 0x5 /* color adapter only */ #define STATUS_REG 0x6 /* definitions for bits in the color adapter mode register */ #define M_ALPHA40 0x00 /* 40 by 25 alphanumeric */ #define M_ALPHA80 0x01 /* 80 by 25 alphanumeric */ #define M_GRAPH 0x02 /* 320x200 or 640x200 graphics */ #define M_BW 0x04 /* black & white */ #define M_ENABLE 0x08 /* video enable */ #define M_HIGHRES 0x10 /* 640x200 B&W graphics */ #define M_BLINK 0x20 /* enable blink attribute */ /* definitions for bits in the color adapter mode2 register ( rite-vu card )*/ #define M_GRAPH2 0x01 /* 640x400 graphics AT&T mode */ #define M_DEGAUSS 0x02 /* degauss color monitor */ #define M_ALTCHAR 0x04 /* rite-vu card alternate character set */ #define M_PGSEL 0x08 /* switch to 2nd 16kbytes of memory */ #define M_UNDRLINE 0x40 /* underline white chars, not blue */ /* definitions for bits in the color adapter status register */ #define S_UPDATEOK 0x01 /* safe to update regen buffer */ #define S_VSYNC 0x08 /* raster is in vertical retrace mode */ /* definitions for loading data into CRT controller registers */ #define R_STARTADRH 12 /* start address, high word */ #define R_STARTADRL 13 /* start address, low word */ #define R_CURADRH 14 /* cursor address, high word */ #define R_CURADRL 15 /* cursor address, low word */ /* definitions for the EGA */ #define IN_STAT_0 0x3c2 /* input status register zero */ #define MISC_OUT 0x3c2 /* miscellaneous output register */ #define IN_STAT_1 6 /* offset of input status register 1 */ #define FEAT_CTRL 6 /* offset of feature control register */ #define SW_SENSE 0x10 /* switch sense bit in input status zero */ #define CLKSEL 2 /* shift to select switch number */ #define GRAPH_1_POS 0x3cc /* graphics 1 position */ #define GRAPH_2_POS 0x3ca /* graphics 2 position */ #define GRAPHICS1 0 /* value for graphics 1 */ #define GRAPHICS2 1 /* value for graphics 2 */ #define SEQ_RUN 0x03 /* start sequencer */ #define PALETTE_ENABLE 0x20 /* palette address source in attribute reg */ #define CHGEN_BASE 0xa0000 /* base address for character generator */ #define CHGEN_SIZE 8192 /* character generator is 8K */ #define MONO_BASE 0xb0000 /* Location of monochrome display memory */ #define MONO_SIZE 0x8000 /* Monochrome has 32K of memory available */ #define MONO_SCRMASK 0x7ff /* Mono text memory wraps at 4K */ #define COLOR_BASE 0xb8000 /* Location of color display memory */ #define COLOR_SIZE 0x8000 /* Color has up to 32K of memory available */ #define COLOR_SCRMASK 0x1fff /* Color text memory wraps at 16K */ #define EGA_BASE 0xa0000 /* Location of enhanced display memory */ #define EGA_SIZE 0x10000 /* EGA has at 64K of memory available */ #define EGA_LGSIZE 0x20000 /* Larger EGA has 128K of memory available */ #define EGA_SCRMASK 0x3fff /* EGA text memory wraps at 32K (minimum) */ #define NSEQ 5 /* number of sequencer registers */ #define NATTR 20 /* number of attribute registers */ #define NGRAPH 9 /* number of graphics registers */ #define LOAD_COLOR 8 /* mode number for loading color characters */ #define LOAD_MONO 9 /* mode number for loading mono characters */ /* Font types supported */ #define FONTINV 0 #define FONT8x8 1 /* 8x8 font */ #define FONT8x14 2 /* 8x14 font */ #define FONT8x14m 3 /* 8x14 font for monochrome */ /* Offsets of font tables in ROM */ #define F8x8_OFF 0xf30 /* Offset of 8x8 font table */ #define F8x8_BPC 8 /* Bytes per character in 8x8 font */ #define F8x8_NCH 256 /* Number of characters in 8x8 font */ #define F8x14_OFF 0 /* Offset of 8x14 font table */ #define F8x14m_OFF 0xe00 /* Offset of 8x14 mono fudge table */ #define F8x14_BPC 14 /* Bytes per character in 8x14 font */ #define F8x16_BPC 16 /* Bytes per character in 8x16 font */ #define F8x14_NCH 256 /* Number of characters in 8x14 font */ #define FONT_TAB_LIM 0x172f /* Total size of all font tables */ /* definitions for bits in the attribute byte */ #define BLINK 0x80 #define BRIGHT 0x08 #define REVERSE 0x70 #define NORM 0x07 #define UNDERLINE 0x01 /* underline on mono, blue on color */ #define CLEAR (NORM<<8|0x20) #define BCLEAR (NORM|BRIGHT<<8|0x20) #define ALLATTR (BLINK|BRIGHT|REVERSE|NORM|UNDERLINE) #define NOTBGRND (ALLATTR&(~REVERSE)) #define NOTFGRND (ALLATTR&(~NORM)) /* definitions for ringing the bell */ #define NORMBELL 1331 /* initial value loaded into timer */ #define BELLLEN (HZ/10) /* ring for 1/10 sec. between checks */ #define BELLCNT 2 /* check bell twice before turning off */ #define TONE_ON 3 /* 8254 gate 2 and speaker and-gate enabled */ #define TIMER 0x40 /* 8254.2 timer address */ #define TIMERCR TIMER+3 /* timer control register address */ #define TIMER2 TIMER+2 /* timer tone generation port */ #define T_CTLWORD 0xB6 /* value for timer control word */ #define TONE_CTL 0x61 /* address for enabling timer port 2 */ struct adtstruct { ushort *ad_scraddr; /* address of adaptor memory */ ushort ad_scrmask; /* mask for fitting text into screen memory */ ushort ad_address; /* address of corresponding M6845 or EGA */ unchar ad_type; /* adapter type */ unchar ad_colsel; /* color select register byte */ unchar ad_modesel; /* mode register byte */ unchar ad_mode2sel; /* mode2 register byte (rite-vu card ) */ unchar ad_undattr; /* attribute to use when underlining */ }; struct kdvtinfo { /* device specific info for kd vt driver */ scrnmapp_t kv_scrnmap; /* Output character map */ unsigned kv_sending; /* Sending screen? */ ushort kv_rows; /* Rows sent from screen */ ushort kv_cols; /* Columns sent from screen */ unchar kv_kbmode; /* keyboard mode */ unchar kv_dmode; /* display mode */ unchar kv_flags; /* flags */ unchar kv_egamode; /* Saved EGA mode */ struct ansistate kv_as; /* ansi terminal state */ }; #define KD_TEXT 0 /* ansi x3.64 emulation mode */ #define KD_TEXT0 0 /* same as above */ #define KD_TEXT1 2 /* new text mode doesnt load char generator */ #define KD_GRAPHICS 1 /* graphics mode */ /* * Values for kv_flags */ #define KD_MAPPED 0x01 /* Display is mapped */ #define KD_LOCKED 0x02 /* Keyboard is locked */ #define KD_QRESERVE 0x04 /* Queue mode init in progress */ /* * Types for indexing into reginfo table. */ #define I_6845MONO 0 #define I_6845COLOR 1 #define I_EGAMONO 2 #define I_EGACOLOR 3 #define I_SEQ 4 #define I_GRAPH 5 #define I_ATTR 6 /* * Macro for setting a particular EGA register. */ #define out_reg(riptr, index, data) outb((riptr)->ri_address, (index)); \ outb((riptr)->ri_data, (data)); struct reginfo { ushort ri_count; /* number of registers */ ushort ri_address; /* address register */ ushort ri_data; /* data register */ }; struct m6845init { unchar mi_hortot; /* Reg 0: Horizontal Total (chars) */ unchar mi_hordsp; /* Reg 1: Horizontal Displayed (chars) */ unchar mi_hsnpos; /* Reg 2: Hsync Position (chars) */ unchar mi_hsnwid; /* Reg 3: Hsync Width (chars) */ unchar mi_vertot; /* Reg 4: Vertical Total (char rows) */ unchar mi_veradj; /* Reg 5: Vtotal Adjust (scan lines) */ unchar mi_vsndsp; /* Reg 6: Vertical Display (char rows) */ unchar mi_vsnpos; /* Reg 7: Vsync Position (char rows) */ unchar mi_intlac; /* Reg 8: Interlace Mode */ unchar mi_maxscn; /* Reg 9: Max Scan Line (scan lines) */ unchar mi_curbeg; /* Reg 10: Cursor Start (scan lines) */ unchar mi_curend; /* Reg 11: Cursor End (scan lines) */ unchar mi_stadh; /* Reg 12: Start Address (H) */ unchar mi_stadl; /* Reg 13: Start Address (L) */ unchar mi_cursh; /* Reg 14: Cursor (H) */ unchar mi_cursl; /* Reg 15: Cursor (L) */ }; struct egainit { unchar ei_hortot; /* Reg 0: Horizontal Total */ unchar ei_hde; /* Reg 1: Horizontal Display End */ unchar ei_shb; /* Reg 2: Start horizontal blank */ unchar ei_ehb; /* Reg 3: End horizontal blank */ unchar ei_shr; /* Reg 4: Start horizontal retrace */ unchar ei_ehr; /* Reg 5: End horizontal retrace */ unchar ei_vertot; /* Reg 6: Vertical total */ unchar ei_ovflow; /* Reg 7: Overflow */ unchar ei_prs; /* Reg 8: Preset row scan */ unchar ei_maxscn; /* Reg 9: Max Scan Line */ unchar ei_curbeg; /* Reg 10: Cursor Start */ unchar ei_curend; /* Reg 11: Cursor End */ unchar ei_stadh; /* Reg 12: Start Address (H) */ unchar ei_stadl; /* Reg 13: Start Address (L) */ unchar ei_cursh; /* Reg 14: Cursor location (H) */ unchar ei_cursl; /* Reg 15: Cursor location (L) */ unchar ei_vrs; /* Reg 16: Vertical retrace start */ unchar ei_vre; /* Reg 17: Vertical retrace end */ unchar ei_vde; /* Reg 18: Vertical display end */ unchar ei_offset; /* Reg 19: Offset */ unchar ei_undloc; /* Reg 20: Underline location */ unchar ei_svb; /* Reg 21: Start vertical blank */ unchar ei_evb; /* Reg 22: End vertical blank */ unchar ei_mode; /* Reg 23: Mode control */ unchar ei_lcomp; /* Reg 24: Line compare */ }; struct reginit { unchar seqtab[NSEQ]; unchar miscreg; struct egainit egatab; unchar attrtab[NATTR]; unchar graphtab[NGRAPH]; }; struct adtmode { unchar am_capability; unchar am_colmode; unchar am_colsel; }; /* Display mode definitions */ #define DM_B40x25 0 /* 40x25 black & white text */ #define DM_C40x25 1 /* 40x25 color text */ #define DM_B80x25 2 /* 80x25 black & white text */ #define DM_C80x25 3 /* 80x25 color text */ #define DM_BG320 4 /* 320x200 black & white graphics */ #define DM_CG320 5 /* 320x200 color graphics */ #define DM_BG640 6 /* 640x200 black & white graphics */ #define DM_EGAMONO80x25 7 /* EGA mode 7 */ #define LOAD_COLOR 8 /* mode for loading color characters */ #define LOAD_MONO 9 /* mode for loading mono characters */ #define DM_ENH_B80x43 10 /* 80x43 black & white text */ #define DM_ENH_C80x43 11 /* 80x43 color text */ #define DM_CG320_D 13 /* EGA mode D */ #define DM_CG640_E 14 /* EGA mode E */ #define DM_EGAMONOAPA 15 /* EGA mode F */ #define DM_CG640x350 16 /* EGA mode 10 */ #define DM_ENHMONOAPA2 17 /* EGA mode F with extended memory */ #define DM_ENH_CG640 18 /* EGA mode 10* */ #define DM_ENH_B40x25 19 /* enhanced 40x25 black & white text */ #define DM_ENH_C40x25 20 /* enhanced 40x25 color text */ #define DM_ENH_B80x25 21 /* enhanced 80x25 black & white text */ #define DM_ENH_C80x25 22 /* enhanced 80x25 color text */ #define DM_ENH_CGA 23 /* AT&T 640x400 CGA hw emulation mode */ #define DM_ATT_640 24 /* AT&T 640x400 16 color graphics */ /* Xenix display mode definitions. Most are identical to the internal definitions above. */ #define M_B40x25 DM_B40x25 /* black & white 40 columns */ #define M_C40x25 DM_C40x25 /* color 40 columns */ #define M_B80x25 DM_B80x25 /* black & white 80 columns */ #define M_C80x25 DM_C80x25 /* color 80 columns */ #define M_BG320 DM_BG320 /* black & white graphics 320x200 */ #define M_CG320 DM_CG320 /* color graphics 320x200 */ #define M_BG640 DM_BG640 /* black & white graphics 640x200 */ #define M_EGAMONO80x25 DM_EGAMONO80x25 /* ega-mono 80x25 */ #define M_CG320_D DM_CG320_D /* ega mode D */ #define M_CG640_E DM_CG640_E /* ega mode E */ #define M_EGAMONOAPA DM_EGAMONOAPA /* ega mode F */ #define M_CG640x350 DM_CG640x350 /* ega mode 10 */ #define M_ENHMONOAPA2 DM_ENHMONOAPA2 /* ega mode F with extended memory */ #define M_ENH_CG640 DM_ENH_CG640 /* ega mode 10* */ #define M_ENH_B40x25 DM_ENH_B40x25 /* enhanced black & white 40 columns */ #define M_ENH_C40x25 DM_ENH_C40x25 /* enhanced color 40 columns */ #define M_ENH_B80x25 DM_ENH_B80x25 /* enhanced black & white 80 columns */ #define M_ENH_C80x25 DM_ENH_C80x25 /* enhanced color 80 columns */ #define M_ENH_B80x43 0x70 /* ega black & white 80x43 */ #define M_ENH_C80x43 0x71 /* ega color 80x43 */ #define M_MCA_MODE 0xff /* monochrome adapter mode */ #define OFFSET_80x43 (M_ENH_B80x43-DM_ENH_B80x43) /* Offset for converting 80x43 numbers */ #define M_ENH_CGA DM_ENH_CGA /* AT&T 640x400 CGA hardware mode - (Super-VU adapter) */ /* Defines for keyboard and display ioctl's */ #define KIOC ('K'<<8) #define KDDISPTYPE (KIOC|1) /* return display type to user */ #define KDMAPDISP (KIOC|2) /* map display into user space */ #define KDUNMAPDISP (KIOC|3) /* unmap display from user space */ #define KDGKBENT (KIOC|4) /* get keyboard table entry */ #define KDSKBENT (KIOC|5) /* set keyboard table entry */ #define KDGKBMODE (KIOC|6) /* get keyboard translation mode */ #define KDSKBMODE (KIOC|7) /* set keyboard translation mode */ #define KDMKTONE (KIOC|8) /* sound tone */ #define KDGETMODE (KIOC|9) /* get text/graphics mode */ #define KDSETMODE (KIOC|10) /* set text/graphics mode */ #define KDADDIO (KIOC|11) /* add I/O address to list */ #define KDDELIO (KIOC|12) /* delete I/O address from list */ #define KDSBORDER (KIOC|13) /* set ega color border */ #define KDQUEMODE (KIOC|15) /* enable/disable queue mode */ /* VP/ix reserved ioctls */ #define KDENABIO (KIOC|60) /* enable direct I/O to ports */ #define KDDISABIO (KIOC|61) /* disable direct I/O to ports */ #define KIOCINFO (KIOC|62) /* tell user what device we are */ #define KIOCSOUND (KIOC|63) /* start sound generation */ #define KDGKBTYPE (KIOC|64) /* get keyboard type */ #define KDGETLED (KIOC|65) /* get keyboard LED status */ #define KDSETLED (KIOC|66) /* set keyboard LED status */ /* Defines for Xenix keyboard and display ioctl's */ #define MIOC ('k' << 8) /* Upper byte of mapping ioctl's */ #define GETFKEY (MIOC | 0) /* Get function key */ #define SETFKEY (MIOC | 1) /* Set function key */ #define GIO_SCRNMAP (MIOC | 2) /* Get screen output map table */ #define PIO_SCRNMAP (MIOC | 3) /* Set screen output map table */ #define GIO_STRMAP_21 (MIOC | 4) /* Get 2.1 function key string table */ #define PIO_STRMAP_21 (MIOC | 5) /* Put 2.1 function key string table */ #define GIO_KEYMAP (MIOC | 6) /* Get keyboard map table */ #define PIO_KEYMAP (MIOC | 7) /* Set keyboard map table */ #define GIO_STRMAP (MIOC | 11) /* Get function key string table */ #define PIO_STRMAP (MIOC | 12) /* Set function key string table */ #define GIO_ATTR ('a' << 8) /* Get present screen attribute */ #define GIO_COLOR ('c' << 8) /* Get whether adaptor is color */ #define MODESWITCH ('x' << 8) /* Upper byte of mode switch ioctl's */ #define KDMODEMASK 0xff /* Lower byte of mode switch ioctl's */ #define SW_B40x25 (MODESWITCH | DM_B40x25) /* Select 40x25 b&w */ #define SW_C40x25 (MODESWITCH | DM_C40x25) /* Select 40x25 clr */ #define SW_B80x25 (MODESWITCH | DM_B80x25) /* Select 80x25 b&w */ #define SW_C80x25 (MODESWITCH | DM_C80x25) /* Select 80x25 clr */ #define SW_BG320 (MODESWITCH | DM_BG320) /* Select 320x200 b&w */ #define SW_CG320 (MODESWITCH | DM_CG320) /* Select 320x200 color */ #define SW_BG640 (MODESWITCH | DM_BG640) /* Select 640x200 b&w */ #define SW_EGAMONO80x25 (MODESWITCH | DM_EGAMONO80x25) /* Select EGA mode 7 */ #define SW_CG320_D (MODESWITCH | DM_CG320_D) /* Select EGA mode D */ #define SW_CG640_E (MODESWITCH | DM_CG640_E) /* Select EGA mode E */ #define SW_EGAMONOAPA (MODESWITCH | DM_EGAMONOAPA) /* Select EGA mode F */ #define SW_CG640x350 (MODESWITCH | DM_CG640x350) /* EGA mode 10 */ #define SW_ENH_MONOAPA2 (MODESWITCH | DM_ENHMONOAPA2) /* EGA mode F* */ #define SW_ENH_CG640 (MODESWITCH | DM_ENH_CG640) /* EGA mode 16 */ #define SW_ENHB40x25 (MODESWITCH | DM_ENH_B40x25) /* 40x25 b&w */ #define SW_ENHC40x25 (MODESWITCH | DM_ENH_C40x25) /* 40x25 color */ #define SW_ENHB80x25 (MODESWITCH | DM_ENH_B80x25) /* 80x25 b&w */ #define SW_ENHC80x25 (MODESWITCH | DM_ENH_C80x25) /* 80x25 color */ #define SW_ENHB80x43 (MODESWITCH | M_ENH_B80x43) /* 80x43 b&w */ #define SW_ENHC80x43 (MODESWITCH | M_ENH_C80x43) /* 80x43 color */ #define SW_MCAMODE (MODESWITCH | M_MCA_MODE) /* Reinitialize mono */ #define SW_ATT640 (MODESWITCH | DM_ATT_640) /* 640x400 16 color */ #define O_MODESWITCH ('S' << 8) /* Upper byte of mode switch ioctl's */ #define O_SW_B40x25 (O_MODESWITCH | DM_B40x25) /* Select 40x25 b&w */ #define O_SW_C40x25 (O_MODESWITCH | DM_C40x25) /* Select 40x25 clr */ #define O_SW_B80x25 (O_MODESWITCH | DM_B80x25) /* Select 80x25 b&w */ #define O_SW_C80x25 (O_MODESWITCH | DM_C80x25) /* Select 80x25 clr */ #define O_SW_BG320 (O_MODESWITCH | DM_BG320) /* Select 320x200 b&w */ #define O_SW_CG320 (O_MODESWITCH | DM_CG320) /* Select 320x200 color */ #define O_SW_BG640 (O_MODESWITCH | DM_BG640) /* Select 640x200 b&w */ #define O_SW_EGAMONO80x25 (O_MODESWITCH | DM_EGAMONO80x25) /* Select EGA mode 7 */ #define O_SW_CG320_D (O_MODESWITCH | DM_CG320_D) /* Select EGA mode D */ #define O_SW_CG640_E (O_MODESWITCH | DM_CG640_E) /* Select EGA mode E */ #define O_SW_EGAMONOAPA (O_MODESWITCH | DM_EGAMONOAPA) /* Select EGA mode F */ #define O_SW_CG640x350 (O_MODESWITCH | DM_CG640x350) /* EGA mode 10 */ #define O_SW_ENH_MONOAPA2 (O_MODESWITCH | DM_ENHMONOAPA2) /* EGA mode F* */ #define O_SW_ENH_CG640 (O_MODESWITCH | DM_ENH_CG640) /* EGA mode 16 */ #define O_SW_ENHB40x25 (O_MODESWITCH | DM_ENH_B40x25) /* 40x25 b&w */ #define O_SW_ENHC40x25 (O_MODESWITCH | DM_ENH_C40x25) /* 40x25 color */ #define O_SW_ENHB80x25 (O_MODESWITCH | DM_ENH_B80x25) /* 80x25 b&w */ #define O_SW_ENHC80x25 (O_MODESWITCH | DM_ENH_C80x25) /* 80x25 color */ #define O_SW_ENHB80x43 (O_MODESWITCH | M_ENH_B80x43) /* 80x43 b&w */ #define O_SW_ENHC80x43 (O_MODESWITCH | M_ENH_C80x43) /* 80x43 color */ #define O_SW_MCAMODE (O_MODESWITCH | M_MCA_MODE) /* Reinitialize mono */ #define O_SW_ATT640 (O_MODESWITCH | DM_ATT_640) /* 640x400 16 color */ #define CGAIOC ('C' << 8) /* Upper byte of CGA ioctl's */ #define CGAIO (CGAIOC | 2) /* Do I/O on CGA port */ #define CGA_GET (CGAIOC | 3) /* Get CGA mode setting */ #define PGAIOC ('P' << 8) /* Upper byte of PGA ioctl's */ #define PGAIO (PGAIOC | 2) /* Do I/O on PGA port */ #define PGA_GET (PGAIOC | 3) /* Get PGA mode setting */ #define EGAIOC ('E' << 8) /* Upper byte of EGA ioctl's */ #define EGAIO (EGAIOC | 2) /* Do I/O on EGA port */ #define EGA_GET (EGAIOC | 3) /* Get EGA mode setting */ #define MCAIOC ('M' << 8) /* Upper byte of MCA ioctl's */ #define MCAIO (MCAIOC | 2) /* Do I/O on MCA port */ #define MCA_GET (MCAIOC | 3) /* Get MCA mode setting */ #define CONSIOC ('c' << 8) /* Upper byte of console ioctl's */ #define CONS_CURRENT (CONSIOC | 1) /* Get display adapter type */ #define CONS_GET (CONSIOC | 2) /* Get display mode setting */ #define MAPADAPTER ('m' << 8) /* Upper byte of mapping ioctl's */ #define MAPCONS (MAPADAPTER) /* Map display adapter memory */ #define MAPMONO (MAPADAPTER | MONO) /* Map MCA adapter memory */ #define MAPCGA (MAPADAPTER | CGA) /* Map CGA adapter memory */ #define MAPPGA (MAPADAPTER | PGA) /* Map PGA adapter memory */ #define MAPEGA (MAPADAPTER | EGA) /* Map EGA adapter memory */ #define SWAPCONS ('s' << 8) /* Upper byte of switching ioctl's */ #define SWAPMONO (SWAPCONS | MONO) /* Swap MCA adapter */ #define SWAPCGA (SWAPCONS | CGA) /* Swap CGA adapter */ #define SWAPPGA (SWAPCONS | PGA) /* Swap PGA adapter */ #define SWAPEGA (SWAPCONS | EGA) /* Swap EGA adapter */ #define TIOCKBON (TIOC | 8) /* Turn on extended keys */ #define TIOCKBOF (TIOC | 9) /* Turn off extended keys */ #define KBENABLED (TIOC | 10) /* Are extended keys enabled? */ /* VP/ix keyboard types */ #define KB_84 1 #define KB_101 2 #define KB_OTHER 3 struct kbentry { unchar kb_table; /* which table to use */ unchar kb_index; /* which entry in table */ ushort kb_value; /* value to get/set in table */ }; #define MKDCONFADDR 20 /* max no. of configurable addrs * that can be supported */ #define MKDIOADDR 64 /* max no. of I/O addresses supported */ struct kd_disparam { long type; /* display type */ char *addr; /* display memory address */ ushort ioaddr[MKDIOADDR]; /* valid I/O addresses */ }; struct kd_memloc { char *vaddr; /* virtual address to map to */ char *physaddr; /* physical address to map from */ long length; /* size in bytes to map */ long ioflg; /* enable I/O addresses if non-zero */ }; struct kd_range { int start; /* start address of video memory */ int end; /* last address of video memory */ }; struct kd_quemode { int qsize; /* desired # elements in queue (set by user) */ int signo; /* signal number to send when queue goes non-empty (set by user) */ char *qaddr; /* user virtual address of queue (set by driver) */ }; /* Defines for port I/O ioctls for graphics adapter ports */ #define IN_ON_PORT 1 #define OUT_ON_PORT 0 /* Structures for port I/O ioctls for graphics adapter ports */ #pragma pack(2) struct port_io_struct { char dir; /* Direction flag (in or out) */ ushort port; /* Port address */ char data; /* Port data */ }; struct port_io_arg { struct port_io_struct args[4]; /* Port I/O's for single call */ }; #pragma pack()