| tkernel_2/include/device/kbpd.h | bare source | permlink (0.02 seconds) |
1: /* 2: *---------------------------------------------------------------------- 3: * T-Kernel 2.0 Software Package 4: * 5: * Copyright 2011 by Ken Sakamura. 6: * This software is distributed under the latest version of T-License 2.x. 7: *---------------------------------------------------------------------- 8: * 9: * Released by T-Engine Forum(http://www.t-engine.org/) at 2011/05/17. 10: * Modified by T-Engine Forum at 2013/03/02. 11: * Modified by TRON Forum(http://www.tron.org/) at 2015/06/01. 12: * 13: *---------------------------------------------------------------------- 14: */ 15: 16: /* 17: * kbpd.h 18: * 19: * KB/PD driver 20: */ 21: 22: #ifndef __DEVICE_KBPD_H__ 23: #define __DEVICE_KBPD_H__ 24: 25: #include <basic.h> 26: #include <tk/devmgr.h> 27: 28: #ifdef __cplusplus 29: extern "C" { 30: #endif 31: 32: /* KBPD attribute data number */ 33: typedef enum { 34: DN_KPEVENT = TDN_EVENT, /* message buffer for event notification 35: data: ID RW */ 36: DN_KPINPUT = -100, /* input mail box 37: data: ID R */ 38: DN_KPSTAT = -101, /* KB/PD status 39: data: KPstat RW */ 40: DN_KEYMAP = -102, /* keymap 41: data: KeyMap R */ 42: DN_KEYTAB = -103, /* keytable 43: data: KeyTab RW */ 44: DN_KEYMODE = -104, /* key mode 45: data: KeyMode RW */ 46: DN_PDMODE = -105, /* PD mode 47: data: PdMode RW */ 48: DN_PDRANGE = -106, /* PD range 49: data: PdRange RW */ 50: DN_PDSIM = -107, /* PD simulation 51: data: W RW */ 52: DN_PDSIMINH = -108, /* temporary prohibition of PD simulation 53: data: BOOL RW */ 54: DN_KEYID = -109, /* keyboard ID 55: data: UW RW */ 56: DN_KPMETABUT = -110, /* meta key / button status 57: data: MetaBut[2] W */ 58: DN_KEYDEF_S = -200, /* keyboard definition 1 (-200 - -327) */ 59: DN_KEYDEF_E = -327, /* data: KeyDef RW */ 60: DN_KEYDEF2_S = -400, /* keyboard definition 2 (-400 - - 527) */ 61: DN_KEYDEF2_E = -527 /* data: KeyDef RW */ 62: } KPDataNo; 63: 64: /* DN_KPSTAT: KB/PD status (RW) */ 65: typedef enum { 66: HiraMode = 0, /* Japanese Hiragana */ 67: AlphaMode = 1, /* English (lower case) */ 68: KataMode = 2, /* Japanese katakana */ 69: CapsMode = 3 /* English (upper case) */ 70: } InputMode; 71: 72: typedef enum { 73: PdSim_Off = 0, /* PD simulation OFF */ 74: PdSim_Std = 1, /* standard PD simulation */ 75: PdSim_MainBut = 2, /* main button PD simulation */ 76: PdSim_TenKey = 3 /* ten key PD simulation */ 77: } PdSimMode; 78: 79: typedef struct { 80: #if BIGENDIAN 81: UW rsv1:8; /* reserved (0) */ 82: UW pdsim:2; /* PD simulation (PdSimMode) */ 83: UW nodsp:1; /* hide pointer */ 84: UW rsv2:3; /* reserved (0) */ 85: UW kbsel:1; /* select keyboard */ 86: UW han:1; /* hankaku mode */ 87: 88: UW tcmd:1; /* command temporary shift */ 89: UW text:1; /* expansion temporary shift */ 90: UW trsh:1; /* shift right temporary shift */ 91: UW tlsh:1; /* shift left temporary shift */ 92: 93: UW lcmd:1; /* command simple lock */ 94: UW lext:1; /* expansion simple lock */ 95: UW lrsh:1; /* shift right simple lock */ 96: UW llsh:1; /* left shift simple lock */ 97: 98: UW cmd:1; /* command shift */ 99: UW ext:1; /* extended shift */ 100: UW rsh:1; /* right shift */ 101: UW lsh:1; /* left shift */ 102: 103: UW mode:2; /* key input mode (InputMode) */ 104: 105: UW sub:1; /* subbutton */ 106: UW main:1; /* main button */ 107: #else 108: UW main:1; /* main button */ 109: UW sub:1; /* subbutton */ 110: 111: UW mode:2; /* key input mode (InputMode) */ 112: 113: UW lsh:1; /* left shift */ 114: UW rsh:1; /* right shift */ 115: UW ext:1; /* extended shift */ 116: UW cmd:1; /* command shift */ 117: 118: UW llsh:1; /* left shift simple lock */ 119: UW lrsh:1; /* shift right simple lock */ 120: UW lext:1; /* expansion simple lock */ 121: UW lcmd:1; /* command simple lock */ 122: 123: UW tlsh:1; /* shift left temporary shift */ 124: UW trsh:1; /* shift right temporary shift */ 125: UW text:1; /* expansion temporary shift */ 126: UW tcmd:1; /* command temporary shift */ 127: 128: UW han:1; /* hankaku mode */ 129: UW kbsel:1; /* select keyboard */ 130: UW rsv2:3; /* reserved (0) */ 131: UW nodsp:1; /* hide pointer */ 132: UW pdsim:2; /* PD simulation (PdSimMode) */ 133: UW rsv1:8; /* reserved (0) */ 134: #endif 135: } MetaBut; 136: 137: typedef struct { 138: H xpos; /* x coordinate */ 139: H ypos; /* y coordinate */ 140: MetaBut stat; /* meta / button status */ 141: } KPStat; 142: 143: /* DN_KEYMAP: keymap (R) */ 144: #ifndef __keymap__ 145: #define __keymap__ 146: #define KEYMAX 256 147: 148: typedef UB KeyMap[KEYMAX/8]; 149: #endif /* __keymap__ */ 150: 151: /* DN_KEYTAB: keytable (RW) */ 152: #ifndef __keytab__ 153: #define __keytab__ 154: #define KCTSEL 64 155: #define KCTMAX 4000 156: 157: typedef struct { 158: W keymax; /* maximum number of keys */ 159: W kctmax; /* real number of keymaps */ 160: UH kctsel[KCTSEL]; /* number of translation table */ 161: UH kct[KCTMAX]; /* translation table itself (variable length) */ 162: } KeyTab; 163: #endif /* __keytab__ */ 164: 165: /* DN_KEYDEF: keyboard definition (RW) */ 166: #define DN_KEYDEF(kid) ( DN_KEYDEF_S - (kid) ) 167: #define DN_KEYDEF2(kid) ( DN_KEYDEF2_S - (kid) ) 168: typedef struct { 169: W keytopofs; /* offset value */ 170: KeyTab keytab; /* key table (variable length) */ 171: } KeyDef; 172: 173: /* keyboard ID (0x00 - 0x7F) */ 174: #define KID_unknown 0x00 /* undefined keyboard */ 175: #define KID_TRON_JP 0x01 /* Japanese TRON keyboard */ 176: #define KID_IBM_EG 0x40 /* IBM 101 (and friends) English keyboard */ 177: #define KID_IBM_JP 0x41 /* IBM 106 (and friends) Japanese keyboard */ 178: 179: /* DN_KEYMODE: key mode (RW) */ 180: typedef struct { 181: MSEC ontime; /* ON effective interval */ 182: MSEC offtime; /* OFF effective interval */ 183: MSEC invtime; /* invalid interval */ 184: MSEC contime; /* simultaneous key press interval */ 185: MSEC sclktime; /* short click interval */ 186: MSEC dclktime; /* double click interval */ 187: BOOL tslock; /* temporary shift */ 188: } KeyMode; 189: 190: #define KB_MAXTIME 10000 191: 192: /* DN_PDMODE: PD mode (RW) */ 193: typedef struct { 194: #if BIGENDIAN 195: UW rsv1:17; /* reserved (0) */ 196: UW wheel:1; /* wheel */ 197: UW qpress:1; /* quick press */ 198: UW reverse:1; /* left and right reversal */ 199: UW accel:3; /* accelleration */ 200: UW absolute:1; /* absolute / relative */ 201: UW rate:4; /* scan speed */ 202: UW sense:4; /* sensitivity */ 203: #else 204: UW sense:4; /* sensitivity */ 205: UW rate:4; /* scan speed */ 206: UW absolute:1; /* absolute / relative */ 207: UW accel:3; /* accelleration */ 208: UW reverse:1; /* left and right reversal */ 209: UW qpress:1; /* quick press */ 210: UW wheel:1; /* wheel */ 211: UW rsv1:17; /* reserved (0) */ 212: #endif 213: } PdAttr; 214: 215: typedef struct { 216: MSEC ontime; /* ON effective interval */ 217: MSEC offtime; /* OFF effective interval */ 218: MSEC invtime; /* invalid interval */ 219: MSEC timeout; /* timeout period */ 220: PdAttr attr; /* PD attribute */ 221: } PdMode; 222: 223: #define PD_MAXTIME 10000 224: 225: /* DN_PDRANGE: PD range (RW) */ 226: typedef struct { 227: H xmax; /* maximum x coordinate */ 228: H ymax; /* maximum y coordinate */ 229: } PdRange; 230: 231: /* event notification */ 232: typedef struct { 233: T_DEVEVT h; /* standard header */ 234: UH keytop; /* key top code */ 235: UH code; /* character code */ 236: MetaBut stat; /* meta key status */ 237: } KeyEvt; 238: 239: typedef struct { 240: T_DEVEVT h; /* standard header */ 241: KPStat stat; /* PD position / button status */ 242: } PdEvt; 243: 244: typedef struct { 245: T_DEVEVT h; /* standard header */ 246: H wheel; /* wheel rotation amount */ 247: H rsv[3]; /* reserved (0) */ 248: } PdEvt2; 249: 250: /* 251: (tkse/extension/typedef.h) 252: */ 253: /* point */ 254: #ifndef __pnt__ 255: #define __pnt__ 256: typedef struct point { 257: H x; /* horizontal coordinate value*/ 258: H y; /* vertical coordinate value */ 259: } PNT; 260: #endif /* __pnt__ */ 261: 262: #ifdef __cplusplus 263: } 264: #endif 265: #endif /* __DEVICE_KBPD_H__ */