1: /* $Header: util.c,v 10.3 86/02/01 15:47:51 tony Rel $ */ 2: /* util.c Various utilities 3: * 4: * ErrorString Interprets an error string 5: * SoundBell Generate audible bell 6: * SetKeyClick Control key click 7: * SetAutoRepeat Control auto repeat 8: * SetLockLED Control Lock LED 9: * QueryShape Determine shapes 10: * SetVideo Set video blanking 11: * ResolveColors does nothing 12: * StoreColors does nothing 13: * 14: */ 15: 16: /**************************************************************************** 17: * * 18: * Copyright (c) 1983, 1984 by * 19: * DIGITAL EQUIPMENT CORPORATION, Maynard, Massachusetts. * 20: * All rights reserved. * 21: * * 22: * This software is furnished on an as-is basis and may be used and copied * 23: * only with inclusion of the above copyright notice. This software or any * 24: * other copies thereof may be provided or otherwise made available to * 25: * others only for non-commercial purposes. No title to or ownership of * 26: * the software is hereby transferred. * 27: * * 28: * The information in this software is subject to change without notice * 29: * and should not be construed as a commitment by DIGITAL EQUIPMENT * 30: * CORPORATION. * 31: * * 32: * DIGITAL assumes no responsibility for the use or reliability of its * 33: * software on equipment which is not supplied by DIGITAL. * 34: * * 35: * * 36: ****************************************************************************/ 37: 38: #include "vs100.h" 39: #include "reason.h" 40: 41: extern int sys_nerr; 42: extern char *sys_errlist[]; 43: 44: char *AllocateSpace(); 45: 46: struct _ErrEntry { 47: int code; 48: char *reason; 49: } errorList[NUM_ERR_CODES] = { 50: {INT_ID , INT_ID_MSG}, 51: {INT_CD , INT_CD_MSG}, 52: {INT_SE , INT_SE_MSG}, 53: {INT_BE , INT_BE_MSG}, 54: {INT_CM , INT_CM_MSG}, 55: {INT_TM , INT_TM_MSG}, 56: {INT_MM , INT_MM_MSG}, 57: {INT_PD , INT_PD_MSG}, 58: {ERR_NYI , ERR_NYI_MSG}, 59: {ERR_IFC , ERR_IFC_MSG}, 60: {ERR_ICC , ERR_ICC_MSG}, 61: {ERR_RN , ERR_RN_MSG}, 62: {ERR_RO , ERR_RO_MSG}, 63: {ERR_LD , ERR_LD_MSG}, 64: {ERR_BE , ERR_BE_MSG}, 65: {ERR_AE , ERR_AE_MSG}, 66: {ERR_SI , ERR_SI_MSG}, 67: {ERR_II , ERR_II_MSG}, 68: {ERR_BN , ERR_BN_MSG}, 69: {ERR_BNI , ERR_BNI_MSG}, 70: {ERR_KBO , ERR_KBO_MSG}, 71: {ERR_TBO , ERR_TBO_MSG}, 72: {ERR_BBO , ERR_BBO_MSG}, 73: {ERR_ITP , ERR_ITP_MSG}, 74: {ERR_ISRCMB , ERR_ISRCMB_MSG}, 75: {ERR_ISRCBW , ERR_ISRCBW_MSG}, 76: {ERR_ISRCBH , ERR_ISRCBH_MSG}, 77: {ERR_ISRCC , ERR_ISRCC_MSG}, 78: {ERR_ISRCBD , ERR_ISRCBD_MSG}, 79: {ERR_ISRCD , ERR_ISRCD_MSG}, 80: {ERR_IMSKMB , ERR_IMSKMB_MSG}, 81: {ERR_IMSKBW , ERR_IMSKBW_MSG}, 82: {ERR_IMSKBH , ERR_IMSKBH_MSG}, 83: {ERR_IMSKBD , ERR_IMSKBD_MSG}, 84: {ERR_IDSTMB , ERR_IDSTMB_MSG}, 85: {ERR_IDSTBW , ERR_IDSTBW_MSG}, 86: {ERR_IDSTBH , ERR_IDSTBH_MSG}, 87: {ERR_IDSTBD , ERR_IDSTBD_MSG}, 88: {ERR_NOAREA , ERR_NOAREA_MSG}, 89: {ERR_IMAPMB , ERR_IMAPMB_MSG}, 90: {ERR_IMAPFC , ERR_IMAPFC_MSG}, 91: {ERR_ZIMAP , ERR_ZIMAP_MSG}, 92: {ERR_ZCIMAP , ERR_ZCIMAP_MSG}, 93: {ERR_ICLPMB , ERR_ICLPMB_MSG}, 94: {ERR_ICLPRC , ERR_ICLPRC_MSG}, 95: {ERR_SMC_ITC , ERR_SMC_ITC_MSG}, 96: {ERR_ITC_MULT , ERR_ITC_MULT_MSG}, 97: {ERR_ITC_DIV , ERR_ITC_DIV_MSG}, 98: {ERR_ICD , ERR_ICD_MSG}, 99: {ERR_MO_IBC , ERR_MO_IBC_MSG}, 100: {ERR_MO_IOT , ERR_MO_IOT_MSG}, 101: {ERR_MO_IDT , ERR_MO_IDT_MSG}, 102: {ERR_IPC , ERR_IPC_MSG}, 103: {ERR_DC_IPC , ERR_DC_IPC_MSG}, 104: {ERR_DC_IPSL , ERR_DC_IPSL_MSG}, 105: {ERR_DC_IPSM , ERR_DC_IPSM_MSG}, 106: {ERR_DC_ICF , ERR_DC_ICF_MSG}, 107: {ERR_DC_IPSP , ERR_DC_IPSP_MSG}, 108: {ERR_DC_IPSMB , ERR_DC_IPSMB_MSG}, 109: {ERR_DC_IPMMB , ERR_DC_IPMMB_MSG}, 110: {ERR_DC_IPSC , ERR_DC_IPSC_MSG}, 111: {ERR_DC_ISSRCBW , ERR_DC_ISSRCBW_MSG}, 112: {ERR_DC_ISSRCBH , ERR_DC_ISSRCBH_MSG}, 113: {ERR_DC_ISSRCBD , ERR_DC_ISSRCBD_MSG}, 114: {ERR_DC_ISSRCC , ERR_DC_ISSRCC_MSG}, 115: {ERR_DC_IDPM , ERR_DC_IDPM_MSG}, 116: {ERR_PT_ICSL , ERR_PT_ICSL_MSG}, 117: {ERR_PT_ICSO , ERR_PT_ICSO_MSG}, 118: {ERR_PT_ICSP , ERR_PT_ICSP_MSG}, 119: {ERR_PT_ITSL , ERR_PT_ITSL_MSG}, 120: {ERR_PT_ICI , ERR_PT_ICI_MSG}, 121: {ERR_PT_TSE , ERR_PT_TSE_MSG}, 122: {ERR_PT_NFP , ERR_PT_NFP_MSG}, 123: {ERR_PT_ISRCFW , ERR_PT_ISRCFW_MSG}, 124: {ERR_PT_ISRCFH , ERR_PT_ISRCFH_MSG}, 125: {ERR_PT_ISRCFD , ERR_PT_ISRCFD_MSG}, 126: {ERR_PT_IMSKFW , ERR_PT_IMSKFW_MSG}, 127: {ERR_PT_IMSKFH , ERR_PT_IMSKFH_MSG}, 128: {ERR_PT_IMSKFD , ERR_PT_IMSKFD_MSG}, 129: {ERR_PT_CSMF , ERR_PT_CSMF_MSG}, 130: {ERR_FA_ISRCB , ERR_FA_ISRCB_MSG}, 131: {ERR_FA_SPIOB , ERR_FA_SPIOB_MSG}, 132: {ERR_FA_SO , ERR_FA_SO_MSG}, 133: {ERR_FA_IBMMB , ERR_FA_IBMMB_MSG}, 134: {ERR_FP_ISRCB , ERR_FP_ISRCB_MSG}, 135: {ERR_FP_SO , ERR_FP_SO_MSG}, 136: {ERR_FP_IPC , ERR_FP_IPC_MSG}, 137: {ERR_FP_ICF , ERR_FP_ICF_MSG}, 138: {ERR_68K , ERR_68K_MSG}, 139: {ERR_RC , ERR_RC_MSG}, 140: {ERR_PR , ERR_PR_MSG}, 141: {ERR_CRT , ERR_CRT_MSG}, 142: {ERR_TU , ERR_TU_MSG}, 143: {ERR_KU , ERR_KU_MSG}, 144: {ERR_FOE , ERR_FOE_MSG}, 145: {ERR_VTO , ERR_VTO_MSG}, 146: {ERR_SB , ERR_SB_MSG}, 147: {ERR_BS , ERR_BS_MSG}, 148: {ERR_BC , ERR_BC_MSG}, 149: {ERR_TTO , ERR_TTO_MSG}, 150: {ERR_FOO , ERR_FOO_MSG}, 151: {ERR_KTO , ERR_KTO_MSG}, 152: {ERR_KST , ERR_KST_MSG}, 153: {ERR_LDC_IATRV , ERR_LDC_IATRV_MSG}, 154: {ERR_LDC_ICH , ERR_LDC_ICH_MSG}, 155: {ERR_LDC_ICW , ERR_LDC_ICW_MSG}, 156: {ERR_NOVALCUR , ERR_NOVALCUR_MSG} 157: }; 158: 159: /* Interpret a string corresponding to an error code. This doesn't 160: * work very well since the driver can't return enough bits for the 161: * code, but we do our best */ 162: 163: char *ErrorString (error) 164: int error; 165: { 166: register int i; 167: 168: for (i = 0; i < NUM_ERR_CODES; i++) { 169: if (errorList[i].code == error) 170: return (errorList[i].reason); 171: } 172: if (error > 0 && error < sys_nerr) 173: return (sys_errlist[error]); 174: return ("Unknown error"); 175: } 176: 177: SoundBell (volume) 178: int volume; 179: { 180: char *buf; 181: 182: if ((buf = (char *) AllocateSpace(4)) == NULL) 183: return; 184: buf[0] = 3; 185: buf[1] = 0x23; 186: buf[2] = 0x87 - volume; 187: buf[3] = 0xa7; 188: SendToPeripheral(buf, 4, VSE_DKB); 189: } 190: 191: SetKeyClick (volume) 192: int volume; 193: { 194: char *buf; 195: 196: if ((buf = (char *) AllocateSpace(3)) == NULL) 197: return; 198: if (volume) { 199: buf[0] = 2; 200: buf[1] = 0x1b; 201: buf[2] = 0x88 - volume; 202: } else { 203: buf[0] = 1; 204: buf[1] = 0x99; 205: buf[2] = 0x99; 206: } 207: SendToPeripheral(buf, 3, VSE_DKB); 208: } 209: 210: QueryShape (shape, width, height) 211: int shape; 212: short *width, *height; 213: { 214: switch (shape) { 215: case CursorShape: 216: if (*width > 64) 217: *width = 64; 218: if (*height > 64) 219: *height = 64; 220: break; 221: case TileShape: 222: *width = *height = 16; 223: break; 224: } 225: } 226: 227: SetAutoRepeat (onoff) 228: int onoff; 229: { 230: char *buf; 231: 232: if ((buf = (char *) AllocateSpace(2)) == NULL) 233: return; 234: buf[0] = 1; 235: buf[1] = onoff ? 0xe3 : 0xe1; 236: SendToPeripheral(buf, 2, VSE_DKB); 237: } 238: 239: /*ARGSUSED*/ 240: SetLockLED (onoff) 241: int onoff; 242: { 243: } 244: 245: SetVideo (onoff) 246: int onoff; 247: { 248: return (onoff - 1); 249: } 250: 251: /*ARGSUSED*/ 252: ResolveColor (red, green, blue) 253: unsigned short *red, *green, *blue; 254: { 255: } 256: 257: /*ARGSUSED*/ 258: StoreColors (count, entries) 259: int count; 260: ColorDef *entries; 261: 262: { 263: }