Changeset 215 in xtideuniversalbios
- Timestamp:
- Jan 19, 2012, 9:17:04 AM (13 years ago)
- google:author:
- gregli@hotmail.com
- Location:
- trunk/Serial_Server
- Files:
-
- 5 edited
Legend:
- Unmodified
- Added
- Removed
-
trunk/Serial_Server/library/Library.h
r209 r215 53 53 unsigned char divisor; 54 54 char *display; 55 char *altSelection;56 55 }; 57 56 struct baudRate *baudRateMatchString( char *str ); -
trunk/Serial_Server/library/Process.cpp
r213 r215 48 48 #define SERIAL_COMMAND_HEADERMASK 0xe0 49 49 50 #define SERIAL_INQUIRE_PORTANDBAUD_BAUD 3 51 #define SERIAL_INQUIRE_PORTANDBAUD_PORT 0xfc 50 #define SERIAL_INQUIRE_PORTANDBAUD_BAUDMASK 3 51 #define SERIAL_INQUIRE_PORTANDBAUD_PORTMASK 0xfc 52 #define SERIAL_INQUIRE_PORTANDBAUD_STARTINGPORT 0x240 53 54 #define SERIAL_INQUIRE_PORTANDBAUD_PORTTRANSLATE( a ) ( ((a) & SERIAL_INQUIRE_PORTANDBAUD_PORT) << 1 | SERIAL_INQUIRE_PORTANDBAUD_STARTINGPORT ) 52 55 53 56 void logBuff( char *message, unsigned long buffoffset, unsigned long readto, int verboseLevel ) … … 77 80 int workOffset, workCount; 78 81 79 int vtype = 0;80 81 82 unsigned long mylba; 82 83 unsigned long readto; 83 84 unsigned long buffoffset; 84 int timeout;85 85 unsigned long lasttick; 86 86 unsigned short crc; … … 95 95 buffoffset = 0; 96 96 readto = 0; 97 timeout = 0;98 97 workCount = workOffset = workCommand = 0; 98 99 99 lasttick = GetTime(); 100 100 101 while( timeout ||(len = serial->readCharacters( &buff.b[buffoffset], (readto ? readto-buffoffset : 1) )) )101 while( (len = serial->readCharacters( &buff.b[buffoffset], (readto ? readto-buffoffset : 1) )) ) 102 102 { 103 103 buffoffset += len; … … 109 109 logBuff( " Received: ", buffoffset, readto, verboseLevel ); 110 110 111 timeout = 0; 112 113 if( buffoffset != 1 && (timeoutEnabled && GetTime() > lasttick + GetTime_Timeout_Local) ) 111 if( timeoutEnabled && readto && GetTime() > lasttick + GetTime_Timeout_Local ) 114 112 { 115 timeout = 1; 116 buff.b[0] = buff.b[buffoffset]; 117 buffoffset = 0; 118 len = 1; 119 workCount = 0; 120 log( 1, "Timeout waiting on command" ); 121 continue; 113 log( 1, "Timeout waiting on data from client, aborting previous command" ); 114 115 workCount = workOffset = workCommand = 0; 116 readto = 0; 117 118 if( len <= 8 && (buff.b[buffoffset-len] & SERIAL_COMMAND_HEADERMASK) == SERIAL_COMMAND_HEADER ) 119 { 120 // assume that we are at the front of a new command 121 // 122 memcpy( &buff.b[0], &buff.b[buffoffset-len], len ); 123 buffoffset = len; 124 readto = 8; 125 // fall through to normal processing 126 } 127 else if( len == 1 ) 128 { 129 // one new character, treat it like any other new character received, discarding the buffer 130 // 131 buff.b[0] = buff.b[buffoffset-1]; 132 buffoffset = 1; 133 // fall through to normal processing 134 } 135 else 136 { 137 // discard even the newly received data and start listening anew 138 // 139 buffoffset = 0; 140 continue; 141 } 122 142 } 123 143 … … 127 147 // No work currently to do, look at each character as they come in... 128 148 // 129 if( buffoffset == 1 &&!readto )149 if( !readto ) 130 150 { 131 if( workCount ) 132 { 133 readto = 1; 134 } 135 else if( (buff.b[0] & SERIAL_COMMAND_HEADERMASK) == SERIAL_COMMAND_HEADER ) 151 if( (buff.b[0] & SERIAL_COMMAND_HEADERMASK) == SERIAL_COMMAND_HEADER ) 136 152 { 137 153 // … … 193 209 workOffset++; 194 210 workCount--; 211 212 if( workCount ) 213 readto = 1; // looking for continuation ACK 195 214 } 196 215 … … 204 223 if( workCount ) 205 224 { 225 if( verboseLevel > 1 ) 226 log( 2, " Continuation: Offset=%u, Checksum=%04x", workOffset-1, buff.w[256] ); 227 206 228 // 207 229 // Continuation... … … 221 243 if( (crc = checksum( &buff.w[0], 3 )) != buff.w[3] ) 222 244 { 223 log( 0, "Bad Command Checksum: %02x %02x %02x %02x %02x %02x %02x %02x, Checksum=%0 2x",245 log( 0, "Bad Command Checksum: %02x %02x %02x %02x %02x %02x %02x %02x, Checksum=%04x", 224 246 buff.b[0], buff.b[1], buff.b[2], buff.b[3], buff.b[4], buff.b[5], buff.b[6], buff.b[7], crc); 225 247 continue; 226 248 } 227 249 228 if( (buff.inquire.driveAndHead & ATA_DriveAndHead_Drive) ) 229 { 230 if( !image1 ) 231 { 232 log( 1, "Slave drive selected when not supplied" ); 233 img = NULL; 234 continue; 235 } 236 else 237 img = image1; 238 } 239 else 240 img = image0; 250 img = (buff.inquire.driveAndHead & ATA_DriveAndHead_Drive) ? image1 : image0; 241 251 242 252 workCommand = buff.chs.command & SERIAL_COMMAND_RWMASK; … … 248 258 | (((unsigned long) buff.lba.bits08) << 8) 249 259 | ((unsigned long) buff.lba.bits00); 250 vtype = 1;251 260 } 252 261 else … … 255 264 sect = buff.chs.sector; 256 265 head = (buff.chs.driveAndHead & ATA_COMMAND_HEADMASK); 257 mylba = (((cyl*img->head + head)*img->sect) + sect-1); 258 vtype = 2; 259 } 260 261 if( (workCommand & SERIAL_COMMAND_WRITE) && img->readOnly ) 262 { 263 log( 1, "Write attempt to Read Only disk" ); 264 continue; 266 mylba = img ? (((cyl*img->head + head)*img->sect) + sect-1) : 0; 265 267 } 266 268 267 269 workOffset = 0; 268 270 workCount = buff.chs.count; 271 272 if( verboseLevel > 0 ) 273 { 274 char *comStr = (workCommand & SERIAL_COMMAND_WRITE ? "Write" : "Read"); 275 276 if( workCommand == SERIAL_COMMAND_INQUIRE ) 277 log( 1, "Inquire %d: Client Port=0x%x, Client Baud=%s", img == image0 ? 0 : 1, 278 ((buff.inquire.portAndBaud & SERIAL_INQUIRE_PORTANDBAUD_PORTMASK) << 1) 279 + SERIAL_INQUIRE_PORTANDBAUD_STARTINGPORT, 280 baudRateMatchDivisor( buff.inquire.portAndBaud & SERIAL_INQUIRE_PORTANDBAUD_BAUDMASK )->display ); 281 else if( buff.chs.command & ATA_COMMAND_LBA ) 282 log( 1, "%s %d: LBA=%u, Count=%u", comStr, img == image0 ? 0 : 1, 283 mylba, workCount ); 284 else 285 log( 1, "%s %d: Cylinder=%u, Sector=%u, Head=%u, Count=%u, LBA=%u", comStr, img == image0 ? 0 : 1, 286 cyl, sect, head, workCount, mylba ); 287 } 288 289 if( !img ) 290 { 291 log( 1, " No slave drive provided" ); 292 workCount = 0; 293 continue; 294 } 295 296 if( (workCommand & SERIAL_COMMAND_WRITE) && img->readOnly ) 297 { 298 log( 1, " Write attempt to Read Only disk" ); 299 workCount = 0; 300 continue; 301 } 302 269 303 if( verboseLevel > 0 && workCount > 100 ) 270 304 perfTimer = GetTime(); … … 286 320 { 287 321 if( serial->speedEmulation && 288 (buff.inquire.portAndBaud & SERIAL_INQUIRE_PORTANDBAUD_BAUD ) != serial->baudRate->divisor )322 (buff.inquire.portAndBaud & SERIAL_INQUIRE_PORTANDBAUD_BAUDMASK) != serial->baudRate->divisor ) 289 323 { 290 struct baudRate *br; 291 292 br = baudRateMatchDivisor( buff.inquire.portAndBaud & SERIAL_INQUIRE_PORTANDBAUD_BAUD ); 293 294 if( br ) 295 log( 1, " Ignoring Inquire with Baud Rate=%d", br->rate ); 296 else 297 log( 1, " Ignoring Inquire with Unknown Baud Rate (portAndBaud=%d)", buff.inquire.portAndBaud ); 324 log( 1, " Ignoring Inquire with wrong baud rate" ); 298 325 workCount = 0; 299 326 continue; … … 316 343 log( 0, "Serial Port Write Error" ); 317 344 345 if( verboseLevel >= 3 ) 346 logBuff( " Sending: ", 514, 514, verboseLevel ); 347 318 348 workCount--; 319 349 workOffset++; 350 351 if( workCount ) 352 readto = 1; // looking for continuation ACK 320 353 } 321 354 } 322 355 323 if( verboseLevel > 0 ) 324 { 325 char *comStr = (workCommand & SERIAL_COMMAND_WRITE ? "Write" : 326 (workCommand & SERIAL_COMMAND_READWRITE ? "Read" : "Inquire")); 327 328 if( vtype == 1 ) 329 log( 1, "%s %d: LBA=%u, Count=%u", comStr, img == image0 ? 0 : 1, 330 mylba, workCount ); 331 else if( vtype == 2 ) 332 log( 1, "%s %d: Cylinder=%u, Sector=%u, Head=%u, Count=%u, LBA=%u", comStr, img == image0 ? 0 : 1, 333 cyl, sect, head, workCount+1, mylba ); 334 335 vtype = 0; 336 337 if( workOffset > 1 ) 338 log( 2, " Continuation: Offset=%u, Checksum=%04x", workOffset-1, buff.w[256] ); 339 340 if( !(workCommand & SERIAL_COMMAND_WRITE) && verboseLevel >= 3 ) 341 logBuff( " Sending: ", 514, 514, verboseLevel ); 342 343 if( workCount == 0 && workOffset > 100 ) 344 log( 1, " Block Complete: %.2lf bytes per second", (512.0 * workOffset) / (GetTime() - perfTimer) * 1000.0 ); 345 } 356 if( workCount == 0 && workOffset > 100 ) 357 log( 1, " Performance: %.2lf bytes per second", (512.0 * workOffset) / (GetTime() - perfTimer) * 1000.0 ); 346 358 } 347 359 } -
trunk/Serial_Server/library/Serial.cpp
r210 r215 12 12 struct baudRate supportedBaudRates[] = 13 13 { 14 { 2400, 0x0, "2400" , NULL },15 { 4800, 0xff, "4800" , NULL },16 { 9600, 0x1, "9600" , NULL },17 { 19200, 0xff, "19.2K" , "19K" },18 { 38400, 0x2, "38.4K" , "38K" },19 { 76800, 0x2, "76.8K", "77K" },20 { 115200, 0x3, "115.2K" , "115K" },21 { 153600, 0x3, "153.6K", "154K" },22 { 230400, 0xff, "230.4K" , "230K" },23 { 460800, 0x1, "460.8K", "460K" },24 { 0, 0, NULL , NULL }14 { 2400, 0x0, "2400" }, 15 { 4800, 0xff, "4800" }, 16 { 9600, 0x1, "9600" }, 17 { 19200, 0xff, "19.2K" }, 18 { 38400, 0x2, "38.4K" }, 19 { 76800, 0xff, "76.8K" }, 20 { 115200, 0x3, "115.2K" }, 21 { 153600, 0xff, "153.6K" }, 22 { 230400, 0xff, "230.4K" }, 23 { 460800, 0xff, "460.8K" }, 24 { 0, 0, NULL } 25 25 }; 26 26 … … 33 33 { 34 34 for( b = supportedBaudRates; b->rate; b++ ) 35 if( b->rate == a )35 if( b->rate == a || (b->rate / 1000) == a || ((b->rate + 500) / 1000) == a ) 36 36 return( b ); 37 37 } 38 39 for( b = supportedBaudRates; b->rate; b++ )40 if( !stricmp( str, b->display ) || (b->altSelection && !stricmp( str, b->altSelection )) )41 return( b );42 38 43 39 return( NULL ); -
trunk/Serial_Server/win32/Win32.cpp
r213 r215 40 40 " With a 4x rate multiplier: 9600, 38400, 153600, 460800", 41 41 " Abbreviations also accepted (ie, '460K', '38.4K', etc)", 42 " (default is 9600, 115200 in named pipe mode)",42 " (default is 38400, 115200 in named pipe mode)", 43 43 "", 44 44 " -t Disable timeout, useful for long delays when debugging", … … 47 47 "", 48 48 " -v [level] Reporting level 1-6, with increasing information", 49 "", 50 "On the client computer, a serial port can be configured for use as a hard disk", 51 "with xtidecfg.com. Or one can hold down the ALT key at the end of the normal", 52 "IDE hard disk scan and the XTIDE Universal BIOS will scan COM1-7, at each of", 53 "the four speeds given above for BaudRate. Note that hardware rate multipliers", 54 "must be taken into account on the server end, but are invisible on the client.", 49 55 NULL }; 50 56 … … 68 74 Serial *serial; 69 75 Image *img; 70 struct baudRate *baudRate ;76 struct baudRate *baudRate = NULL; 71 77 72 78 int timeoutEnabled = 1; … … 81 87 int imagecount = 0; 82 88 Image *images[2] = { NULL, NULL }; 83 84 baudRate = baudRateMatchString( "9600" );85 89 86 90 for( int t = 1; t < argc; t++ ) … … 114 118 case 'p': case 'P': 115 119 ComPort = "PIPE"; 116 baudRate = baudRateMatchString( "115200" ); 120 if( !baudRate ) 121 baudRate = baudRateMatchString( "115200" ); 117 122 break; 118 123 case 'g': case 'G': … … 141 146 if( !(baudRate = baudRateMatchString( argv[++t] )) ) 142 147 { 143 144 148 fprintf( stderr, "Unknown Baud Rate %s\n\n", argv[t] ); 149 usage(); 145 150 } 146 151 break; … … 163 168 usage(); 164 169 170 if( !baudRate ) 171 baudRate = baudRateMatchString( "38400" ); 172 165 173 do 166 174 { -
trunk/Serial_Server/win32/Win32Serial.cpp
r211 r215 53 53 if( !ConnectNamedPipe( pipe, NULL ) ) 54 54 log( -1, "Could not ConnectNamedPipe" ); 55 56 if( baudRate->divisor > 3 ) 57 log( -1, "Cannot simulate baud rates with hardware multipliers" ); 55 58 56 59 speedEmulation = 1;
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