1: /*
   2:  * Copyright (c) 1986 Regents of the University of California.
   3:  * All rights reserved.  The Berkeley software License Agreement
   4:  * specifies the terms and conditions for redistribution.
   5:  *
   6:  *	@(#)conf.c	3.2 (2.11BSD GTE) 1997/11/12
   7:  */
   8: 
   9: #include "param.h"
  10: #include "conf.h"
  11: #include "buf.h"
  12: #include "time.h"
  13: #include "ioctl.h"
  14: #include "resource.h"
  15: #include "inode.h"
  16: #include "proc.h"
  17: #include "clist.h"
  18: #include "tty.h"
  19: 
  20: int nulldev();
  21: int nodev();
  22: int rawrw();
  23: 
  24: #include "rk.h"
  25: #if NRK > 0
  26: int rkopen(), rkstrategy();
  27: daddr_t rksize();
  28: #define rkclose     nulldev
  29: #else
  30: #define rkopen      nodev
  31: #define rkclose     nodev
  32: #define rkstrategy  nodev
  33: #define rksize      NULL
  34: #endif
  35: 
  36: #include "tm.h"
  37: #if NTM > 0
  38: int tmopen(), tmclose(), tmioctl(), tmstrategy();
  39: #else
  40: #define tmopen      nodev
  41: #define tmclose     nodev
  42: #define tmioctl     nodev
  43: #define tmstrategy  nodev
  44: #endif
  45: 
  46: #include "hk.h"
  47: #if NHK > 0
  48: int hkopen(), hkstrategy(), hkroot(), hkclose();
  49: daddr_t hksize();
  50: #else
  51: #define hkopen      nodev
  52: #define hkclose     nodev
  53: #define hkroot      nulldev
  54: #define hkstrategy  nodev
  55: #define hksize      NULL
  56: #endif
  57: 
  58: #include "xp.h"
  59: #if NXPD > 0
  60: int xpopen(), xpstrategy(), xproot(), xpclose(), xpioctl();
  61: daddr_t xpsize();
  62: #else
  63: #define xpopen      nodev
  64: #define xpclose     nodev
  65: #define xpioctl     nodev
  66: #define xproot      nulldev
  67: #define xpstrategy  nodev
  68: #define xpsize      NULL
  69: #endif
  70: 
  71: #include "br.h"
  72: #if NBR > 0
  73: int bropen(), brstrategy(), brroot();
  74: daddr_t brsize();
  75: #define brclose     nulldev
  76: #else
  77: #define bropen      nodev
  78: #define brclose     nodev
  79: #define brroot      nulldev
  80: #define brstrategy  nodev
  81: #define brsize      NULL
  82: #endif
  83: 
  84: #include "ht.h"
  85: #if NHT > 0
  86: int htopen(), htclose(), htstrategy(), htioctl();
  87: #else
  88: #define htopen      nodev
  89: #define htclose     nodev
  90: #define htioctl     nodev
  91: #define htstrategy  nodev
  92: #endif
  93: 
  94: #include "rl.h"
  95: #if NRL > 0
  96: int rlopen(), rlstrategy(), rlroot(), rlclose(), rlioctl();
  97: daddr_t rlsize();
  98: #else
  99: #define rlroot      nulldev
 100: #define rlopen      nodev
 101: #define rlclose     nodev
 102: #define rlioctl     nodev
 103: #define rlstrategy  nodev
 104: #define rlsize      NULL
 105: #endif
 106: 
 107: #include "ts.h"
 108: #if NTS > 0
 109: int tsopen(), tsclose(), tsstrategy(), tsioctl();
 110: #else
 111: #define tsopen      nodev
 112: #define tsclose     nodev
 113: #define tsioctl     nodev
 114: #define tsstrategy  nodev
 115: #endif
 116: 
 117: #include "tms.h"
 118: #if NTMS > 0
 119: int tmscpopen(), tmscpclose(), tmscpstrategy(), tmscpioctl();
 120: #else
 121: #define tmscpopen   nodev
 122: #define tmscpclose  nodev
 123: #define tmscpioctl  nodev
 124: #define tmscpstrategy   nodev
 125: #endif
 126: 
 127: #include "si.h"
 128: #if NSI > 0
 129: int siopen(), sistrategy(), siroot();
 130: daddr_t sisize();
 131: #define siclose     nulldev
 132: #else
 133: #define siopen      nodev
 134: #define siclose     nodev
 135: #define siroot      nulldev
 136: #define sistrategy  nodev
 137: #define sisize      NULL
 138: #endif
 139: 
 140: #include "ra.h"
 141: #if NRAC > 0
 142: int rastrategy(), raroot(), raopen(), raclose(), raioctl();
 143: daddr_t rasize();
 144: #else
 145: #define raopen      nodev
 146: #define raclose     nodev
 147: #define raioctl     nodev
 148: #define raroot      nulldev
 149: #define rastrategy  nodev
 150: #define rasize      nodev
 151: #endif
 152: 
 153: #include "rx.h"
 154: #if NRX > 0
 155: int rxopen(), rxstrategy(), rxioctl();
 156: #define rxclose     nulldev
 157: #else
 158: #define rxopen      nodev
 159: #define rxclose     nodev
 160: #define rxstrategy  nodev
 161: #define rxioctl     nodev
 162: #endif
 163: 
 164: #include "ram.h"
 165: #if NRAM > 0
 166: int ramopen(), ramstrategy();
 167: #define ramclose    nulldev
 168: #else
 169: #define ramopen     nodev
 170: #define ramclose    nodev
 171: #define ramstrategy nodev
 172: #endif
 173: 
 174: struct bdevsw   bdevsw[] = {
 175: /* ht = 0 */
 176:     htopen,     htclose,    htstrategy, nulldev,    NULL,
 177:     B_TAPE,
 178: /* tm = 1 */
 179:     tmopen,     tmclose,    tmstrategy, nulldev,    NULL,
 180:     B_TAPE,
 181: /* ts = 2 */
 182:     tsopen,     tsclose,    tsstrategy, nulldev,    NULL,
 183:     B_TAPE,
 184: /* ram = 3 */
 185:     ramopen,    ramclose,   ramstrategy,    nulldev,    NULL,
 186:     0,
 187: /* hk = 4 */
 188:     hkopen,     hkclose,    hkstrategy, hkroot,     hksize,
 189:     0,
 190: /* ra = 5 */
 191:     raopen,     raclose,    rastrategy, raroot,     rasize,
 192:     0,
 193: /* rk = 6 */
 194:     rkopen,     rkclose,    rkstrategy, nulldev,    rksize,
 195:     0,
 196: /* rl = 7 */
 197:     rlopen,     rlclose,    rlstrategy, rlroot,     rlsize,
 198:     0,
 199: /* rx = 8 */
 200:     rxopen,     rxclose,    rxstrategy, nulldev,    NULL,
 201:     0,
 202: /* si = 9 */
 203:     siopen,     siclose,    sistrategy, siroot,     sisize,
 204:     0,
 205: /* xp = 10 */
 206:     xpopen,     xpclose,    xpstrategy, xproot,     xpsize,
 207:     0,
 208: /* br = 11 */
 209:     bropen,     brclose,    brstrategy, brroot,     brsize,
 210:     0,
 211: /* tmscp = 12 (tu81/tk50) */
 212:     tmscpopen,  tmscpclose, tmscpstrategy,  nulldev,    NULL,
 213:     B_TAPE,
 214: };
 215: int nblkdev = sizeof(bdevsw) / sizeof(bdevsw[0]);
 216: 
 217: int cnopen(), cnclose(), cnread(), cnwrite(), cnioctl();
 218: extern struct tty cons[];
 219: 
 220: #include "lp.h"
 221: #if NLP > 0
 222: int lpopen(), lpclose(), lpwrite();
 223: #else
 224: #define lpopen      nodev
 225: #define lpclose     nodev
 226: #define lpwrite     nodev
 227: #endif
 228: 
 229: #include "dh.h"
 230: #if NDH > 0
 231: int dhopen(), dhclose(), dhread(), dhwrite(), dhioctl(), dhstop();
 232: int dhselect();
 233: extern struct tty   dh11[];
 234: #else
 235: #define dhopen      nodev
 236: #define dhclose     nodev
 237: #define dhread      nodev
 238: #define dhwrite     nodev
 239: #define dhioctl     nodev
 240: #define dhstop      nodev
 241: #define dhselect    nodev
 242: #define dh11        ((struct tty *) NULL)
 243: #endif
 244: 
 245: #include "dz.h"
 246: #if NDZ > 0
 247: int dzopen(), dzclose(), dzread(), dzwrite(), dzioctl();
 248: int dzstop();
 249: extern  struct  tty dz_tty[];
 250: #else
 251: #define dzopen      nodev
 252: #define dzclose     nodev
 253: #define dzread      nodev
 254: #define dzwrite     nodev
 255: #define dzioctl     nodev
 256: #define dzstop      nodev
 257: #define dz_tty      ((struct tty *) NULL)
 258: #endif
 259: 
 260: #include "pty.h"
 261: #if NPTY > 0
 262: int ptsopen(), ptsclose(), ptsread(), ptswrite(), ptsstop();
 263: int ptcopen(), ptcclose(), ptcread(), ptcwrite(), ptyioctl();
 264: int ptcselect();
 265: extern  struct tty pt_tty[];
 266: #else
 267: #define ptsopen     nodev
 268: #define ptsclose    nodev
 269: #define ptsread     nodev
 270: #define ptswrite    nodev
 271: #define ptsstop     nodev
 272: #define ptcopen     nodev
 273: #define ptcclose    nodev
 274: #define ptcread     nodev
 275: #define ptcwrite    nodev
 276: #define ptyioctl    nodev
 277: #define ptcselect   nodev
 278: #define pt_tty      ((struct tty *)NULL)
 279: #endif
 280: 
 281: #include "dr.h"
 282: #if NDR > 0
 283: int dropen(), drclose(), drioctl(), drstrategy();
 284: #else
 285: #define dropen      nodev
 286: #define drclose     nodev
 287: #define drioctl     nodev
 288: #define drstrategy  nodev
 289: #endif
 290: 
 291: #include "dhu.h"
 292: #if NDHU > 0
 293: int dhuopen(), dhuclose(), dhuread(), dhuwrite(), dhuioctl(), dhustop();
 294: int dhuselect();
 295: extern struct tty   dhu_tty[];
 296: #else
 297: #define dhuopen     nodev
 298: #define dhuclose    nodev
 299: #define dhuread     nodev
 300: #define dhuwrite    nodev
 301: #define dhuioctl    nodev
 302: #define dhustop     nodev
 303: #define dhuselect   nodev
 304: #define dhu_tty     ((struct tty *) NULL)
 305: #endif
 306: 
 307: #include "dhv.h"
 308: #if NDHV > 0
 309: int dhvopen(), dhvclose(), dhvread(), dhvwrite(), dhvioctl(), dhvstop();
 310: int dhvselect();
 311: extern struct tty   dhv_tty[];
 312: #else
 313: #define dhvopen     nodev
 314: #define dhvclose    nodev
 315: #define dhvread     nodev
 316: #define dhvwrite    nodev
 317: #define dhvioctl    nodev
 318: #define dhvstop     nodev
 319: #define dhvselect   nodev
 320: #define dhv_tty     ((struct tty *) NULL)
 321: #endif
 322: 
 323: #include "dn.h"
 324: #if NDN > 0
 325: int dnopen(), dnclose(), dnwrite();
 326: #define dnread      nodev
 327: #define dnioctl     nodev
 328: #else
 329: #define dnopen      nodev
 330: #define dnclose     nodev
 331: #define dnread      nodev
 332: #define dnwrite     nodev
 333: #define dnioctl     nodev
 334: #endif
 335: 
 336: int logopen(), logclose(), logread(), logioctl(), logselect();
 337: int syopen(), syread(), sywrite(), syioctl(), syselect();
 338: 
 339: int mmrw();
 340: #define mmselect    seltrue
 341: 
 342: #include "ingres.h"
 343: #if NINGRES > 0
 344: int ingres_open(), ingres_write();
 345: #define ingres_read nodev
 346: #define ingres_ioctl    nodev
 347: #define ingres_close    nulldev
 348: #else
 349: #define ingres_open nodev
 350: #define ingres_close    nodev
 351: #define ingres_read nodev
 352: #define ingres_write    nodev
 353: #define ingres_ioctl    nodev
 354: #endif
 355: 
 356: int fdopen();
 357: int ttselect(), seltrue();
 358: 
 359: struct cdevsw   cdevsw[] = {
 360: /* cn = 0 */
 361:     cnopen,     cnclose,    cnread,     cnwrite,
 362:     cnioctl,    nulldev,    cons,       ttselect,
 363:     nulldev,
 364: /* mem = 1 */
 365:     nulldev,    nulldev,    mmrw,       mmrw,
 366:     nodev,      nulldev,    0,      mmselect,
 367:     nulldev,
 368: /* dz = 2 */
 369:     dzopen,     dzclose,    dzread,     dzwrite,
 370:     dzioctl,    dzstop,     dz_tty,     ttselect,
 371:     nulldev,
 372: /* dh = 3 */
 373:     dhopen,     dhclose,    dhread,     dhwrite,
 374:     dhioctl,    dhstop,     dh11,       dhselect,
 375:     nulldev,
 376: /* dhu = 4 */
 377:     dhuopen,    dhuclose,   dhuread,    dhuwrite,
 378:     dhuioctl,   dhustop,    dhu_tty,    dhuselect,
 379:     nulldev,
 380: /* lp = 5 */
 381:     lpopen,     lpclose,    nodev,      lpwrite,
 382:     nodev,      nulldev,    0,      nodev,
 383:     nulldev,
 384: /* ht = 6 */
 385:     htopen,     htclose,    rawrw,      rawrw,
 386:     htioctl,    nulldev,    0,      seltrue,
 387:     htstrategy,
 388: /* tm = 7 */
 389:     tmopen,     tmclose,    rawrw,      rawrw,
 390:     tmioctl,    nulldev,    0,      seltrue,
 391:     tmstrategy,
 392: /* ts = 8 */
 393:     tsopen,     tsclose,    rawrw,      rawrw,
 394:     tsioctl,    nulldev,    0,      seltrue,
 395:     tsstrategy,
 396: /* tty = 9 */
 397:     syopen,     nulldev,    syread,     sywrite,
 398:     syioctl,    nulldev,    0,      syselect,
 399:     nulldev,
 400: /* ptc = 10 */
 401:     ptcopen,    ptcclose,   ptcread,    ptcwrite,
 402:     ptyioctl,   nulldev,    pt_tty,     ptcselect,
 403:     nulldev,
 404: /* pts = 11 */
 405:     ptsopen,    ptsclose,   ptsread,    ptswrite,
 406:     ptyioctl,   ptsstop,    pt_tty,     ttselect,
 407:     nulldev,
 408: /* dr = 12 */
 409:     dropen,     drclose,    rawrw,      rawrw,
 410:     drioctl,    nulldev,    0,      seltrue,
 411:     drstrategy,
 412: /* hk = 13 */
 413:     hkopen,     hkclose,    rawrw,      rawrw,
 414:     nodev,      nulldev,    0,      seltrue,
 415:     hkstrategy,
 416: /* ra = 14 */
 417:     raopen,     raclose,    rawrw,      rawrw,
 418:     raioctl,    nulldev,    0,      seltrue,
 419:     rastrategy,
 420: /* rk = 15 */
 421:     rkopen,     rkclose,    rawrw,      rawrw,
 422:     nodev,      nulldev,    0,      seltrue,
 423:     rkstrategy,
 424: /* rl = 16 */
 425:     rlopen,     rlclose,    rawrw,      rawrw,
 426:     rlioctl,    nulldev,    0,      seltrue,
 427:     rlstrategy,
 428: /* rx = 17 */
 429:     rxopen,     rxclose,    rawrw,      rawrw,
 430:     rxioctl,    nulldev,    0,      seltrue,
 431:     rxstrategy,
 432: /* si = 18 */
 433:     siopen,     siclose,    rawrw,      rawrw,
 434:     nodev,      nulldev,    0,      seltrue,
 435:     sistrategy,
 436: /* xp = 19 */
 437:     xpopen,     xpclose,    rawrw,      rawrw,
 438:     xpioctl,    nulldev,    0,      seltrue,
 439:     xpstrategy,
 440: /* br = 20 */
 441:     bropen,     brclose,    rawrw,      rawrw,
 442:     nodev,      nulldev,    0,      seltrue,
 443:     brstrategy,
 444: /* dn = 21 */
 445:     dnopen,     dnclose,    dnread,     dnwrite,
 446:     dnioctl,    nulldev,    0,      seltrue,
 447:     nulldev,
 448: /* log = 22 */
 449:     logopen,    logclose,   logread,    nodev,
 450:     logioctl,   nulldev,    0,      logselect,
 451:     nulldev,
 452: /* tmscp = 23 (tu81/tk50) */
 453:     tmscpopen,  tmscpclose, rawrw,      rawrw,
 454:     tmscpioctl, nulldev,    0,      seltrue,
 455:     tmscpstrategy,
 456: /* dhv = 24 */
 457:     dhvopen,    dhvclose,   dhvread,    dhvwrite,
 458:     dhvioctl,   dhvstop,    dhv_tty,    dhvselect,
 459:     nulldev,
 460: /* ingres = 25 */
 461:     ingres_open,    ingres_close,   ingres_read,    ingres_write,
 462:     ingres_ioctl,   nulldev,    0,      seltrue,
 463:     nulldev,
 464: /* fd = 26 */
 465:     fdopen,     nodev,      nodev,      nodev,
 466:     nodev,      nodev,      0,      nodev,
 467:     nodev,
 468: };
 469: 
 470: int nchrdev = sizeof(cdevsw) / sizeof(cdevsw[0]);
 471: 
 472: /*
 473:  * Routine that identifies /dev/mem and /dev/kmem.
 474:  *
 475:  * A minimal stub routine can always return 0.
 476:  */
 477: iskmemdev(dev)
 478:     register dev_t dev;
 479: {
 480: 
 481:     if (major(dev) == 1 && (minor(dev) == 0 || minor(dev) == 1))
 482:         return (1);
 483:     return (0);
 484: }
 485: 
 486: /*
 487:  * Routine to determine if a device is a disk.
 488:  *
 489:  * A minimal stub routine can always return 0.
 490:  */
 491: isdisk(dev, type)
 492:     dev_t dev;
 493:     register int type;
 494: {
 495: 
 496:     switch (major(dev)) {
 497:     case 3:         /* ram */
 498:     case 4:         /* hk */
 499:     case 5:         /* ra */
 500:     case 6:         /* rk */
 501:     case 7:         /* rl */
 502:     case 8:         /* rx */
 503:     case 9:         /* si */
 504:     case 10:        /* xp */
 505:     case 11:        /* br */
 506:         if (type == IFBLK)
 507:             return (1);
 508:         return (0);
 509:     case 13:        /* rhk */
 510:     case 14:        /* rra */
 511:     case 15:        /* rrk */
 512:     case 16:        /* rrl */
 513:     case 17:        /* rrx */
 514:     case 18:        /* rsi */
 515:     case 19:        /* rxp */
 516:     case 20:        /* rbr */
 517:         if (type == IFCHR)
 518:             return (1);
 519:         /* fall through */
 520:     default:
 521:         return (0);
 522:     }
 523:     /* NOTREACHED */
 524: }
 525: 
 526: #define MAXDEV  27
 527: static char chrtoblktbl[MAXDEV] =  {
 528:       /* CHR */      /* BLK */
 529:     /* 0 */     NODEV,
 530:     /* 1 */     NODEV,
 531:     /* 2 */     NODEV,
 532:     /* 3 */     NODEV,
 533:     /* 4 */     NODEV,
 534:     /* 5 */     NODEV,
 535:     /* 6 */     0,      /* ht */
 536:     /* 7 */     1,      /* tm */
 537:     /* 8 */     2,      /* ts */
 538:     /* 9 */     NODEV,
 539:     /* 10 */    NODEV,
 540:     /* 11 */    NODEV,
 541:     /* 12 */    NODEV,
 542:     /* 13 */    4,      /* hk */
 543:     /* 14 */    5,      /* ra */
 544:     /* 15 */    6,      /* rk */
 545:     /* 16 */    7,      /* rl */
 546:     /* 17 */    8,      /* rx */
 547:     /* 18 */    9,      /* si */
 548:     /* 19 */    10,     /* xp */
 549:     /* 20 */    11,     /* br */
 550:     /* 21 */    NODEV,
 551:     /* 22 */    NODEV,
 552:     /* 23 */    12,     /* tmscp */
 553:     /* 24 */    NODEV,
 554:     /* 25 */    NODEV,
 555:     /* 26 */    NODEV
 556: };
 557: 
 558: /*
 559:  * Routine to convert from character to block device number.
 560:  *
 561:  * A minimal stub routine can always return NODEV.
 562:  */
 563: chrtoblk(dev)
 564:     register dev_t dev;
 565: {
 566:     register int blkmaj;
 567: 
 568:     if (major(dev) >= MAXDEV || (blkmaj = chrtoblktbl[major(dev)]) == NODEV)
 569:         return (NODEV);
 570:     return (makedev(blkmaj, minor(dev)));
 571: }
 572: 
 573: /*
 574:  * This routine returns the cdevsw[] index of the block device
 575:  * specified by the input parameter.    Used by init_main and ufs_mount to
 576:  * find the diskdriver's ioctl entry point so that the label and partition
 577:  * information can be obtained for 'block' (instead of 'character') disks.
 578:  *
 579:  * Rather than create a whole separate table 'chrtoblktbl' is scanned
 580:  * looking for a match.  This routine is only called a half dozen times during
 581:  * a system's life so efficiency isn't a big concern.
 582: */
 583: 
 584: blktochr(dev)
 585:     register dev_t dev;
 586:     {
 587:     register int maj = major(dev);
 588:     register int i;
 589: 
 590:     for (i = 0; i < MAXDEV; i++)
 591:         {
 592:         if  (maj == chrtoblktbl[i])
 593:             return(i);
 594:         }
 595:     return(NODEV);
 596:     }

Defined functions

blktochr defined in line 584; used 2 times
chrtoblk defined in line 563; used 1 times
isdisk defined in line 491; used 2 times
iskmemdev defined in line 477; used 1 times

Defined variables

chrtoblktbl defined in line 527; used 2 times
nblkdev defined in line 215; never used
nchrdev defined in line 470; never used

Defined macros

MAXDEV defined in line 526; used 3 times
brclose defined in line 78; used 2 times
bropen defined in line 77; used 3 times
brroot defined in line 79; used 2 times
brsize defined in line 81; used 2 times
brstrategy defined in line 80; used 3 times
dh11 defined in line 242; used 1 times
dhclose defined in line 236; used 2 times
dhioctl defined in line 239; used 2 times
dhopen defined in line 235; used 2 times
dhread defined in line 237; used 2 times
dhselect defined in line 241; used 2 times
dhstop defined in line 240; used 2 times
dhu_tty defined in line 304; used 1 times
dhuclose defined in line 298; used 2 times
dhuioctl defined in line 301; used 2 times
dhuopen defined in line 297; used 2 times
dhuread defined in line 299; used 2 times
dhuselect defined in line 303; used 2 times
dhustop defined in line 302; used 2 times
dhuwrite defined in line 300; used 2 times
dhv_tty defined in line 320; used 1 times
dhvclose defined in line 314; used 2 times
dhvioctl defined in line 317; used 2 times
dhvopen defined in line 313; used 2 times
dhvread defined in line 315; used 2 times
dhvselect defined in line 319; used 2 times
dhvstop defined in line 318; used 2 times
dhvwrite defined in line 316; used 2 times
dhwrite defined in line 238; used 2 times
dnclose defined in line 330; used 2 times
dnioctl defined in line 333; used 1 times
dnopen defined in line 329; used 2 times
dnread defined in line 331; used 1 times
dnwrite defined in line 332; used 2 times
drclose defined in line 286; used 2 times
drioctl defined in line 287; used 2 times
dropen defined in line 285; used 2 times
drstrategy defined in line 288; used 2 times
dz_tty defined in line 257; used 1 times
dzclose defined in line 252; used 2 times
dzioctl defined in line 255; used 2 times
dzopen defined in line 251; used 2 times
dzread defined in line 253; used 2 times
dzstop defined in line 256; used 2 times
dzwrite defined in line 254; used 2 times
hkclose defined in line 52; used 3 times
hkopen defined in line 51; used 3 times
hkroot defined in line 53; used 2 times
hksize defined in line 55; used 2 times
hkstrategy defined in line 54; used 3 times
htclose defined in line 89; used 3 times
htioctl defined in line 90; used 2 times
htopen defined in line 88; used 3 times
htstrategy defined in line 91; used 3 times
ingres_close defined in line 350; used 1 times
ingres_ioctl defined in line 353; used 1 times
ingres_open defined in line 349; used 2 times
ingres_read defined in line 351; used 1 times
ingres_write defined in line 352; used 2 times
lpclose defined in line 225; used 2 times
lpopen defined in line 224; used 2 times
lpwrite defined in line 226; used 2 times
mmselect defined in line 340; used 1 times
pt_tty defined in line 278; used 2 times
ptcclose defined in line 273; used 2 times
ptcopen defined in line 272; used 2 times
ptcread defined in line 274; used 2 times
ptcselect defined in line 277; used 2 times
ptcwrite defined in line 275; used 2 times
ptsclose defined in line 268; used 2 times
ptsopen defined in line 267; used 2 times
ptsread defined in line 269; used 2 times
ptsstop defined in line 271; used 2 times
ptswrite defined in line 270; used 2 times
ptyioctl defined in line 276; used 3 times
raclose defined in line 146; used 3 times
raioctl defined in line 147; used 2 times
ramclose defined in line 170; used 1 times
ramopen defined in line 169; used 2 times
ramstrategy defined in line 171; used 2 times
raopen defined in line 145; used 3 times
raroot defined in line 148; used 2 times
rasize defined in line 150; used 2 times
rastrategy defined in line 149; used 3 times
rkclose defined in line 31; used 2 times
rkopen defined in line 30; used 3 times
rksize defined in line 33; used 2 times
rkstrategy defined in line 32; used 3 times
rlclose defined in line 101; used 3 times
rlioctl defined in line 102; used 2 times
rlopen defined in line 100; used 3 times
rlroot defined in line 99; used 2 times
rlsize defined in line 104; used 2 times
rlstrategy defined in line 103; used 3 times
rxclose defined in line 159; used 2 times
rxioctl defined in line 161; used 2 times
rxopen defined in line 158; used 3 times
rxstrategy defined in line 160; used 3 times
siclose defined in line 134; used 2 times
siopen defined in line 133; used 3 times
siroot defined in line 135; used 2 times
sisize defined in line 137; used 2 times
sistrategy defined in line 136; used 3 times
tmclose defined in line 41; used 3 times
tmioctl defined in line 42; used 2 times
tmopen defined in line 40; used 3 times
tmscpclose defined in line 122; used 3 times
tmscpioctl defined in line 123; used 2 times
tmscpopen defined in line 121; used 3 times
tmscpstrategy defined in line 124; used 3 times
tmstrategy defined in line 43; used 3 times
tsclose defined in line 112; used 3 times
tsioctl defined in line 113; used 2 times
tsopen defined in line 111; used 3 times
tsstrategy defined in line 114; used 3 times
xpclose defined in line 64; used 3 times
xpioctl defined in line 65; used 2 times
xpopen defined in line 63; used 3 times
xproot defined in line 66; used 2 times
xpsize defined in line 68; used 2 times
xpstrategy defined in line 67; used 3 times
Last modified: 1997-11-13
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