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Kernel part of bluetooth stack ported by Dmitry Komissaroff. Very much work
[dragonfly.git] / contrib / tcsh / sh.init.c
blobe34fdd4133e48cfcb10de47191cee5ab450f5ac1
1 /*
2 * $Header: /src/pub/tcsh/sh.init.c,v 3.49 2002/03/08 17:36:46 christos Exp $
3 * $DragonFly: src/contrib/tcsh/Attic/sh.init.c,v 1.5 2003/10/27 15:31:19 dillon Exp $
4 */
5 /*
6 * sh.init.c: Function and signal tables
7 */
8 /*-
9 * Copyright (c) 1980, 1991 The Regents of the University of California.
10 * All rights reserved.
11 *
12 * Redistribution and use in source and binary forms, with or without
13 * modification, are permitted provided that the following conditions
14 * are met:
15 * 1. Redistributions of source code must retain the above copyright
16 * notice, this list of conditions and the following disclaimer.
17 * 2. Redistributions in binary form must reproduce the above copyright
18 * notice, this list of conditions and the following disclaimer in the
19 * documentation and/or other materials provided with the distribution.
20 * 3. Neither the name of the University nor the names of its contributors
21 * may be used to endorse or promote products derived from this software
22 * without specific prior written permission.
23 *
24 * THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
25 * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
26 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
27 * ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
28 * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
29 * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
30 * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
31 * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
32 * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
33 * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
34 * SUCH DAMAGE.
35 */
36 #include "sh.h"
37
38 RCSID("$Id: sh.init.c,v 3.49 2002/03/08 17:36:46 christos Exp $")
39
40 #include "ed.h"
41 #include "tw.h"
42
43 /*
44 * C shell
45 */
46
47 #define INF 0x7fffffff
48
49 struct biltins bfunc[] = {
50 { ":", dozip, 0, INF },
51 { "@", dolet, 0, INF },
52 { "alias", doalias, 0, INF },
53 #ifdef OBSOLETE
54 { "aliases", doaliases, 0, 1, },
55 #endif /* OBSOLETE */
56 { "alloc", showall, 0, 1 },
57 #if defined(_CX_UX)
58 { "att", doatt, 0, INF },
59 #endif /* _CX_UX */
60 { "bg", dobg, 0, INF },
61 #ifdef OBSOLETE
62 { "bind", dobind, 0, 2 },
63 #endif /* OBSOLETE */
64 { "bindkey", dobindkey, 0, 8 },
65 { "break", dobreak, 0, 0 },
66 { "breaksw", doswbrk, 0, 0 },
67 { "builtins", dobuiltins, 0, 0 },
68 #ifdef KAI
69 { "bye", goodbye, 0, 0 },
70 #endif /* KAI */
71 { "case", dozip, 0, 1 },
72 { "cd", dochngd, 0, INF },
73 { "chdir", dochngd, 0, INF },
74 { "complete", docomplete, 0, INF },
75 { "continue", docontin, 0, 0 },
76 { "default", dozip, 0, 0 },
77 { "dirs", dodirs, 0, INF },
78 #if defined(_CRAY) && !defined(_CRAYMPP)
79 { "dmmode", dodmmode, 0, 1 },
80 #endif /* _CRAY && !_CRAYMPP */
81 { "echo", doecho, 0, INF },
82 { "echotc", doechotc, 0, INF },
83 { "else", doelse, 0, INF },
84 { "end", doend, 0, 0 },
85 { "endif", dozip, 0, 0 },
86 { "endsw", dozip, 0, 0 },
87 { "eval", doeval, 0, INF },
88 { "exec", execash, 1, INF },
89 { "exit", doexit, 0, INF },
90 { "fg", dofg, 0, INF },
91 { "filetest", dofiletest, 2, INF },
92 { "foreach", doforeach, 3, INF },
93 #ifdef TCF
94 { "getspath", dogetspath, 0, 0 },
95 { "getxvers", dogetxvers, 0, 0 },
96 #endif /* TCF */
97 { "glob", doglob, 0, INF },
98 { "goto", dogoto, 1, 1 },
99 { "hashstat", hashstat, 0, 0 },
100 { "history", dohist, 0, 2 },
101 { "hup", dohup, 0, INF },
102 { "if", doif, 1, INF },
103 #ifdef apollo
104 { "inlib", doinlib, 1, INF },
105 #endif /* apollo */
106 { "jobs", dojobs, 0, 1 },
107 { "kill", dokill, 1, INF },
108 #ifndef HAVENOLIMIT
109 { "limit", dolimit, 0, 3 },
110 #endif /* !HAVENOLIMIT */
111 #ifdef OBSOLETE
112 { "linedit", doecho, 0, INF },
113 #endif /* OBSOLETE */
114 #if !defined(HAVENOUTMP) && !defined(KAI)
115 { "log", dolog, 0, 0 },
116 #endif /* !HAVENOUTMP && !KAI */
117 { "login", dologin, 0, 1 },
118 { "logout", dologout, 0, 0 },
119 { "ls-F", dolist, 0, INF },
120 #ifdef TCF
121 { "migrate", domigrate, 1, INF },
122 #endif /* TCF */
123 #ifdef NEWGRP
124 { "newgrp", donewgrp, 1, 2 },
125 #endif /* NEWGRP */
126 { "nice", donice, 0, INF },
127 { "nohup", donohup, 0, INF },
128 { "notify", donotify, 0, INF },
129 { "onintr", doonintr, 0, 2 },
130 { "popd", dopopd, 0, INF },
131 { "printenv", doprintenv, 0, 1 },
132 { "pushd", dopushd, 0, INF },
133 { "rehash", dohash, 0, 3 },
134 { "repeat", dorepeat, 2, INF },
135 #ifdef apollo
136 { "rootnode", dorootnode, 1, 1 },
137 #endif /* apollo */
138 { "sched", dosched, 0, INF },
139 { "set", doset, 0, INF },
140 { "setenv", dosetenv, 0, 2 },
141 #ifdef MACH
142 { "setpath", dosetpath, 0, INF },
143 #endif /* MACH */
144 #ifdef TCF
145 { "setspath", dosetspath, 1, INF },
146 #endif /* TCF */
147 { "settc", dosettc, 2, 2 },
148 { "setty", dosetty, 0, INF },
149 #ifdef TCF
150 { "setxvers", dosetxvers, 0, 1 },
151 #endif /* TCF */
152 { "shift", shift, 0, 1 },
153 { "source", dosource, 1, INF },
154 { "stop", dostop, 1, INF },
155 { "suspend", dosuspend, 0, 0 },
156 { "switch", doswitch, 1, INF },
157 { "telltc", dotelltc, 0, INF },
158 { "time", dotime, 0, INF },
159 #if defined(_CX_UX)
160 { "ucb", doucb, 0, INF },
161 #endif /* _CX_UX */
162 { "umask", doumask, 0, 1 },
163 { "unalias", unalias, 1, INF },
164 { "uncomplete", douncomplete, 1, INF },
165 { "unhash", dounhash, 0, 0 },
166 #if defined(masscomp) || defined(_CX_UX)
167 { "universe", douniverse, 0, INF },
168 #endif /* masscomp || _CX_UX */
169 #ifndef HAVENOLIMIT
170 { "unlimit", dounlimit, 0, INF },
171 #endif /* !HAVENOLIMIT */
172 { "unset", unset, 1, INF },
173 { "unsetenv", dounsetenv, 1, INF },
174 #ifdef apollo
175 { "ver", dover, 0, INF },
176 #endif /* apollo */
177 { "wait", dowait, 0, 0 },
178 #ifdef WARP
179 { "warp", dowarp, 0, 2 },
180 #endif /* WARP */
181 #if !defined(HAVENOUTMP) && defined(KAI)
182 { "watchlog", dolog, 0, 0 },
183 #endif /* !HAVENOUTMP && KAI */
184 { "where", dowhere, 1, INF },
185 { "which", dowhich, 1, INF },
186 { "while", dowhile, 1, INF }
187 };
188 int nbfunc = sizeof bfunc / sizeof *bfunc;
189
190 struct srch srchn[] = {
191 { "@", TC_LET },
192 { "break", TC_BREAK },
193 { "breaksw", TC_BRKSW },
194 { "case", TC_CASE },
195 { "default", TC_DEFAULT },
196 { "else", TC_ELSE },
197 { "end", TC_END },
198 { "endif", TC_ENDIF },
199 { "endsw", TC_ENDSW },
200 { "exit", TC_EXIT },
201 { "foreach", TC_FOREACH },
202 { "goto", TC_GOTO },
203 { "if", TC_IF },
204 { "label", TC_LABEL },
205 { "set", TC_SET },
206 { "switch", TC_SWITCH },
207 { "while", TC_WHILE }
208 };
209 int nsrchn = sizeof srchn / sizeof *srchn;
210
211
212 /*
213 * Note: For some machines, (hpux eg.)
214 * NSIG = number of signals + 1...
215 * so we define 33 or 65 (POSIX) signals for
216 * everybody
217 */
218
219 /* We define NUMSIG to avoid changing NSIG or MAXSIG */
220 #ifdef POSIX
221 # define NUMSIG 65
222 #else /* !POSIX */
223 # define NUMSIG 33
224 #endif /* POSIX */
225
226 int nsig = NUMSIG - 1; /* This should be the number of real signals */
227 /* not counting signal 0 */
228 struct mesg mesg[NUMSIG]; /* Arrays start at [0] so we initialize from */
229 /* 0 to 32 or 64, the max real signal number */
230
231 void
232 mesginit()
233 {
234
235 #ifdef NLS_CATALOGS
236 int i;
237
238 for (i = 0; i < NUMSIG; i++) {
239 xfree((ptr_t) mesg[i].pname);
240 mesg[i].pname = NULL;
241 }
242 #endif /* NLS_CATALOGS */
243
244 #if defined(SIGNULL) || defined(DECOSF1)
245 # ifndef SIGNULL
246 # define SIGNULL 0
247 # endif /* !SIGNULL */
248 if (mesg[SIGNULL].pname == NULL) {
249 mesg[SIGNULL].iname = "NULL";
250 mesg[SIGNULL].pname = CSAVS(2, 1, "Null signal");
251 }
252 #endif /* SIGNULL || DECOSF1 */
253
254 #ifdef SIGHUP
255 if (mesg[SIGHUP].pname == NULL) {
256 mesg[SIGHUP].iname = "HUP";
257 mesg[SIGHUP].pname = CSAVS(2, 2, "Hangup");
258 }
259 #endif /* SIGHUP */
260
261 #ifdef SIGINT
262 if (mesg[SIGINT].pname == NULL) {
263 mesg[SIGINT].iname = "INT";
264 mesg[SIGINT].pname = CSAVS(2, 3, "Interrupt");
265 }
266 #endif /* SIGINT */
267
268 #ifdef SIGQUIT
269 if (mesg[SIGQUIT].pname == NULL) {
270 mesg[SIGQUIT].iname = "QUIT";
271 mesg[SIGQUIT].pname = CSAVS(2, 4, "Quit");
272 }
273 #endif /* SIGQUIT */
274
275 #ifdef SIGILL
276 if (mesg[SIGILL].pname == NULL) {
277 mesg[SIGILL].iname = "ILL";
278 mesg[SIGILL].pname = CSAVS(2, 5, "Illegal instruction");
279 }
280 #endif /* SIGILL */
281
282 #ifdef SIGTRAP
283 if (mesg[SIGTRAP].pname == NULL) {
284 mesg[SIGTRAP].iname = "TRAP";
285 mesg[SIGTRAP].pname = CSAVS(2, 6, "Trace/BPT trap");
286 }
287 #endif /* SIGTRAP */
288
289 #ifdef SIGABRT
290 if (mesg[SIGABRT].pname == NULL) {
291 mesg[SIGABRT].iname = "ABRT";
292 mesg[SIGABRT].pname = CSAVS(2, 7, "Abort");
293 }
294 #endif /* SIGABRT */
295
296 #ifdef SIGIOT
297 if (mesg[SIGIOT].pname == NULL) {
298 mesg[SIGIOT].iname = "IOT";
299 mesg[SIGIOT].pname = CSAVS(2, 8, "IOT trap");
300 }
301 #endif /* SIGIOT */
302
303 #ifdef SIGDANGER
304 /* aiws */
305 if (mesg[SIGDANGER].pname == NULL) {
306 mesg[SIGDANGER].iname = "DANGER";
307 mesg[SIGDANGER].pname = CSAVS(2, 9, "System Crash Imminent");
308 }
309 #endif /* SIGDANGER */
310
311 #ifdef SIGERR
312 /* _CRAY */
313 if (mesg[SIGERR].pname == NULL) {
314 mesg[SIGERR].iname = "ERR";
315 mesg[SIGERR].pname = CSAVS(2, 10, "Error exit");
316 }
317 #endif /* SIGERR */
318
319 #ifdef SIGEMT
320 if (mesg[SIGEMT].pname == NULL) {
321 mesg[SIGEMT].iname = "EMT";
322 mesg[SIGEMT].pname = CSAVS(2, 11, "EMT trap");
323 }
324 #endif /* SIGEMT */
325
326 #ifdef SIGFPE
327 if (mesg[SIGFPE].pname == NULL) {
328 mesg[SIGFPE].iname = "FPE";
329 mesg[SIGFPE].pname = CSAVS(2, 12, "Floating exception");
330 }
331 #endif /* SIGFPE */
332
333 #ifdef SIGKILL
334 if (mesg[SIGKILL].pname == NULL) {
335 mesg[SIGKILL].iname = "KILL";
336 mesg[SIGKILL].pname = CSAVS(2, 13, "Killed");
337 }
338 #endif /* SIGKILL */
339
340 #ifdef SIGUSR1
341 if (mesg[SIGUSR1].pname == NULL) {
342 mesg[SIGUSR1].iname = "USR1";
343 mesg[SIGUSR1].pname = CSAVS(2, 14, "User signal 1");
344 }
345 #endif /* SIGUSR1 */
346
347 #ifdef SIGUSR2
348 if (mesg[SIGUSR2].pname == NULL) {
349 mesg[SIGUSR2].iname = "USR2";
350 mesg[SIGUSR2].pname = CSAVS(2, 15, "User signal 2");
351 }
352 #endif /* SIGUSR2 */
353
354 #ifdef SIGSEGV
355 if (mesg[SIGSEGV].pname == NULL) {
356 mesg[SIGSEGV].iname = "SEGV";
357 mesg[SIGSEGV].pname = CSAVS(2, 16, "Segmentation fault");
358 }
359 #endif /* SIGSEGV */
360
361 #ifdef SIGBUS
362 if (mesg[SIGBUS].pname == NULL) {
363 mesg[SIGBUS].iname = "BUS";
364 mesg[SIGBUS].pname = CSAVS(2, 17, "Bus error");
365 }
366 #endif /* SIGBUS */
367
368 #ifdef SIGPRE
369 /* _CRAY || IBMAIX */
370 if (mesg[SIGPRE].pname == NULL) {
371 mesg[SIGPRE].iname = "PRE";
372 mesg[SIGPRE].pname = CSAVS(2, 18, "Program range error");
373 }
374 #endif /* SIGPRE */
375
376 #ifdef SIGORE
377 /* _CRAY */
378 if (mesg[SIGORE].pname == NULL) {
379 mesg[SIGORE].iname = "ORE";
380 mesg[SIGORE].pname = CSAVS(2, 19, "Operand range error");
381 }
382 #endif /* SIGORE */
383
384 #ifdef SIGSYS
385 if (mesg[SIGSYS].pname == NULL) {
386 mesg[SIGSYS].iname = "SYS";
387 mesg[SIGSYS].pname = CSAVS(2, 20, "Bad system call");
388 }
389 #endif /* SIGSYS */
390
391 #ifdef SIGPIPE
392 if (mesg[SIGPIPE].pname == NULL) {
393 mesg[SIGPIPE].iname = "PIPE";
394 mesg[SIGPIPE].pname = CSAVS(2, 21, "Broken pipe");
395 }
396 #endif /* SIGPIPE */
397
398 #ifdef SIGALRM
399 if (mesg[SIGALRM].pname == NULL) {
400 mesg[SIGALRM].iname = "ALRM";
401 mesg[SIGALRM].pname = CSAVS(2, 22, "Alarm clock");
402 }
403 #endif /* SIGALRM */
404
405 #ifdef SIGTERM
406 if (mesg[SIGTERM].pname == NULL) {
407 mesg[SIGTERM].iname = "TERM";
408 mesg[SIGTERM].pname = CSAVS(2, 23, "Terminated");
409 }
410 #endif /* SIGTERM */
411
412 /* SIGCLD vs SIGCHLD */
413 #if !defined(SIGCHLD) || defined(SOLARIS2) || defined(apollo) || defined(__EMX__)
414 /* If we don't define SIGCHLD, or our OS prefers SIGCLD to SIGCHLD, */
415 /* check for SIGCLD */
416 # ifdef SIGCLD
417 if (mesg[SIGCLD].pname == NULL) {
418 mesg[SIGCLD].iname = "CLD";
419 # ifdef BSDJOBS
420 mesg[SIGCLD].pname = CSAVS(2, 24, "Child status change");
421 # else /* !BSDJOBS */
422 mesg[SIGCLD].pname = CSAVS(2, 25, "Death of child");
423 # endif /* BSDJOBS */
424 }
425 # endif /* SIGCLD */
426 #else /* !(!SIGCHLD || SOLARIS2 || apollo || __EMX__) */
427 /* We probably define SIGCHLD */
428 # ifdef SIGCHLD
429 if (mesg[SIGCHLD].pname == NULL) {
430 mesg[SIGCHLD].iname = "CHLD";
431 # ifdef BSDJOBS
432 mesg[SIGCHLD].pname = CSAVS(2, 27, "Child stopped or exited");
433 # else /* !BSDJOBS */
434 mesg[SIGCHLD].pname = CSAVS(2, 28, "Child exited");
435 # endif /* BSDJOBS */
436 }
437 # endif /* SIGCHLD */
438 #endif /* !SIGCHLD || SOLARIS2 || apollo || __EMX__ */
439
440 #ifdef SIGAPOLLO
441 /* apollo */
442 if (mesg[SIGAPOLLO].pname == NULL) {
443 mesg[SIGAPOLLO].iname = "APOLLO";
444 mesg[SIGAPOLLO].pname = CSAVS(2, 26, "Apollo-specific fault");
445 }
446 #endif /* SIGAPOLLO */
447
448 #ifdef SIGPWR
449 if (mesg[SIGPWR].pname == NULL) {
450 mesg[SIGPWR].iname = "PWR";
451 mesg[SIGPWR].pname = CSAVS(2, 29, "Power failure");
452 }
453 #endif /* SIGPWR */
454
455 #ifdef SIGLOST
456 if (mesg[SIGLOST].pname == NULL) {
457 mesg[SIGLOST].iname = "LOST";
458 mesg[SIGLOST].pname = CSAVS(2, 30, "Resource Lost");
459 }
460 #endif /* SIGLOST */
461
462 #ifdef SIGBREAK
463 /* __EMX__ */
464 if (mesg[SIGBREAK].pname == NULL) {
465 mesg[SIGBREAK].iname = "BREAK";
466 mesg[SIGBREAK].pname = CSAVS(2, 31, "Break (Ctrl-Break)");
467 }
468 #endif /* SIGBREAK */
469
470 #ifdef SIGIO
471 # if !defined(SIGPOLL) || SIGPOLL != SIGIO
472 if (mesg[SIGIO].pname == NULL) {
473 mesg[SIGIO].iname = "IO";
474 # ifdef cray
475 mesg[SIGIO].pname = CSAVS(2, 32, "Input/output possible signal");
476 # else /* !cray */
477 mesg[SIGIO].pname = CSAVS(2, 33, "Asynchronous I/O (select)");
478 # endif /* cray */
479 }
480 # endif /* !SIGPOLL || SIGPOLL != SIGIO */
481 #endif /* SIGIO */
482
483 #ifdef SIGURG
484 if (mesg[SIGURG].pname == NULL) {
485 mesg[SIGURG].iname = "URG";
486 mesg[SIGURG].pname = CSAVS(2, 34, "Urgent condition on I/O channel");
487 }
488 #endif /* SIGURG */
489
490 #ifdef SIGMT
491 /* cray */
492 if (mesg[SIGMT].pname == NULL) {
493 mesg[SIGMT].iname = "MT";
494 mesg[SIGMT].pname = CSAVS(2, 35, "Multitasking wake-up");
495 }
496 #endif /* SIGMT */
497
498 #ifdef SIGMTKILL
499 /* cray */
500 if (mesg[SIGMTKILL].pname == NULL) {
501 mesg[SIGMTKILL].iname = "MTKILL";
502 mesg[SIGMTKILL].pname = CSAVS(2, 36, "Multitasking kill");
503 }
504 #endif /* SIGMTKILL */
505
506 #ifdef SIGBUFIO
507 /* _CRAYCOM */
508 if (mesg[SIGBUFIO].pname == NULL) {
509 mesg[SIGBUFIO].iname = "BUFIO";
510 mesg[SIGBUFIO].pname = CSAVS(2, 37,
511 "Fortran asynchronous I/O completion");
512 }
513 #endif /* SIGBUFIO */
514
515 #ifdef SIGRECOVERY
516 /* _CRAYCOM */
517 if (mesg[SIGRECOVERY].pname == NULL) {
518 mesg[SIGRECOVERY].iname = "RECOVERY";
519 mesg[SIGRECOVERY].pname = CSAVS(2, 38, "Recovery");
520 }
521 #endif /* SIGRECOVERY */
522
523 #ifdef SIGUME
524 /* _CRAYCOM */
525 if (mesg[SIGUME].pname == NULL) {
526 mesg[SIGUME].iname = "UME";
527 mesg[SIGUME].pname = CSAVS(2, 39, "Uncorrectable memory error");
528 }
529 #endif /* SIGUME */
530
531 #ifdef SIGCPULIM
532 /* _CRAYCOM */
533 if (mesg[SIGCPULIM].pname == NULL) {
534 mesg[SIGCPULIM].iname = "CPULIM";
535 mesg[SIGCPULIM].pname = CSAVS(2, 40, "CPU time limit exceeded");
536 }
537 #endif /* SIGCPULIM */
538
539 #ifdef SIGSHUTDN
540 /* _CRAYCOM */
541 if (mesg[SIGSHUTDN].pname == NULL) {
542 mesg[SIGSHUTDN].iname = "SHUTDN";
543 mesg[SIGSHUTDN].pname = CSAVS(2, 41, "System shutdown imminent");
544 }
545 #endif /* SIGSHUTDN */
546
547 #ifdef SIGNOWAK
548 /* _CRAYCOM */
549 if (mesg[SIGNOWAK].pname == NULL) {
550 mesg[SIGNOWAK].iname = "NOWAK";
551 mesg[SIGNOWAK].pname = CSAVS(2, 42,
552 "Micro-tasking group-no wakeup flag set");
553 }
554 #endif /* SIGNOWAK */
555
556 #ifdef SIGTHERR
557 /* _CRAYCOM */
558 if (mesg[SIGTHERR].pname == NULL) {
559 mesg[SIGTHERR].iname = "THERR";
560 mesg[SIGTHERR].pname = CSAVS(2, 43,
561 "Thread error - (use cord -T for detailed info)");
562 }
563 #endif /* SIGTHERR */
564
565 #ifdef SIGRPE
566 /* cray */
567 if (mesg[SIGRPE].pname == NULL) {
568 mesg[SIGRPE].pname = CSAVS(2, 44, "CRAY Y-MP register parity error");
569 mesg[SIGRPE].iname = "RPE";
570 }
571 #endif /* SIGRPE */
572
573 #ifdef SIGINFO
574 if (mesg[SIGINFO].pname == NULL) {
575 mesg[SIGINFO].iname = "INFO";
576 mesg[SIGINFO].pname = CSAVS(2, 45, "Information request");
577 }
578 #endif /* SIGINFO */
579
580 #ifdef SIGSTOP
581 if (mesg[SIGSTOP].pname == NULL) {
582 mesg[SIGSTOP].iname = "STOP";
583 # ifdef SUSPENDED
584 mesg[SIGSTOP].pname = CSAVS(2, 46, "Suspended (signal)");
585 # else /* !SUSPENDED */
586 mesg[SIGSTOP].pname = CSAVS(2, 47, "Stopped (signal)");
587 # endif /* SUSPENDED */
588 }
589 #endif /* SIGSTOP */
590
591 #ifdef SIGTSTP
592 if (mesg[SIGTSTP].pname == NULL) {
593 mesg[SIGTSTP].iname = "TSTP";
594 # ifdef SUSPENDED
595 mesg[SIGTSTP].pname = CSAVS(2, 48, "Suspended");
596 # else /* !SUSPENDED */
597 mesg[SIGTSTP].pname = CSAVS(2, 49, "Stopped");
598 # endif /* SUSPENDED */
599 }
600 #endif /* SIGTSTP */
601
602 #ifdef SIGCONT
603 if (mesg[SIGCONT].pname == NULL) {
604 mesg[SIGCONT].iname = "CONT";
605 mesg[SIGCONT].pname = CSAVS(2, 50, "Continued");
606 }
607 #endif /* SIGCONT */
608
609 #ifdef SIGTTIN
610 if (mesg[SIGTTIN].pname == NULL) {
611 mesg[SIGTTIN].iname = "TTIN";
612 # ifdef SUSPENDED
613 mesg[SIGTTIN].pname = CSAVS(2, 51, "Suspended (tty input)");
614 # else /* !SUSPENDED */
615 mesg[SIGTTIN].pname = CSAVS(2, 52, "Stopped (tty input)");
616 # endif /* SUSPENDED */
617 }
618 #endif /* SIGTTIN */
619
620 #ifdef SIGTTOU
621 if (mesg[SIGTTOU].pname == NULL) {
622 mesg[SIGTTOU].iname = "TTOU";
623 # ifdef SUSPENDED
624 mesg[SIGTTOU].pname = CSAVS(2, 53, "Suspended (tty output)");
625 # else /* SUSPENDED */
626 mesg[SIGTTOU].pname = CSAVS(2, 54, "Stopped (tty output)");
627 # endif /* SUSPENDED */
628 }
629 #endif /* SIGTTOU */
630
631 #ifdef SIGWIND
632 /* UNIXPC */
633 if (mesg[SIGWIND].pname == NULL) {
634 mesg[SIGWIND].iname = "WIND";
635 mesg[SIGWIND].pname = CSAVS(2, 55, "Window status changed");
636 }
637 #endif /* SIGWIND */
638
639 #ifdef SIGWINDOW
640 if (mesg[SIGWINDOW].pname == NULL) {
641 mesg[SIGWINDOW].iname = "WINDOW";
642 mesg[SIGWINDOW].pname = CSAVS(2, 56, "Window size changed");
643 }
644 #endif /* SIGWINDOW */
645
646 #ifdef SIGWINCH
647 if (mesg[SIGWINCH].pname == NULL) {
648 mesg[SIGWINCH].iname = "WINCH";
649 mesg[SIGWINCH].pname = CSAVS(2, 56, "Window size changed");
650 }
651 #endif /* SIGWINCH */
652
653 #ifdef SIGPHONE
654 /* UNIXPC */
655 if (mesg[SIGPHONE].pname == NULL) {
656 mesg[SIGPHONE].iname = "PHONE";
657 mesg[SIGPHONE].pname = CSAVS(2, 57, "Phone status changed");
658 }
659 # endif /* SIGPHONE */
660
661 #ifdef SIGXCPU
662 if (mesg[SIGXCPU].pname == NULL) {
663 mesg[SIGXCPU].iname = "XCPU";
664 mesg[SIGXCPU].pname = CSAVS(2, 58, "Cputime limit exceeded");
665 }
666 #endif /* SIGXCPU */
667
668 #ifdef SIGXFSZ
669 if (mesg[SIGXFSZ].pname == NULL) {
670 mesg[SIGXFSZ].iname = "XFSZ";
671 mesg[SIGXFSZ].pname = CSAVS(2, 59, "Filesize limit exceeded");
672 }
673 #endif /* SIGXFSZ */
674
675 #ifdef SIGVTALRM
676 if (mesg[SIGVTALRM].pname == NULL) {
677 mesg[SIGVTALRM].iname = "VTALRM";
678 mesg[SIGVTALRM].pname = CSAVS(2, 60, "Virtual time alarm");
679 }
680 #endif /* SIGVTALRM */
681
682 #ifdef SIGPROF
683 if (mesg[SIGPROF].pname == NULL) {
684 mesg[SIGPROF].iname = "PROF";
685 mesg[SIGPROF].pname = CSAVS(2, 61, "Profiling time alarm");
686 }
687 #endif /* SIGPROF */
688
689 #ifdef SIGDIL
690 /* hpux */
691 if (mesg[SIGDIL].pname == NULL) {
692 mesg[SIGDIL].iname = "DIL";
693 mesg[SIGDIL].pname = CSAVS(2, 62, "DIL signal");
694 }
695 #endif /* SIGDIL */
696
697 #ifdef SIGPOLL
698 if (mesg[SIGPOLL].pname == NULL) {
699 mesg[SIGPOLL].iname = "POLL";
700 mesg[SIGPOLL].pname = CSAVS(2, 63, "Pollable event occured");
701 }
702 #endif /* SIGPOLL */
703
704 #ifdef SIGWAITING
705 /* solaris */
706 if (mesg[SIGWAITING].pname == NULL) {
707 mesg[SIGWAITING].iname = "WAITING";
708 mesg[SIGWAITING].pname = CSAVS(2, 64, "Process's lwps are blocked");
709 }
710 #endif /* SIGWAITING */
711
712 #ifdef SIGLWP
713 /* solaris */
714 if (mesg[SIGLWP].pname == NULL) {
715 mesg[SIGLWP].iname = "LWP";
716 mesg[SIGLWP].pname = CSAVS(2, 65, "Special LWP signal");
717 }
718 #endif /* SIGLWP */
719
720 #ifdef SIGFREEZE
721 /* solaris */
722 if (mesg[SIGFREEZE].pname == NULL) {
723 mesg[SIGFREEZE].iname = "FREEZE";
724 mesg[SIGFREEZE].pname = CSAVS(2, 66, "Special CPR Signal");
725 }
726 #endif /* SIGFREEZE */
727
728 #ifdef SIGTHAW
729 /* solaris */
730 if (mesg[SIGTHAW].pname == NULL) {
731 mesg[SIGTHAW].iname = "THAW";
732 mesg[SIGTHAW].pname = CSAVS(2, 67, "Special CPR Signal");
733 }
734 #endif /* SIGTHAW */
735
736 #ifdef SIGCANCEL
737 /* solaris */
738 if (mesg[SIGCANCEL].pname == NULL) {
739 mesg[SIGCANCEL].iname = "CANCEL";
740 mesg[SIGCANCEL].pname = CSAVS(2, 109,
741 "Thread cancellation signal used by libthread");
742 }
743 #endif /* SIGCANCEL */
744
745 /*
746 * Careful, some OS's (HP/UX 10.0) define these as -1
747 */
748 #ifdef SIGRTMIN
749 /*
750 * Cannot do this at compile time; Solaris2 uses _sysconf for these
751 */
752 if (SIGRTMIN > 0 && SIGRTMIN < NUMSIG) {
753 if (mesg[SIGRTMIN].pname == NULL) {
754 mesg[SIGRTMIN].iname = "RTMIN";
755 mesg[SIGRTMIN].pname = CSAVS(2, 68, "First Realtime Signal");
756 }
757
758 if (mesg[SIGRTMIN+1].pname == NULL) {
759 mesg[SIGRTMIN+1].iname = "RTMIN+1";
760 mesg[SIGRTMIN+1].pname = CSAVS(2, 69, "Second Realtime Signal");
761 }
762
763 if (mesg[SIGRTMIN+2].pname == NULL) {
764 mesg[SIGRTMIN+2].iname = "RTMIN+2";
765 mesg[SIGRTMIN+2].pname = CSAVS(2, 70, "Third Realtime Signal");
766 }
767
768 if (mesg[SIGRTMIN+3].pname == NULL) {
769 mesg[SIGRTMIN+3].iname = "RTMIN+3";
770 mesg[SIGRTMIN+3].pname = CSAVS(2, 71, "Fourth Realtime Signal");
771 }
772 }
773 #endif /* SIGRTMIN */
774
775 #ifdef SIGRTMAX
776 /*
777 * Cannot do this at compile time; Solaris2 uses _sysconf for these
778 */
779 if (SIGRTMAX > 0 && SIGRTMAX < NUMSIG) {
780 if (mesg[SIGRTMAX-3].pname == NULL) {
781 mesg[SIGRTMAX-3].iname = "RTMAX-3";
782 mesg[SIGRTMAX-3].pname = CSAVS(2, 72,
783 "Fourth Last Realtime Signal");
784 }
785
786 if (mesg[SIGRTMAX-2].pname == NULL) {
787 mesg[SIGRTMAX-2].iname = "RTMAX-2";
788 mesg[SIGRTMAX-2].pname = CSAVS(2, 73,
789 "Third Last Realtime Signal");
790 }
791
792 if (mesg[SIGRTMAX-1].pname == NULL) {
793 mesg[SIGRTMAX-1].iname = "RTMAX-1";
794 mesg[SIGRTMAX-1].pname = CSAVS(2, 74,
795 "Second Last Realtime Signal");
796 }
797
798 if (mesg[SIGRTMAX].pname == NULL) {
799 mesg[SIGRTMAX].iname = "RTMAX";
800 mesg[SIGRTMAX].pname = CSAVS(2, 75,
801 "Last Realtime Signal");
802 }
803 }
804 #endif /* SIGRTMAX */
805
806
807 #ifdef SIGAIO
808 /* aiws */
809 if (mesg[SIGAIO].pname == NULL) {
810 mesg[SIGAIO].iname = "AIO";
811 mesg[SIGAIO].pname = CSAVS(2, 76, "LAN Asyncronous I/O");
812 }
813 #endif /* SIGAIO */
814
815 #ifdef SIGPTY
816 /* aiws */
817 if (mesg[SIGPTY].pname == NULL) {
818 mesg[SIGPTY].iname = "PTY";
819 mesg[SIGPTY].pname = CSAVS(2, 77, "PTY read/write availability");
820 }
821 #endif /* SIGPTY */
822
823 #ifdef SIGIOINT
824 /* aiws */
825 if (mesg[SIGIOINT].pname == NULL) {
826 mesg[SIGIOINT].iname = "IOINT";
827 mesg[SIGIOINT].pname = CSAVS(2, 78, "I/O intervention required");
828 }
829 #endif /* SIGIOINT */
830
831 #ifdef SIGGRANT
832 /* aiws */
833 if (mesg[SIGGRANT].pname == NULL) {
834 mesg[SIGGRANT].iname = "GRANT";
835 mesg[SIGGRANT].pname = CSAVS(2, 79, "HFT monitor mode granted");
836 }
837 #endif /* SIGGRANT */
838
839 #ifdef SIGRETRACT
840 /* aiws */
841 if (mesg[SIGRETRACT].pname == NULL) {
842 mesg[SIGRETRACT].iname = "RETRACT";
843 mesg[SIGRETRACT].pname = CSAVS(2, 80,
844 "HFT monitor mode should be relinguished");
845 }
846 #endif /* SIGRETRACT */
847
848 #ifdef SIGSOUND
849 /* aiws */
850 if (mesg[SIGSOUND].pname == NULL) {
851 mesg[SIGSOUND].iname = "SOUND";
852 mesg[SIGSOUND].pname = CSAVS(2, 81, "HFT sound control has completed");
853 }
854 #endif /* SIGSOUND */
855
856 #ifdef SIGSMSG
857 /* aiws */
858 if (mesg[SIGSMSG].pname == NULL) {
859 mesg[SIGSMSG].iname = "SMSG";
860 mesg[SIGSMSG].pname = CSAVS(2, 82, "Data in HFT ring buffer");
861 }
862 #endif /* SIGMSG */
863
864 #ifdef SIGMIGRATE
865 /* IBMAIX */
866 if (mesg[SIGMIGRATE].pname == NULL) {
867 mesg[SIGMIGRATE].iname = "MIGRATE";
868 mesg[SIGMIGRATE].pname = CSAVS(2, 83, "Migrate process");
869 }
870 #endif /* SIGMIGRATE */
871
872 #ifdef SIGSAK
873 /* IBMAIX */
874 if (mesg[SIGSAK].pname == NULL) {
875 mesg[SIGSAK].iname = "SAK";
876 mesg[SIGSAK].pname = CSAVS(2, 84, "Secure attention key");
877 }
878 #endif /* SIGSAK */
879
880 #ifdef SIGRESCHED
881 /* CX/UX */
882 if (mesg[SIGRESCHED].pname == NULL) {
883 mesg[SIGRESCHED].iname = "RESCHED";
884 mesg[SIGRESCHED].pname = CSAVS(2, 85, "Reschedule");
885 }
886 #endif /* SIGRESCHED */
887
888 #ifdef SIGDEBUG
889 /* VMS_POSIX */
890 if (mesg[SIGDEBUG].pname == NULL) {
891 mesg[SIGDEBUG].iname = "DEBUG";
892 mesg[SIGDEBUG].pname = CSAVS(2, 86, "Signaling SS$_DEBUG");
893 }
894 #endif /* SIGDEBUG */
895
896 #ifdef SIGPRIO
897 /* Lynx */
898 if (mesg[SIGPRIO].pname == NULL) {
899 mesg[SIGPRIO].iname = "PRIO";
900 mesg[SIGPRIO].pname = CSAVS(2, 87, "Priority changed");
901 }
902 #endif /* SIGPRIO */
903
904 #ifdef SIGDLK
905 /* cray */
906 if (mesg[SIGDLK].pname == NULL) {
907 mesg[SIGDLK].iname = "DLK";
908 mesg[SIGDLK].pname = CSAVS(2, 88, "True deadlock detected");
909 }
910 #endif /* SIGDLK */
911
912 #ifdef SIGTINT
913 /* masscomp */
914 if (mesg[SIGTINT].pname == NULL) {
915 mesg[SIGTINT].iname = "TINT";
916 mesg[SIGTINT].pname = CSAVS(2, 89, "New input character");
917 }
918 #endif /* SIGTINT */
919
920 #ifdef SIGSTKFLT
921 if (mesg[SIGSTKFLT].pname == NULL) {
922 mesg[SIGSTKFLT].iname = "STKFLT";
923 mesg[SIGSTKFLT].pname = CSAVS(2, 90, "Stack limit exceeded");
924 }
925 #endif /* SIGSTKFLT */
926
927 #ifdef SIGUNUSED
928 if (mesg[SIGUNUSED].pname == NULL) {
929 mesg[SIGUNUSED].iname = "UNUSED";
930 mesg[SIGUNUSED].pname = CSAVS(2, 91, "Unused signal");
931 }
932 #endif /* SIGUNUSED */
933
934 #ifdef SIGOVLY
935 /* SX-4 */
936 if (mesg[SIGOVLY].pname == NULL) {
937 mesg[SIGOVLY].iname = "OVLY";
938 mesg[SIGOVLY].pname = CSAVS(2, 92, "LM overlay");
939 }
940 #endif /* SIGOVLY */
941
942 #ifdef SIGFRZ
943 /* SX-4 */
944 if (mesg[SIGFRZ].pname == NULL) {
945 mesg[SIGFRZ].iname = "FRZ";
946 mesg[SIGFRZ].pname = CSAVS(2, 93, "system freeze");
947 }
948 #endif /* SIGFRZ */
949
950 #ifdef SIGDFRZ
951 /* SX-4 */
952 if (mesg[SIGDFRZ].pname == NULL) {
953 mesg[SIGDFRZ].iname = "DFRZ";
954 mesg[SIGDFRZ].pname = CSAVS(2, 94, "system defreeze");
955 }
956 #endif /* SIGDFRZ */
957
958 #ifdef SIGDEAD
959 /* SX-4 */
960 if (mesg[SIGDEAD].pname == NULL) {
961 mesg[SIGDEAD].iname = "DEAD";
962 mesg[SIGDEAD].pname = CSAVS(2, 95, "dead lock");
963 }
964 #endif /* SIGDEAD */
965
966 #ifdef SIGXMEM
967 /* SX-4 */
968 if (mesg[SIGXMEM].pname == NULL) {
969 mesg[SIGXMEM].iname = "XMEM";
970 mesg[SIGXMEM].pname = CSAVS(2, 96, "exceeded memory size limit");
971 }
972 #endif /* SIGXMEM */
973
974 #ifdef SIGXDSZ
975 /* SX-4 */
976 if (mesg[SIGXDSZ].pname == NULL) {
977 mesg[SIGXDSZ].iname = "XDSZ";
978 mesg[SIGXDSZ].pname = CSAVS(2, 97, "exceeded data size limit");
979 }
980 #endif /* SIGXDSZ */
981
982 #ifdef SIGMEM32
983 /* SX-4 */
984 if (mesg[SIGMEM32].pname == NULL) {
985 mesg[SIGMEM32].iname = "MEM32";
986 mesg[SIGMEM32].pname = CSAVS(2, 98, "exceeded memory size limit of 32KB");
987 }
988 #endif /* SIGMEM32 */
989
990 #ifdef SIGNMEM
991 /* SX-4 */
992 if (mesg[SIGNMEM].pname == NULL) {
993 mesg[SIGNMEM].iname = "NMEM";
994 mesg[SIGNMEM].pname = CSAVS(2, 99, "exce error for no memory");
995 }
996 #endif /* SIGNMEM */
997
998 #ifdef SIGCHKP
999 /* SX-4 */
1000 if (mesg[SIGCHKP].pname == NULL) {
1001 mesg[SIGCHKP].iname = "CHKP";
1002 mesg[SIGCHKP].pname = CSAVS(2, 100, "check point start");
1003 }
1004 #endif /* SIGCHKP */
1005
1006 #ifdef SIGKCHKP
1007 #if 0
1008 /* SX-4 */
1009 if (mesg[SIGKCHKP].pname == NULL) {
1010 mesg[SIGKCHKP].iname = "KCHKP";
1011 mesg[SIGKCHKP].pname = CSAVS(2, 101, "check point start of kernel");
1012 }
1013 #endif
1014 #endif /* SIGKCHKP */
1015
1016 #ifdef SIGRSTA
1017 /* SX-4 */
1018 if (mesg[SIGRSTA].pname == NULL) {
1019 mesg[SIGRSTA].iname = "RSTA";
1020 mesg[SIGRSTA].pname = CSAVS(2, 102, "restart start");
1021 }
1022 #endif /* SIGRSTA */
1023
1024 #ifdef SIGKRSTA
1025 #if 0
1026 /* SX-4 */
1027 if (mesg[SIGKRSTA].pname == NULL) {
1028 mesg[SIGKRSTA].iname = "KRSTA";
1029 mesg[SIGKRSTA].pname = CSAVS(2, 103, "restart of kernel");
1030 }
1031 #endif
1032 #endif /* SIGKRSTA */
1033
1034 #ifdef SIGXXMU
1035 /* SX-4 */
1036 if (mesg[SIGXXMU].pname == NULL) {
1037 mesg[SIGXXMU].iname = "XXMU";
1038 mesg[SIGXXMU].pname = CSAVS(2, 104, "exeeded XMU size limit");
1039 }
1040 #endif /* SIGXXMU */
1041
1042 #ifdef SIGXRLG0
1043 /* SX-4 */
1044 if (mesg[SIGXRLG0].pname == NULL) {
1045 mesg[SIGXRLG0].iname = "XRLG0";
1046 mesg[SIGXRLG0].pname = CSAVS(2, 105, "exeeded RLG0 limit");
1047 }
1048 #endif /* SIGXRLG0 */
1049
1050 #ifdef SIGXRLG1
1051 /* SX-4 */
1052 if (mesg[SIGXRLG1].pname == NULL) {
1053 mesg[SIGXRLG1].iname = "XRLG1";
1054 mesg[SIGXRLG1].pname = CSAVS(2, 106, "exeeded RLG1 limit");
1055 }
1056 #endif /* SIGXRLG1 */
1057
1058 #ifdef SIGXRLG2
1059 /* SX-4 */
1060 if (mesg[SIGXRLG2].pname == NULL) {
1061 mesg[SIGXRLG2].iname = "XRLG2";
1062 mesg[SIGXRLG2].pname = CSAVS(2, 107, "exeeded RLG2 limit");
1063 }
1064 #endif /* SIGXRLG2 */
1065
1066 #ifdef SIGXRLG3
1067 /* SX-4 */
1068 if (mesg[SIGXRLG3].pname == NULL) {
1069 mesg[SIGXRLG3].iname = "XRLG3";
1070 mesg[SIGXRLG3].pname = CSAVS(2, 108, "exeeded RLG3 limit");
1071 }
1072 #endif /* SIGXRLG3 */
1073
1074 #ifdef SIGCKPT
1075 /* DragonFly BSD */
1076 if (mesg[SIGCKPT].pname == NULL) {
1077 mesg[SIGCKPT].iname = "CKPT";
1078 mesg[SIGCKPT].pname = CSAVS(2, 109, "CheckPoint");
1079 }
1080 #endif /* SIGCKPT */
1081
1082 #ifdef SIGCKPTEXIT
1083 /* DragonFly BSD */
1084 if (mesg[SIGCKPTEXIT].pname == NULL) {
1085 mesg[SIGCKPTEXIT].iname = "CKPTEXIT";
1086 mesg[SIGCKPTEXIT].pname = CSAVS(2, 110, "CheckPointExit");
1087 }
1088 #endif /* SIGCKPTEXIT */
1089 }
DragonFly BSD