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authorJeremie Koenig <jk@jk.fr.eu.org>2010-07-30 06:01:37 +0200
committerDenys Vlasenko <vda.linux@googlemail.com>2010-08-01 03:31:35 +0200
commit138ce54c9c1930348bc842be781accd7c50c2cef (patch)
tree0992cad1a2167bba7dfda1a70e20cf3c90489513 /coreutils/stty.c
parent63c2e7ecc0c7a72b2ed35475a8d18d3052039ce4 (diff)
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stty: sort out preprocessor conditionals
* Move the definitions of missing constants to the top of the file. * Fix undefined IDX_xxx on missing termios constants. * FreeBSD has TABDLY, TAB0 and TAB3, but no TAB1 or TAB2 * Omit the definition of set_window_size() if TIOCGWINSZ is not available. Signed-off-by: Jeremie Koenig <jk@jk.fr.eu.org> Signed-off-by: Denys Vlasenko <vda.linux@googlemail.com>
Diffstat (limited to 'coreutils/stty.c')
-rw-r--r--coreutils/stty.c339
1 files changed, 214 insertions, 125 deletions
diff --git a/coreutils/stty.c b/coreutils/stty.c
index c40d718af..33f7b21dd 100644
--- a/coreutils/stty.c
+++ b/coreutils/stty.c
@@ -115,6 +115,113 @@
115# define CSTATUS Control('t') 115# define CSTATUS Control('t')
116#endif 116#endif
117 117
118/* Save us from #ifdef forest plague */
119#ifndef BSDLY
120# define BSDLY 0
121#endif
122#ifndef CIBAUD
123# define CIBAUD 0
124#endif
125#ifndef CRDLY
126# define CRDLY 0
127#endif
128#ifndef CRTSCTS
129# define CRTSCTS 0
130#endif
131#ifndef ECHOCTL
132# define ECHOCTL 0
133#endif
134#ifndef ECHOKE
135# define ECHOKE 0
136#endif
137#ifndef ECHOPRT
138# define ECHOPRT 0
139#endif
140#ifndef FFDLY
141# define FFDLY 0
142#endif
143#ifndef IEXTEN
144# define IEXTEN 0
145#endif
146#ifndef IMAXBEL
147# define IMAXBEL 0
148#endif
149#ifndef IUCLC
150# define IUCLC 0
151#endif
152#ifndef IXANY
153# define IXANY 0
154#endif
155#ifndef NLDLY
156# define NLDLY 0
157#endif
158#ifndef OCRNL
159# define OCRNL 0
160#endif
161#ifndef OFDEL
162# define OFDEL 0
163#endif
164#ifndef OFILL
165# define OFILL 0
166#endif
167#ifndef OLCUC
168# define OLCUC 0
169#endif
170#ifndef ONLCR
171# define ONLCR 0
172#endif
173#ifndef ONLRET
174# define ONLRET 0
175#endif
176#ifndef ONOCR
177# define ONOCR 0
178#endif
179#ifndef OXTABS
180# define OXTABS 0
181#endif
182#ifndef TABDLY
183# define TABDLY 0
184#endif
185#ifndef TAB1
186# define TAB1 0
187#endif
188#ifndef TAB2
189# define TAB2 0
190#endif
191#ifndef TOSTOP
192# define TOSTOP 0
193#endif
194#ifndef VDSUSP
195# define VDSUSP 0
196#endif
197#ifndef VEOL2
198# define VEOL2 0
199#endif
200#ifndef VFLUSHO
201# define VFLUSHO 0
202#endif
203#ifndef VLNEXT
204# define VLNEXT 0
205#endif
206#ifndef VREPRINT
207# define VREPRINT 0
208#endif
209#ifndef VSTATUS
210# define VSTATUS 0
211#endif
212#ifndef VSWTCH
213# define VSWTCH 0
214#endif
215#ifndef VTDLY
216# define VTDLY 0
217#endif
218#ifndef VWERASE
219# define VWERASE 0
220#endif
221#ifndef XCASE
222# define XCASE 0
223#endif
224
118/* Which speeds to set */ 225/* Which speeds to set */
119enum speed_setting { 226enum speed_setting {
120 input_speed, output_speed, both_speeds 227 input_speed, output_speed, both_speeds
@@ -167,13 +274,13 @@ enum {
167 IDX_cbreak, 274 IDX_cbreak,
168 IDX_crt, 275 IDX_crt,
169 IDX_dec, 276 IDX_dec,
170#ifdef IXANY 277#if IXANY
171 IDX_decctlq, 278 IDX_decctlq,
172#endif 279#endif
173#if defined(TABDLY) || defined(OXTABS) 280#if TABDLY || OXTABS
174 IDX_tabs, 281 IDX_tabs,
175#endif 282#endif
176#if defined(XCASE) && defined(IUCLC) && defined(OLCUC) 283#if XCASE && IUCLC && OLCUC
177 IDX_lcase, 284 IDX_lcase,
178 IDX_LCASE, 285 IDX_LCASE,
179#endif 286#endif
@@ -196,13 +303,13 @@ static const char mode_name[] =
196 MI_ENTRY("cbreak", combination, REV | OMIT, 0, 0 ) 303 MI_ENTRY("cbreak", combination, REV | OMIT, 0, 0 )
197 MI_ENTRY("crt", combination, OMIT, 0, 0 ) 304 MI_ENTRY("crt", combination, OMIT, 0, 0 )
198 MI_ENTRY("dec", combination, OMIT, 0, 0 ) 305 MI_ENTRY("dec", combination, OMIT, 0, 0 )
199#ifdef IXANY 306#if IXANY
200 MI_ENTRY("decctlq", combination, REV | OMIT, 0, 0 ) 307 MI_ENTRY("decctlq", combination, REV | OMIT, 0, 0 )
201#endif 308#endif
202#if defined(TABDLY) || defined(OXTABS) 309#if TABDLY || OXTABS
203 MI_ENTRY("tabs", combination, REV | OMIT, 0, 0 ) 310 MI_ENTRY("tabs", combination, REV | OMIT, 0, 0 )
204#endif 311#endif
205#if defined(XCASE) && defined(IUCLC) && defined(OLCUC) 312#if XCASE && IUCLC && OLCUC
206 MI_ENTRY("lcase", combination, REV | OMIT, 0, 0 ) 313 MI_ENTRY("lcase", combination, REV | OMIT, 0, 0 )
207 MI_ENTRY("LCASE", combination, REV | OMIT, 0, 0 ) 314 MI_ENTRY("LCASE", combination, REV | OMIT, 0, 0 )
208#endif 315#endif
@@ -217,7 +324,7 @@ static const char mode_name[] =
217 MI_ENTRY("cstopb", control, REV, CSTOPB, 0 ) 324 MI_ENTRY("cstopb", control, REV, CSTOPB, 0 )
218 MI_ENTRY("cread", control, SANE_SET | REV, CREAD, 0 ) 325 MI_ENTRY("cread", control, SANE_SET | REV, CREAD, 0 )
219 MI_ENTRY("clocal", control, REV, CLOCAL, 0 ) 326 MI_ENTRY("clocal", control, REV, CLOCAL, 0 )
220#ifdef CRTSCTS 327#if CRTSCTS
221 MI_ENTRY("crtscts", control, REV, CRTSCTS, 0 ) 328 MI_ENTRY("crtscts", control, REV, CRTSCTS, 0 )
222#endif 329#endif
223 MI_ENTRY("ignbrk", input, SANE_UNSET | REV, IGNBRK, 0 ) 330 MI_ENTRY("ignbrk", input, SANE_UNSET | REV, IGNBRK, 0 )
@@ -232,74 +339,78 @@ static const char mode_name[] =
232 MI_ENTRY("ixon", input, REV, IXON, 0 ) 339 MI_ENTRY("ixon", input, REV, IXON, 0 )
233 MI_ENTRY("ixoff", input, SANE_UNSET | REV, IXOFF, 0 ) 340 MI_ENTRY("ixoff", input, SANE_UNSET | REV, IXOFF, 0 )
234 MI_ENTRY("tandem", input, REV | OMIT, IXOFF, 0 ) 341 MI_ENTRY("tandem", input, REV | OMIT, IXOFF, 0 )
235#ifdef IUCLC 342#if IUCLC
236 MI_ENTRY("iuclc", input, SANE_UNSET | REV, IUCLC, 0 ) 343 MI_ENTRY("iuclc", input, SANE_UNSET | REV, IUCLC, 0 )
237#endif 344#endif
238#ifdef IXANY 345#if IXANY
239 MI_ENTRY("ixany", input, SANE_UNSET | REV, IXANY, 0 ) 346 MI_ENTRY("ixany", input, SANE_UNSET | REV, IXANY, 0 )
240#endif 347#endif
241#ifdef IMAXBEL 348#if IMAXBEL
242 MI_ENTRY("imaxbel", input, SANE_SET | REV, IMAXBEL, 0 ) 349 MI_ENTRY("imaxbel", input, SANE_SET | REV, IMAXBEL, 0 )
243#endif 350#endif
244 MI_ENTRY("opost", output, SANE_SET | REV, OPOST, 0 ) 351 MI_ENTRY("opost", output, SANE_SET | REV, OPOST, 0 )
245#ifdef OLCUC 352#if OLCUC
246 MI_ENTRY("olcuc", output, SANE_UNSET | REV, OLCUC, 0 ) 353 MI_ENTRY("olcuc", output, SANE_UNSET | REV, OLCUC, 0 )
247#endif 354#endif
248#ifdef OCRNL 355#if OCRNL
249 MI_ENTRY("ocrnl", output, SANE_UNSET | REV, OCRNL, 0 ) 356 MI_ENTRY("ocrnl", output, SANE_UNSET | REV, OCRNL, 0 )
250#endif 357#endif
251#ifdef ONLCR 358#if ONLCR
252 MI_ENTRY("onlcr", output, SANE_SET | REV, ONLCR, 0 ) 359 MI_ENTRY("onlcr", output, SANE_SET | REV, ONLCR, 0 )
253#endif 360#endif
254#ifdef ONOCR 361#if ONOCR
255 MI_ENTRY("onocr", output, SANE_UNSET | REV, ONOCR, 0 ) 362 MI_ENTRY("onocr", output, SANE_UNSET | REV, ONOCR, 0 )
256#endif 363#endif
257#ifdef ONLRET 364#if ONLRET
258 MI_ENTRY("onlret", output, SANE_UNSET | REV, ONLRET, 0 ) 365 MI_ENTRY("onlret", output, SANE_UNSET | REV, ONLRET, 0 )
259#endif 366#endif
260#ifdef OFILL 367#if OFILL
261 MI_ENTRY("ofill", output, SANE_UNSET | REV, OFILL, 0 ) 368 MI_ENTRY("ofill", output, SANE_UNSET | REV, OFILL, 0 )
262#endif 369#endif
263#ifdef OFDEL 370#if OFDEL
264 MI_ENTRY("ofdel", output, SANE_UNSET | REV, OFDEL, 0 ) 371 MI_ENTRY("ofdel", output, SANE_UNSET | REV, OFDEL, 0 )
265#endif 372#endif
266#ifdef NLDLY 373#if NLDLY
267 MI_ENTRY("nl1", output, SANE_UNSET, NL1, NLDLY) 374 MI_ENTRY("nl1", output, SANE_UNSET, NL1, NLDLY)
268 MI_ENTRY("nl0", output, SANE_SET, NL0, NLDLY) 375 MI_ENTRY("nl0", output, SANE_SET, NL0, NLDLY)
269#endif 376#endif
270#ifdef CRDLY 377#if CRDLY
271 MI_ENTRY("cr3", output, SANE_UNSET, CR3, CRDLY) 378 MI_ENTRY("cr3", output, SANE_UNSET, CR3, CRDLY)
272 MI_ENTRY("cr2", output, SANE_UNSET, CR2, CRDLY) 379 MI_ENTRY("cr2", output, SANE_UNSET, CR2, CRDLY)
273 MI_ENTRY("cr1", output, SANE_UNSET, CR1, CRDLY) 380 MI_ENTRY("cr1", output, SANE_UNSET, CR1, CRDLY)
274 MI_ENTRY("cr0", output, SANE_SET, CR0, CRDLY) 381 MI_ENTRY("cr0", output, SANE_SET, CR0, CRDLY)
275#endif 382#endif
276 383
277#ifdef TABDLY 384#if TABDLY
278 MI_ENTRY("tab3", output, SANE_UNSET, TAB3, TABDLY) 385 MI_ENTRY("tab3", output, SANE_UNSET, TAB3, TABDLY)
386# if TAB2
279 MI_ENTRY("tab2", output, SANE_UNSET, TAB2, TABDLY) 387 MI_ENTRY("tab2", output, SANE_UNSET, TAB2, TABDLY)
388# endif
389# if TAB1
280 MI_ENTRY("tab1", output, SANE_UNSET, TAB1, TABDLY) 390 MI_ENTRY("tab1", output, SANE_UNSET, TAB1, TABDLY)
391# endif
281 MI_ENTRY("tab0", output, SANE_SET, TAB0, TABDLY) 392 MI_ENTRY("tab0", output, SANE_SET, TAB0, TABDLY)
282#else 393#else
283# ifdef OXTABS 394# if OXTABS
284 MI_ENTRY("tab3", output, SANE_UNSET, OXTABS, 0 ) 395 MI_ENTRY("tab3", output, SANE_UNSET, OXTABS, 0 )
285# endif 396# endif
286#endif 397#endif
287 398
288#ifdef BSDLY 399#if BSDLY
289 MI_ENTRY("bs1", output, SANE_UNSET, BS1, BSDLY) 400 MI_ENTRY("bs1", output, SANE_UNSET, BS1, BSDLY)
290 MI_ENTRY("bs0", output, SANE_SET, BS0, BSDLY) 401 MI_ENTRY("bs0", output, SANE_SET, BS0, BSDLY)
291#endif 402#endif
292#ifdef VTDLY 403#if VTDLY
293 MI_ENTRY("vt1", output, SANE_UNSET, VT1, VTDLY) 404 MI_ENTRY("vt1", output, SANE_UNSET, VT1, VTDLY)
294 MI_ENTRY("vt0", output, SANE_SET, VT0, VTDLY) 405 MI_ENTRY("vt0", output, SANE_SET, VT0, VTDLY)
295#endif 406#endif
296#ifdef FFDLY 407#if FFDLY
297 MI_ENTRY("ff1", output, SANE_UNSET, FF1, FFDLY) 408 MI_ENTRY("ff1", output, SANE_UNSET, FF1, FFDLY)
298 MI_ENTRY("ff0", output, SANE_SET, FF0, FFDLY) 409 MI_ENTRY("ff0", output, SANE_SET, FF0, FFDLY)
299#endif 410#endif
300 MI_ENTRY("isig", local, SANE_SET | REV, ISIG, 0 ) 411 MI_ENTRY("isig", local, SANE_SET | REV, ISIG, 0 )
301 MI_ENTRY("icanon", local, SANE_SET | REV, ICANON, 0 ) 412 MI_ENTRY("icanon", local, SANE_SET | REV, ICANON, 0 )
302#ifdef IEXTEN 413#if IEXTEN
303 MI_ENTRY("iexten", local, SANE_SET | REV, IEXTEN, 0 ) 414 MI_ENTRY("iexten", local, SANE_SET | REV, IEXTEN, 0 )
304#endif 415#endif
305 MI_ENTRY("echo", local, SANE_SET | REV, ECHO, 0 ) 416 MI_ENTRY("echo", local, SANE_SET | REV, ECHO, 0 )
@@ -308,21 +419,21 @@ static const char mode_name[] =
308 MI_ENTRY("echok", local, SANE_SET | REV, ECHOK, 0 ) 419 MI_ENTRY("echok", local, SANE_SET | REV, ECHOK, 0 )
309 MI_ENTRY("echonl", local, SANE_UNSET | REV, ECHONL, 0 ) 420 MI_ENTRY("echonl", local, SANE_UNSET | REV, ECHONL, 0 )
310 MI_ENTRY("noflsh", local, SANE_UNSET | REV, NOFLSH, 0 ) 421 MI_ENTRY("noflsh", local, SANE_UNSET | REV, NOFLSH, 0 )
311#ifdef XCASE 422#if XCASE
312 MI_ENTRY("xcase", local, SANE_UNSET | REV, XCASE, 0 ) 423 MI_ENTRY("xcase", local, SANE_UNSET | REV, XCASE, 0 )
313#endif 424#endif
314#ifdef TOSTOP 425#if TOSTOP
315 MI_ENTRY("tostop", local, SANE_UNSET | REV, TOSTOP, 0 ) 426 MI_ENTRY("tostop", local, SANE_UNSET | REV, TOSTOP, 0 )
316#endif 427#endif
317#ifdef ECHOPRT 428#if ECHOPRT
318 MI_ENTRY("echoprt", local, SANE_UNSET | REV, ECHOPRT, 0 ) 429 MI_ENTRY("echoprt", local, SANE_UNSET | REV, ECHOPRT, 0 )
319 MI_ENTRY("prterase", local, REV | OMIT, ECHOPRT, 0 ) 430 MI_ENTRY("prterase", local, REV | OMIT, ECHOPRT, 0 )
320#endif 431#endif
321#ifdef ECHOCTL 432#if ECHOCTL
322 MI_ENTRY("echoctl", local, SANE_SET | REV, ECHOCTL, 0 ) 433 MI_ENTRY("echoctl", local, SANE_SET | REV, ECHOCTL, 0 )
323 MI_ENTRY("ctlecho", local, REV | OMIT, ECHOCTL, 0 ) 434 MI_ENTRY("ctlecho", local, REV | OMIT, ECHOCTL, 0 )
324#endif 435#endif
325#ifdef ECHOKE 436#if ECHOKE
326 MI_ENTRY("echoke", local, SANE_SET | REV, ECHOKE, 0 ) 437 MI_ENTRY("echoke", local, SANE_SET | REV, ECHOKE, 0 )
327 MI_ENTRY("crtkill", local, REV | OMIT, ECHOKE, 0 ) 438 MI_ENTRY("crtkill", local, REV | OMIT, ECHOKE, 0 )
328#endif 439#endif
@@ -346,13 +457,13 @@ static const struct mode_info mode_info[] = {
346 MI_ENTRY("cbreak", combination, REV | OMIT, 0, 0 ) 457 MI_ENTRY("cbreak", combination, REV | OMIT, 0, 0 )
347 MI_ENTRY("crt", combination, OMIT, 0, 0 ) 458 MI_ENTRY("crt", combination, OMIT, 0, 0 )
348 MI_ENTRY("dec", combination, OMIT, 0, 0 ) 459 MI_ENTRY("dec", combination, OMIT, 0, 0 )
349#ifdef IXANY 460#if IXANY
350 MI_ENTRY("decctlq", combination, REV | OMIT, 0, 0 ) 461 MI_ENTRY("decctlq", combination, REV | OMIT, 0, 0 )
351#endif 462#endif
352#if defined(TABDLY) || defined(OXTABS) 463#if TABDLY || OXTABS
353 MI_ENTRY("tabs", combination, REV | OMIT, 0, 0 ) 464 MI_ENTRY("tabs", combination, REV | OMIT, 0, 0 )
354#endif 465#endif
355#if defined(XCASE) && defined(IUCLC) && defined(OLCUC) 466#if XCASE && IUCLC && OLCUC
356 MI_ENTRY("lcase", combination, REV | OMIT, 0, 0 ) 467 MI_ENTRY("lcase", combination, REV | OMIT, 0, 0 )
357 MI_ENTRY("LCASE", combination, REV | OMIT, 0, 0 ) 468 MI_ENTRY("LCASE", combination, REV | OMIT, 0, 0 )
358#endif 469#endif
@@ -367,7 +478,7 @@ static const struct mode_info mode_info[] = {
367 MI_ENTRY("cstopb", control, REV, CSTOPB, 0 ) 478 MI_ENTRY("cstopb", control, REV, CSTOPB, 0 )
368 MI_ENTRY("cread", control, SANE_SET | REV, CREAD, 0 ) 479 MI_ENTRY("cread", control, SANE_SET | REV, CREAD, 0 )
369 MI_ENTRY("clocal", control, REV, CLOCAL, 0 ) 480 MI_ENTRY("clocal", control, REV, CLOCAL, 0 )
370#ifdef CRTSCTS 481#if CRTSCTS
371 MI_ENTRY("crtscts", control, REV, CRTSCTS, 0 ) 482 MI_ENTRY("crtscts", control, REV, CRTSCTS, 0 )
372#endif 483#endif
373 MI_ENTRY("ignbrk", input, SANE_UNSET | REV, IGNBRK, 0 ) 484 MI_ENTRY("ignbrk", input, SANE_UNSET | REV, IGNBRK, 0 )
@@ -382,74 +493,78 @@ static const struct mode_info mode_info[] = {
382 MI_ENTRY("ixon", input, REV, IXON, 0 ) 493 MI_ENTRY("ixon", input, REV, IXON, 0 )
383 MI_ENTRY("ixoff", input, SANE_UNSET | REV, IXOFF, 0 ) 494 MI_ENTRY("ixoff", input, SANE_UNSET | REV, IXOFF, 0 )
384 MI_ENTRY("tandem", input, REV | OMIT, IXOFF, 0 ) 495 MI_ENTRY("tandem", input, REV | OMIT, IXOFF, 0 )
385#ifdef IUCLC 496#if IUCLC
386 MI_ENTRY("iuclc", input, SANE_UNSET | REV, IUCLC, 0 ) 497 MI_ENTRY("iuclc", input, SANE_UNSET | REV, IUCLC, 0 )
387#endif 498#endif
388#ifdef IXANY 499#if IXANY
389 MI_ENTRY("ixany", input, SANE_UNSET | REV, IXANY, 0 ) 500 MI_ENTRY("ixany", input, SANE_UNSET | REV, IXANY, 0 )
390#endif 501#endif
391#ifdef IMAXBEL 502#if IMAXBEL
392 MI_ENTRY("imaxbel", input, SANE_SET | REV, IMAXBEL, 0 ) 503 MI_ENTRY("imaxbel", input, SANE_SET | REV, IMAXBEL, 0 )
393#endif 504#endif
394 MI_ENTRY("opost", output, SANE_SET | REV, OPOST, 0 ) 505 MI_ENTRY("opost", output, SANE_SET | REV, OPOST, 0 )
395#ifdef OLCUC 506#if OLCUC
396 MI_ENTRY("olcuc", output, SANE_UNSET | REV, OLCUC, 0 ) 507 MI_ENTRY("olcuc", output, SANE_UNSET | REV, OLCUC, 0 )
397#endif 508#endif
398#ifdef OCRNL 509#if OCRNL
399 MI_ENTRY("ocrnl", output, SANE_UNSET | REV, OCRNL, 0 ) 510 MI_ENTRY("ocrnl", output, SANE_UNSET | REV, OCRNL, 0 )
400#endif 511#endif
401#ifdef ONLCR 512#if ONLCR
402 MI_ENTRY("onlcr", output, SANE_SET | REV, ONLCR, 0 ) 513 MI_ENTRY("onlcr", output, SANE_SET | REV, ONLCR, 0 )
403#endif 514#endif
404#ifdef ONOCR 515#if ONOCR
405 MI_ENTRY("onocr", output, SANE_UNSET | REV, ONOCR, 0 ) 516 MI_ENTRY("onocr", output, SANE_UNSET | REV, ONOCR, 0 )
406#endif 517#endif
407#ifdef ONLRET 518#if ONLRET
408 MI_ENTRY("onlret", output, SANE_UNSET | REV, ONLRET, 0 ) 519 MI_ENTRY("onlret", output, SANE_UNSET | REV, ONLRET, 0 )
409#endif 520#endif
410#ifdef OFILL 521#if OFILL
411 MI_ENTRY("ofill", output, SANE_UNSET | REV, OFILL, 0 ) 522 MI_ENTRY("ofill", output, SANE_UNSET | REV, OFILL, 0 )
412#endif 523#endif
413#ifdef OFDEL 524#if OFDEL
414 MI_ENTRY("ofdel", output, SANE_UNSET | REV, OFDEL, 0 ) 525 MI_ENTRY("ofdel", output, SANE_UNSET | REV, OFDEL, 0 )
415#endif 526#endif
416#ifdef NLDLY 527#if NLDLY
417 MI_ENTRY("nl1", output, SANE_UNSET, NL1, NLDLY) 528 MI_ENTRY("nl1", output, SANE_UNSET, NL1, NLDLY)
418 MI_ENTRY("nl0", output, SANE_SET, NL0, NLDLY) 529 MI_ENTRY("nl0", output, SANE_SET, NL0, NLDLY)
419#endif 530#endif
420#ifdef CRDLY 531#if CRDLY
421 MI_ENTRY("cr3", output, SANE_UNSET, CR3, CRDLY) 532 MI_ENTRY("cr3", output, SANE_UNSET, CR3, CRDLY)
422 MI_ENTRY("cr2", output, SANE_UNSET, CR2, CRDLY) 533 MI_ENTRY("cr2", output, SANE_UNSET, CR2, CRDLY)
423 MI_ENTRY("cr1", output, SANE_UNSET, CR1, CRDLY) 534 MI_ENTRY("cr1", output, SANE_UNSET, CR1, CRDLY)
424 MI_ENTRY("cr0", output, SANE_SET, CR0, CRDLY) 535 MI_ENTRY("cr0", output, SANE_SET, CR0, CRDLY)
425#endif 536#endif
426 537
427#ifdef TABDLY 538#if TABDLY
428 MI_ENTRY("tab3", output, SANE_UNSET, TAB3, TABDLY) 539 MI_ENTRY("tab3", output, SANE_UNSET, TAB3, TABDLY)
540# if TAB2
429 MI_ENTRY("tab2", output, SANE_UNSET, TAB2, TABDLY) 541 MI_ENTRY("tab2", output, SANE_UNSET, TAB2, TABDLY)
542# endif
543# if TAB1
430 MI_ENTRY("tab1", output, SANE_UNSET, TAB1, TABDLY) 544 MI_ENTRY("tab1", output, SANE_UNSET, TAB1, TABDLY)
545# endif
431 MI_ENTRY("tab0", output, SANE_SET, TAB0, TABDLY) 546 MI_ENTRY("tab0", output, SANE_SET, TAB0, TABDLY)
432#else 547#else
433# ifdef OXTABS 548# if OXTABS
434 MI_ENTRY("tab3", output, SANE_UNSET, OXTABS, 0 ) 549 MI_ENTRY("tab3", output, SANE_UNSET, OXTABS, 0 )
435# endif 550# endif
436#endif 551#endif
437 552
438#ifdef BSDLY 553#if BSDLY
439 MI_ENTRY("bs1", output, SANE_UNSET, BS1, BSDLY) 554 MI_ENTRY("bs1", output, SANE_UNSET, BS1, BSDLY)
440 MI_ENTRY("bs0", output, SANE_SET, BS0, BSDLY) 555 MI_ENTRY("bs0", output, SANE_SET, BS0, BSDLY)
441#endif 556#endif
442#ifdef VTDLY 557#if VTDLY
443 MI_ENTRY("vt1", output, SANE_UNSET, VT1, VTDLY) 558 MI_ENTRY("vt1", output, SANE_UNSET, VT1, VTDLY)
444 MI_ENTRY("vt0", output, SANE_SET, VT0, VTDLY) 559 MI_ENTRY("vt0", output, SANE_SET, VT0, VTDLY)
445#endif 560#endif
446#ifdef FFDLY 561#if FFDLY
447 MI_ENTRY("ff1", output, SANE_UNSET, FF1, FFDLY) 562 MI_ENTRY("ff1", output, SANE_UNSET, FF1, FFDLY)
448 MI_ENTRY("ff0", output, SANE_SET, FF0, FFDLY) 563 MI_ENTRY("ff0", output, SANE_SET, FF0, FFDLY)
449#endif 564#endif
450 MI_ENTRY("isig", local, SANE_SET | REV, ISIG, 0 ) 565 MI_ENTRY("isig", local, SANE_SET | REV, ISIG, 0 )
451 MI_ENTRY("icanon", local, SANE_SET | REV, ICANON, 0 ) 566 MI_ENTRY("icanon", local, SANE_SET | REV, ICANON, 0 )
452#ifdef IEXTEN 567#if IEXTEN
453 MI_ENTRY("iexten", local, SANE_SET | REV, IEXTEN, 0 ) 568 MI_ENTRY("iexten", local, SANE_SET | REV, IEXTEN, 0 )
454#endif 569#endif
455 MI_ENTRY("echo", local, SANE_SET | REV, ECHO, 0 ) 570 MI_ENTRY("echo", local, SANE_SET | REV, ECHO, 0 )
@@ -458,21 +573,21 @@ static const struct mode_info mode_info[] = {
458 MI_ENTRY("echok", local, SANE_SET | REV, ECHOK, 0 ) 573 MI_ENTRY("echok", local, SANE_SET | REV, ECHOK, 0 )
459 MI_ENTRY("echonl", local, SANE_UNSET | REV, ECHONL, 0 ) 574 MI_ENTRY("echonl", local, SANE_UNSET | REV, ECHONL, 0 )
460 MI_ENTRY("noflsh", local, SANE_UNSET | REV, NOFLSH, 0 ) 575 MI_ENTRY("noflsh", local, SANE_UNSET | REV, NOFLSH, 0 )
461#ifdef XCASE 576#if XCASE
462 MI_ENTRY("xcase", local, SANE_UNSET | REV, XCASE, 0 ) 577 MI_ENTRY("xcase", local, SANE_UNSET | REV, XCASE, 0 )
463#endif 578#endif
464#ifdef TOSTOP 579#if TOSTOP
465 MI_ENTRY("tostop", local, SANE_UNSET | REV, TOSTOP, 0 ) 580 MI_ENTRY("tostop", local, SANE_UNSET | REV, TOSTOP, 0 )
466#endif 581#endif
467#ifdef ECHOPRT 582#if ECHOPRT
468 MI_ENTRY("echoprt", local, SANE_UNSET | REV, ECHOPRT, 0 ) 583 MI_ENTRY("echoprt", local, SANE_UNSET | REV, ECHOPRT, 0 )
469 MI_ENTRY("prterase", local, REV | OMIT, ECHOPRT, 0 ) 584 MI_ENTRY("prterase", local, REV | OMIT, ECHOPRT, 0 )
470#endif 585#endif
471#ifdef ECHOCTL 586#if ECHOCTL
472 MI_ENTRY("echoctl", local, SANE_SET | REV, ECHOCTL, 0 ) 587 MI_ENTRY("echoctl", local, SANE_SET | REV, ECHOCTL, 0 )
473 MI_ENTRY("ctlecho", local, REV | OMIT, ECHOCTL, 0 ) 588 MI_ENTRY("ctlecho", local, REV | OMIT, ECHOCTL, 0 )
474#endif 589#endif
475#ifdef ECHOKE 590#if ECHOKE
476 MI_ENTRY("echoke", local, SANE_SET | REV, ECHOKE, 0 ) 591 MI_ENTRY("echoke", local, SANE_SET | REV, ECHOKE, 0 )
477 MI_ENTRY("crtkill", local, REV | OMIT, ECHOKE, 0 ) 592 MI_ENTRY("crtkill", local, REV | OMIT, ECHOKE, 0 )
478#endif 593#endif
@@ -497,31 +612,31 @@ enum {
497 CIDX_kill, 612 CIDX_kill,
498 CIDX_eof, 613 CIDX_eof,
499 CIDX_eol, 614 CIDX_eol,
500#ifdef VEOL2 615#if VEOL2
501 CIDX_eol2, 616 CIDX_eol2,
502#endif 617#endif
503#ifdef VSWTCH 618#if VSWTCH
504 CIDX_swtch, 619 CIDX_swtch,
505#endif 620#endif
506 CIDX_start, 621 CIDX_start,
507 CIDX_stop, 622 CIDX_stop,
508 CIDX_susp, 623 CIDX_susp,
509#ifdef VDSUSP 624#if VDSUSP
510 CIDX_dsusp, 625 CIDX_dsusp,
511#endif 626#endif
512#ifdef VREPRINT 627#if VREPRINT
513 CIDX_rprnt, 628 CIDX_rprnt,
514#endif 629#endif
515#ifdef VWERASE 630#if VWERASE
516 CIDX_werase, 631 CIDX_werase,
517#endif 632#endif
518#ifdef VLNEXT 633#if VLNEXT
519 CIDX_lnext, 634 CIDX_lnext,
520#endif 635#endif
521#ifdef VFLUSHO 636#if VFLUSHO
522 CIDX_flush, 637 CIDX_flush,
523#endif 638#endif
524#ifdef VSTATUS 639#if VSTATUS
525 CIDX_status, 640 CIDX_status,
526#endif 641#endif
527 CIDX_min, 642 CIDX_min,
@@ -538,31 +653,31 @@ static const char control_name[] =
538 CI_ENTRY("kill", CKILL, VKILL ) 653 CI_ENTRY("kill", CKILL, VKILL )
539 CI_ENTRY("eof", CEOF, VEOF ) 654 CI_ENTRY("eof", CEOF, VEOF )
540 CI_ENTRY("eol", CEOL, VEOL ) 655 CI_ENTRY("eol", CEOL, VEOL )
541#ifdef VEOL2 656#if VEOL2
542 CI_ENTRY("eol2", CEOL2, VEOL2 ) 657 CI_ENTRY("eol2", CEOL2, VEOL2 )
543#endif 658#endif
544#ifdef VSWTCH 659#if VSWTCH
545 CI_ENTRY("swtch", CSWTCH, VSWTCH ) 660 CI_ENTRY("swtch", CSWTCH, VSWTCH )
546#endif 661#endif
547 CI_ENTRY("start", CSTART, VSTART ) 662 CI_ENTRY("start", CSTART, VSTART )
548 CI_ENTRY("stop", CSTOP, VSTOP ) 663 CI_ENTRY("stop", CSTOP, VSTOP )
549 CI_ENTRY("susp", CSUSP, VSUSP ) 664 CI_ENTRY("susp", CSUSP, VSUSP )
550#ifdef VDSUSP 665#if VDSUSP
551 CI_ENTRY("dsusp", CDSUSP, VDSUSP ) 666 CI_ENTRY("dsusp", CDSUSP, VDSUSP )
552#endif 667#endif
553#ifdef VREPRINT 668#if VREPRINT
554 CI_ENTRY("rprnt", CRPRNT, VREPRINT) 669 CI_ENTRY("rprnt", CRPRNT, VREPRINT)
555#endif 670#endif
556#ifdef VWERASE 671#if VWERASE
557 CI_ENTRY("werase", CWERASE, VWERASE ) 672 CI_ENTRY("werase", CWERASE, VWERASE )
558#endif 673#endif
559#ifdef VLNEXT 674#if VLNEXT
560 CI_ENTRY("lnext", CLNEXT, VLNEXT ) 675 CI_ENTRY("lnext", CLNEXT, VLNEXT )
561#endif 676#endif
562#ifdef VFLUSHO 677#if VFLUSHO
563 CI_ENTRY("flush", CFLUSHO, VFLUSHO ) 678 CI_ENTRY("flush", CFLUSHO, VFLUSHO )
564#endif 679#endif
565#ifdef VSTATUS 680#if VSTATUS
566 CI_ENTRY("status", CSTATUS, VSTATUS ) 681 CI_ENTRY("status", CSTATUS, VSTATUS )
567#endif 682#endif
568 /* These must be last because of the display routines */ 683 /* These must be last because of the display routines */
@@ -581,31 +696,31 @@ static const struct control_info control_info[] = {
581 CI_ENTRY("kill", CKILL, VKILL ) 696 CI_ENTRY("kill", CKILL, VKILL )
582 CI_ENTRY("eof", CEOF, VEOF ) 697 CI_ENTRY("eof", CEOF, VEOF )
583 CI_ENTRY("eol", CEOL, VEOL ) 698 CI_ENTRY("eol", CEOL, VEOL )
584#ifdef VEOL2 699#if VEOL2
585 CI_ENTRY("eol2", CEOL2, VEOL2 ) 700 CI_ENTRY("eol2", CEOL2, VEOL2 )
586#endif 701#endif
587#ifdef VSWTCH 702#if VSWTCH
588 CI_ENTRY("swtch", CSWTCH, VSWTCH ) 703 CI_ENTRY("swtch", CSWTCH, VSWTCH )
589#endif 704#endif
590 CI_ENTRY("start", CSTART, VSTART ) 705 CI_ENTRY("start", CSTART, VSTART )
591 CI_ENTRY("stop", CSTOP, VSTOP ) 706 CI_ENTRY("stop", CSTOP, VSTOP )
592 CI_ENTRY("susp", CSUSP, VSUSP ) 707 CI_ENTRY("susp", CSUSP, VSUSP )
593#ifdef VDSUSP 708#if VDSUSP
594 CI_ENTRY("dsusp", CDSUSP, VDSUSP ) 709 CI_ENTRY("dsusp", CDSUSP, VDSUSP )
595#endif 710#endif
596#ifdef VREPRINT 711#if VREPRINT
597 CI_ENTRY("rprnt", CRPRNT, VREPRINT) 712 CI_ENTRY("rprnt", CRPRNT, VREPRINT)
598#endif 713#endif
599#ifdef VWERASE 714#if VWERASE
600 CI_ENTRY("werase", CWERASE, VWERASE ) 715 CI_ENTRY("werase", CWERASE, VWERASE )
601#endif 716#endif
602#ifdef VLNEXT 717#if VLNEXT
603 CI_ENTRY("lnext", CLNEXT, VLNEXT ) 718 CI_ENTRY("lnext", CLNEXT, VLNEXT )
604#endif 719#endif
605#ifdef VFLUSHO 720#if VFLUSHO
606 CI_ENTRY("flush", CFLUSHO, VFLUSHO ) 721 CI_ENTRY("flush", CFLUSHO, VFLUSHO )
607#endif 722#endif
608#ifdef VSTATUS 723#if VSTATUS
609 CI_ENTRY("status", CSTATUS, VSTATUS ) 724 CI_ENTRY("status", CSTATUS, VSTATUS )
610#endif 725#endif
611 /* These must be last because of the display routines */ 726 /* These must be last because of the display routines */
@@ -740,6 +855,7 @@ static void newline(void)
740 wrapf("\n"); 855 wrapf("\n");
741} 856}
742 857
858#ifdef TIOCGWINSZ
743static void set_window_size(int rows, int cols) 859static void set_window_size(int rows, int cols)
744{ 860{
745 struct winsize win = { 0, 0, 0, 0 }; 861 struct winsize win = { 0, 0, 0, 0 };
@@ -760,6 +876,7 @@ static void set_window_size(int rows, int cols)
760bail: 876bail:
761 perror_on_device("%s"); 877 perror_on_device("%s");
762} 878}
879#endif
763 880
764static void display_window_size(int fancy) 881static void display_window_size(int fancy)
765{ 882{
@@ -973,41 +1090,6 @@ static void sane_mode(struct termios *mode)
973 } 1090 }
974} 1091}
975 1092
976/* Save set_mode from #ifdef forest plague */
977#ifndef ONLCR
978#define ONLCR 0
979#endif
980#ifndef OCRNL
981#define OCRNL 0
982#endif
983#ifndef ONLRET
984#define ONLRET 0
985#endif
986#ifndef XCASE
987#define XCASE 0
988#endif
989#ifndef IXANY
990#define IXANY 0
991#endif
992#ifndef TABDLY
993#define TABDLY 0
994#endif
995#ifndef OXTABS
996#define OXTABS 0
997#endif
998#ifndef IUCLC
999#define IUCLC 0
1000#endif
1001#ifndef OLCUC
1002#define OLCUC 0
1003#endif
1004#ifndef ECHOCTL
1005#define ECHOCTL 0
1006#endif
1007#ifndef ECHOKE
1008#define ECHOKE 0
1009#endif
1010
1011static void set_mode(const struct mode_info *info, int reversed, 1093static void set_mode(const struct mode_info *info, int reversed,
1012 struct termios *mode) 1094 struct termios *mode)
1013{ 1095{
@@ -1093,27 +1175,32 @@ static void set_mode(const struct mode_info *info, int reversed,
1093 mode->c_cc[VTIME] = 0; 1175 mode->c_cc[VTIME] = 0;
1094 } 1176 }
1095 } 1177 }
1096 else if (IXANY && info == &mode_info[IDX_decctlq]) { 1178#if IXANY
1179 else if (info == &mode_info[IDX_decctlq]) {
1097 if (reversed) 1180 if (reversed)
1098 mode->c_iflag |= IXANY; 1181 mode->c_iflag |= IXANY;
1099 else 1182 else
1100 mode->c_iflag &= ~IXANY; 1183 mode->c_iflag &= ~IXANY;
1101 } 1184 }
1102 else if (TABDLY && info == &mode_info[IDX_tabs]) { 1185#endif
1186#if TABDLY
1187 else if (info == &mode_info[IDX_tabs]) {
1103 if (reversed) 1188 if (reversed)
1104 mode->c_oflag = (mode->c_oflag & ~TABDLY) | TAB3; 1189 mode->c_oflag = (mode->c_oflag & ~TABDLY) | TAB3;
1105 else 1190 else
1106 mode->c_oflag = (mode->c_oflag & ~TABDLY) | TAB0; 1191 mode->c_oflag = (mode->c_oflag & ~TABDLY) | TAB0;
1107 } 1192 }
1108 else if (OXTABS && info == &mode_info[IDX_tabs]) { 1193#endif
1194#if OXTABS
1195 else if (info == &mode_info[IDX_tabs]) {
1109 if (reversed) 1196 if (reversed)
1110 mode->c_oflag |= OXTABS; 1197 mode->c_oflag |= OXTABS;
1111 else 1198 else
1112 mode->c_oflag &= ~OXTABS; 1199 mode->c_oflag &= ~OXTABS;
1113 } else 1200 }
1114 if (XCASE && IUCLC && OLCUC 1201#endif
1115 && (info == &mode_info[IDX_lcase] || info == &mode_info[IDX_LCASE]) 1202#if XCASE && IUCLC && OLCUC
1116 ) { 1203 else if (info==&mode_info[IDX_lcase] || info==&mode_info[IDX_LCASE]) {
1117 if (reversed) { 1204 if (reversed) {
1118 mode->c_lflag &= ~XCASE; 1205 mode->c_lflag &= ~XCASE;
1119 mode->c_iflag &= ~IUCLC; 1206 mode->c_iflag &= ~IUCLC;
@@ -1123,7 +1210,9 @@ static void set_mode(const struct mode_info *info, int reversed,
1123 mode->c_iflag |= IUCLC; 1210 mode->c_iflag |= IUCLC;
1124 mode->c_oflag |= OLCUC; 1211 mode->c_oflag |= OLCUC;
1125 } 1212 }
1126 } else if (info == &mode_info[IDX_crt]) { 1213 }
1214#endif
1215 else if (info == &mode_info[IDX_crt]) {
1127 mode->c_lflag |= ECHOE | ECHOCTL | ECHOKE; 1216 mode->c_lflag |= ECHOE | ECHOCTL | ECHOKE;
1128 } else if (info == &mode_info[IDX_dec]) { 1217 } else if (info == &mode_info[IDX_dec]) {
1129 mode->c_cc[VINTR] = 3; /* ^C */ 1218 mode->c_cc[VINTR] = 3; /* ^C */
@@ -1419,7 +1508,7 @@ int stty_main(int argc UNUSED_PARAM, char **argv)
1419 perror_on_device_and_die("%s"); 1508 perror_on_device_and_die("%s");
1420 1509
1421 if (memcmp(&mode, &new_mode, sizeof(mode)) != 0) { 1510 if (memcmp(&mode, &new_mode, sizeof(mode)) != 0) {
1422#ifdef CIBAUD 1511#if CIBAUD
1423 /* SunOS 4.1.3 (at least) has the problem that after this sequence, 1512 /* SunOS 4.1.3 (at least) has the problem that after this sequence,
1424 tcgetattr (&m1); tcsetattr (&m1); tcgetattr (&m2); 1513 tcgetattr (&m1); tcsetattr (&m1); tcgetattr (&m2);
1425 sometimes (m1 != m2). The only difference is in the four bits 1514 sometimes (m1 != m2). The only difference is in the four bits
generated by cgit v1.2.3-55-g6feb (git 2.39.1) at 2025-03-17 20:50:18 +0000