t 40 include/arm/stdarg.h #define va_arg(a, t) (0)
t 40 include/ppc/stdarg.h #define va_arg(a, t) (0)
t 257 include/sys/elf.h #define ELF32_ST_INFO(b,t) (((b) << 4) + ((t) & 0xf))
t 295 include/sys/elf.h #define ELF32_R_INFO(s,t) (((s) << 8) + (unsigned char)(t))
t 62 include/sys/ioctl.h #define _IOR(g,n,t) _IOC(IOC_OUT, (g), (n), sizeof(t))
t 63 include/sys/ioctl.h #define _IOW(g,n,t) _IOC(IOC_IN, (g), (n), sizeof(t))
t 65 include/sys/ioctl.h #define _IOWR(g,n,t) _IOC(IOC_INOUT, (g), (n), sizeof(t))
t 67 include/sys/ioctl.h #define _IORN(g,n,t) _IOC((IOC_OVAL|IOC_OUT), (g), (n), sizeof(t))
t 68 include/sys/ioctl.h #define _IOWN(g,n,t) _IOC((IOC_IVAL|IOC_IN), (g), (n), sizeof(t))
t 97 include/sys/prex.h int thread_terminate(thread_t t);
t 98 include/sys/prex.h int thread_load(thread_t t, void (*entry)(void), void *stack);
t 101 include/sys/prex.h int thread_suspend(thread_t t);
t 102 include/sys/prex.h int thread_resume(thread_t t);
t 103 include/sys/prex.h int thread_getpri(thread_t t, int *pri);
t 104 include/sys/prex.h int thread_setpri(thread_t t, int pri);
t 105 include/sys/prex.h int thread_getpolicy(thread_t t, int *policy);
t 106 include/sys/prex.h int thread_setpolicy(thread_t t, int policy);
t 123 include/sys/prex.h int timer_periodic(thread_t t, u_long start, u_long period);
t 129 include/sys/types.h #define FD_COPY(f, t) bcopy(f, t, sizeof(*(f)))
t 40 include/x86/stdarg.h #define va_arg(a, t) (0)
t 84 sys/ipc/msg.c thread_t t;
t 134 sys/ipc/msg.c t = msg_dequeue(&obj->recvq);
t 135 sys/ipc/msg.c sched_unsleep(t, 0);
t 190 sys/ipc/msg.c thread_t t;
t 257 sys/ipc/msg.c t = msg_dequeue(&obj->sendq);
t 262 sys/ipc/msg.c len = MIN(size, t->msgsize);
t 264 sys/ipc/msg.c if (copyout(t->msgaddr, msg, len)) {
t 265 sys/ipc/msg.c msg_enqueue(&obj->sendq, t);
t 274 sys/ipc/msg.c curthread->sender = t;
t 275 sys/ipc/msg.c t->receiver = curthread;
t 290 sys/ipc/msg.c thread_t t;
t 314 sys/ipc/msg.c t = curthread->sender;
t 315 sys/ipc/msg.c len = MIN(size, t->msgsize);
t 317 sys/ipc/msg.c if (copyin(msg, t->msgaddr, len)) {
t 325 sys/ipc/msg.c sched_unsleep(t, 0);
t 326 sys/ipc/msg.c t->receiver = NULL;
t 357 sys/ipc/msg.c msg_cancel(thread_t t)
t 362 sys/ipc/msg.c if (t->sendobj != NULL) {
t 363 sys/ipc/msg.c if (t->receiver != NULL)
t 364 sys/ipc/msg.c t->receiver->sender = NULL;
t 366 sys/ipc/msg.c queue_remove(&t->ipc_link);
t 368 sys/ipc/msg.c if (t->recvobj != NULL) {
t 369 sys/ipc/msg.c if (t->sender != NULL) {
t 370 sys/ipc/msg.c sched_unsleep(t->sender, SLP_BREAK);
t 371 sys/ipc/msg.c t->sender->receiver = NULL;
t 373 sys/ipc/msg.c queue_remove(&t->ipc_link);
t 386 sys/ipc/msg.c thread_t t;
t 395 sys/ipc/msg.c t = queue_entry(q, struct thread, ipc_link);
t 396 sys/ipc/msg.c sched_unsleep(t, SLP_INVAL);
t 403 sys/ipc/msg.c t = queue_entry(q, struct thread, ipc_link);
t 404 sys/ipc/msg.c sched_unsleep(t, SLP_INVAL);
t 417 sys/ipc/msg.c thread_t t, top;
t 423 sys/ipc/msg.c t = queue_entry(q, struct thread, ipc_link);
t 424 sys/ipc/msg.c if (t->priority < top->priority)
t 425 sys/ipc/msg.c top = t;
t 433 sys/ipc/msg.c msg_enqueue(queue_t head, thread_t t)
t 436 sys/ipc/msg.c enqueue(head, &t->ipc_link);
t 101 sys/kern/exception.c thread_t t;
t 122 sys/kern/exception.c t = list_entry(n, struct thread, task_link);
t 123 sys/kern/exception.c t->excbits = 0;
t 130 sys/kern/exception.c if (t->slpevt == &exception_event) {
t 133 sys/kern/exception.c sched_unsleep(t, SLP_BREAK);
t 176 sys/kern/exception.c thread_t t = NULL;
t 199 sys/kern/exception.c t = list_entry(n, struct thread, task_link);
t 200 sys/kern/exception.c if (t->slpevt == &exception_event) {
t 213 sys/kern/exception.c t = list_entry(n, struct thread, task_link);
t 221 sys/kern/exception.c t->excbits |= (1 << excno);
t 228 sys/kern/exception.c sched_unsleep(t, SLP_INTR);
t 118 sys/kern/sched.c runq_enqueue(thread_t t)
t 121 sys/kern/sched.c enqueue(&runq[t->priority], &t->sched_link);
t 122 sys/kern/sched.c if (t->priority < maxpri) {
t 123 sys/kern/sched.c maxpri = t->priority;
t 133 sys/kern/sched.c runq_insert(thread_t t)
t 136 sys/kern/sched.c queue_insert(&runq[t->priority], &t->sched_link);
t 137 sys/kern/sched.c if (t->priority < maxpri)
t 138 sys/kern/sched.c maxpri = t->priority;
t 149 sys/kern/sched.c thread_t t;
t 152 sys/kern/sched.c t = queue_entry(q, struct thread, sched_link);
t 156 sys/kern/sched.c return t;
t 163 sys/kern/sched.c runq_remove(thread_t t)
t 166 sys/kern/sched.c queue_remove(&t->sched_link);
t 177 sys/kern/sched.c thread_t t;
t 184 sys/kern/sched.c t = queue_entry(q, struct thread, sched_link);
t 185 sys/kern/sched.c t->slpevt = NULL;
t 186 sys/kern/sched.c t->state &= ~TS_SLEEP;
t 187 sys/kern/sched.c if (t != curthread && t->state == TS_RUN)
t 188 sys/kern/sched.c runq_enqueue(t);
t 198 sys/kern/sched.c sched_setrun(thread_t t)
t 201 sys/kern/sched.c enqueue(&wakeq, &t->sched_link);
t 202 sys/kern/sched.c timer_stop(&t->timeout);
t 257 sys/kern/sched.c thread_t t = (thread_t)arg;
t 259 sys/kern/sched.c sched_unsleep(t, SLP_TIMEOUT);
t 310 sys/kern/sched.c thread_t t;
t 319 sys/kern/sched.c t = queue_entry(q, struct thread, sched_link);
t 320 sys/kern/sched.c t->slpret = 0;
t 321 sys/kern/sched.c sched_setrun(t);
t 338 sys/kern/sched.c thread_t top, t = NULL;
t 352 sys/kern/sched.c t = queue_entry(q, struct thread, sched_link);
t 353 sys/kern/sched.c if (t->priority < top->priority)
t 354 sys/kern/sched.c top = t;
t 363 sys/kern/sched.c return t;
t 374 sys/kern/sched.c sched_unsleep(thread_t t, int result)
t 379 sys/kern/sched.c if (t->state & TS_SLEEP) {
t 381 sys/kern/sched.c queue_remove(&t->sched_link);
t 382 sys/kern/sched.c t->slpret = result;
t 383 sys/kern/sched.c sched_setrun(t);
t 412 sys/kern/sched.c sched_suspend(thread_t t)
t 415 sys/kern/sched.c if (t->state == TS_RUN) {
t 416 sys/kern/sched.c if (t == curthread)
t 419 sys/kern/sched.c runq_remove(t);
t 421 sys/kern/sched.c t->state |= TS_SUSP;
t 429 sys/kern/sched.c sched_resume(thread_t t)
t 432 sys/kern/sched.c if (t->state & TS_SUSP) {
t 433 sys/kern/sched.c t->state &= ~TS_SUSP;
t 434 sys/kern/sched.c if (t->state == TS_RUN)
t 435 sys/kern/sched.c runq_enqueue(t);
t 471 sys/kern/sched.c sched_start(thread_t t, int pri, int policy)
t 474 sys/kern/sched.c t->state = TS_RUN | TS_SUSP;
t 475 sys/kern/sched.c t->policy = policy;
t 476 sys/kern/sched.c t->priority = pri;
t 477 sys/kern/sched.c t->basepri = pri;
t 478 sys/kern/sched.c if (t->policy == SCHED_RR)
t 479 sys/kern/sched.c t->timeleft = QUANTUM;
t 486 sys/kern/sched.c sched_stop(thread_t t)
t 489 sys/kern/sched.c if (t == curthread) {
t 499 sys/kern/sched.c if (t->state == TS_RUN)
t 500 sys/kern/sched.c runq_remove(t);
t 501 sys/kern/sched.c else if (t->state & TS_SLEEP)
t 502 sys/kern/sched.c queue_remove(&t->sched_link);
t 504 sys/kern/sched.c timer_stop(&t->timeout);
t 505 sys/kern/sched.c t->state = TS_EXIT;
t 567 sys/kern/sched.c sched_getpri(thread_t t)
t 570 sys/kern/sched.c return t->priority;
t 581 sys/kern/sched.c sched_setpri(thread_t t, int basepri, int pri)
t 584 sys/kern/sched.c t->basepri = basepri;
t 586 sys/kern/sched.c if (t == curthread) {
t 591 sys/kern/sched.c t->priority = pri;
t 596 sys/kern/sched.c if (t->state == TS_RUN) {
t 602 sys/kern/sched.c runq_remove(t);
t 603 sys/kern/sched.c t->priority = pri;
t 604 sys/kern/sched.c runq_enqueue(t);
t 606 sys/kern/sched.c t->priority = pri;
t 614 sys/kern/sched.c sched_getpolicy(thread_t t)
t 617 sys/kern/sched.c return t->policy;
t 624 sys/kern/sched.c sched_setpolicy(thread_t t, int policy)
t 631 sys/kern/sched.c t->timeleft = QUANTUM;
t 632 sys/kern/sched.c t->policy = policy;
t 716 sys/kern/sched.c thread_t t;
t 728 sys/kern/sched.c t = kthread_create(dpc_thread, NULL, PRI_DPC);
t 729 sys/kern/sched.c if (t == NULL)
t 232 sys/kern/system.c u_long t;
t 234 sys/kern/system.c t = timer_ticks();
t 235 sys/kern/system.c return copyout(&t, ticks, sizeof(t));
t 169 sys/kern/task.c thread_t t;
t 198 sys/kern/task.c t = list_entry(n, struct thread, task_link);
t 199 sys/kern/task.c if (t != curthread)
t 200 sys/kern/task.c thread_destroy(t);
t 230 sys/kern/task.c thread_t t;
t 248 sys/kern/task.c t = list_entry(n, struct thread, task_link);
t 249 sys/kern/task.c thread_suspend(t);
t 266 sys/kern/task.c thread_t t;
t 290 sys/kern/task.c t = list_entry(n, struct thread, task_link);
t 291 sys/kern/task.c thread_resume(t);
t 478 sys/kern/task.c thread_t t;
t 506 sys/kern/task.c if ((error = thread_create(task, &t)) != 0)
t 509 sys/kern/task.c error = thread_load(t, (void (*)(void))mod->entry, sp);
t 512 sys/kern/task.c t->priority = PRI_REALTIME;
t 513 sys/kern/task.c t->basepri = PRI_REALTIME;
t 514 sys/kern/task.c thread_resume(t);
t 67 sys/kern/thread.c thread_t t;
t 90 sys/kern/thread.c t = NULL;
t 91 sys/kern/thread.c if (copyout(&t, tp, sizeof(t))) {
t 99 sys/kern/thread.c if ((t = thread_allocate(task)) == NULL) {
t 104 sys/kern/thread.c memcpy(t->kstack, curthread->kstack, KSTACKSZ);
t 105 sys/kern/thread.c sp = (vaddr_t)t->kstack + KSTACKSZ;
t 106 sys/kern/thread.c context_set(&t->ctx, CTX_KSTACK, (register_t)sp);
t 107 sys/kern/thread.c context_set(&t->ctx, CTX_KENTRY, (register_t)&syscall_ret);
t 108 sys/kern/thread.c sched_start(t, curthread->basepri, SCHED_RR);
t 109 sys/kern/thread.c t->suscnt = task->suscnt + 1;
t 115 sys/kern/thread.c *tp = t;
t 117 sys/kern/thread.c copyout(&t, tp, sizeof(t));
t 129 sys/kern/thread.c thread_terminate(thread_t t)
t 133 sys/kern/thread.c if (!thread_valid(t)) {
t 137 sys/kern/thread.c if (!task_access(t->task)) {
t 141 sys/kern/thread.c thread_destroy(t);
t 167 sys/kern/thread.c thread_load(thread_t t, void (*entry)(void), void *stack)
t 178 sys/kern/thread.c if (!thread_valid(t)) {
t 182 sys/kern/thread.c if (!task_access(t->task)) {
t 188 sys/kern/thread.c context_set(&t->ctx, CTX_UENTRY, (register_t)entry);
t 190 sys/kern/thread.c context_set(&t->ctx, CTX_USTACK, (register_t)stack);
t 211 sys/kern/thread.c thread_valid(thread_t t)
t 219 sys/kern/thread.c if (tmp == t)
t 243 sys/kern/thread.c thread_suspend(thread_t t)
t 247 sys/kern/thread.c if (!thread_valid(t)) {
t 251 sys/kern/thread.c if (!task_access(t->task)) {
t 255 sys/kern/thread.c if (++t->suscnt == 1)
t 256 sys/kern/thread.c sched_suspend(t);
t 269 sys/kern/thread.c thread_resume(thread_t t)
t 272 sys/kern/thread.c ASSERT(t != curthread);
t 275 sys/kern/thread.c if (!thread_valid(t)) {
t 279 sys/kern/thread.c if (!task_access(t->task)) {
t 283 sys/kern/thread.c if (t->suscnt == 0) {
t 287 sys/kern/thread.c t->suscnt--;
t 288 sys/kern/thread.c if (t->suscnt == 0 && t->task->suscnt == 0)
t 289 sys/kern/thread.c sched_resume(t);
t 299 sys/kern/thread.c thread_schedparam(thread_t t, int op, int *param)
t 305 sys/kern/thread.c if (!thread_valid(t)) {
t 309 sys/kern/thread.c if (t->task->flags & TF_SYSTEM) {
t 317 sys/kern/thread.c if (!(t->task == curtask || t->task->parent == curtask) &&
t 325 sys/kern/thread.c pri = sched_getpri(t);
t 360 sys/kern/thread.c if (t->priority != t->basepri && pri > t->priority)
t 361 sys/kern/thread.c pri = t->priority;
t 363 sys/kern/thread.c mutex_setpri(t, pri);
t 364 sys/kern/thread.c sched_setpri(t, pri, pri);
t 368 sys/kern/thread.c policy = sched_getpolicy(t);
t 378 sys/kern/thread.c error = sched_setpolicy(t, policy);
t 413 sys/kern/thread.c struct thread *t;
t 416 sys/kern/thread.c if ((t = kmem_alloc(sizeof(*t))) == NULL)
t 420 sys/kern/thread.c kmem_free(t);
t 423 sys/kern/thread.c memset(t, 0, sizeof(*t));
t 425 sys/kern/thread.c t->kstack = stack;
t 426 sys/kern/thread.c t->task = task;
t 427 sys/kern/thread.c list_init(&t->mutexes);
t 428 sys/kern/thread.c list_insert(&thread_list, &t->link);
t 429 sys/kern/thread.c list_insert(&task->threads, &t->task_link);
t 432 sys/kern/thread.c return t;
t 444 sys/kern/thread.c thread_deallocate(thread_t t)
t 447 sys/kern/thread.c list_remove(&t->task_link);
t 448 sys/kern/thread.c list_remove(&t->link);
t 449 sys/kern/thread.c t->excbits = 0;
t 450 sys/kern/thread.c t->task->nthreads--;
t 463 sys/kern/thread.c if (t == curthread) {
t 468 sys/kern/thread.c zombie = t;
t 472 sys/kern/thread.c kmem_free(t->kstack);
t 473 sys/kern/thread.c t->kstack = NULL;
t 474 sys/kern/thread.c kmem_free(t);
t 485 sys/kern/thread.c thread_t t;
t 492 sys/kern/thread.c t = list_entry(n, struct thread, link);
t 494 sys/kern/thread.c info->id = t;
t 495 sys/kern/thread.c info->state = t->state;
t 496 sys/kern/thread.c info->policy = t->policy;
t 497 sys/kern/thread.c info->priority = t->priority;
t 498 sys/kern/thread.c info->basepri = t->basepri;
t 499 sys/kern/thread.c info->time = t->time;
t 500 sys/kern/thread.c info->suscnt = t->suscnt;
t 501 sys/kern/thread.c info->task = t->task;
t 502 sys/kern/thread.c info->active = (t == curthread) ? 1 : 0;
t 503 sys/kern/thread.c strlcpy(info->taskname, t->task->name, MAXTASKNAME);
t 504 sys/kern/thread.c strlcpy(info->slpevt, t->slpevt ?
t 505 sys/kern/thread.c t->slpevt->name : "-", MAXEVTNAME);
t 527 sys/kern/thread.c thread_t t;
t 536 sys/kern/thread.c if ((t = thread_allocate(&kernel_task)) == NULL)
t 539 sys/kern/thread.c memset(t->kstack, 0, KSTACKSZ);
t 540 sys/kern/thread.c sp = (vaddr_t)t->kstack + KSTACKSZ;
t 541 sys/kern/thread.c context_set(&t->ctx, CTX_KSTACK, (register_t)sp);
t 542 sys/kern/thread.c context_set(&t->ctx, CTX_KENTRY, (register_t)entry);
t 543 sys/kern/thread.c context_set(&t->ctx, CTX_KARG, (register_t)arg);
t 544 sys/kern/thread.c sched_start(t, pri, SCHED_FIFO);
t 545 sys/kern/thread.c t->suscnt = 1;
t 546 sys/kern/thread.c sched_resume(t);
t 548 sys/kern/thread.c return t;
t 555 sys/kern/thread.c kthread_terminate(thread_t t)
t 557 sys/kern/thread.c ASSERT(t != NULL);
t 558 sys/kern/thread.c ASSERT(t->task->flags & TF_SYSTEM);
t 562 sys/kern/thread.c mutex_cancel(t);
t 563 sys/kern/thread.c timer_cancel(t);
t 564 sys/kern/thread.c sched_stop(t);
t 565 sys/kern/thread.c thread_deallocate(t);
t 72 sys/kern/timer.c struct timer *t;
t 86 sys/kern/timer.c t = list_entry(n, struct timer, link);
t 87 sys/kern/timer.c if (time_before(tmr->expire, t->expire))
t 240 sys/kern/timer.c timer_periodic(thread_t t, u_long start, u_long period)
t 249 sys/kern/timer.c if (!thread_valid(t)) {
t 253 sys/kern/timer.c if (t->task != curtask) {
t 258 sys/kern/timer.c tmr = t->periodic;
t 281 sys/kern/timer.c t->periodic = tmr;
t 330 sys/kern/timer.c timer_cancel(thread_t t)
t 333 sys/kern/timer.c if (t->periodic != NULL) {
t 334 sys/kern/timer.c timer_stop(t->periodic);
t 335 sys/kern/timer.c kmem_free(t->periodic);
t 336 sys/kern/timer.c t->periodic = NULL;
t 316 sys/sync/mutex.c mutex_cancel(thread_t t)
t 325 sys/sync/mutex.c head = &t->mutexes;
t 353 sys/sync/mutex.c mutex_setpri(thread_t t, int pri)
t 356 sys/sync/mutex.c if (t->mutex_waiting && pri < t->priority)
t 357 sys/sync/mutex.c prio_inherit(t);
t 469 sys/sync/mutex.c prio_uninherit(thread_t t)
t 476 sys/sync/mutex.c if (t->priority == t->basepri)
t 479 sys/sync/mutex.c maxpri = t->basepri;
t 486 sys/sync/mutex.c head = &t->mutexes;
t 493 sys/sync/mutex.c sched_setpri(t, t->basepri, maxpri);
t 402 usr/bin/test/test.c char *s, *t;
t 407 usr/bin/test/test.c if ((t = *(t_wp+2)) == 0)
t 412 usr/bin/test/test.c (t[0] != ')' || t[1] != '\0');
t 255 usr/lib/libc/gen/fts.c char *t;
t 384 usr/lib/libc/gen/fts.c name: t = sp->fts_path + NAPPEND(p->fts_parent);
t 385 usr/lib/libc/gen/fts.c *t++ = '/';
t 386 usr/lib/libc/gen/fts.c memmove(t, p->fts_name, p->fts_namelen + 1);
t 768 usr/lib/libc/gen/fts.c FTSENT *t;
t 830 usr/lib/libc/gen/fts.c for (t = p->fts_parent;
t 831 usr/lib/libc/gen/fts.c t->fts_level >= FTS_ROOTLEVEL; t = t->fts_parent)
t 832 usr/lib/libc/gen/fts.c if (ino == t->fts_ino && dev == t->fts_dev) {
t 833 usr/lib/libc/gen/fts.c p->fts_cycle = t;
t 38 usr/lib/libc/gen/time.c time(t)
t 39 usr/lib/libc/gen/time.c time_t *t;
t 45 usr/lib/libc/gen/time.c if (t != NULL)
t 46 usr/lib/libc/gen/time.c *t = tt.tv_sec;
t 57 usr/lib/libc/stdio/fflush.c int n, t;
t 59 usr/lib/libc/stdio/fflush.c t = fp->_flags;
t 60 usr/lib/libc/stdio/fflush.c if ((t & __SWR) == 0)
t 73 usr/lib/libc/stdio/fflush.c fp->_w = t & (__SLBF|__SNBF) ? 0 : fp->_bf._size;
t 75 usr/lib/libc/stdio/fflush.c for (; n > 0; n -= t, p += t) {
t 76 usr/lib/libc/stdio/fflush.c t = __swrite(fp, (char *)p, n);
t 77 usr/lib/libc/stdio/fflush.c if (t <= 0) {
t 51 usr/lib/libc/stdlib/qsort.c TYPE t = *pi; \
t 53 usr/lib/libc/stdlib/qsort.c *pj++ = t; \
t 74 usr/lib/libc/stdlib/qsort.c long t = *(long *)(void *)(a); \
t 76 usr/lib/libc/stdlib/qsort.c *(long *)(void *)(b) = t; \
t 59 usr/lib/libc/stdlib/random.c long x, hi, lo, t;
t 72 usr/lib/libc/stdlib/random.c t = 16807 * lo - 2836 * hi;
t 73 usr/lib/libc/stdlib/random.c if (t < 0)
t 74 usr/lib/libc/stdlib/random.c t += 0x7fffffff;
t 75 usr/lib/libc/stdlib/random.c randseed = t;
t 76 usr/lib/libc/stdlib/random.c return (t);
t 34 usr/lib/libc/string/memccpy.c memccpy(t, f, c, n)
t 35 usr/lib/libc/string/memccpy.c void *t;
t 42 usr/lib/libc/string/memccpy.c unsigned char *tp = t;
t 46 usr/lib/libc/string/memccpy.c return (t);
t 38 usr/lib/libc/termios/cfgetispeed.c cfgetispeed(t)
t 39 usr/lib/libc/termios/cfgetispeed.c const struct termios *t;
t 42 usr/lib/libc/termios/cfgetispeed.c return (t->c_ispeed);
t 38 usr/lib/libc/termios/cfgetospeed.c cfgetospeed(t)
t 39 usr/lib/libc/termios/cfgetospeed.c const struct termios *t;
t 42 usr/lib/libc/termios/cfgetospeed.c return (t->c_ospeed);
t 40 usr/lib/libc/termios/cfmakeraw.c cfmakeraw(t)
t 41 usr/lib/libc/termios/cfmakeraw.c struct termios *t;
t 44 usr/lib/libc/termios/cfmakeraw.c t->c_iflag &= ~(IGNBRK|BRKINT|PARMRK|ISTRIP|INLCR|IGNCR|ICRNL|IXON);
t 45 usr/lib/libc/termios/cfmakeraw.c t->c_oflag &= ~OPOST;
t 46 usr/lib/libc/termios/cfmakeraw.c t->c_lflag &= ~(ECHO|ECHONL|ICANON|ISIG|IEXTEN);
t 47 usr/lib/libc/termios/cfmakeraw.c t->c_cflag &= ~(CSIZE|PARENB);
t 48 usr/lib/libc/termios/cfmakeraw.c t->c_cflag |= CS8;
t 38 usr/lib/libc/termios/cfsetispeed.c cfsetispeed(t, speed)
t 39 usr/lib/libc/termios/cfsetispeed.c struct termios *t;
t 43 usr/lib/libc/termios/cfsetispeed.c t->c_ispeed = speed;
t 38 usr/lib/libc/termios/cfsetospeed.c cfsetospeed(t, speed)
t 39 usr/lib/libc/termios/cfsetospeed.c struct termios *t;
t 43 usr/lib/libc/termios/cfsetospeed.c t->c_ospeed = speed;
t 38 usr/lib/libc/termios/cfsetspeed.c cfsetspeed(t, speed)
t 39 usr/lib/libc/termios/cfsetspeed.c struct termios *t;
t 43 usr/lib/libc/termios/cfsetspeed.c t->c_ispeed = t->c_ospeed = speed;
t 36 usr/lib/libc/termios/tcgetattr.c tcgetattr(fd, t)
t 38 usr/lib/libc/termios/tcgetattr.c struct termios *t;
t 41 usr/lib/libc/termios/tcgetattr.c return (ioctl(fd, TIOCGETA, t));
t 39 usr/lib/libc/termios/tcsetattr.c tcsetattr(fd, opt, t)
t 41 usr/lib/libc/termios/tcsetattr.c const struct termios *t;
t 46 usr/lib/libc/termios/tcsetattr.c localterm = *t;
t 48 usr/lib/libc/termios/tcsetattr.c t = &localterm;
t 52 usr/lib/libc/termios/tcsetattr.c return (ioctl(fd, TIOCSETA, t));
t 54 usr/lib/libc/termios/tcsetattr.c return (ioctl(fd, TIOCSETAW, t));
t 56 usr/lib/libc/termios/tcsetattr.c return (ioctl(fd, TIOCSETAF, t));
t 45 usr/lib/libc/time/gmtime_r.c time_t t;
t 49 usr/lib/libc/time/gmtime_r.c t = *timep;
t 50 usr/lib/libc/time/gmtime_r.c days = t / 60 / 60 / 24;
t 72 usr/lib/libc/time/gmtime_r.c tmp->tm_sec = t % 60;
t 73 usr/lib/libc/time/gmtime_r.c tmp->tm_min = (t / 60) % 60;
t 74 usr/lib/libc/time/gmtime_r.c tmp->tm_hour = (t / 60 / 60) % 24;
t 59 usr/lib/libc/time/strftime.c strftime(s, maxsize, format, t)
t 63 usr/lib/libc/time/strftime.c const struct tm *t;
t 69 usr/lib/libc/time/strftime.c if (_fmt(format, t)) {
t 77 usr/lib/libc/time/strftime.c _fmt(format, t)
t 79 usr/lib/libc/time/strftime.c const struct tm *t;
t 88 usr/lib/libc/time/strftime.c if (t->tm_wday < 0 || t->tm_wday > 6)
t 90 usr/lib/libc/time/strftime.c if (!_add(Afmt[t->tm_wday]))
t 94 usr/lib/libc/time/strftime.c if (t->tm_wday < 0 || t->tm_wday > 6)
t 96 usr/lib/libc/time/strftime.c if (!_add(afmt[t->tm_wday]))
t 100 usr/lib/libc/time/strftime.c if (t->tm_mon < 0 || t->tm_mon > 11)
t 102 usr/lib/libc/time/strftime.c if (!_add(Bfmt[t->tm_mon]))
t 107 usr/lib/libc/time/strftime.c if (t->tm_mon < 0 || t->tm_mon > 11)
t 109 usr/lib/libc/time/strftime.c if (!_add(bfmt[t->tm_mon]))
t 113 usr/lib/libc/time/strftime.c if (!_fmt("%a %b %e %H:%M:%S %Y", t))
t 117 usr/lib/libc/time/strftime.c if (!_fmt("%m/%d/%y %H:%M:%S", t))
t 121 usr/lib/libc/time/strftime.c if (!_fmt("%m/%d/%y", t))
t 125 usr/lib/libc/time/strftime.c if (!_conv(t->tm_mday, 2, '0'))
t 129 usr/lib/libc/time/strftime.c if (!_conv(t->tm_mday, 2, ' '))
t 133 usr/lib/libc/time/strftime.c if (!_conv(t->tm_hour, 2, '0'))
t 137 usr/lib/libc/time/strftime.c if (!_conv(t->tm_hour % 12 ?
t 138 usr/lib/libc/time/strftime.c t->tm_hour % 12 : 12, 2, '0'))
t 142 usr/lib/libc/time/strftime.c if (!_conv(t->tm_yday + 1, 3, '0'))
t 146 usr/lib/libc/time/strftime.c if (!_conv(t->tm_hour, 2, ' '))
t 150 usr/lib/libc/time/strftime.c if (!_conv(t->tm_hour % 12 ?
t 151 usr/lib/libc/time/strftime.c t->tm_hour % 12 : 12, 2, ' '))
t 155 usr/lib/libc/time/strftime.c if (!_conv(t->tm_min, 2, '0'))
t 159 usr/lib/libc/time/strftime.c if (!_conv(t->tm_mon + 1, 2, '0'))
t 167 usr/lib/libc/time/strftime.c if (!_add(t->tm_hour >= 12 ? "PM" : "AM"))
t 171 usr/lib/libc/time/strftime.c if (!_fmt("%H:%M", t))
t 175 usr/lib/libc/time/strftime.c if (!_fmt("%I:%M:%S %p", t))
t 179 usr/lib/libc/time/strftime.c if (!_conv(t->tm_sec, 2, '0'))
t 183 usr/lib/libc/time/strftime.c if (!_secs(t))
t 188 usr/lib/libc/time/strftime.c if (!_fmt("%H:%M:%S", t))
t 196 usr/lib/libc/time/strftime.c if (!_conv((t->tm_yday + 7 - t->tm_wday) / 7,
t 201 usr/lib/libc/time/strftime.c if (!_conv((t->tm_yday + 7 -
t 202 usr/lib/libc/time/strftime.c (t->tm_wday ? (t->tm_wday - 1) : 6))
t 207 usr/lib/libc/time/strftime.c if (!_conv(t->tm_wday, 1, '0'))
t 211 usr/lib/libc/time/strftime.c if (!_fmt("%m/%d/%y", t))
t 215 usr/lib/libc/time/strftime.c if (!_conv((t->tm_year + TM_YEAR_BASE)
t 220 usr/lib/libc/time/strftime.c if (!_conv(t->tm_year + TM_YEAR_BASE, 4, '0'))
t 246 usr/lib/libc/time/strftime.c _secs(t)
t 247 usr/lib/libc/time/strftime.c const struct tm *t;
t 255 usr/lib/libc/time/strftime.c tmp = *t;
t 87 usr/lib/posix/process/fork.c thread_t t;
t 101 usr/lib/posix/process/fork.c if ((error = thread_create(tsk, &t)) != 0) {
t 127 usr/lib/posix/process/fork.c thread_load(t, __child_entry, NULL);
t 128 usr/lib/posix/process/fork.c thread_resume(t);
t 89 usr/lib/posix/process/fork_nommu.c thread_t t;
t 102 usr/lib/posix/process/fork_nommu.c if ((error = thread_create(tsk, &t)) != 0) {
t 133 usr/lib/posix/process/fork_nommu.c thread_load(t, __child_entry, NULL);
t 134 usr/lib/posix/process/fork_nommu.c thread_getpri(t, &pri);
t 135 usr/lib/posix/process/fork_nommu.c thread_setpri(t, pri + 1);
t 136 usr/lib/posix/process/fork_nommu.c thread_resume(t);
t 149 usr/lib/posix/process/fork_nommu.c t = thread_self();
t 150 usr/lib/posix/process/fork_nommu.c thread_getpri(t, &pri);
t 151 usr/lib/posix/process/fork_nommu.c thread_setpri(t, pri - 1);
t 32 usr/lib/prex/syscalls/thread_getpolicy.c extern int thread_schedparam(thread_t t, int op, int *param);
t 35 usr/lib/prex/syscalls/thread_getpolicy.c thread_getpolicy(thread_t t, int *policy)
t 38 usr/lib/prex/syscalls/thread_getpolicy.c return thread_schedparam(t, 2, policy);
t 32 usr/lib/prex/syscalls/thread_getpri.c extern int thread_schedparam(thread_t t, int op, int *param);
t 35 usr/lib/prex/syscalls/thread_getpri.c thread_getpri(thread_t t, int *pri)
t 38 usr/lib/prex/syscalls/thread_getpri.c return thread_schedparam(t, 0, pri);
t 32 usr/lib/prex/syscalls/thread_setpolicy.c extern int thread_schedparam(thread_t t, int op, int *param);
t 35 usr/lib/prex/syscalls/thread_setpolicy.c thread_setpolicy(thread_t t, int policy)
t 38 usr/lib/prex/syscalls/thread_setpolicy.c return thread_schedparam(t, 3, &policy);
t 32 usr/lib/prex/syscalls/thread_setpri.c extern int thread_schedparam(thread_t t, int op, int *param);
t 35 usr/lib/prex/syscalls/thread_setpri.c thread_setpri(thread_t t, int pri)
t 38 usr/lib/prex/syscalls/thread_setpri.c return thread_schedparam(t, 1, &pri);
t 52 usr/sample/balls/balls.c thread_t t;
t 54 usr/sample/balls/balls.c if (thread_create(task_self(), &t) != 0)
t 56 usr/sample/balls/balls.c if (thread_load(t, start, stack) != 0)
t 58 usr/sample/balls/balls.c if (thread_resume(t) != 0)
t 60 usr/sample/balls/balls.c return t;
t 57 usr/sample/ipc/ipc.c thread_t t;
t 65 usr/sample/ipc/ipc.c if (thread_create(task, &t) != 0)
t 68 usr/sample/ipc/ipc.c if (thread_load(t, func, stack) != 0)
t 71 usr/sample/ipc/ipc.c if (thread_resume(t) != 0)
t 84 usr/sample/mutex/mutex.c thread_t t;
t 86 usr/sample/mutex/mutex.c if (thread_create(task_self(), &t) != 0)
t 89 usr/sample/mutex/mutex.c if (thread_load(t, start, stack) != 0)
t 92 usr/sample/mutex/mutex.c return t;
t 42 usr/sample/sem/sem.c thread_t t;
t 44 usr/sample/sem/sem.c if (thread_create(task_self(), &t) != 0)
t 47 usr/sample/sem/sem.c if (thread_load(t, start, stack) != 0)
t 50 usr/sample/sem/sem.c if (thread_resume(t) != 0)
t 63 usr/sample/sem/sem.c thread_t t;
t 65 usr/sample/sem/sem.c t = thread_self();
t 66 usr/sample/sem/sem.c printf("Start thread=%x\n", (u_int)t);
t 77 usr/sample/sem/sem.c printf("Running thread=%x\n", (u_int)t);
t 85 usr/sample/sem/sem.c printf("End thread=%x\n", (u_int)t);
t 86 usr/sample/sem/sem.c thread_terminate(t);
t 48 usr/sample/task/task.c thread_t t;
t 54 usr/sample/task/task.c if (thread_create(task, &t) != 0)
t 57 usr/sample/task/task.c if (thread_load(t, func, stack + 1024) != 0)
t 60 usr/sample/task/task.c if (thread_resume(t) != 0)
t 54 usr/sample/thread/thread.c thread_t t;
t 56 usr/sample/thread/thread.c if (thread_create(task_self(), &t) != 0)
t 59 usr/sample/thread/thread.c if (thread_load(t, start, stack) != 0)
t 62 usr/sample/thread/thread.c if (thread_setpri(t, 128) != 0)
t 65 usr/sample/thread/thread.c if (thread_resume(t) != 0)
t 125 usr/sbin/lock/lock.c char *p, *t;
t 134 usr/sbin/lock/lock.c for (t = p; *t && isdigit(*t); ++t);
t 135 usr/sbin/lock/lock.c if (strlen(p) != 4 || *t) {
t 77 usr/server/exec/exec_execve.c thread_t t;
t 172 usr/server/exec/exec_execve.c if ((error = thread_create(new_task, &t)) != 0)
t 194 usr/server/exec/exec_execve.c if ((error = thread_load(t, (void (*)(void))exec.entry, sp)) != 0)
t 210 usr/server/exec/exec_execve.c thread_setpri(t, PRI_DEFAULT);
t 211 usr/server/exec/exec_execve.c thread_resume(t);
t 218 usr/server/exec/exec_execve.c thread_terminate(t);
t 89 usr/server/fs/vfs/main.c fs_mount(struct task *t, struct mount_msg *msg)
t 94 usr/server/fs/vfs/main.c if (task_chkcap(t->t_taskid, CAP_DISKADMIN) != 0)
t 109 usr/server/fs/vfs/main.c fs_umount(struct task *t, struct path_msg *msg)
t 113 usr/server/fs/vfs/main.c if (task_chkcap(t->t_taskid, CAP_DISKADMIN) != 0)
t 120 usr/server/fs/vfs/main.c fs_sync(struct task *t, struct msg *msg)
t 127 usr/server/fs/vfs/main.c fs_open(struct task *t, struct open_msg *msg)
t 135 usr/server/fs/vfs/main.c if ((fd = task_newfd(t)) == -1)
t 150 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, acc, path)) != 0)
t 156 usr/server/fs/vfs/main.c t->t_ofile[fd] = fp;
t 157 usr/server/fs/vfs/main.c t->t_nopens++;
t 163 usr/server/fs/vfs/main.c fs_close(struct task *t, struct msg *msg)
t 172 usr/server/fs/vfs/main.c fp = t->t_ofile[fd];
t 179 usr/server/fs/vfs/main.c t->t_ofile[fd] = NULL;
t 180 usr/server/fs/vfs/main.c t->t_nopens--;
t 185 usr/server/fs/vfs/main.c fs_mknod(struct task *t, struct open_msg *msg)
t 190 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VWRITE, path)) != 0)
t 197 usr/server/fs/vfs/main.c fs_lseek(struct task *t, struct msg *msg)
t 203 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 214 usr/server/fs/vfs/main.c fs_read(struct task *t, struct io_msg *msg)
t 221 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->fd)) == NULL)
t 234 usr/server/fs/vfs/main.c fs_write(struct task *t, struct io_msg *msg)
t 241 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->fd)) == NULL)
t 254 usr/server/fs/vfs/main.c fs_ioctl(struct task *t, struct ioctl_msg *msg)
t 258 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->fd)) == NULL)
t 265 usr/server/fs/vfs/main.c fs_fsync(struct task *t, struct msg *msg)
t 269 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 276 usr/server/fs/vfs/main.c fs_fstat(struct task *t, struct stat_msg *msg)
t 282 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->fd)) == NULL)
t 291 usr/server/fs/vfs/main.c fs_opendir(struct task *t, struct open_msg *msg)
t 298 usr/server/fs/vfs/main.c if ((fd = task_newfd(t)) == -1)
t 302 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VREAD, path)) != 0)
t 307 usr/server/fs/vfs/main.c t->t_ofile[fd] = fp;
t 313 usr/server/fs/vfs/main.c fs_closedir(struct task *t, struct msg *msg)
t 321 usr/server/fs/vfs/main.c fp = t->t_ofile[fd];
t 327 usr/server/fs/vfs/main.c t->t_ofile[fd] = NULL;
t 332 usr/server/fs/vfs/main.c fs_readdir(struct task *t, struct dir_msg *msg)
t 336 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->fd)) == NULL)
t 343 usr/server/fs/vfs/main.c fs_rewinddir(struct task *t, struct msg *msg)
t 347 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 354 usr/server/fs/vfs/main.c fs_seekdir(struct task *t, struct msg *msg)
t 359 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 367 usr/server/fs/vfs/main.c fs_telldir(struct task *t, struct msg *msg)
t 373 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 384 usr/server/fs/vfs/main.c fs_mkdir(struct task *t, struct open_msg *msg)
t 389 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VWRITE, path)) != 0)
t 396 usr/server/fs/vfs/main.c fs_rmdir(struct task *t, struct path_msg *msg)
t 403 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VWRITE, path)) != 0)
t 410 usr/server/fs/vfs/main.c fs_rename(struct task *t, struct path_msg *msg)
t 419 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VREAD, src)) != 0)
t 422 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path2, VWRITE, dest)) != 0)
t 429 usr/server/fs/vfs/main.c fs_chdir(struct task *t, struct path_msg *msg)
t 437 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VREAD, path)) != 0)
t 443 usr/server/fs/vfs/main.c if (t->t_cwdfp)
t 444 usr/server/fs/vfs/main.c sys_closedir(t->t_cwdfp);
t 445 usr/server/fs/vfs/main.c t->t_cwdfp = fp;
t 446 usr/server/fs/vfs/main.c strlcpy(t->t_cwd, path, sizeof(t->t_cwd));
t 451 usr/server/fs/vfs/main.c fs_fchdir(struct task *t, struct msg *msg)
t 457 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, fd)) == NULL)
t 460 usr/server/fs/vfs/main.c if (t->t_cwdfp)
t 461 usr/server/fs/vfs/main.c sys_closedir(t->t_cwdfp);
t 462 usr/server/fs/vfs/main.c t->t_cwdfp = fp;
t 463 usr/server/fs/vfs/main.c return sys_fchdir(fp, t->t_cwd);
t 467 usr/server/fs/vfs/main.c fs_link(struct task *t, struct msg *msg)
t 474 usr/server/fs/vfs/main.c fs_unlink(struct task *t, struct path_msg *msg)
t 481 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VWRITE, path)) != 0)
t 488 usr/server/fs/vfs/main.c fs_stat(struct task *t, struct stat_msg *msg)
t 494 usr/server/fs/vfs/main.c error = task_conv(t, msg->path, 0, path);
t 503 usr/server/fs/vfs/main.c fs_getcwd(struct task *t, struct path_msg *msg)
t 506 usr/server/fs/vfs/main.c strlcpy(msg->path, t->t_cwd, sizeof(msg->path));
t 514 usr/server/fs/vfs/main.c fs_dup(struct task *t, struct msg *msg)
t 520 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, old_fd)) == NULL)
t 524 usr/server/fs/vfs/main.c if ((new_fd = task_newfd(t)) == -1)
t 527 usr/server/fs/vfs/main.c t->t_ofile[new_fd] = fp;
t 541 usr/server/fs/vfs/main.c fs_dup2(struct task *t, struct msg *msg)
t 551 usr/server/fs/vfs/main.c fp = t->t_ofile[old_fd];
t 554 usr/server/fs/vfs/main.c org = t->t_ofile[new_fd];
t 559 usr/server/fs/vfs/main.c t->t_ofile[new_fd] = fp;
t 573 usr/server/fs/vfs/main.c fs_fcntl(struct task *t, struct fcntl_msg *msg)
t 578 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->fd)) == NULL)
t 587 usr/server/fs/vfs/main.c if ((new_fd = task_newfd(t)) == -1)
t 589 usr/server/fs/vfs/main.c t->t_ofile[new_fd] = fp;
t 619 usr/server/fs/vfs/main.c fs_access(struct task *t, struct path_msg *msg)
t 631 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, acc, path)) != 0)
t 641 usr/server/fs/vfs/main.c fs_fork(struct task *t, struct msg *msg)
t 655 usr/server/fs/vfs/main.c newtask->t_cwdfp = t->t_cwdfp;
t 656 usr/server/fs/vfs/main.c strlcpy(newtask->t_cwd, t->t_cwd, sizeof(newtask->t_cwd));
t 658 usr/server/fs/vfs/main.c fp = t->t_ofile[i];
t 685 usr/server/fs/vfs/main.c fs_exec(struct task *t, struct msg *msg)
t 721 usr/server/fs/vfs/main.c fs_exit(struct task *t, struct msg *msg)
t 732 usr/server/fs/vfs/main.c fp = t->t_ofile[fd];
t 736 usr/server/fs/vfs/main.c if (t->t_cwdfp)
t 737 usr/server/fs/vfs/main.c sys_close(t->t_cwdfp);
t 738 usr/server/fs/vfs/main.c task_free(t);
t 747 usr/server/fs/vfs/main.c fs_register(struct task *t, struct msg *msg)
t 759 usr/server/fs/vfs/main.c fs_pipe(struct task *t, struct msg *msg)
t 768 usr/server/fs/vfs/main.c if ((rfd = task_newfd(t)) == -1)
t 770 usr/server/fs/vfs/main.c t->t_ofile[rfd] = (file_t)1; /* temp */
t 772 usr/server/fs/vfs/main.c if ((wfd = task_newfd(t)) == -1) {
t 773 usr/server/fs/vfs/main.c t->t_ofile[rfd] = NULL;
t 776 usr/server/fs/vfs/main.c sprintf(path, "/mnt/fifo/pipe-%x-%d", (u_int)t->t_taskid, rfd);
t 786 usr/server/fs/vfs/main.c t->t_ofile[rfd] = rfp;
t 787 usr/server/fs/vfs/main.c t->t_ofile[wfd] = wfp;
t 788 usr/server/fs/vfs/main.c t->t_nopens += 2;
t 793 usr/server/fs/vfs/main.c t->t_ofile[rfd] = NULL;
t 794 usr/server/fs/vfs/main.c t->t_ofile[wfd] = NULL;
t 805 usr/server/fs/vfs/main.c fs_isatty(struct task *t, struct msg *msg)
t 810 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 820 usr/server/fs/vfs/main.c fs_truncate(struct task *t, struct path_msg *msg)
t 827 usr/server/fs/vfs/main.c if ((error = task_conv(t, msg->path, VWRITE, path)) != 0)
t 834 usr/server/fs/vfs/main.c fs_ftruncate(struct task *t, struct msg *msg)
t 838 usr/server/fs/vfs/main.c if ((fp = task_getfp(t, msg->data[0])) == NULL)
t 848 usr/server/fs/vfs/main.c fs_boot(struct task *t, struct msg *msg)
t 883 usr/server/fs/vfs/main.c fs_shutdown(struct task *t, struct msg *msg)
t 901 usr/server/fs/vfs/main.c fs_debug(struct task *t, struct msg *msg)
t 948 usr/server/fs/vfs/main.c thread_t t;
t 953 usr/server/fs/vfs/main.c if ((error = thread_create(self, &t)) != 0)
t 959 usr/server/fs/vfs/main.c if ((error = thread_load(t, entry, sp)) != 0)
t 962 usr/server/fs/vfs/main.c return thread_resume(t);
t 1031 usr/server/fs/vfs/main.c struct task *t;
t 1063 usr/server/fs/vfs/main.c t = task_lookup(msg->hdr.task);
t 1064 usr/server/fs/vfs/main.c if (t == NULL)
t 1068 usr/server/fs/vfs/main.c error = (*map->func)(t, msg);
t 1070 usr/server/fs/vfs/main.c task_unlock(t);
t 128 usr/server/fs/vfs/vfs.h void task_free(struct task *t);
t 129 usr/server/fs/vfs/vfs.h void task_setid(struct task *t, task_t task);
t 130 usr/server/fs/vfs/vfs.h void task_unlock(struct task *t);
t 132 usr/server/fs/vfs/vfs.h file_t task_getfp(struct task *t, int fd);
t 133 usr/server/fs/vfs/vfs.h void task_setfp(struct task *t, int fd, file_t fp);
t 134 usr/server/fs/vfs/vfs.h int task_newfd(struct task *t);
t 135 usr/server/fs/vfs/vfs.h void task_delfd(struct task *t, int fd);
t 137 usr/server/fs/vfs/vfs.h int task_conv(struct task *t, char *path, int mode, char *full);
t 55 usr/server/fs/vfs/vfs_bio.c #define SET(t, f) (t) |= (f)
t 56 usr/server/fs/vfs/vfs_bio.c #define CLR(t, f) (t) &= ~(f)
t 57 usr/server/fs/vfs/vfs_bio.c #define ISSET(t, f) ((t) & (f))
t 73 usr/server/fs/vfs/vfs_task.c struct task *t;
t 81 usr/server/fs/vfs/vfs_task.c t = list_entry(n, struct task, t_link);
t 82 usr/server/fs/vfs/vfs_task.c ASSERT(t->t_taskid);
t 83 usr/server/fs/vfs/vfs_task.c if (t->t_taskid == task) {
t 85 usr/server/fs/vfs/vfs_task.c mutex_lock(&t->t_lock);
t 86 usr/server/fs/vfs/vfs_task.c return t;
t 101 usr/server/fs/vfs/vfs_task.c struct task *t;
t 107 usr/server/fs/vfs/vfs_task.c if (!(t = malloc(sizeof(struct task))))
t 109 usr/server/fs/vfs/vfs_task.c memset(t, 0, sizeof(struct task));
t 110 usr/server/fs/vfs/vfs_task.c t->t_taskid = task;
t 111 usr/server/fs/vfs/vfs_task.c strlcpy(t->t_cwd, "/", sizeof(t->t_cwd));
t 112 usr/server/fs/vfs/vfs_task.c mutex_init(&t->t_lock);
t 115 usr/server/fs/vfs/vfs_task.c list_insert(&task_table[TASKHASH(task)], &t->t_link);
t 117 usr/server/fs/vfs/vfs_task.c *pt = t;
t 125 usr/server/fs/vfs/vfs_task.c task_free(struct task *t)
t 129 usr/server/fs/vfs/vfs_task.c list_remove(&t->t_link);
t 130 usr/server/fs/vfs/vfs_task.c mutex_unlock(&t->t_lock);
t 131 usr/server/fs/vfs/vfs_task.c mutex_destroy(&t->t_lock);
t 132 usr/server/fs/vfs/vfs_task.c free(t);
t 140 usr/server/fs/vfs/vfs_task.c task_setid(struct task *t, task_t task)
t 144 usr/server/fs/vfs/vfs_task.c list_remove(&t->t_link);
t 145 usr/server/fs/vfs/vfs_task.c t->t_taskid = task;
t 146 usr/server/fs/vfs/vfs_task.c list_insert(&task_table[TASKHASH(task)], &t->t_link);
t 154 usr/server/fs/vfs/vfs_task.c task_unlock(struct task *t)
t 157 usr/server/fs/vfs/vfs_task.c mutex_unlock(&t->t_lock);
t 165 usr/server/fs/vfs/vfs_task.c task_getfp(struct task *t, int fd)
t 171 usr/server/fs/vfs/vfs_task.c return t->t_ofile[fd];
t 178 usr/server/fs/vfs/vfs_task.c task_setfp(struct task *t, int fd, file_t fp)
t 181 usr/server/fs/vfs/vfs_task.c t->t_ofile[fd] = fp;
t 189 usr/server/fs/vfs/vfs_task.c task_newfd(struct task *t)
t 197 usr/server/fs/vfs/vfs_task.c if (t->t_ofile[fd] == NULL)
t 210 usr/server/fs/vfs/vfs_task.c task_delfd(struct task *t, int fd)
t 213 usr/server/fs/vfs/vfs_task.c t->t_ofile[fd] = NULL;
t 224 usr/server/fs/vfs/vfs_task.c task_conv(struct task *t, char *path, int acc, char *full)
t 229 usr/server/fs/vfs/vfs_task.c cwd = t->t_cwd;
t 289 usr/server/fs/vfs/vfs_task.c return sec_file_permission(t->t_taskid, full, acc);
t 297 usr/server/fs/vfs/vfs_task.c struct task *t;
t 307 usr/server/fs/vfs/vfs_task.c t = list_entry(n, struct task, t_link);
t 308 usr/server/fs/vfs/vfs_task.c dprintf(" %08x %7x %s\n", (int)t->t_taskid, t->t_nopens,
t 309 usr/server/fs/vfs/vfs_task.c t->t_cwd);
t 269 usr/server/pow/pow.c thread_t t;
t 274 usr/server/pow/pow.c if ((error = thread_create(self, &t)) != 0)
t 280 usr/server/pow/pow.c if ((error = thread_load(t, entry, sp)) != 0)
t 283 usr/server/pow/pow.c return thread_resume(t);
t 52 usr/test/attack/attack.c thread_t t = (thread_t)random();
t 96 usr/test/attack/attack.c thread_suspend(t);
t 97 usr/test/attack/attack.c thread_terminate(t);
t 60 usr/test/deadlock/deadlock.c thread_t t;
t 63 usr/test/deadlock/deadlock.c error = thread_create(task_self(), &t);
t 67 usr/test/deadlock/deadlock.c error = thread_load(t, start, stack);
t 71 usr/test/deadlock/deadlock.c return t;
t 46 usr/test/ipc/ipc.c thread_t t;
t 49 usr/test/ipc/ipc.c error = thread_create(task_self(), &t);
t 53 usr/test/ipc/ipc.c error = thread_load(t, start, stack);
t 57 usr/test/ipc/ipc.c error = thread_resume(t);
t 48 usr/test/ipc_mt/ipc_mt.c thread_t t;
t 51 usr/test/ipc_mt/ipc_mt.c error = thread_create(task_self(), &t);
t 55 usr/test/ipc_mt/ipc_mt.c error = thread_load(t, start, stack);
t 59 usr/test/ipc_mt/ipc_mt.c error = thread_resume(t);
t 117 usr/test/kmon/cmd.c thread_t t;
t 124 usr/test/kmon/cmd.c t = (thread_t)strtoul(argv[1], &ep, 16);
t 125 usr/test/kmon/cmd.c printf("Kill thread id:%x\n", (u_int)t);
t 127 usr/test/kmon/cmd.c if (thread_terminate(t))
t 128 usr/test/kmon/cmd.c printf("Thread %x does not exist\n", (u_int)t);
t 57 usr/test/task/task.c thread_t t;
t 85 usr/test/task/task.c error = thread_create(task, &t);
t 87 usr/test/task/task.c error = thread_load(t, test_thread, stack[i]+1024);
t 89 usr/test/task/task.c thread_resume(t);
t 42 usr/test/thread/thread.c thread_t t;
t 45 usr/test/thread/thread.c if ((error = thread_create(task_self(), &t)) != 0)
t 48 usr/test/thread/thread.c if ((error = thread_load(t, start, stack)) != 0)
t 51 usr/test/thread/thread.c if ((error = thread_resume(t)) != 0)
t 54 usr/test/thread/thread.c return t;
t 69 usr/test/thread/thread.c thread_t self, t;
t 79 usr/test/thread/thread.c t = thread_run(test_thread, stack+1024);
t 90 usr/test/thread/thread.c error = thread_suspend(t);
t 101 usr/test/thread/thread.c error = thread_resume(t);
t 111 usr/test/thread/thread.c thread_suspend(t);
t 121 usr/test/thread/thread.c thread_resume(t);