sleep for a specified number of seconds NAME sleep - sleep for a specified number of seconds LI......locks; j++) if (malloc(blockSize * (2 + tn)) == NULL) err(EXIT_FAILURE, "malloc-thread"); sleep(100); /* Sleep until main thread terminates. */ return NULL; } int main(int argc,…...the two threads. The following shell session shows an example run: $ ./a.out Main thread sleeping Subthread starting infinite loop Main thread consuming some CPU time... Process…...ventfd file descriptor and then forks to create a child process. While the parent briefly sleeps, the child writes each of the integers supplied in the program's command-line ar…...ventfd file descriptor and then forks to create a child process. While the parent briefly sleeps, the child writes each of the integers supplied in the program's command-line ar…suspend execution for microsecond intervals NAME usleep - suspend execution for microsecond intervals LIBRARY Standard C library ( libc , -lc ) S......(s, "pthread_setcancelstate"); printf("%s(): started; cancelation disabled\n", __func__); sleep(5); printf("%s(): about to enable cancelation\n", __func__); s = pthread_setcance…...<string.h> #include <unistd.h> #define NAMELEN 16 static void * threadfunc(void *parm) { sleep(5); // allow main program to set the thread name return NULL; } int main(int argc,…...<string.h> #include <unistd.h> #define NAMELEN 16 static void * threadfunc(void *parm) { sleep(5); // allow main program to set the thread name return NULL; } int main(int argc,…...xplicitly. The interaction of this function with other timer functions such as alarm (2), sleep (3), nanosleep (2), setitimer (2), timer_create (2), timer_delete (2), timer_geto…...S The pthread_timedjoin_np () function measures time by internally calculating a relative sleep interval that is then measured against the CLOCK_MONOTONIC clock instead of the C…...S The pthread_timedjoin_np () function measures time by internally calculating a relative sleep interval that is then measured against the CLOCK_MONOTONIC clock instead of the C…...svcudp_enablecache (3), tell (3), thrd_create (3), thrd_current (3), thrd_equal (3), thrd_sleep (3), thrd_yield (3), tr_break (3), tzsetwall (3), ufc_dofinalperm (3), ufc_doit (…...pthread_mutex_init(&mtx, &attr); pthread_create(&thr, NULL, original_owner_thread, NULL); sleep(2); /* "original_owner_thread" should have exited by now. */ printf("[main] Attem…...pthread_mutex_init(&mtx, &attr); pthread_create(&thr, NULL, original_owner_thread, NULL); sleep(2); /* "original_owner_thread" should have exited by now. */ printf("[main] Attem…...pthread_mutex_init(&mtx, &attr); pthread_create(&thr, NULL, original_owner_thread, NULL); sleep(2); /* "original_owner_thread" should have exited by now. */ printf("[main] Attem…...pthread_mutex_init(&mtx, &attr); pthread_create(&thr, NULL, original_owner_thread, NULL); sleep(2); /* "original_owner_thread" should have exited by now. */ printf("[main] Attem…...by setting the LD_SHOW_AUXV environment variable when running a program: $ LD_SHOW_AUXV=1 sleep 1 The auxiliary vector of any process can (subject to file permissions) be obtain…...create(&thr, NULL, thread_start, NULL); if (s != 0) handle_error_en(s, "pthread_create"); sleep(2); /* Allow new thread to run a while */ if (argc > 1) { if (argc > 2) cleanup_p…...create(&thr, NULL, thread_start, NULL); if (s != 0) handle_error_en(s, "pthread_create"); sleep(2); /* Allow new thread to run a while */ if (argc > 1) { if (argc > 2) cleanup_p…