...Thread safety MT-Unsafe sig:SIGCHLD/linux VERSIONS On Linux, sleep () is implemented via nanosleep (2). See the nanosleep (2) man page for a discussion of the clock used. On som…...ANDARDS None. HISTORY 4.3BSD, POSIX.1-2001. POSIX.1-2001 declares it obsolete, suggesting nanosleep (2) instead. Removed in POSIX.1-2008. On the original BSD implementation, and…...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_getoverrun (2),…...L and the specified time interval has passed. (For details of the timespec structure, see nanosleep (2).) The nitems argument specifies the number of items in aiocb_list . Each …...ad_condattr_init (3), pthread_mutex_lock (3), pthread_mutex_unlock (3), gettimeofday (2), nanosleep (2). EXAMPLE Consider two shared variables x and y , protected by the mutex m…...ad_condattr_init (3), pthread_mutex_lock (3), pthread_mutex_unlock (3), gettimeofday (2), nanosleep (2). EXAMPLE Consider two shared variables x and y , protected by the mutex m…...ad_condattr_init (3), pthread_mutex_lock (3), pthread_mutex_unlock (3), gettimeofday (2), nanosleep (2). EXAMPLE Consider two shared variables x and y , protected by the mutex m…...ad_condattr_init (3), pthread_mutex_lock (3), pthread_mutex_unlock (3), gettimeofday (2), nanosleep (2). EXAMPLE Consider two shared variables x and y , protected by the mutex m…...ad_condattr_init (3), pthread_mutex_lock (3), pthread_mutex_unlock (3), gettimeofday (2), nanosleep (2). EXAMPLE Consider two shared variables x and y , protected by the mutex m…...ad_condattr_init (3), pthread_mutex_lock (3), pthread_mutex_unlock (3), gettimeofday (2), nanosleep (2). EXAMPLE Consider two shared variables x and y , protected by the mutex m…...ed in timeout elapses. This argument specifies a timeout in seconds plus nanoseconds (see nanosleep (2) for details of the timespec structure). If timeout is NULL, then the call…...ed in timeout elapses. This argument specifies a timeout in seconds plus nanoseconds (see nanosleep (2) for details of the timespec structure). If timeout is NULL, then the call…...ed in timeout elapses. This argument specifies a timeout in seconds plus nanoseconds (see nanosleep (2) for details of the timespec structure). If timeout is NULL, then the call…...ed in timeout elapses. This argument specifies a timeout in seconds plus nanoseconds (see nanosleep (2) for details of the timespec structure). If timeout is NULL, then the call…