Uses simple shared global data to know when threads are done in parent/main thread : Thread Synchronize « Thread « Python

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Python » Thread » Thread Synchronize Screenshots  Uses simple shared global data to know when threads are done in parent/main thread import thread def counter(myId, count):     for i in range(count):          stdoutmutex.acquire()         print '[%s] => %s' % (myId, i)         stdoutmutex.release()     exitmutexes[myId] = 1  # signal main thread stdoutmutex = thread.allocate_lock() exitmutexes = [] for i in range(10):     exitmutexes.append(0)     thread.start_new(counter, (i, 100)) while 0 in exitmutexes: pass print 'Main thread exiting.'                     Related examples in the same category 1.  Synchronize stdout access to avoid multiple prints on 1 line 2.  Serialized by the mutex lock