def __exit__(self, *unused):
self.mExecutor.mMultiThreadDispatcher.stop()
Log.noticeNoBlock("Multi-threading phase exited.")
ThreadDispatcher.setCurrentDispatcher(
self.mExecutor.mSingleThreadDispatcher
)
return False
def createGenThreadExecutor(genThreadCount, interface):
if genThreadCount == 1:
executor = SingleGenThreadExecutor()
else:
executor = MultiGenThreadExecutor(interface)
ThreadDispatcher.setCurrentDispatcher(executor.mSingleThreadDispatcher)
return executor
def __enter__(self):
ThreadDispatcher.setCurrentDispatcher(self.mExecutor.mMultiThreadDispatcher)
for gen_thread in self.mExecutor.mGenThreads:
self.mExecutor.mMultiThreadDispatcher.addThreadId(gen_thread.genThreadID)
self.mExecutor.mMultiThreadDispatcher.start()
Log.noticeNoBlock("Multi-threading phase entered.")
return self
def __init__(self):
self.mDispatcher = ThreadDispatcher.getCurrentDispatcher()