def runEventLoop(self, timeout=10, timeoutNormal=False):
eventloop.thread_pool_init()
eventloop._eventloop.quit_flag = False
eventloop._eventloop.idle_queue.quit_flag = False
eventloop._eventloop.urgent_queue.quit_flag = False
try:
self.hadToStopEventLoop = False
timeout_handle = eventloop.add_timeout(timeout, self.stopEventLoop,
"Stop test event loop")
eventloop._eventloop.quit_flag = False
eventloop._eventloop.loop()
if self.hadToStopEventLoop and not timeoutNormal:
raise HadToStopEventLoop()
else:
timeout_handle.cancel()
finally:
eventloop.thread_pool_quit()
def runEventLoop(self, timeout=10, timeoutNormal=False):
eventloop.thread_pool_init()
eventloop._eventloop.quit_flag = False
eventloop._eventloop.idle_queue.quit_flag = False
eventloop._eventloop.urgent_queue.quit_flag = False
try:
self.hadToStopEventLoop = False
timeout_handle = eventloop.add_timeout(timeout, self.stopEventLoop,
"Stop test event loop")
eventloop._eventloop.quit_flag = False
eventloop._eventloop.loop()
if self.hadToStopEventLoop and not timeoutNormal:
raise HadToStopEventLoop()
else:
timeout_handle.cancel()
finally:
eventloop.thread_pool_quit()
def action(self):
starttime = time.time()
from miro import httpclient
from miro.dl_daemon import download
download.shutdown()
httpclient.stop_thread()
eventloop.thread_pool_quit()
for thread in threading.enumerate():
if (thread != threading.currentThread()
and thread.getName() != "MainThread"
and not thread.isDaemon()):
thread.join()
endtime = starttime + DAEMONIC_THREAD_TIMEOUT
for thread in threading.enumerate():
if (thread != threading.currentThread()
and thread.getName() != "MainThread"):
timeout = endtime - time.time()
if timeout <= 0:
break
thread.join(timeout)
c = ShutDownResponseCommand(self.daemon)
c.send(callback=self.response_sent)
self.daemon.shutdown = True
def action(self):
starttime = time.time()
from miro import httpclient
from miro.dl_daemon import download
download.shutdown()
httpclient.stop_thread()
eventloop.thread_pool_quit()
for thread in threading.enumerate():
if (thread != threading.currentThread()
and thread.getName() != "MainThread"
and not thread.isDaemon()):
thread.join()
endtime = starttime + DAEMONIC_THREAD_TIMEOUT
for thread in threading.enumerate():
if (thread != threading.currentThread()
and thread.getName() != "MainThread"):
timeout = endtime - time.time()
if timeout <= 0:
break
thread.join(timeout)
c = ShutDownResponseCommand(self.daemon)
c.send(callback=self.response_sent)
self.daemon.shutdown = True
