def recover(self):
if self._inflight is not None:
self._inflight.abort(errors.WorkerDied, errors.WorkerDied())
self._inflight = None
greenhouse.end(self._collector)
self._close_pipes()
self.start()
def test_end_permits_dead_glets(self):
@greenhouse.schedule
@greenhouse.greenlet
def g():
pass
greenhouse.pause()
# no assert, just make sure we don't raise
greenhouse.end(g)
def test_end_permits_dead_glets(self):
@greenhouse.schedule
@greenhouse.greenlet
def g():
pass
greenhouse.pause()
# no assert, just make sure we don't raise
greenhouse.end(g)
def test_end(self):
l = [False]
@greenhouse.schedule
@greenhouse.greenlet
def glet():
greenhouse.pause()
l[0] = True
greenhouse.pause()
greenhouse.end(glet)
greenhouse.pause()
assert not l[0]
def test_end(self):
l = [False]
@greenhouse.schedule
@greenhouse.greenlet
def glet():
greenhouse.pause()
l[0] = True
greenhouse.pause()
greenhouse.end(glet)
greenhouse.pause()
assert not l[0]
def main(environ, argv):
finished = greenhouse.Event()
backdoor = greenhouse.greenlet(run_backdoor, args=(finished,))
greenhouse.schedule(backdoor)
# nothing in run_backdoor blocks until it succeeds in
# getting a port, so this can just be a simple pause
greenhouse.pause()
telnet = subprocess.Popen(['telnet', '127.0.0.1', str(BACKDOOR_PORT)])
rc = telnet.wait()
greenhouse.end(backdoor)
finished.wait()
return rc
def close(self):
send_req(self.writepipe, CMD_CLOSE, None, None)
greenhouse.end(self._collector)
def int_handler(signum, frame):
greenhouse.end(speaker_glet)
