class TestSocketErrors:
def _callback(self, *args, **kwargs):
self.callback_fired = True
def setup(self):
self.callback_fired = False
self.r = ThreadedReactorSocketError()
self.r.listen_udp(tc.CLIENT_ADDR[1], lambda x, y: None)
def test_sendto(self):
logger.critical('TESTING: IGNORE CRITICAL MESSAGE')
self.r.sendto('z', tc.NO_ADDR)
def test_recvfrom(self):
self.r.start()
r2 = ThreadedReactor()
r2.listen_udp(tc.SERVER_ADDR[1], lambda x, y: None)
logger.critical('TESTING: IGNORE CRITICAL MESSAGE')
r2.sendto('z', tc.CLIENT_ADDR)
# self.r will call recvfrom (which raises socket.error)
time.sleep(tc.TASK_INTERVAL)
ok_(not self.callback_fired)
self.r.stop()
def test_sendto_too_large_data_string(self):
logger.critical('TESTING: IGNORE CRITICAL MESSAGE')
self.r.sendto('z' * 12345, tc.NO_ADDR)
class TestSocketErrors:
def _callback(self, *args, **kwargs):
self.callback_fired = True
def setup(self):
self.callback_fired = False
self.r = ThreadedReactorSocketError()
self.r.listen_udp(tc.CLIENT_ADDR[1], lambda x,y:None)
def test_sendto(self):
logger.critical('TESTING: IGNORE CRITICAL MESSAGE')
self.r.sendto('z', tc.NO_ADDR)
def test_recvfrom(self):
self.r.start()
r2 = ThreadedReactor()
r2.listen_udp(tc.SERVER_ADDR[1], lambda x,y:None)
logger.critical('TESTING: IGNORE CRITICAL MESSAGE')
r2.sendto('z', tc.CLIENT_ADDR)
# self.r will call recvfrom (which raises socket.error)
time.sleep(tc.TASK_INTERVAL)
ok_(not self.callback_fired)
self.r.stop()
def test_sendto_too_large_data_string(self):
logger.critical('TESTING: IGNORE CRITICAL MESSAGE')
self.r.sendto('z'*12345, tc.NO_ADDR)
def setup(self):
self.callback_fired = False
self.r = ThreadedReactorSocketError()
self.r.listen_udp(tc.CLIENT_ADDR[1], lambda x, y: None)
def setup(self):
self.callback_fired = False
self.r = ThreadedReactorSocketError()
self.r.listen_udp(tc.CLIENT_ADDR[1], lambda x,y:None)
