async def _test_asyncio_client(integration_server):
# schedule our first coroutine (after _test_asyncio_client) in the default event loop
future = asyncio.ensure_future(sleep_coroutine())
client1 = get_swagger_client(integration_server, http_client.AsyncioClient())
client2 = get_swagger_client(integration_server, http_client.AsyncioClient(),)
# two tasks for the event loop running in a separate thread
future1 = client1.store.getInventory()
future2 = client2.store.getInventory()
result = await future
assert result == 42
result1 = future1.response(timeout=5).result
assert result1 == {}
result2 = future2.response(timeout=5).result
assert result2 == {}
return True
def test_cancellation(integration_server):
swagger_client = get_swagger_client(integration_server, http_client.AsyncioClient())
bravado_future = (
swagger_client.store.getInventory()
) # request takes roughly 1 second to complete
bravado_future.cancel()
with pytest.raises(CancelledError):
bravado_future.result()
bravado_future.cancel() # make sure we can call it again without issues
def test_time_until_request_done(integration_server):
swagger_client = get_swagger_client(integration_server, http_client.AsyncioClient())
start_time = monotonic.monotonic()
bravado_future = swagger_client.ping.ping()
time_waited = 0
while not shm_request_received.value and time_waited < 1:
time.sleep(0.01)
time_waited += 0.01
wait_request_received_time = monotonic.monotonic() - start_time
bravado_future.response(timeout=1)
assert time_waited < 0.2, "Waited {}s for request to be received by server,".format(
wait_request_received_time
) + "shm value is now {}".format(shm_request_received.value)