def test_successful_summation(self):
arguments = [2, 3]
def run(scenario, channel):
connector = Connector(channel)
return connector.summation(scenario)
application_future = self._client_execution_thread_pool.submit(
run, arguments, self._real_time_channel)
invocation_metadata, rpc = self._real_time_channel.take_stream_unary(
target_service.methods_by_name['Summation'])
actual_request1 = rpc.take_request()
actual_request2 = rpc.take_request()
actual_requests = [actual_request1, actual_request2]
expected_requests = [
CalculationRequest(value=2),
CalculationRequest(value=3)
]
self.assertListEqual(expected_requests, actual_requests)
rpc.requests_closed()
rpc.terminate(CalculationResponse(value=5), (), grpc.StatusCode.OK, '')
actual_result = application_future.result()
expected_result = 5
self.assertEqual(expected_result, actual_result)
def test_successful_Summation(self):
rpc = self._real_time_server.invoke_stream_unary(
target_service.methods_by_name['Summation'], (), None)
rpc.send_request(CalculationRequest(value=2))
rpc.send_request(CalculationRequest(value=3))
rpc.requests_closed()
actual, trailing_metadata, code, details = rpc.termination()
expected = CalculationResponse(value=5)
self.assertEqual(expected, actual)
self.assertIs(code, grpc.StatusCode.OK)
def test_successful_Buffer3Sum(self):
rpc = self._real_time_server.invoke_stream_stream(
target_service.methods_by_name['Buffer3Sum'], (), None)
rpc.send_request(CalculationRequest(value=1))
rpc.send_request(CalculationRequest(value=2))
rpc.send_request(CalculationRequest(value=3))
actual = rpc.take_response()
expected = CalculationResponse(value=6)
self.assertEqual(expected, actual)
rpc.send_request(CalculationRequest(value=4))
rpc.send_request(CalculationRequest(value=5))
rpc.send_request(CalculationRequest(value=6))
actual = rpc.take_response()
expected = CalculationResponse(value=15)
self.assertEqual(expected, actual)
rpc.send_request(CalculationRequest(value=7))
rpc.send_request(CalculationRequest(value=8))
rpc.requests_closed()
trailing_metadata, code, details = rpc.termination()
actual = rpc.take_response()
expected = CalculationResponse(value=15)
self.assertEqual(expected, actual)
self.assertIs(code, grpc.StatusCode.OK)
def test_successful_buffer3_sum(self):
arguments = [1, 2, 3, 4, 5, 6, 7, 8]
def run(scenario, channel):
connector = Connector(channel)
return connector.buffer3_sum(scenario)
application_future = self._client_execution_thread_pool.submit(
run, arguments, self._fake_time_channel)
invocation_metadata, rpc = self._fake_time_channel.take_stream_stream(
target_service.methods_by_name['Buffer3Sum'])
actual_request1 = rpc.take_request()
actual_request2 = rpc.take_request()
actual_request3 = rpc.take_request()
actual_requests = [actual_request1, actual_request2, actual_request3]
expected_requests = [
CalculationRequest(value=1),
CalculationRequest(value=2),
CalculationRequest(value=3)
]
self.assertListEqual(expected_requests, actual_requests)
rpc.send_response(CalculationResponse(value=6))
actual_request1 = rpc.take_request()
actual_request2 = rpc.take_request()
actual_request3 = rpc.take_request()
actual_requests = [actual_request1, actual_request2, actual_request3]
expected_requests = [
CalculationRequest(value=4),
CalculationRequest(value=5),
CalculationRequest(value=6)
]
self.assertListEqual(expected_requests, actual_requests)
rpc.send_response(CalculationResponse(value=15))
actual_request1 = rpc.take_request()
actual_request2 = rpc.take_request()
actual_requests = [actual_request1, actual_request2]
expected_requests = [
CalculationRequest(value=7),
CalculationRequest(value=8)
]
self.assertListEqual(expected_requests, actual_requests)
rpc.requests_closed()
rpc.send_response(CalculationResponse(value=15))
rpc.terminate((), grpc.StatusCode.OK, '')
actual_result = application_future.result()
expected_result = [6, 15, 15]
self.assertListEqual(expected_result, actual_result)
def test_successful_natural_numbers_lq(self):
arguments = 2
def run(scenario, channel):
connector = Connector(channel)
return connector.natural_numbers_lq(scenario)
application_future = self._client_execution_thread_pool.submit(
run, arguments, self._fake_time_channel)
invocation_metadata, actual_request, rpc = (
self._fake_time_channel.take_unary_stream(
target_service.methods_by_name['NaturalNumberGenerator']))
expected_request = CalculationRequest(value=2)
self.assertEqual(expected_request, actual_request)
rpc.send_response(CalculationResponse(value=1))
rpc.send_response(CalculationResponse(value=2))
rpc.terminate((), grpc.StatusCode.OK, '')
actual_result = application_future.result()
expected_result = [1, 2]
self.assertListEqual(expected_result, actual_result)
def natural_numbers_lq(self, number):
response_iterator = self.stub.NaturalNumberGenerator(
CalculationRequest(value=number))
results = []
for response in response_iterator:
results.append(response.value)
return results
def test_successful_Square(self):
request = CalculationRequest(value=2)
rpc = self._real_time_server.invoke_unary_unary(
target_service.methods_by_name['Square'], (), request, None)
actual, trailing_metadata, code, details = rpc.termination()
expected = CalculationResponse(value=4)
self.assertEqual(expected, actual)
self.assertIs(code, grpc.StatusCode.OK)
def test_successful_NaturalNumberGenerator(self):
request = CalculationRequest(value=2)
rpc = self._real_time_server.invoke_unary_stream(
target_service.methods_by_name['NaturalNumberGenerator'], (),
request, None)
actual = [
rpc.take_response(),
rpc.take_response(),
]
trailing_metadata, code, details = rpc.termination()
expected = [CalculationResponse(value=1), CalculationResponse(value=2)]
self.assertEqual(expected[0], actual[0])
self.assertEqual(expected[1], actual[1])
self.assertIs(code, grpc.StatusCode.OK)
def test_successful_square(self):
arguments = 2
def run(scenario, channel):
connector = Connector(channel)
return connector.square(scenario) # test target
application_future = self._client_execution_thread_pool.submit(
run, arguments, self._real_time_channel)
invocation_metadata, actual_request, rpc = (
self._real_time_channel.take_unary_unary(
target_service.methods_by_name['Square']))
expected_request = CalculationRequest(value=2)
self.assertEqual(expected_request, actual_request)
rpc.terminate(CalculationResponse(value=4), (), grpc.StatusCode.OK, '')
actual_result = application_future.result()
expected_result = 4
self.assertEqual(expected_result, actual_result)
def square(self, number):
return self.stub.Square(CalculationRequest(value=number)).value
def itr():
for number in array:
yield CalculationRequest(value=number)
def generator(max_value):
for v in range(1, max_value + 1):
yield CalculationRequest(value=v)