def test_resource_timing_sorter():
mock_queue = MockQueueService("mock-queue") # mock queue
uri = "mock://github/events-quick-interval" # create mock resource
# create resource
timings = ResourceTimings()
resource = Resource(uri, timings, json=True)
# get mock response
session = mock_requests.create_mock_session()
response = session.get(uri)
resource.timings.update(response, resource.headers)
# modify interval timing directly and make it trigger
# in the future
resource.timings.interval = 2000
resource.timings.update_timestamp
resource.timings.update_interval_timestamp()
sorter = ResourceTimingSorter("test-sorter")
sorter.sort(resource, ResourceStates.WaitingForInterval, mock_queue)
def work():
for n in range(25):
sorter.sort(resource, ResourceStates.WaitingForInterval,
mock_queue)
gevent.sleep(.10)
work()
# sometimes depending on the test runner or machine, things will be slow.
# rather than assert on very specific timings, just ensure the counters
# were hit
assert mock_queue.f1000_calls >= 1
assert mock_queue.f500_calls >= 1
assert mock_queue.f250_calls >= 1
assert mock_queue.f50_calls >= 1
assert mock_queue.fa_calls >= 1
def test_resource_timing_sorter():
mock_queue = MockQueueService("mock-queue") # mock queue
uri = "mock://github/events-quick-interval" # create mock resource
# create resource
timings = ResourceTimings()
resource = Resource(uri, timings, json=True)
# get mock response
session = mock_requests.create_mock_session()
response = session.get(uri)
resource.timings.update(response, resource.headers)
# modify interval timing directly and make it trigger
# in the future
resource.timings.interval = 2000
resource.timings.update_timestamp
resource.timings.update_interval_timestamp()
sorter = ResourceTimingSorter("test-sorter")
sorter.sort(resource, ResourceStates.WaitingForInterval, mock_queue)
def work():
for n in range(25):
sorter.sort(resource, ResourceStates.WaitingForInterval, mock_queue)
gevent.sleep(.10)
work()
# sometimes depending on the test runner or machine, things will be slow.
# rather than assert on very specific timings, just ensure the counters
# were hit
assert mock_queue.f1000_calls >= 1
assert mock_queue.f500_calls >= 1
assert mock_queue.f250_calls >= 1
assert mock_queue.f50_calls >= 1
assert mock_queue.fa_calls >= 1
def test_response_parser():
"""
This test will execute a mock request with mock results.
:return:
"""
uri = "mock://github/events/statustest"
session = mock_requests.create_mock_session()
response = session.get(uri)
timings = ResourceTimings()
resource = Resource(uri, timings, json=True)
# parse out timings from headers
# don't worry about getting the body to publish,
# that is something the service should worry about
parser = ResponseParser("response-parser")
parser.parse(response, resource)
# asserts new timings
assert timings.interval == int(mock_requests.GLOBAL_MOCK_REQUEST_INTERVAL) * 1000
assert timings.rate_limit == int(mock_requests.GLOBAL_MOCK_REQUEST_RATELIMIT)
assert timings.rate_limit_remaining == int(mock_requests.GLOBAL_MOCK_REQUEST_REMAINING)
assert timings.etag == mock_requests.GLOBAL_MOCK_REQUEST_ETAG1
assert timings.time_to_reset == int(mock_requests.GLOBAL_MOCK_REQUEST_RESET) * 1000
def resolve_session(self):
return mock_requests.create_mock_session()
def resolve_session(self):
return mock_requests.create_mock_session()