def test_creating_second_mock_server_by_same_name_gives_original_server():
# Create 1
h1 = HTTPMock('localhost', 8000, timeout=5, name='duplicate_test')
# Create another
h2 = HTTPMock('localhost', 8000, timeout=5, name='duplicate_test_2')
# Creation of one with a duplicate name should succeed.
h3 = HTTPMock('localhost', 8000, name='duplicate_test')
# Requests to h1 should be visible by h3. h2 should only be seen by it.
get_fake_client(h1).get(url='/h1_get')
get_fake_client(h2).get(url='/h2_get')
get_fake_client(h3).get(url='/h3_get')
# assert that the requests h1 and h3 requests can be seen via both mocks.
assert_equals(h1.get_request(0).url, h3.get_request(0).url)
assert_equals(h1.get_request(1).url, h3.get_request(1).url)
assert_equals(h2.get_request(0).url, '/h2_get')
h1.delete_mock()
h2.delete_mock()
def test_get_mock_server_by_name():
http_mock = HTTPMock('localhost', 8000, timeout=5, name='fred')
# Check that we are using the name path
assert_equals(http_mock.pretend_access_point, "localhost:8000")
assert_equals(http_mock.pretend_access_path, "/mockhttp/fred")
# Set up a rule
http_mock.when('POST /someplace').reply(b"something interesting", 200)
# Perform a post from a pretend application
fake_client = get_fake_client(http_mock)
response = fake_client.post(url='/someplace', body="anything".encode())
# check the app would receive back the response from the rule we set up.
assert_equals(response.status, 200)
assert_equals(response.read(), b'something interesting')
# finally, check that we can look at the history via the http_mock.
req = http_mock.get_request(0)
assert_equals(req.method, 'POST')
assert_equals(req.url, '/someplace')
http_mock.delete_mock()
