def test_mock_usage_fail_validation():
pact = (Consumer("C").has_pact_with(
Provider("P"),
version="3.0.0").given("g").upon_receiving("r").with_request(
"post", "/foo", body=Like({
"a": "spam",
"b": Equals("bee")
})).will_respond_with(200))
with pytest.raises(AssertionError), pact:
requests.post(pact.uri + "/foo", json={"a": "ham", "b": "wasp"})
def test_valid_types(object):
Equals(object)
def test_mock_usage_pass_validation():
pact = Consumer('C').has_pact_with(Provider('P'), version='3.0.0') \
.given("g").upon_receiving("r").with_request("post", "/foo", body=Like({"a": "spam", "b": Equals("bee")})) \
.will_respond_with(200)
with pact:
requests.post(pact.uri + '/foo', json={"a": "ham", "b": "bee"})
def test_v2_not_allowed():
with pytest.raises(Equals.NotAllowed):
Consumer('C').has_pact_with(Provider('P'), version='2.0.0') \
.given("g").upon_receiving("r").with_request("post", "/foo", body=Equals("bee")) \
.will_respond_with(200)
def test_basic_type():
assert Equals(123).generate_matching_rule_v3() == {
'matchers': [{
'match': 'equality'
}]
}
def test_invalid_types(object):
with pytest.raises(AssertionError) as e:
Equals(object)
assert 'matcher must be one of ' in str(e.value)
def test_basic_type():
assert Equals(123).generate_matching_rule_v3() == {
"matchers": [{
"match": "equality"
}]
}