Python assertions.assert_in函数代码示例

 def test_build_action_run_collection(self):
     collection = ActionRunFactory.build_action_run_collection(self.job_run)
     assert_equal(collection.action_graph, self.action_graph)
     assert_in('act1', collection.run_map)
     assert_in('act2', collection.run_map)
     assert_length(collection.run_map, 2)
     assert_equal(collection.run_map['act1'].action_name, 'act1')

    def test_deprecated_msg_param(self):
        with warnings.catch_warnings(record=True) as w:
            assertions.assert_is_not(False, None, msg="This is a message")

            assertions.assert_equal(len(w), 1)
            assert issubclass(w[-1].category, DeprecationWarning)
            assertions.assert_in("msg is deprecated", str(w[-1].message))

 def test_proxy_list(self):
     the_list = range(3)
     validator = mock.Mock(return_value=the_list)
     value_proxy = proxy.ValueProxy(validator, self.value_cache, 'the_list')
     assert_equal(value_proxy, the_list)
     assert_in(2, value_proxy)
     assert_equal(value_proxy[:1], [0])
     assert_equal(len(value_proxy), 3)

    def test_check_if_pidfile_exists_file_exists(self):
        self.pidfile.__exit__(None, None, None)
        with open(self.filename, 'w') as fh:
            fh.write('123\n')

        with mock.patch.object(PIDFile, 'is_process_running') as mock_method:
            mock_method.return_value = True
            exception = assert_raises(SystemExit, PIDFile, self.filename)
            assert_in('Daemon running as 123', str(exception))

 def test_build_getter(self):
     validator = mock.Mock()
     getter = getters.build_getter(validator)
     assert callable(getter), "Getter is not callable"
     value_proxy = getter('the_name')
     namespace = config.get_namespace(config.DEFAULT)
     assert_in(id(value_proxy), namespace.value_proxies)
     assert_equal(value_proxy.config_key, "the_name")
     assert_equal(value_proxy.namespace, namespace)

 def test_build_new_run_manual(self):
     autospec_method(self.run_collection.remove_old_runs)
     run_time = datetime.datetime(2012, 3, 14, 15, 9, 26)
     mock_job = build_mock_job()
     job_run = self.run_collection.build_new_run(
         mock_job, run_time, self.mock_node, True)
     assert_in(job_run, self.run_collection.runs)
     self.run_collection.remove_old_runs.assert_called_with()
     assert_equal(job_run.run_num, 5)
     assert job_run.manual

 def test_client_returns_zero_on_success(self):
     server_process = subprocess.Popen(
         ["python", "-m", "testify.test_program", "testing_suite.example_test", "--serve", "9001"],
         stdout=open(os.devnull, "w"),
         stderr=open(os.devnull, "w"),
     )
     # test_call has the side-effect of asserting the return code is 0
     ret = test_call(["python", "-m", "testify.test_program", "--connect", "localhost:9001"])
     assert_in("PASSED", ret)
     assert_equal(server_process.wait(), 0)

 def test_build_getter_with_getter_namespace(self):
     validator = mock.Mock()
     name = 'the stars'
     getter = getters.build_getter(validator, getter_namespace=name)
     assert callable(getter), "Getter is not callable"
     value_proxy = getter('the_name')
     namespace = config.get_namespace(name)
     assert_in(id(value_proxy), namespace.value_proxies)
     assert_equal(value_proxy.config_key, "the_name")
     assert_equal(value_proxy.namespace, namespace)

 def test_restore_state(self):
     count = 3
     state_data = [dict(instance_number=i * 3, node="node") for i in xrange(count)]
     autospec_method(self.collection._build_instance)
     created = self.collection.restore_state(state_data)
     assert_length(created, count)
     assert_equal(set(created), set(self.collection.instances))
     expected = [mock.call(self.node_pool.get_by_hostname.return_value, d["instance_number"]) for d in state_data]
     for expected_call in expected:
         assert_in(expected_call, self.collection._build_instance.mock_calls)

 def test_rerun_with_failure_limit(self):
     proc = subprocess.Popen(
         (sys.executable, "-m", "testify.test_program", "--rerun-test-file=/dev/stdin", "--failure-limit", "1"),
         stdin=subprocess.PIPE,
         stdout=subprocess.PIPE,
     )
     stdout, _ = proc.communicate(
         b"test.fails_two_tests FailsTwoTests.test1\n" b"test.fails_two_tests FailsTwoTests.test2\n"
     )
     assert_in(b"FAILED.  1 test / 1 case: 0 passed, 1 failed.", stdout)

 def test__str__(self):
     self.collection._is_run_blocked = lambda r: r.action_name != 'cleanup'
     expected = [
         "ActionRunCollection",
         "second_name(scheduled:blocked)",
         "action_name(scheduled:blocked)",
         "cleanup(scheduled)"
     ]
     for expectation in expected:
         assert_in(expectation, str(self.collection))

    def test_getters(self):
        get_conf = getters.NamespaceGetters(self.namespace)
        proxies = [
            get_conf.get_bool('is_it'),
            get_conf.get_time('when'),
            get_conf.get_list_of_bool('options')
        ]

        namespace = config.get_namespace(get_conf.namespace)
        for proxy in proxies:
            assert_in(id(proxy), namespace.value_proxies)

 def test_build_new_run_manual(self):
     self.run_collection.remove_old_runs = Turtle()
     run_time = datetime.datetime(2012, 3, 14, 15, 9, 26)
     job = Turtle(name="thejob")
     job.action_graph.action_map = {}
     node = MockNode("thenode")
     job_run = self.run_collection.build_new_run(job, run_time, node, True)
     assert_in(job_run, self.run_collection.runs)
     assert_call(self.run_collection.remove_old_runs, 0)
     assert_equal(job_run.run_num, 5)
     assert job_run.manual

 def test_rerun_with_failure_limit(self):
     proc = subprocess.Popen(
         (
             sys.executable, '-m', 'testify.test_program',
             '--rerun-test-file=/dev/stdin',
             '--failure-limit', '1',
         ),
         stdin=subprocess.PIPE,
         stdout=subprocess.PIPE,
     )
     stdout, _ = proc.communicate(
         b'test.fails_two_tests FailsTwoTests.test1\n'
         b'test.fails_two_tests FailsTwoTests.test2\n'
     )
     assert_in(b'FAILED.  1 test / 1 case: 0 passed, 1 failed.', stdout)

    def test_end_to_end_basic(self):
        self.start_with_config(SINGLE_ECHO_CONFIG)
        client = self.sandbox.client

        assert_equal(self.client.config('MASTER')['config'], SINGLE_ECHO_CONFIG)

        # reconfigure and confirm results
        second_config = DOUBLE_ECHO_CONFIG + TOUCH_CLEANUP_FMT
        self.sandbox.tronfig(second_config)
        events = summarize_events(client.events())
        assert_in(('', 'restoring'), events)
        assert_in(('MASTER.echo_job.0', 'created'), events)
        assert_equal(client.config('MASTER')['config'], second_config)

        # reconfigure, by uploading a third configuration
        self.sandbox.tronfig(ALT_NAMESPACED_ECHO_CONFIG, name='ohce')
        self.sandbox.client.home()

        # run the job and check its output
        echo_job_name = 'MASTER.echo_job'
        job_url = client.get_url(echo_job_name)
        action_url = client.get_url('MASTER.echo_job.1.echo_action')

        self.sandbox.tronctl('start', echo_job_name)

        def wait_on_cleanup():
            return (len(client.job(job_url)['runs']) >= 2 and
                    client.action_runs(action_url)['state'] ==
                    actionrun.ActionRun.STATE_SUCCEEDED.name)
        sandbox.wait_on_sandbox(wait_on_cleanup)

        echo_action_run = client.action_runs(action_url)
        another_action_url = client.get_url('MASTER.echo_job.1.another_echo_action')
        other_act_run = client.action_runs(another_action_url)
        assert_equal(echo_action_run['state'],
            actionrun.ActionRun.STATE_SUCCEEDED.name)
        assert_equal(echo_action_run['stdout'], ['Echo!'])
        assert_equal(other_act_run['state'],
            actionrun.ActionRun.STATE_FAILED.name)

        now = datetime.datetime.now()
        stdout = now.strftime('Today is %Y-%m-%d, which is the same as %Y-%m-%d')
        assert_equal(other_act_run['stdout'], [stdout])

        job_runs_url = client.get_url('%s.1' % echo_job_name)
        assert_equal(client.job_runs(job_runs_url)['state'],
            actionrun.ActionRun.STATE_FAILED.name)