def test_all_actions_are_matched():
    """Test that all execution complete events are matched."""
    an_action = LogInfo(msg='some message')
    other_action = LogInfo(msg='other message')
    event_handler = OnExecutionComplete(on_completion=lambda *args: None)
    assert event_handler.matches(ExecutionComplete(action=an_action))
    assert event_handler.matches(ExecutionComplete(action=other_action))
def test_single_action_is_matched():
    """Test that only the target action execution complete event is matched."""
    an_action = LogInfo(msg='some message')
    event_handler = OnExecutionComplete(target_action=an_action,
                                        on_completion=lambda *args: None)
    other_action = LogInfo(msg='other message')
    assert event_handler.matches(ExecutionComplete(action=an_action))
    assert not event_handler.matches(ExecutionComplete(action=other_action))
def test_bad_construction():
    """Test bad construction parameters."""
    with pytest.raises(ValueError):
        OnExecutionComplete(target_action='not-an-action',
                            on_completion=lambda *args: None)

    with pytest.raises(ValueError):
        OnExecutionComplete(
            target_action=LogInfo(msg='some message'),
            on_completion='not-a-callable-nor-an-action-iterable')
Exemple #4
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    def add_test_action(self, launch_description, action):
        """
        Add action used for testing.

        If either all test actions have completed or a process action has
        exited with a non-zero return code, a shutdown event is emitted.
        """
        test_name = 'test_{}'.format(id(action))
        if isinstance(action, ExecuteProcess):

            def on_test_process_exit(event, context):
                if event.returncode != 0:
                    process_name = event.action.process_details['name']
                    self.__processes_rc[process_name] = event.returncode
                    return self._fail(
                        test_name,
                        reason='{} test failed!'.format(process_name))
                return self._succeed(test_name)

            launch_description.add_action(
                RegisterEventHandler(
                    OnProcessExit(target_action=action,
                                  on_exit=on_test_process_exit)))
        else:

            def on_test_completion(event, context):
                future = event.action.get_asyncio_future()
                if future is not None:
                    if future.cancelled():
                        return self._drop(test_name)
                    exc = future.exception()
                    if exc is not None:
                        return self._fail(test_name, str(exc))
                return self._succeed(test_name)

            launch_description.add_action(
                RegisterEventHandler(
                    OnExecutionComplete(target_action=action,
                                        on_completion=on_test_completion)))
        launch_description.add_action(action)
        self._arm(test_name)
        return action