def test_get_partial_action_raises_ValueError_if_extracted_completable_is_not_Action(
completer: ActionCompleter, group: types.ActionGroup,
fragments: List[str]):
with patch("action_completer.completer.extract_context"
) as mocked_extract_context:
mocked_extract_context.return_value = (None, None, group, fragments)
with pytest.raises(ValueError):
completer.get_partial_action("")
def test_run_action(completer: ActionCompleter, args: List[Any],
kwargs: Dict[str, Any]):
with patch.object(completer,
"get_partial_action") as mocked_get_partial_action:
mocked_get_partial_action.return_value = MagicMock()
completer.run_action("", *args, **kwargs)
mocked_get_partial_action.return_value.assert_called_with(
*args, **kwargs)
def test_iter_group_completions(
completer: ActionCompleter,
group: types.ActionGroup,
fragments: List[str],
complete_event: CompleteEvent,
start_position: int,
):
with patch.object(
completer, "_build_completion",
wraps=completer._build_completion) as mock_build_completion:
for completion in list(
completer._iter_group_completions(
group,
fragments,
complete_event,
start_position=start_position)):
assert isinstance(completion, Completion)
assert completion.start_position == start_position
for child in group.children.values():
mock_build_completion.assert_called_with(
completable=child,
text="test",
start_position=start_position,
)
def test_get_completion_style_returns_override_when_provided(
completer: ActionCompleter,
completable: types.ActionCompletable_T,
text: str,
default: str,
):
assert completer._get_completion_style(completable, text,
default) == default
def test_get_completion_display_meta_returns_override_when_provided(
completer: ActionCompleter,
completable: types.ActionCompletable_T,
text: str,
override: str,
):
assert completer._get_completion_display_meta(completable, text,
override) == "test"
def test_iter_partial_action_parameters_applies_cast_if_present(
completer: ActionCompleter, action: types.Action):
assert all(
isinstance(value, int)
for value in completer._iter_partial_action_parameters(
action,
[param.source for param in action.params] # type: ignore
))
def test_get_completion_display_meta_failed_override_falls_back_to_empty_string(
completer: ActionCompleter,
completable: types.ActionCompletable_T,
text: str,
override: types.LazyText_T,
):
assert completer._get_completion_display_meta(completable, text,
override) == ""
def test_get_completions_does_not_yield_if_no_fragments_extracted(
completer: ActionCompleter, complete_event: CompleteEvent):
with patch("action_completer.completer.get_fragments"
) as mocked_get_fragments:
mocked_get_fragments.return_value = []
completions = completer.get_completions(Document(), complete_event)
assert len(list(completions)) == 0
def test_iter_partial_action_parameters(completer: ActionCompleter,
action: types.Action):
targets = [param.source for param in action.params] # type: ignore
for source, target in zip(
completer._iter_partial_action_parameters(action,
targets), # type: ignore
targets,
):
assert source == target
def test_get_partial_action(completer: ActionCompleter, action: types.Action):
with patch("action_completer.completer.extract_context"
) as mocked_extract_context:
targets = [param.source for param in action.params] # type: ignore
mocked_extract_context.return_value = (None, None, action, targets)
partial_action = completer.get_partial_action("")
assert partial_action.func == utils.noop # type: ignore
assert partial_action.args == tuple(targets) # type: ignore
def test_get_partial_action_defaults_to_noop_if_Action_missing_callable(
completer: ActionCompleter, action: types.Action,
fragments: List[str]):
with patch("action_completer.completer.extract_context"
) as mocked_extract_context:
mocked_extract_context.return_value = (None, None, action, fragments)
partial_action = completer.get_partial_action("")
assert partial_action.func == utils.noop # type: ignore
def test_ActionCompleter_warns_if_root_contains_display_properties(
lazy_string: types.LazyString_T, lazy_text: types.LazyText_T):
for test_value, properties in zip(
(lazy_string, lazy_text),
(("style", "selected_style"), ("display", "display_meta")),
):
for property_name in properties:
with pytest.warns(UserWarning):
ActionCompleter(
root=types.ActionGroup({}, **{property_name: test_value}))
def test_iter_action_completions_does_not_yield_if_no_completable_parameters_provided(
completer: ActionCompleter,
action: types.Action,
fragments: List[str],
complete_event: CompleteEvent,
start_position: int,
):
completions = completer._iter_action_completions(
action, fragments, complete_event, start_position=start_position)
assert len(list(completions)) == 0
def test_get_completions_does_not_yield_if_no_completable_completion_iterator(
completer: ActionCompleter, complete_event: CompleteEvent):
with patch("action_completer.completer.extract_context"
) as mocked_extract_context:
# fragments here must be a list of some string in order to skip the first early
# return from the get_completions generator
mocked_extract_context.return_value = (None, None, None, [""])
completions = completer.get_completions(Document(), complete_event)
assert len(list(completions)) == 0
def test_iter_action_completions(
completer: ActionCompleter,
action: types.Action,
complete_event: CompleteEvent,
start_position: int,
):
completions = completer._iter_action_completions(
action, [""], complete_event, start_position=start_position)
assert len(list(completions)) > 0
assert all(completion.start_position == start_position
for completion in completions)
def test_iter_action_completions_does_not_yield_if_no_source_completion_iterator(
completer: ActionCompleter,
action: types.Action,
fragments: List[str],
complete_event: CompleteEvent,
start_position: int,
):
# XXX: this test is dependent that we don't ever attempt to complete for integers as
# a parameter source in the future
completions = completer._iter_action_completions(
action, fragments, complete_event, start_position=start_position)
assert len(list(completions)) == 0
def test_iter_group_completions_skips_inactive_sources(
completer: ActionCompleter,
group: types.ActionGroup,
fragments: List[str],
complete_event: CompleteEvent,
start_position: int,
):
assert (len(
list(
completer._iter_group_completions(
group,
fragments,
complete_event,
start_position=start_position))) == 0)
def test_iter_none_param_completions(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
complete_event: CompleteEvent,
start_position: int,
):
assert (len(
list(
completer._iter_none_param_completions(
action,
action_param,
"test",
complete_event,
start_position=start_position,
))) == 0)
def test_iter_completer_param_completions(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
complete_event: CompleteEvent,
):
completions = list(
completer._iter_completer_param_completions(action, action_param,
"test", complete_event))
assert len(completions) == 1
first_completion, *_ = completions
assert first_completion.text == "test"
assert (isinstance(first_completion.start_position, int)
and first_completion.start_position <= 0)
def test_iter_basic_param_completions_invalid_value(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
param_value: str,
complete_event: CompleteEvent,
start_position: int,
):
assert (len(
list(
completer._iter_basic_param_completions(
action,
action_param,
param_value,
complete_event,
start_position=start_position,
))) == 0)
def test_iter_none_param_completions_yields_if_display_or_display_meta_provided(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
complete_event: CompleteEvent,
start_position: int,
):
completions = list(
completer._iter_none_param_completions(action,
action_param,
"test",
complete_event,
start_position=start_position))
assert len(completions) == 1
first_completion, *_ = completions
assert first_completion.text == "test"
def test_iter_callable_param_completions(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
complete_event: CompleteEvent,
start_position: int,
):
completions = list(
completer._iter_callable_param_completions(
action,
action_param,
"fo",
complete_event,
start_position=start_position))
assert len(completions) == 1
first_completion, *_ = completions
assert first_completion.text == "foo"
assert first_completion.start_position == start_position
def test_iter_basic_param_completions(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
complete_event: CompleteEvent,
start_position: int,
):
completions = list(
completer._iter_basic_param_completions(
action,
action_param,
action_param.source, # type: ignore
complete_event,
start_position=start_position,
))
assert len(completions) == 1
first_completion, *_ = completions
assert first_completion.text == action_param.source
assert first_completion.start_position == start_position
def test_get_completion(
completer: ActionCompleter,
completable: types.ActionCompletable_T,
text: str,
start_position: int,
):
completion = completer._build_completion(completable,
text,
start_position=start_position)
assert completion.text == text
assert completion.start_position == start_position
assert completion.style == "test style"
assert completion.selected_style == "test selected_style"
# XXX: Due to how prompt_toolkit's FormattedText has no clean method of extracting
# the raw text from a FormattedText instance, we are JUST checking types here, not
# content as I would like to
assert isinstance(completion.display, (str, FormattedText))
assert isinstance(completion.display_meta, (str, FormattedText))
def test_iter_iterable_param_completions(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
complete_event: CompleteEvent,
start_position: int,
):
completions = list(
completer._iter_iterable_param_completions(
action,
action_param,
"",
complete_event,
start_position=start_position))
assert len(completions) == len(action_param.source) # type: ignore
for completion, source in zip(completions,
action_param.source): # type: ignore
assert completion.text == source
assert completion.start_position == start_position
def test_iter_iterable_param_completions_partial_text(
completer: ActionCompleter,
action: types.Action,
action_param: types.ActionParam,
param_value: str,
complete_event: CompleteEvent,
start_position: int,
):
completions = list(
completer._iter_iterable_param_completions(
action,
action_param,
param_value,
complete_event,
start_position=start_position,
))
assert len(completions) == 1
first_completion, *_ = completions
assert first_completion.text == "foo"
assert first_completion.start_position == start_position
def test_get_validator(completer: ActionCompleter):
validator = completer.get_validator()
assert isinstance(validator, ActionValidator)
assert validator.root == completer.root
def test_get_completion_style(completer: ActionCompleter,
completable: types.ActionCompletable_T,
text: str):
assert completer._get_completion_style(completable, text) == "test"
def test_iter_partial_action_parameters_captures_trailing_fragments_if_capture_all(
completer: ActionCompleter, action: types.Action,
fragments: List[str]):
action_parameters = completer._iter_partial_action_parameters(
action, fragments)
assert list(action_parameters) == fragments
def test_iter_partial_action_parameters_does_not_yield_for_empty_fragments(
completer: ActionCompleter, action: types.Action,
fragments: List[str]):
action_parameters = completer._iter_partial_action_parameters(
action, fragments)
assert len(list(action_parameters)) == 0
