def test_overrides_parser() -> None:
overrides = ["x=10", "y=[1,2]", "z=a,b,c"]
expected = [
Override(
type=OverrideType.CHANGE,
key_or_group="x",
value_type=ValueType.ELEMENT,
_value=10,
input_line=overrides[0],
),
Override(
type=OverrideType.CHANGE,
key_or_group="y",
value_type=ValueType.ELEMENT,
_value=[1, 2],
input_line=overrides[1],
),
Override(
type=OverrideType.CHANGE,
key_or_group="z",
value_type=ValueType.CHOICE_SWEEP,
_value=["a", "b", "c"],
input_line=overrides[2],
),
]
parser = OverridesParser()
ret = parser.parse_overrides(overrides)
assert ret == expected
def is_matching(override: Override, default: DefaultElement) -> bool:
assert override.key_or_group == default.config_group
if override.is_delete():
return override.get_subject_package() == default.package
else:
return override.key_or_group == default.config_group and (
override.pkg1 == default.package
or override.pkg1 == "" and default.package is None)
def test_override_parsing(
prefix: str,
value: str,
override_type: OverrideType,
expected_key: str,
expected_value: Any,
expected_value_type: ValueType,
) -> None:
line = prefix + value
ret = OverridesParser.parse_rule(line, "override")
expected = Override(
input_line=line,
type=override_type,
key_or_group=expected_key,
_value=expected_value,
value_type=expected_value_type,
)
assert ret == expected
type=override_type,
key_or_group=expected_key,
_value=expected_value,
value_type=expected_value_type,
)
assert ret == expected
@pytest.mark.parametrize( # type: ignore
"value,expected",
[
(
"~x",
Override(
type=OverrideType.DEL,
key_or_group="x",
value_type=None,
_value=None,
),
),
(
"~x=10",
Override(
type=OverrideType.DEL,
key_or_group="x",
value_type=ValueType.ELEMENT,
_value=10,
),
),
(
"~x=",
Override(