def test_no_semantic_version(self):
with pytest.raises(build_utils._VersionInvalidFormatException
) as pytest_wrapped_e:
build_utils._get_version(
"foobar", existing_versions=build_utils._get_version_tags())
assert pytest_wrapped_e.type is build_utils._VersionInvalidFormatException
def test_with_too_small_patch(self):
too_small_patch_version = "1.1.2"
with pytest.raises(build_utils.VersionInvalidPatchNumber) as pytest_wrapped_e:
build_utils._get_version(
version=too_small_patch_version,
existing_versions=build_utils._get_version_tags(),
)
assert pytest_wrapped_e.type is build_utils.VersionInvalidPatchNumber
with pytest.raises(SystemExit) as pytest_wrapped_e:
build_utils.get_sanitized_arguments(
[f"--{build_utils.FLAG_VERSION}={too_small_patch_version}"]
)
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == build_utils.EXIT_CODE_INVALID_VERSION
def test_correct_semantic_minor_version(self):
valid_version = build_utils._get_version(
valid_minor_version,
existing_versions=build_utils._get_version_tags())
assert isinstance(valid_version, build_utils._Version)
version_split = valid_minor_version.split(".")
assert (valid_version.major == int(version_split[0])
and valid_version.minor == int(version_split[1])
and valid_version.patch == int(version_split[2])
and not valid_version.suffix)