def test_validators_work_once(self, registered_validators):
"""
Ensure validators registered for multiple classes get called just once
for subclasses of each.
"""
validate(Thing3(), self.validate_namespace)
assert registered_validators["multiple_validate"] == 1
def test_thing_two(self, registered_validators):
"""
An instance of thing 3 should trigger all the validators since it
is a subclass of thing1 and thing2.
"""
validate(Thing3(), self.validate_namespace)
for a in range(1, 4):
assert registered_validators[f"test{a}"] == 1
def validate_catalog(events: Union[Catalog, Event],
**kwargs) -> Union[Catalog, Event]:
"""
Perform checks on a events or event object.
This function will try to fix any issues but will raise if it cannot. It
is a simple wrapper around obsplus.validate.validate for the obsplus
namespace.
Parameters
----------
events
The events or event to check
"""
cat = events if isinstance(events, Catalog) else Catalog(events=[events])
validate(cat, "obsplus", **kwargs)
return events
def test_failed_validator_report(self, registered_validators):
""" Ensure a dataframe is returned with a report. """
df = validate(Thing4(), self.validate_namespace, report=True)
assert len(df) == 1
assert not df["passed"].iloc[0]
def test_failed_validator(self, registered_validators):
""" Ensure an assertion is raised. """
with pytest.raises(AssertionError):
validate(Thing4(), self.validate_namespace)
def test_thing_one(self, registered_validators):
""" Ensure the validator is triggered on thing one instance. """
validate(Thing1(), self.validate_namespace)
assert registered_validators["test1"] == 1
def validation_report(self, validators, bad_catalog):
""" return the report of the validators. """
return validate(bad_catalog, self.namespace, report=True)
def test_kwargs_passed(self, registered_validators):
""" Ensure the kwargs get passed to individual validators. """
with pytest.raises(ValueError):
validate(Thing2(), self.validate_namespace, some_kwarg=True)