def check(self,
actual_classes=(list, ),
expected_classes=(list, ),
expected_obj=None,
expected_kwargs={},
working_obj=None,
working_kwargs={},
failing_obj=None,
failing_kwargs={},
failure_msg=None,
namepaths=None,
expected_namepaths=None):
for actual_cls, expected_cls in permuteflat(actual_classes,
expected_classes):
expected_obj = expected_obj or expected_cls(**expected_kwargs)
working_obj = working_obj or actual_cls(**working_kwargs)
self.run_assert(
(working_obj, expected_obj, namepaths, expected_namepaths))
failing_obj = failing_obj or actual_cls(**failing_kwargs)
self.run_assert(
(failing_obj, expected_obj, namepaths, expected_namepaths),
failure_msg)
def check(self,
actual_classes=(list, ),
expected_classes=(list, ),
expected_objs=None,
expected_kwargs_list=[],
working_objs=None,
working_kwargs_list=[],
failing_objs=None,
failing_kwargs_list=[],
failure_msg=None,
namepaths=None,
expected_namepaths=None):
for actual_cls1, actual_cls2, expected_cls1, expected_cls2 in \
permuteflat(*([actual_classes] * 2 + [expected_classes] * 2)):
if not expected_objs:
expected_objs = (expected_cls1(**expected_kwargs_list[0]),
expected_cls2(**expected_kwargs_list[1]))
if not working_objs:
working_objs = (actual_cls1(**working_kwargs_list[0]),
actual_cls2(**working_kwargs_list[1]))
self.run_assert(
(working_objs, expected_objs, namepaths, expected_namepaths))
if not failing_objs:
failing_objs = (actual_cls1(**failing_kwargs_list[0]),
actual_cls2(**failing_kwargs_list[1]))
self.run_assert(
(failing_objs, expected_objs, namepaths, expected_namepaths),
failure_msg)
def check(self, actual_classes=(list,),
expected_classes=(list,),
expected_objs=None, expected_kwargs_list=[],
working_objs=None, working_kwargs_list=[],
failing_objs=None, failing_kwargs_list=[],
failure_msg=None,
namepaths=None,
expected_namepaths=None):
for actual_cls1, actual_cls2, expected_cls1, expected_cls2 in \
permuteflat(*([actual_classes] * 2 + [expected_classes] * 2)):
if not expected_objs:
expected_objs = (expected_cls1(**expected_kwargs_list[0]),
expected_cls2(**expected_kwargs_list[1]))
if not working_objs:
working_objs = (actual_cls1(**working_kwargs_list[0]),
actual_cls2(**working_kwargs_list[1]))
self.run_assert((working_objs, expected_objs, namepaths, expected_namepaths))
if not failing_objs:
failing_objs = (actual_cls1(**failing_kwargs_list[0]),
actual_cls2(**failing_kwargs_list[1]))
self.run_assert((failing_objs, expected_objs, namepaths, expected_namepaths),
failure_msg)
def check(self, actual_classes=(list,),
expected_classes=(list,),
expected_obj=None, expected_kwargs={},
working_obj=None, working_kwargs={},
failing_obj=None, failing_kwargs={},
failure_msg=None,
namepaths=None,
expected_namepaths=None):
for actual_cls, expected_cls in permuteflat(actual_classes, expected_classes):
expected_obj = expected_obj or expected_cls(**expected_kwargs)
working_obj = working_obj or actual_cls(**working_kwargs)
self.run_assert((working_obj, expected_obj, namepaths, expected_namepaths))
failing_obj = failing_obj or actual_cls(**failing_kwargs)
self.run_assert((failing_obj, expected_obj, namepaths, expected_namepaths),
failure_msg)
