def for_class(XXX):
from seed.helper.print_methods import wrapped_print_methods
wrapped_print_methods(XXX)
from seed.helper.detect_method_conflict import \
wrapped_print_detect_method_conflict
wrapped_print_detect_method_conflict(XXX)
from seed.helper.find_bases_without_slots import print_bases_without_slots
print_bases_without_slots(XXX)
@override
def astate_eq(ops, self, lhs_astate, rhs_astate):
return lhs_astate == rhs_astate
@override
def make_astate_dict(ops, self, other_or_astate_value_pairs=None):
if other_or_astate_value_pairs is None:
return {}
return dict(other_or_astate_value_pairs)
@override
def make_astate_set(ops, self, astates=None):
if astates is None:
return set()
return set(astates)
if __name__ == '__main__':
XXX = IFAOps__hashable_astate
from seed.helper.print_methods import wrapped_print_methods
wrapped_print_methods(XXX)
from seed.helper.detect_method_conflict import \
wrapped_print_detect_method_conflict
wrapped_print_detect_method_conflict(XXX)
from seed.helper.find_bases_without_slots import print_bases_without_slots
print_bases_without_slots(XXX)
def doctest_all(
package_or_qname,
*,
recursive: bool,
list_qnames=False # module_qual_name
,
list_classes_without_slots=True,
filter_classes_if_defined_in_this_module=True
# when list_classes_without_slots is True
,
**kwargs) -> None:
'''
input:
package_or_qname :: pkg_obj | str
recursive :: bool
kwargs
see: doctest.testmod(m, verbose=None, report=True, optionflags=0, raise_on_error=False, exclude_empty=False)
output:
does_success
'''
list_qnames = bool(list_qnames)
list_classes_without_slots = bool(list_classes_without_slots)
filter_classes_if_defined_in_this_module = bool(
filter_classes_if_defined_in_this_module)
if list_qnames:
def show_qname(m):
print(m.__name__)
else:
def show_qname(m):
pass
if list_classes_without_slots:
classes = set()
if not filter_classes_if_defined_in_this_module:
def collect_classes_of_module(m):
classes.update(iter_classes_of_module(m))
else:
def collect_classes_of_module(m):
classes.update(cls for cls in iter_classes_of_module(m)
if is_defined_in(cls, m))
else:
def collect_classes_of_module(m):
pass
for m in iter_submodules(package_or_qname, recursive=recursive):
collect_classes_of_module(m)
show_qname(m)
(failure_count, test_count) = testmod(m, **kwargs)
if failure_count:
return False
if list_classes_without_slots:
# tuple may be introduced by namedtuple
print_bases_without_slots(*classes)
return True
