def set_supertypes(type_list):
typename_to_type = {}
child_types = []
for type in type_list:
type.supertype_names = []
typename_to_type[type.name] = type
if type.basetype_name:
child_types.append((type.name, type.basetype_name))
for (desc_name, anc_name) in graph.transitive_closure(child_types):
typename_to_type[desc_name].supertype_names.append(anc_name)
def set_supertypes(type_list):
typename_to_type = {}
child_types = []
for type in type_list:
type.supertype_names = []
typename_to_type[type.name] = type
if type.basetype_name:
child_types.append((type.name, type.basetype_name))
for (desc_name, anc_name) in graph.transitive_closure(child_types):
typename_to_type[desc_name].supertype_names.append(anc_name)
def set_supertypes(type_list):
# TODO: This is a two-stage construction, which is perhaps
# not a great idea. Might need more thought in the future.
type_name_to_type = {}
child_types = []
for type in type_list:
type.supertype_names = []
type_name_to_type[type.name] = type
if type.basetype_name:
child_types.append((type.name, type.basetype_name))
for (desc_name, anc_name) in graph.transitive_closure(child_types):
type_name_to_type[desc_name].supertype_names.append(anc_name)
def set_supertypes(type_list):
# TODO: This is a two-stage construction, which is perhaps
# not a great idea. Might need more thought in the future.
type_name_to_type = {}
child_types = []
for type in type_list:
type.supertype_names = []
type_name_to_type[type.name] = type
if type.basetype_name:
child_types.append((type.name, type.basetype_name))
for (desc_name, anc_name) in graph.transitive_closure(child_types):
type_name_to_type[desc_name].supertype_names.append(anc_name)
