def sorting(entities: list[Entity], parser: dict[str, Any]) -> list[Entity]:
entities = remove_duplicate_entities(entities)
return entities if 'latest' in request.path else \
sorted(
entities,
key=lambda entity: get_key(entity, parser['column']),
reverse=bool(parser['sort'] == 'desc'))
def get_type_links_inverse(entities: list[Entity]) -> list[Link]:
types = remove_duplicate_entities(
[type_ for entity in entities for type_ in entity.types])
links = get_all_links_inverse([type_.id for type_ in types], 'P67')
return [
link_ for link_ in links
if link_.domain.class_.name == 'reference_system'
]
def get_entities_grouped_by_class(entities: list[Entity]) -> dict[str, Any]:
entities += get_linked_entities_api([e.id for e in entities])
entities = remove_duplicate_entities(entities)
grouped_entities = {}
for class_, entities_ in groupby(
sorted(entities, key=lambda entity: entity.class_.name),
key=lambda entity: entity.class_.name):
grouped_entities[class_] = \
[build_entity_dataframe(entity) for entity in entities_]
return grouped_entities
def get_type_links_inverse(entities: list[Entity]) -> list[Link]:
types = remove_duplicate_entities(
[type_ for entity in entities for type_ in entity.types])
return link_builder(types, True)