def validate(self, resource: Resource):
try:
shape_iri = self.types_to_shapes[resource.type]
except AttributeError:
raise TypeError("resource requires a type attribute")
else:
data_graph = as_graph(resource, False, self.context, None, None)
return self._validate(shape_iri, data_graph)
def test_as_graph(self, building, organization, building_jsonld, model_context,store_metadata, metadata_context):
store_metadata = False
building.id = "http://test/1234"
building.context = model_context.document["@context"]
data = building_jsonld(building, "compacted", store_metadata, None)
expected = Graph().parse(data=json.dumps(data), format="json-ld")
result = as_graph(building, store_metadata, model_context, None, None)
_assert_same_graph(result, expected)
organization_jsonld = as_jsonld(organization, form="compacted", store_metadata=store_metadata,
model_context=model_context, metadata_context=metadata_context,
context_resolver=None, na=None)
expected = Graph()
expected.parse(data=json.dumps(data), format="json-ld")
expected.parse(data=json.dumps(organization_jsonld), format="json-ld")
result = as_graph([building, organization], store_metadata, model_context, None, None)
_assert_same_graph(result, expected)
def test_as_graph(self, building, building_jsonld, model_context):
store_metadata = False
building.id = "http://test/1234"
building.context = model_context.document["@context"]
data = building_jsonld(building, "compacted", store_metadata, None)
expected = Graph().parse(data=json.dumps(data), format="json-ld")
result = as_graph(building, store_metadata, model_context, None, None)
for s, p, o in expected:
if isinstance(o, BNode):
assert (s, p, None) in result
elif isinstance(s, BNode):
assert (None, p, o) in result
else:
assert (s, p, o) in result
def as_graph(self, data: Union[Resource, List[Resource]], store_metadata: bool = False) -> Graph:
return as_graph(data, store_metadata, self._model.context(), self._store.metadata_context,
self._model.resolve_context)
