def testFoundWithSafe(self):
for original_node, target_node, triples in self.triple_sets:
normalization = NotationNormalization(datatypes=(self.test_datatype,),
safe_predicates=(SKOS.broader,))
normalization.endpoint = mock.Mock()
normalization.endpoint.query.return_value = ((self.test_notation, target_node),)
graph = self.run_normalization(normalization, triples)
self.assertIn((target_node, SKOS.broader, self.other_node), graph)
self.assertIn((self.other_node, SKOS.prefLabel, rdflib.Literal("Title")), graph)
def testNotFound(self):
for original_node, target_node, triples in self.triple_sets:
normalization = NotationNormalization(datatypes=(self.test_datatype,))
normalization.endpoint = mock.Mock()
normalization.endpoint.query.return_value = ()
graph = self.run_normalization(normalization, triples)
self.assertIn((self.parent_node, SKOS.narrower, original_node), graph)
self.assertIn((original_node, SKOS.narrower, self.child_node), graph)
self.assertIn((original_node, HUMFREY.noIndex, rdflib.Literal(True)), graph)
self.assertNotIn((original_node, SKOS.notation, self.test_notation), graph)
self.assertIn((original_node, SKOS.broader, self.other_node), graph)
self.assertIn((self.other_node, SKOS.prefLabel, rdflib.Literal("Title")), graph)
def testFoundWithSafe(self):
for original_node, target_node, triples in self.triple_sets:
normalization = NotationNormalization(
datatypes=(self.test_datatype, ),
safe_predicates=(SKOS.broader, ))
normalization.endpoint = mock.Mock()
normalization.endpoint.query.return_value = ((self.test_notation,
target_node), )
graph = self.run_normalization(normalization, triples)
self.assertIn((target_node, SKOS.broader, self.other_node), graph)
self.assertIn(
(self.other_node, SKOS.prefLabel, rdflib.Literal("Title")),
graph)
def testFound(self):
for original_node, target_node, triples in self.triple_sets:
normalization = NotationNormalization(
datatypes=(self.test_datatype, ))
normalization.endpoint = mock.Mock()
normalization.endpoint.query.return_value = ((self.test_notation,
target_node), )
graph = self.run_normalization(normalization, triples)
self.assertIn((self.parent_node, SKOS.narrower, target_node),
graph)
for node in (original_node, target_node):
self.assertNotIn((node, SKOS.narrower, self.child_node), graph)
self.assertNotIn((node, HUMFREY.noIndex, rdflib.Literal(True)),
graph)
self.assertNotIn((node, SKOS.notation, self.test_notation),
graph)
self.assertNotIn((node, SKOS.broader, self.other_node), graph)
self.assertIn(
(self.other_node, SKOS.prefLabel, rdflib.Literal("Title")),
graph)
