def test_from_rdflib(rdflib_triple):
triple = TripleInfo.from_rdflib(rdflib_triple).content
assert isinstance(triple[0], URIElement)
assert isinstance(triple[1], URIElement)
assert isinstance(triple[2], LiteralElement)
assert triple[0].uri == str(rdflib_triple[0])
assert triple[1].uri == str(rdflib_triple[1])
assert triple[2].content == rdflib_triple[2].value
assert triple[2].datatype is None
assert triple[2].lang is None
assert triple != str(rdflib_triple)
bnode = TripleElement.from_rdflib(BNode('cb0'))
assert isinstance(bnode, AnonymousElement)
assert bnode.uid == 'cb0'
assert bnode == f'{ASIO_BASE}/genid/cb0'
def _create_remove_ops_from(self, graph: Graph) -> List[RemovalOperation]:
return [
RemovalOperation(*TripleInfo.from_rdflib(triple).content)
for triple in graph
]
def _create_add_ops_from(self, graph: Graph) -> List[AdditionOperation]:
return [
AdditionOperation(*TripleInfo.from_rdflib(triple).content)
for triple in graph
]
def triples():
example = 'https://example.org/onto#'
example_no_hashtag = 'https://example.org/onto/'
example_no_label = 'example'
example_asio = 'https://example.org/hercules/asio#'
return {
'alias_en':
TripleInfo(URIElement(example + 'Person'), URIElement(SKOS_ALTLABEL),
LiteralElement('individual', lang='en')),
'alias_es':
TripleInfo(URIElement(example + 'Person'), URIElement(SKOS_ALTLABEL),
LiteralElement('individuo', lang='es')),
'alias_es_2':
TripleInfo(URIElement(example + 'Person'), URIElement(SKOS_ALTLABEL),
LiteralElement('sujeto', lang='es')),
'anonymous_element':
TripleInfo(
URIElement(example + 'test',
etype='property',
proptype=f"{ASIO_BASE}property"),
URIElement(example + 'livesIn'), AnonymousElement('cb013')),
'desc_en':
TripleInfo(URIElement(example + 'Person'), URIElement(RDFS_COMMENT),
LiteralElement('A person', lang='en')),
'desc_es':
TripleInfo(URIElement(example + 'Person'), URIElement(RDFS_COMMENT),
LiteralElement('Una persona', lang='es')),
'desc_long':
TripleInfo(URIElement(example + 'Person'), URIElement(RDFS_COMMENT),
LiteralElement('Una persona' * 500, lang='es')),
'desc_asio':
TripleInfo(
URIElement(example_asio + 'authors'), URIElement(RDFS_COMMENT),
LiteralElement('Publication authored by a person.', lang='en')),
'label_en':
TripleInfo(URIElement(example + 'labra'), URIElement(RDFS_LABEL),
LiteralElement('Jose Emilio Labra Gayo', lang='en')),
'label_ko':
TripleInfo(URIElement(example + 'labra'), URIElement(RDFS_LABEL),
LiteralElement('라브라', lang='ko')),
'label_no_lang':
TripleInfo(URIElement(example + 'labra'), URIElement(RDFS_LABEL),
LiteralElement('José Emilio Labra Gayo')),
'label_unknown':
TripleInfo(URIElement(example + 'labra'), URIElement(RDFS_LABEL),
LiteralElement('라브', lang='invented')),
'literal_datatype':
TripleInfo(
URIElement(example + 'Person'), URIElement(example + 'livesIn'),
LiteralElement('Point(12.34 2.43)',
datatype=f"{GEO_BASE}wktLiteral")),
'no_label':
TripleInfo(URIElement(example_no_label + 'test'),
URIElement(RDFS_LABEL), LiteralElement('a test',
lang='en')),
'no_hashtag':
TripleInfo(URIElement(example_no_hashtag + 'test'),
URIElement(RDFS_LABEL), LiteralElement('1234', lang='en')),
'proptype':
TripleInfo(
URIElement(example + 'test',
etype='property',
proptype=f"{ASIO_BASE}property"),
URIElement(RDFS_LABEL), LiteralElement('test')),
'wditemid':
TripleInfo(URIElement(example + 'Person'),
URIElement(example + 'livesIn'),
URIElement(example + 'City')),
'wdstring':
TripleInfo(URIElement(example + 'Person'),
URIElement(example + 'altName'), LiteralElement('Human'))
}
def test_is_added(rdflib_triple):
triple = TripleInfo.from_rdflib(rdflib_triple)
assert triple.isAdded
triple_to_delete = TripleInfo.from_rdflib(rdflib_triple, isAdded=False)
assert not triple_to_delete.isAdded
def test_tripleinfo_str(rdflib_triple):
triple = TripleInfo.from_rdflib(rdflib_triple)
assert str(
triple) == f"{triple.subject} - {triple.predicate} - {triple.object}"
def test_removal(mock_triplestore, triple):
removal_op = RemovalOperation(*triple)
removal_op.execute(mock_triplestore)
mock_triplestore.remove_triple.assert_called_once_with(TripleInfo(*triple))
def test_addition(mock_triplestore, triple):
addition_op = AdditionOperation(*triple)
addition_op.execute(mock_triplestore)
mock_triplestore.create_triple.assert_called_once_with(TripleInfo(*triple))
def test_init(triple):
addition_op = AdditionOperation(*triple)
assert addition_op._triple_info == TripleInfo(*triple)