def assertPunctured(self, doc, rel):
"given rel is indeed a puncture in this graph"
graph = self.mk_graph(doc)
contexts = Context.for_edus(doc)
ids = graph_ids(graph)
self.assertTrue(is_puncture(graph, contexts, ids[rel.local_id()]),
'failed to detect puncture')
def assertIntact(self, doc, rel):
"given rel does not constitute a puncture in this graph"
graph = self.mk_graph(doc)
contexts = Context.for_edus(doc)
ids = graph_ids(graph)
self.assertFalse(is_puncture(graph, contexts, ids[rel.local_id()]),
'unexpected puncture')
def assertPunctured(self, doc, rel):
"given rel is indeed a puncture in this graph"
graph = self.mk_graph(doc)
contexts = Context.for_edus(doc)
ids = graph_ids(graph)
self.assertTrue(is_puncture(graph,
contexts,
ids[rel.local_id()]),
'failed to detect puncture')
def assertIntact(self, doc, rel):
"given rel does not constitute a puncture in this graph"
graph = self.mk_graph(doc)
contexts = Context.for_edus(doc)
ids = graph_ids(graph)
self.assertFalse(is_puncture(graph,
contexts,
ids[rel.local_id()]),
'unexpected puncture')
def test_cdu_chain(self):
"containment chain: c2[c1[e1.1 e1.2]]"
c1 = FakeCDU('c1', [self.edu1_1, self.edu1_2])
c2 = FakeCDU('c2', [self.edu1_3, c1])
doc = FakeDocument(self.edus1, [], [c1, c2])
g = self.mk_graph(doc)
ids = graph_ids(g)
def get_id(x):
"anno id as seen by the graph"
return g.mirror(ids[x.local_id()])
mark = self.edu1_2.local_id()
self.assertEqual([get_id(y) for y in [c1, c2]],
g.containing_cdu_chain(ids[mark]))
def test_cdu_chain(self):
"containment chain: c2[c1[e1.1 e1.2]]"
c1 = FakeCDU('c1', [self.edu1_1, self.edu1_2])
c2 = FakeCDU('c2', [self.edu1_3, c1])
doc = FakeDocument(self.edus1, [], [c1, c2])
g = self.mk_graph(doc)
ids = graph_ids(g)
def get_id(x):
"anno id as seen by the graph"
return g.mirror(ids[x.local_id()])
mark = self.edu1_2.local_id()
self.assertEqual([get_id(y) for y in [c1, c2]],
g.containing_cdu_chain(ids[mark]))
