def test_connective(self):
itm = p.Connective('also', p.SemClass(['Expansion', 'Conjunction']))
xml = x._Connective_xml(itm)
self.assertEqual(itm, x._read_Connective(xml))
itm = p.Connective('also', p.SemClass(['Expansion', 'Conjunction']),
p.SemClass(['Contingency', 'Cause', 'Result']))
xml = x._Connective_xml(itm)
self.assertEqual(itm, x._read_Connective(xml))
def test_implicit_features_2(self):
expected_conn1 = p.Connective(
'in particular',
p.SemClass(['Expansion', 'Restatement', 'Specification']))
expected_conn2 = p.Connective(
'because', p.SemClass(['Contingency', 'Cause', 'Reason']))
expected_attr = p.Attribution('Wr', 'Comm', 'Null', 'Null')
expected = p.ImplicitRelationFeatures(expected_attr, expected_conn1,
expected_conn2)
txt = ex_implicit_features
self.assertParse(p._implicitRelationFeatures, expected, txt)
def test_implicit_features_1(self):
expected_attr = p.Attribution('Wr', 'Comm', 'Null', 'Null')
expected_conn = p.Connective('also',
p.SemClass(['Expansion', 'Conjunction']))
expected = p.ImplicitRelationFeatures(expected_attr, expected_conn,
None)
txt = ex_implicit_attribution
self.assertParse(p._implicitRelationFeatures, expected, txt)
def test_semclass(self):
expected = 'Chosen alternative'
txt = expected
self.assertParse(p._SemanticClassWord, expected, txt)
expected1 = p.SemClass(
['Expansion', 'Alternative', 'Chosen alternative'])
expected = expected1
txt = 'Expansion.Alternative.Chosen alternative'
self.assertParse(p._SemanticClass1, expected, txt)
expected = (expected1, None)
self.assertParse(p._semanticClass, expected, txt)
expected2 = p.SemClass(['Contingency', 'Cause', 'Result'])
expected = (expected1, expected2)
txt = 'Expansion.Alternative.Chosen alternative, Contingency.Cause.Result'
self.assertParse(p._semanticClass, expected, txt)
def _read_SemClass(attr):
return ty.SemClass(attr.split('.'))
def test_connective(self):
expected = p.Connective('also',
p.SemClass(['Expansion', 'Conjunction']))
txt = 'also, Expansion.Conjunction'
self.assertParse(p._conn1SemanticClass, expected, txt)
self.assertParse(p._conn2SemanticClass, expected, txt)
