def test_get_line_by_number(self):
tree = etree.parse(self.document + 'en-tei.xml')
line = self.en_extractor.get_line_by_number(tree, 'en', 'p1.s16')
pp = PresentPerfect('have', 'have', 'test_id')
pp.add_word('attained', 'attain', True, 'test_id')
# self.assertIn(u'**have attained**', line[0])
self.assertEqual(pp.verbs_to_string(), line[1].verbs_to_string())
def test_get_line_by_number(self):
tree = etree.parse(self.document + 'en-tei.xml')
line = self.en_extractor.get_line_by_number(tree, 'en', 'p1.s16')
pp = PresentPerfect('have', 'have', 'test_id')
pp.add_word('attained', 'attain', True, 'test_id')
# self.assertIn(u'**have attained**', line[0])
self.assertEqual(pp.verbs_to_string(), line[1].verbs_to_string())
class TestPresentPerfect(unittest.TestCase):
def setUp(self):
self.pp = PresentPerfect('has', 'have', XML_ID)
self.pp.add_word('always', 'always', False, XML_ID)
self.pp.add_word('loved', 'love', True, XML_ID)
def test_extractions(self):
self.assertEqual(self.pp.perfect_lemma(), 'love')
self.assertEqual(self.pp.verbs(), ['has', 'loved'])
self.assertEqual(self.pp.verbs_to_string(), 'has loved')
self.assertEqual(self.pp.words_between(), 1)
def test_extend(self):
ppc = PresentPerfect('has', 'have', XML_ID)
ppc.add_word('been', 'be', True, XML_ID)
pp_extend = PresentPerfect('been', 'be', XML_ID)
pp_extend.add_word('created', 'create', True, XML_ID)
ppc.extend(pp_extend)
self.assertEqual(ppc.perfect_lemma(), 'create')
self.assertEqual(ppc.verbs(), ['has', 'been', 'created'])
self.assertEqual(ppc.verbs_to_string(), 'has been created')
self.assertEqual(ppc.words_between(), 0)
class TestPresentPerfect(unittest.TestCase):
def setUp(self):
self.pp = PresentPerfect('has', 'have', XML_ID)
self.pp.add_word('always', 'always', False, XML_ID)
self.pp.add_word('loved', 'love', True, XML_ID)
def test_extractions(self):
self.assertEqual(self.pp.perfect_lemma(), 'love')
self.assertEqual(self.pp.verbs(), ['has', 'loved'])
self.assertEqual(self.pp.verbs_to_string(), 'has loved')
self.assertEqual(self.pp.words_between(), 1)
def test_extend(self):
ppp = PresentPerfect('has', 'have', XML_ID)
ppp.add_word('been', 'be', True, XML_ID)
pp_extend = PresentPerfect('been', 'be', XML_ID)
pp_extend.add_word('created', 'create', True, XML_ID)
ppp.extend(pp_extend)
self.assertEqual(ppp.perfect_lemma(), 'create')
self.assertEqual(ppp.verbs(), ['has', 'been', 'created'])
self.assertEqual(ppp.verbs_to_string(), 'has been created')
self.assertEqual(ppp.words_between(), 0)
def setUp(self):
self.pp = PresentPerfect('has', 'have', XML_ID)
self.pp.add_word('always', 'always', False, XML_ID)
self.pp.add_word('loved', 'love', True, XML_ID)
def test_extend(self):
ppc = PresentPerfect('has', 'have', XML_ID)
ppc.add_word('been', 'be', True, XML_ID)
pp_extend = PresentPerfect('been', 'be', XML_ID)
pp_extend.add_word('created', 'create', True, XML_ID)
ppc.extend(pp_extend)
self.assertEqual(ppc.perfect_lemma(), 'create')
self.assertEqual(ppc.verbs(), ['has', 'been', 'created'])
self.assertEqual(ppc.verbs_to_string(), 'has been created')
self.assertEqual(ppc.words_between(), 0)
def setUp(self):
self.pp = PresentPerfect('has', 'have', XML_ID)
self.pp.add_word('always', 'always', False, XML_ID)
self.pp.add_word('loved', 'love', True, XML_ID)
def test_extend(self):
ppp = PresentPerfect('has', 'have', XML_ID)
ppp.add_word('been', 'be', True, XML_ID)
pp_extend = PresentPerfect('been', 'be', XML_ID)
pp_extend.add_word('created', 'create', True, XML_ID)
ppp.extend(pp_extend)
self.assertEqual(ppp.perfect_lemma(), 'create')
self.assertEqual(ppp.verbs(), ['has', 'been', 'created'])
self.assertEqual(ppp.verbs_to_string(), 'has been created')
self.assertEqual(ppp.words_between(), 0)
