def test_flattened_initials(self):
self.assertEqual(
name_unification(('J. P.', 'Gendre'), ('Jp.', 'Gendre')),
('J.-P.', 'Gendre'))
self.assertEqual(
name_unification(('J. Pierre', 'Gendre'), ('Jp.', 'Gendre')),
('J.-Pierre', 'Gendre'))
def test_simple(self):
self.assertEqual(name_unification(('Jean', 'Dupont'),
('Jean', 'Dupont')), ('Jean', 'Dupont'))
self.assertEqual(name_unification(('J.', 'Dupont'),
('Jean', 'Dupont')), ('Jean', 'Dupont'))
self.assertEqual(name_unification(('Anna', 'Erscher'),
('A. G.', 'Erscher')), ('Anna G.', 'Erscher'))
def test_fix_capitalization(self):
self.assertEqual(
name_unification(('Marie-france', 'Sagot'),
('Marie-France', 'Sagot')),
('Marie-France', 'Sagot'))
self.assertEqual(
name_unification(('Marie-France', 'Sagot'),
('Marie-france', 'Sagot')),
('Marie-France', 'Sagot'))
def test_name_splitting_error(self):
# TODO Not sure we can get that right with a reasonable rule
self.assertEqual(
name_unification(('Johannes G. de', 'Vries'),
('Johannes G.', 'de Vries')),
('Johannes G.', 'de Vries'))
self.assertEqual(
name_unification(('Éric Colin', 'de Verdière'),
('E.', 'Colin de Verdière')),
('Éric', 'Colin de Verdière'))
def test_simple(self):
self.assertEqual(
name_unification(('Jean', 'Dupont'), ('Jean', 'Dupont')),
('Jean', 'Dupont'))
self.assertEqual(
name_unification(('J.', 'Dupont'), ('Jean', 'Dupont')),
('Jean', 'Dupont'))
self.assertEqual(
name_unification(('Anna', 'Erscher'), ('A. G.', 'Erscher')),
('Anna G.', 'Erscher'))
def test_duplicated(self):
# http://api.openaire.eu/oai_pmh?verb=GetRecord&metadataPrefix=oai_dc&identifier=oai:dnet:od_______567::b9714edf9d96bbe640f7a8d753be81b7
self.assertEqual(name_unification(('A Adi', 'Shamir'),
('Adi', 'Shamir')), ('Adi', 'Shamir'))
self.assertEqual(name_unification(('A A', 'Amarilli'),
('Antoine', 'Amarilli')), ('Antoine A.', 'Amarilli'))
self.assertEqual(name_unification(('A A', 'Amarilli'),
('A', 'Amarilli')), ('A. A.', 'Amarilli'))
self.assertEqual(name_unification(
('H-C Hsieh-Chung', 'Chen'), ('Hsieh-Chung', 'Chen')), ('Hsieh-Chung', 'Chen'))
def test_hyphens(self):
self.assertEqual(name_unification(('J.-P.', 'Dupont'),
('Jean', 'Dupont')), ('Jean-P.', 'Dupont'))
self.assertEqual(name_unification(('Jean Pierre', 'Dupont'), ('Jean', 'Dupont')),
('Jean Pierre', 'Dupont'))
self.assertEqual(name_unification(('Jean-Pierre', 'Dupont'), ('Jean', 'Dupont')),
('Jean-Pierre', 'Dupont'))
# For this one we don't check the output because ideally it
# should be ('Clément F.', 'Pit-Claudel') but it is currently
# ('Clement F.', 'Pit Claudel') which is still fine.
self.assertTrue(name_unification(('Clement F.', 'Pit Claudel'),
('Clément', 'Pit-Claudel')))
def test_duplicated(self):
# http://api.openaire.eu/oai_pmh?verb=GetRecord&metadataPrefix=oai_dc&identifier=oai:dnet:od_______567::b9714edf9d96bbe640f7a8d753be81b7
self.assertEqual(
name_unification(('A Adi', 'Shamir'), ('Adi', 'Shamir')),
('Adi', 'Shamir'))
self.assertEqual(
name_unification(('A A', 'Amarilli'), ('Antoine', 'Amarilli')),
('Antoine A.', 'Amarilli'))
self.assertEqual(
name_unification(('A A', 'Amarilli'), ('A', 'Amarilli')),
('A. A.', 'Amarilli'))
self.assertEqual(
name_unification(('H-C Hsieh-Chung', 'Chen'),
('Hsieh-Chung', 'Chen')), ('Hsieh-Chung', 'Chen'))
def test_hyphens(self):
self.assertEqual(
name_unification(('J.-P.', 'Dupont'), ('Jean', 'Dupont')),
('Jean-P.', 'Dupont'))
self.assertEqual(
name_unification(('Jean Pierre', 'Dupont'), ('Jean', 'Dupont')),
('Jean Pierre', 'Dupont'))
self.assertEqual(
name_unification(('Jean-Pierre', 'Dupont'), ('Jean', 'Dupont')),
('Jean-Pierre', 'Dupont'))
# For this one we don't check the output because ideally it
# should be ('Clément F.', 'Pit-Claudel') but it is currently
# ('Clement F.', 'Pit Claudel') which is still fine.
self.assertTrue(
name_unification(('Clement F.', 'Pit Claudel'),
('Clément', 'Pit-Claudel')))
def test_composite_last_name(self):
# TODO this should be reasonably easy to get right
self.assertEqual(
name_unification(('F.', 'Zappa Nardelli'),
('Francesco', 'Nardelli')),
('Francesco', 'Zappa Nardelli'))
def test_quotes(self):
self.assertNotEqual(
name_unification(('Alessandra', "D’Alessandro"),
('A.', "d'Alessandro")), None)
def test_empty_first_name(self):
self.assertEqual(
name_unification(('', 'Placet'), ('Vincent', 'Placet')),
('Vincent', 'Placet'))
def test_uncommon_order(self):
self.assertEqual(name_unification(('W. T.', 'Gowers'),
('Timothy', 'Gowers')), ('W. Timothy', 'Gowers'))
def test_fix_capitalization(self):
self.assertEqual(name_unification(('Marie-france', 'Sagot'),
('Marie-France', 'Sagot')), ('Marie-France', 'Sagot'))
self.assertEqual(name_unification(('Marie-France', 'Sagot'),
('Marie-france', 'Sagot')), ('Marie-France', 'Sagot'))
def test_uncommon_order(self):
self.assertEqual(
name_unification(('W. T.', 'Gowers'), ('Timothy', 'Gowers')),
('W. Timothy', 'Gowers'))
def test_name_splitting_error(self):
# TODO Not sure we can get that right with a reasonable rule
self.assertEqual(name_unification(('Johannes G. de', 'Vries'), ('Johannes G.', 'de Vries')),
('Johannes G.', 'de Vries'))
self.assertEqual(name_unification(('Éric Colin', 'de Verdière'), ('E.', 'Colin de Verdière')),
('Éric', 'Colin de Verdière'))
def test_composite_last_name(self):
# TODO this should be reasonably easy to get right
self.assertEqual(name_unification(('F.', 'Zappa Nardelli'),
('Francesco', 'Nardelli')), ('Francesco', 'Zappa Nardelli'))
def test_quotes(self):
self.assertNotEqual(name_unification(
('Alessandra', "D’Alessandro"),
('A.', "d'Alessandro")),
None)
def test_empty_first_name(self):
self.assertEqual(name_unification(
('', 'Placet'), ('Vincent', 'Placet')), ('Vincent', 'Placet'))
def test_flattened_initials(self):
self.assertEqual(name_unification(('J. P.', 'Gendre'),
('Jp.', 'Gendre')), ('J.-P.', 'Gendre'))
self.assertEqual(name_unification(('J. Pierre', 'Gendre'),
('Jp.', 'Gendre')), ('J.-Pierre', 'Gendre'))