def test_prune_with_reverse(self):
t = PrefTree()
for url, success in [
('researchgate.net/publication/233865122_uriset', False),
('researchgate.net/publication/143874230_albtedru', False),
('researchgate.net/publication/320748374_kelbcad', False),
('researchgate.net/publication/233865122_uriset.pdf', True),
('researchgate.net/publication/143874230_albtedru.pdf', True),
('researchgate.net/publication/320748374_kelbcad.pdf', True),
('onlinelibrary.wiley.com/wol1/doi/10.1002/anie.200800037.abstract', False),
('onlinelibrary.wiley.com/wol1/doi/10.1002/anie.200800037.pdf', False)]:
t.add_url(url, success)
t.print_as_tree()
t, pruned = t.prune(reverse=True)
t.print_as_tree()
self.assertTrue(t.check_sanity())
for u, c, s in t.urls():
print flatten(u), c, s
def test_create(self):
t = PrefTree()
urls = ['aaba','cadb','abdc','abcd','afgh','abec']
for u in urls:
t.add_url(u)
self.assertTrue(t.check_sanity())
self.assertFalse(t.has_wildcard())
t.print_as_tree()
self.assertEqual(sorted([flatten(u) for u, c, s in t.urls()]), sorted(urls))
for u in urls:
self.assertEqual(t.match(u), (1,0))
self.assertEqual(t.match('bac'), (0,0))
