def test_keyword_regexes_are_cached(self):
for text in [u'cat', u'dog', u'mouse']:
tr = TriggerRuleFactory(keywords=[text])
tr.match_description(text)
tr = TriggerRuleFactory(keywords=[text])
tr.match_description(text)
cache_info = _generate_keywords_regex.cache_info()
assert cache_info.hits >= 3
def test_match_keywords(self):
tests = [
# tr.keywords, description, expected
([], u'', True),
([], u'my dog has fleas', True),
([u'my'], u'', False),
([u'my'], u'my dog has fleas', True),
([u'my'], u'MY DOG HAS FLEAS', True),
([u'your', u'dog'], u'my dog has fleas', True),
([u'my dog'], u'my dog has fleas', True),
([u'my dog'], u'your dog has fleas', False),
([u'my dog', u'cat'], u'my dog has fleas', True),
([u'my cat'], u'my dog has fleas', False),
([u'my cat'], u'my cat hat fleas', True),
([u'my cat'], u'my cat hat fleas', True),
([u'\xca'], u'abcd \xca abcd', True),
([u'my-cat'], u'my-cat has fleas', True),
([u'(my cat)'], u'(my cat) has fleas', True),
([u'cat'], u'i love my cat!', True),
([u'cat'], u'(cat)', True),
]
for tr_keywords, description, expected in tests:
tr = TriggerRuleFactory(keywords=tr_keywords)
assert tr.match_description(description) == expected
