def test_match(self):
# Note: This isn't an exhaustive test. Just a rough cursory check.
# TriggerRule that matches everything matches everything.
tr = TriggerRuleFactory(versions=[], locales=[], keywords=[], products=[])
trm = tr.get_matcher()
resp = ResponseFactory()
assert trm.match(resp) is True
tr = TriggerRuleFactory(versions=[u"38*"], locales=[u"en-US", u"fr"], keywords=[u"rc4"], url_exists=True)
prod = ProductFactory()
tr.products.add(prod)
trm = tr.get_matcher()
resp = ResponseFactory(
version=u"38.0.5",
locale=u"en-US",
product=prod.db_name,
description=u"rc4 is awesome",
url=u"https://example.com/",
)
assert trm.match(resp) is True
resp.locale = "es"
assert trm.match(resp) is False
def test_match(self):
# Note: This isn't an exhaustive test. Just a rough cursory check.
# TriggerRule that matches everything matches everything.
tr = TriggerRuleFactory(
versions=[],
locales=[],
keywords=[],
products=[],
)
trm = tr.get_matcher()
resp = ResponseFactory()
assert trm.match(resp) is True
tr = TriggerRuleFactory(
versions=[u'38*'],
locales=[u'en-US', u'fr'],
keywords=[u'rc4'],
url_exists=True
)
prod = ProductFactory()
tr.products.add(prod)
trm = tr.get_matcher()
resp = ResponseFactory(
version=u'38.0.5',
locale=u'en-US',
product=prod.db_name,
description=u'rc4 is awesome',
url=u'https://example.com/'
)
assert trm.match(resp) is True
resp.locale = 'es'
assert trm.match(resp) is False
def test_keyword_regexes_are_cached(self):
for text in [u"cat", u"dog", u"mouse"]:
tr = TriggerRuleFactory(keywords=[text])
trm = tr.get_matcher()
trm.match_description(text)
tr = TriggerRuleFactory(keywords=[text])
trm = tr.get_matcher()
trm.match_description(text)
cache_info = _generate_keywords_regex.cache_info()
assert cache_info.hits >= 3
def test_keyword_regexes_are_cached(self):
for text in [u'cat', u'dog', u'mouse']:
tr = TriggerRuleFactory(keywords=[text])
trm = tr.get_matcher()
trm.match_description(text)
tr = TriggerRuleFactory(keywords=[text])
trm = tr.get_matcher()
trm.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)
trm = tr.get_matcher()
assert trm.match_description(description) == expected
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)
trm = tr.get_matcher()
assert trm.match_description(description) == expected
def test_match_versions(self):
tests = [
# tr versions, feedback version, expected
([], '', True),
([], '38', True),
([], '38.0.5', True),
(['38'], '', False),
(['38'], '38', True),
(['38'], '38.0.5', False),
(['38*'], '', False),
(['38*'], '38', True),
(['38*'], '38.0.5', True),
(['38*', '37.1'], '', False),
(['38*', '37.1'], '38', True),
(['38*', '37.1'], '38.0.5', True),
(['38*', '37.1'], '37', False),
(['38*', '37.1'], '37.1', True)
]
for tr_versions, feedback_version, expected in tests:
tr = TriggerRuleFactory(versions=tr_versions)
trm = tr.get_matcher()
assert trm.match_version(feedback_version) == expected
def test_match_product(self):
# Test match all products
tr = TriggerRuleFactory()
trm = tr.get_matcher()
assert trm.match_product_name("") is True
assert trm.match_product_name("sprocket") is True
# Test match specific product
prod = ProductFactory()
tr = TriggerRuleFactory()
tr.products.add(prod)
trm = tr.get_matcher()
assert trm.match_product_name("") is False
assert trm.match_product_name("sprocket") is False
assert trm.match_product_name(prod.db_name) is True
def test_match_product(self):
# Test match all products
tr = TriggerRuleFactory()
trm = tr.get_matcher()
assert trm.match_product_name('') is True
assert trm.match_product_name('sprocket') is True
# Test match specific product
prod = ProductFactory()
tr = TriggerRuleFactory()
tr.products.add(prod)
trm = tr.get_matcher()
assert trm.match_product_name('') is False
assert trm.match_product_name('sprocket') is False
assert trm.match_product_name(prod.db_name) is True
def test_match_url_exists(self):
tests = [
# tr.url_exists, url, expected
(None, "", True),
(None, "https://example.com/", True),
(True, "", False),
(True, "https://example.com/", True),
(False, "", True),
(False, "https://example.com/", False),
]
for tr_url_exists, url, expected in tests:
tr = TriggerRuleFactory(url_exists=tr_url_exists)
trm = tr.get_matcher()
assert trm.match_url_exists(url) == expected
def test_match_url_exists(self):
tests = [
# tr.url_exists, url, expected
(None, '', True),
(None, 'https://example.com/', True),
(True, '', False),
(True, 'https://example.com/', True),
(False, '', True),
(False, 'https://example.com/', False)
]
for tr_url_exists, url, expected in tests:
tr = TriggerRuleFactory(url_exists=tr_url_exists)
trm = tr.get_matcher()
assert trm.match_url_exists(url) == expected
def test_match_locale(self):
tests = [
# tr locales, feedback locale, expected
([], "", True),
([], "en-US", True),
([], "fr", True),
(["en-US"], "", False),
(["en-US"], "en-US", True),
(["en-US"], "fr", False),
(["en-US", "fr"], "", False),
(["en-US", "fr"], "en-US", True),
(["en-US", "fr"], "fr", True),
(["en-US", "fr"], "es", False),
]
for tr_locales, feedback_locale, expected in tests:
tr = TriggerRuleFactory(locales=tr_locales)
trm = tr.get_matcher()
assert trm.match_locale(feedback_locale) == expected
def test_match_locale(self):
tests = [
# tr locales, feedback locale, expected
([], '', True),
([], 'en-US', True),
([], 'fr', True),
(['en-US'], '', False),
(['en-US'], 'en-US', True),
(['en-US'], 'fr', False),
(['en-US', 'fr'], '', False),
(['en-US', 'fr'], 'en-US', True),
(['en-US', 'fr'], 'fr', True),
(['en-US', 'fr'], 'es', False)
]
for tr_locales, feedback_locale, expected in tests:
tr = TriggerRuleFactory(locales=tr_locales)
trm = tr.get_matcher()
assert trm.match_locale(feedback_locale) == expected
def test_match_versions(self):
tests = [
# tr versions, feedback version, expected
([], "", True),
([], "38", True),
([], "38.0.5", True),
(["38"], "", False),
(["38"], "38", True),
(["38"], "38.0.5", False),
(["38*"], "", False),
(["38*"], "38", True),
(["38*"], "38.0.5", True),
(["38*", "37.1"], "", False),
(["38*", "37.1"], "38", True),
(["38*", "37.1"], "38.0.5", True),
(["38*", "37.1"], "37", False),
(["38*", "37.1"], "37.1", True),
]
for tr_versions, feedback_version, expected in tests:
tr = TriggerRuleFactory(versions=tr_versions)
trm = tr.get_matcher()
assert trm.match_version(feedback_version) == expected
