def test_replace_subreddit(self):
test_cases = [
('/r/VIDEOS/', '/r/videos/', '/r/videos/'),
('/r/VIDEOS/new/', '/r/videos/', '/r/videos/new/'),
('/r/VIDEOS/new/#cats', '/r/videos/', '/r/videos/new/#cats'),
('/user/dave/m/cats/', '', '/user/dave/m/cats/'),
]
for test_url, user_path, canonical_url in test_cases:
subreddit = mock.create_autospec(BaseSite, spec_set=True)
subreddit.user_path = user_path
url = UrlParser(test_url).canonicalize_subreddit_path(subreddit)
url.hostname = 'reddit'
print test_url, user_path, canonical_url
self.assertTrue(
url.is_canonically_equivalent(canonical_url),
'{0} is not equivalent to {1}'.format(
url, UrlParser(canonical_url)),
)
def test_replace_subreddit(self):
test_cases = [
('/r/VIDEOS/', '/r/videos/', '/r/videos/'),
('/r/VIDEOS/new/', '/r/videos/', '/r/videos/new/'),
('/r/VIDEOS/new/#cats', '/r/videos/', '/r/videos/new/#cats'),
('/user/dave/m/cats/', '', '/user/dave/m/cats/'),
]
for test_url, user_path, canonical_url in test_cases:
subreddit = mock.create_autospec(BaseSite, spec_set=True)
subreddit.user_path = user_path
url = UrlParser(test_url).canonicalize_subreddit_path(subreddit)
url.hostname = 'reddit'
print test_url, user_path, canonical_url
self.assertTrue(
url.is_canonically_equivalent(canonical_url),
'{0} is not equivalent to {1}'.format(
url, UrlParser(canonical_url)),
)
def test_is_canonically_equivalent(self):
test_cases = [
('/cats', '/cats', False),
('/cats/', '/cats/', True),
('/cats/', 'https://www.reddit.com/cats/', True),
('/cats#grumpy', '/cats#grumpy', False),
('/cats/#grumpy', '/cats/#grumpy', True),
('/cats/#grumpy', '/cats', True),
('/dogs?people=False', '/dogs?people=False', False),
('/dogs/?people=False', '/dogs/?people=False', True),
('/dogs/?cute=True&people=False', '/dogs/?people=False&cute=True',
True),
]
for test_url, canonical_url, assertion in test_cases:
parsed = UrlParser(test_url)
# this is to get around the need to patch the global request
# object with the appropriate hostname.
parsed.hostname = 'reddit'
self.assertEquals(parsed.is_canonically_equivalent(canonical_url),
assertion)
def test_is_canonically_equivalent(self):
test_cases = [
('/cats', '/cats', False),
('/cats/', '/cats/', True),
('/cats/', 'https://www.reddit.com/cats/', True),
('/cats#grumpy', '/cats#grumpy', False),
('/cats/#grumpy', '/cats/#grumpy', True),
('/cats/#grumpy', '/cats', True),
('/dogs?people=False', '/dogs?people=False', False),
('/dogs/?people=False', '/dogs/?people=False', True),
('/dogs/?cute=True&people=False',
'/dogs/?people=False&cute=True', True),
]
for test_url, canonical_url, assertion in test_cases:
parsed = UrlParser(test_url)
# this is to get around the need to patch the global request
# object with the appropriate hostname.
parsed.hostname = 'reddit'
self.assertEquals(
parsed.is_canonically_equivalent(canonical_url),
assertion
)
