def test_max_id(self):
"""Ensure max_id offset works."""
tweets_1 = _get_tweets()
assert tweets_1
# Select max_id from the first list
max_id = tweets_1[3]['id']
tweets_2 = _get_tweets(max_id=max_id)
assert tweets_2
# Make sure this id is not in the result, and all tweets are older than
# max_id.
for tweet in tweets_2:
assert tweet['id'] < max_id
def test_max_id(self):
"""Ensure max_id offset works."""
tweets_1 = _get_tweets()
assert tweets_1
# Select max_id from the first list
max_id = tweets_1[3]['id']
tweets_2 = _get_tweets(max_id=max_id)
assert tweets_2
# Make sure this id is not in the result, and all tweets are older than
# max_id.
for tweet in tweets_2:
assert tweet['id'] < max_id
def test_limit(self):
"""Do not return more than LIMIT tweets."""
tweets = _get_tweets(limit=2)
eq_(len(tweets), 2)
def test_newer_tweets_only(self):
"""Ensure that only tweets from the last CC_TWEETS_DAYS are shown"""
tweets = _get_tweets()
eq_(len(tweets), 12)
def test_limit(self):
"""Do not return more than LIMIT tweets."""
tweets = _get_tweets(limit=2)
eq_(len(tweets), 2)
def test_newer_tweets_only(self):
"""Ensure that only tweets from the last CC_TWEETS_DAYS are shown"""
tweets = _get_tweets()
eq_(len(tweets), 12)
