def test_time_to_tweet_false():
test_user = user.User(**user_data)
interval = test_user.tweet_interval()
interval -= timedelta(minutes=1)
now = datetime.now()
test_user.last_tweet = now - interval
assert test_user.should_tweet(now) == False
def test_serialize_deserialize():
test_user = user.User(**user_data)
assert test_user.name == user_data['name']
user_str = test_user.serialze()
new_user = user.User.deserialize(user_str)
# assert dict representation of user is the staticmethod after serialize/deserialize
assert new_user.dict() == test_user.dict()
def test_save_user():
test_user = user.User(**user_data)
db[test_user.id] = test_user.serialze()
loaded_user_data = db[test_user.id]
loaded_user = user.User.deserialize(loaded_user_data)
assert test_user.dict() == loaded_user.dict()
# Clean up test db
del db[test_user.id]
def test_time_to_tweet_true():
test_user = user.User(**user_data)
interval = test_user.tweet_interval()
now = datetime.now()
test_user.last_tweet = now - interval
assert test_user.should_tweet(now) == True
def test_tweet_interval():
test_user = user.User(**user_data)
interval = timedelta(hours=24 // test_user.cadence)
assert test_user.tweet_interval() == interval
def test_add_tweet():
test_user = user.User(**user_data)
tweet = "test tweet"
test_user.add_tweet(tweet)
assert test_user.tweets[0] == tweet
def test_next_tweet():
test_user = user.User(**user_data)
first_in_tweet = test_user.tweets[-1]
next_tweet = test_user.pop_tweet()
assert next_tweet == first_in_tweet
def test_create():
test_user = user.User(**user_data)
assert test_user
assert test_user.access_token_key == user_data['access_token_key']