def process(self, tweet):
stored_tweet = Repository.create(tweet)
if stored_tweet is None:
return None
username = tweet.user.username
sorted_scores = self.get_potential_places(tweet)
actual_places = self.places[username]
actual_communes = self.communes[username]
# Iterate over all the potential places by score to find commune
for potential_place, score in sorted_scores:
potential_commune = potential_place
# If the place is a commune, restrict all places to be inside that commune
if potential_commune in actual_communes:
actual_places = actual_communes[potential_place]
# We found a commune, do not look for any more
break
# Iterate over all the potential places by score
for potential_place, score in sorted_scores:
# Check if the potential place is in the actual places
if potential_place in actual_places:
actual_place = actual_places[potential_place]
# Create a relation between the tweet and the place
position = self.link_tweet_to_place(tweet, actual_place)
# We found a place, so lets move on to the next weet
break
return Repository.read(tweet.id)
def test_processor_creates_a_tweet_in_the_database(self):
processor = Processor()
processor.process(self.tweet)
stored_tweet = Repository.read('6969')
assert stored_tweet.id == '6969'