def test_unicode_method_invalid_vote(self): """ Test __unicode__ str output when Opinion is invalid numerically """ invalid = Opinion(vote=-9999) self.assertEqual(invalid.__unicode__(), 'Invalid' )
def test_get_json_friendly_usa_state_counts(self):
"""
Test that the result of the json is aggregated by state correctly and
by votes so that we get back a list of items who specify state and totals
"""
question = create_question("Test Aggregation", create_category("test"))
states = ['VT','NH','MA','TX','GA','CA','WA','NC']
for region in states:
for opinion in Opinion.OPINIONS:
create_opinion(opinion[0], question, region )
#We strongly disagree with CA, for testing the majority key
create_opinion(Opinion.STRONGLY_DISAGREE, question, 'CA' )
results = question.get_json_friendly_usa_state_counts()
#Assert key structure and that there are states.length items, with 1 vote each
self.assertEqual(len(results), len(states))
for result in results:
self.assertTrue(result.get('totals'))
if result.get('state') == 'US-CA':
self.assertEqual(result.get('majority'), Opinion.vote_string(Opinion.STRONGLY_DISAGREE) )
else:
self.assertEqual(result.get('majority'), Question.MAJORITY_INCONCLUSIVE )
totals = result.get('totals')
self.assertEqual(len(totals), len(Opinion.OPINIONS))
for vote in totals:
if result.get('state') == 'US-CA':
#majority vote in this test data so we have 4 1's and a 2.
ones = [i for i in totals if i.get('votes') == 1]
self.assertEqual(len(ones), 4 )
else:
self.assertEqual(vote.get('votes'), 1)
def test_unicode_method_valid_votes(self): """ Test __unicode__ str output when Opinion's are valid should return strings within the Opinion.OPINION static """ strong_disagree = Opinion(vote=Opinion.STRONGLY_DISAGREE) disagree = Opinion(vote=Opinion.DISAGREE) neutral = Opinion(vote=Opinion.NEUTRAL) agree = Opinion(vote=Opinion.AGREE) strong_agree = Opinion(vote=Opinion.STRONGLY_AGREE) self.assertEqual(strong_disagree.__unicode__(), Opinion.vote_string(Opinion.STRONGLY_DISAGREE) ) self.assertEqual(disagree.__unicode__(), Opinion.vote_string(Opinion.DISAGREE) ) self.assertEqual(neutral.__unicode__(), Opinion.vote_string(Opinion.NEUTRAL) ) self.assertEqual(agree.__unicode__(), Opinion.vote_string(Opinion.AGREE) ) self.assertEqual(strong_agree.__unicode__(), Opinion.vote_string(Opinion.STRONGLY_AGREE) )
