def test_clasified_points(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
clasified = ranking_view.get_clasified()
success_index = ranking_view.success_index()
possible_answers = clasified[0]["possible_answers"]
actual_answers = clasified[0]["actual_answers"]
expected_points1 = (success_index*actual_answers - (possible_answers-actual_answers))*possible_answers
self.assertEquals(clasified[0]['points'], expected_points1)
possible_answers = clasified[1]["possible_answers"]
actual_answers = clasified[1]["actual_answers"]
expected_points1 = (success_index*actual_answers - (possible_answers-actual_answers))*possible_answers
self.assertEquals(clasified[1]['points'], expected_points1)
possible_answers = clasified[2]["possible_answers"]
actual_answers = clasified[2]["actual_answers"]
expected_points1 = (success_index*actual_answers - (possible_answers-actual_answers))*possible_answers
self.assertEquals(clasified[2]['points'], expected_points1)
possible_answers = clasified[3]["possible_answers"]
actual_answers = clasified[3]["actual_answers"]
expected_points1 = (success_index*actual_answers - (possible_answers-actual_answers))*possible_answers
self.assertEquals(clasified[3]['points'], expected_points1)
def test_mixin(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
ranking = ranking_view.get_ranking()
self.assertEquals(len(ranking), 4)
def test_mixin(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
ranking = ranking_view.get_ranking()
self.assertEquals(len(ranking), 4)
def test_get_clasified_answered_and_questions_num(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
clasified = ranking_view.get_clasified()
self.assertEquals(clasified[0]['id'], self.candidate1.id)
self.assertEquals(clasified[0]['name'], self.candidate1.name)
self.assertEquals(clasified[0]['candidate'],
self.candidate1.relation.candidate)
self.assertEquals(clasified[0]['possible_answers'], 4)
self.assertEquals(clasified[1]['name'], self.candidate2.name)
self.assertEquals(clasified[1]['id'], self.candidate2.id)
self.assertEquals(clasified[1]['candidate'],
self.candidate2.relation.candidate)
self.assertEquals(clasified[1]['possible_answers'], 4)
self.assertEquals(clasified[2]['name'], self.candidate3.name)
self.assertEquals(clasified[2]['id'], self.candidate3.id)
self.assertEquals(clasified[2]['candidate'],
self.candidate3.relation.candidate)
self.assertEquals(clasified[2]['possible_answers'], 4)
self.assertEquals(clasified[3]['name'], self.candidate4.name)
self.assertEquals(clasified[3]['id'], self.candidate4.id)
self.assertEquals(clasified[3]['candidate'],
self.candidate4.relation.candidate)
self.assertEquals(clasified[3]['possible_answers'], 3)
self.assertEquals(clasified[0]['actual_answers'], 3)
self.assertEquals(clasified[1]['actual_answers'], 2)
self.assertEquals(clasified[2]['actual_answers'], 0)
self.assertEquals(clasified[3]['actual_answers'], 1)
def test_get_clasified_answered_and_questions_num(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = self.election.candidates.all()
clasified = ranking_view.get_clasified()
self.assertEquals(clasified[0]['id'], self.candidate1.id)
self.assertEquals(clasified[0]['name'], self.candidate1.name)
self.assertEquals(clasified[0]['candidate'], self.candidate1)
self.assertEquals(clasified[0]['possible_answers'], 4)
self.assertEquals(clasified[1]['name'], self.candidate2.name)
self.assertEquals(clasified[1]['id'], self.candidate2.id)
self.assertEquals(clasified[1]['candidate'], self.candidate2)
self.assertEquals(clasified[1]['possible_answers'], 4)
self.assertEquals(clasified[2]['name'], self.candidate3.name)
self.assertEquals(clasified[2]['id'], self.candidate3.id)
self.assertEquals(clasified[2]['candidate'], self.candidate3)
self.assertEquals(clasified[2]['possible_answers'], 4)
self.assertEquals(clasified[3]['name'], self.candidate4.name)
self.assertEquals(clasified[3]['id'], self.candidate4.id)
self.assertEquals(clasified[3]['candidate'], self.candidate4)
self.assertEquals(clasified[3]['possible_answers'], 3)
self.assertEquals(clasified[0]['actual_answers'], 3)
self.assertEquals(clasified[1]['actual_answers'], 2)
self.assertEquals(clasified[2]['actual_answers'], 0)
self.assertEquals(clasified[3]['actual_answers'], 1)
def test_get_ordered_clasified(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
ordered = ranking_view.get_ordered()
self.assertEquals(ordered[0]['candidate'], self.candidate1.relation.candidate)
self.assertEquals(ordered[3]['candidate'], self.candidate3.relation.candidate)
def test_get_all_messages(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
self.assertEquals(ranking_view.all_messages().count(), 4)
self.assertIn(self.message1, ranking_view.all_messages())
self.assertIn(self.message2, ranking_view.all_messages())
self.assertIn(self.message3, ranking_view.all_messages())
self.assertIn(self.message4, ranking_view.all_messages())
def test_get_bad_ones(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 2)
self.assertEquals(bad[0]['candidate'], self.candidate3.relation.candidate)
is_candidate2_or_4 = bad[1]['candidate'] == self.candidate2.relation.candidate \
or bad[1]['candidate'] == self.candidate4.relation.candidate
self.assertTrue(is_candidate2_or_4)
def test_get_ordered_clasified(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
ordered = ranking_view.get_ordered()
self.assertEquals(ordered[0]['candidate'],
self.candidate1.relation.candidate)
self.assertEquals(ordered[3]['candidate'],
self.candidate3.relation.candidate)
def test_if_there_are_no_answers_then_good_and_bad_are_empty(self):
VotaInteligenteAnswer.objects.all().delete()
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 0)
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 0)
def test_get_good_ones(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = self.election.candidates.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 2)
self.assertEquals(good[0]['candidate'], self.candidate1)
is_candidate2_or_4 = good[1]['candidate'] == self.candidate2 \
or good[1]['candidate'] == self.candidate4
self.assertTrue(is_candidate2_or_4)
def test_if_there_are_no_answers_then_good_and_bad_are_empty(self):
VotaInteligenteAnswer.objects.all().delete()
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 0)
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 0)
def test_it_does_only_include_persons_with_answers_in_the_good_ones(self):
VotaInteligenteAnswer.objects.exclude(person=self.candidate1).delete()
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 1)
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 3)
def test_get_bad_ones(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 2)
self.assertEquals(bad[0]['candidate'],
self.candidate3.relation.candidate)
is_candidate2_or_4 = bad[1]['candidate'] == self.candidate2.relation.candidate \
or bad[1]['candidate'] == self.candidate4.relation.candidate
self.assertTrue(is_candidate2_or_4)
def test_it_does_only_include_persons_with_answers_in_the_good_ones(self):
VotaInteligenteAnswer.objects.exclude(person=self.candidate1).delete()
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 1)
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 3)
def test_if_there_are_no_messages_and_no_answers_then_good_and_bad_are_empty(
self):
#Yuuuhuuu back to writing long test names
VotaInteligenteMessage.objects.all().delete()
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 0)
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 0)
def test_if_there_are_no_messages_and_no_answers_then_good_and_bad_are_empty(self):
#Yuuuhuuu back to writing long test names
VotaInteligenteMessage.objects.all().delete()
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
good = ranking_view.get_good()
self.assertEquals(len(good), 0)
bad = ranking_view.get_bad()
self.assertEquals(len(bad), 0)
def test_clasified_points(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
clasified = ranking_view.get_clasified()
success_index = ranking_view.success_index()
possible_answers = clasified[0]["possible_answers"]
actual_answers = clasified[0]["actual_answers"]
expected_points1 = (
success_index * actual_answers -
(possible_answers - actual_answers)) * possible_answers
self.assertEquals(clasified[0]['points'], expected_points1)
possible_answers = clasified[1]["possible_answers"]
actual_answers = clasified[1]["actual_answers"]
expected_points1 = (
success_index * actual_answers -
(possible_answers - actual_answers)) * possible_answers
self.assertEquals(clasified[1]['points'], expected_points1)
possible_answers = clasified[2]["possible_answers"]
actual_answers = clasified[2]["actual_answers"]
expected_points1 = (
success_index * actual_answers -
(possible_answers - actual_answers)) * possible_answers
self.assertEquals(clasified[2]['points'], expected_points1)
possible_answers = clasified[3]["possible_answers"]
actual_answers = clasified[3]["actual_answers"]
expected_points1 = (
success_index * actual_answers -
(possible_answers - actual_answers)) * possible_answers
self.assertEquals(clasified[3]['points'], expected_points1)
def test_get_all_messages(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
self.assertEquals(ranking_view.all_messages().count(), 4)
self.assertIn(self.message1, ranking_view.all_messages())
self.assertIn(self.message2, ranking_view.all_messages())
self.assertIn(self.message3, ranking_view.all_messages())
self.assertIn(self.message4, ranking_view.all_messages())
def test_get_all_possible_answers(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
self.assertEquals(ranking_view.all_possible_answers(), 15)
def test_get_actual_answered_questions(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
self.assertEquals(ranking_view.actual_answers(), 6)
def test_get_index(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
expected_index = float(15)/float(6)
self.assertEquals(ranking_view.success_index(), expected_index)
def test_get_index(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
expected_index = float(15) / float(6)
self.assertEquals(ranking_view.success_index(), expected_index)
def test_get_actual_answered_questions(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
self.assertEquals(ranking_view.actual_answers(), 6)
def test_get_all_possible_answers(self):
ranking_view = RankingMixin()
ranking_view.candidate_queryset = Candidate.objects.all()
self.assertEquals(ranking_view.all_possible_answers(), 15)
