def test_standings(self):
for index, testdata in self.testdata.items():
tournament, teams = self.setup_testdata(testdata)
for metrics in testdata["rankings"].keys():
with self.subTest(index=index, metrics=metrics):
generator = TeamStandingsGenerator(metrics, self.rankings)
with suppress_logs('standings.teams', logging.INFO), \
suppress_logs('standings.metrics', logging.INFO):
standings = generator.generate(
tournament.team_set.all())
self.assertEqual(len(standings),
len(testdata["standings"]))
self.assertEqual(standings.metric_keys, list(metrics))
for teamname, expected in testdata["standings"].items():
team = teams[teamname]
standing = standings.get_standing(team)
for metric in metrics:
self.assertEqual(standing.metrics[metric],
expected[metric])
ranked_teams = [
teams[x] for x in testdata["rankings"][metrics]
]
self.assertEqual(ranked_teams,
standings.get_instance_list())
def test_teamscore_field_points(self, result, testdata, scoresheet_type):
for side in self.SIDES:
points = 1 if side == testdata[scoresheet_type]['winner'] else 0
with suppress_logs('results.result', logging.WARNING):
self.assertEqual(points,
self._get_teamscore_in_db(side).points)
self.assertEqual(points, result.teamscore_field_points(side))
def test_adj_on_adj_multiple_submission(self):
debate = self._create_debate((0, 1), (0, 1, 2), "aan")
for a in (1, 2):
with suppress_logs('results.models', logging.WARNING): # suppress duplicate confirmed warning
self._create_feedback(self._da(debate, 0), a)
feedback2 = self._create_feedback(self._da(debate, 0), a)
self.assertExpectedFromAdjudicatorTracker(debate, 0, a, True, True, 1, [feedback2])
def test_wbw_first(self):
# tests wbw when it appears as the first metric
generator = TeamStandingsGenerator(('wbw', ), ())
with suppress_logs('standings.teams', logging.INFO):
standings = self.get_standings(generator)
self.assertEqual(standings.get_standing(self.team1).metrics['wbw1'], 2)
self.assertEqual(standings.get_standing(self.team2).metrics['wbw1'], 0)
def test_adj_on_adj_multiple_submission(self):
debate = self._create_debate((0, 1), (0, 1, 2), "aan")
for a in (1, 2):
with suppress_logs('results.models', logging.WARNING): # suppress duplicate confirmed warning
self._create_feedback(self._da(debate, 0), a)
feedback2 = self._create_feedback(self._da(debate, 0), a)
self.assertExpectedFromAdjudicatorTracker(debate, 0, a, True, True, 1, [feedback2])
def test_wbw_tied(self):
# npullups should be 0 for both teams, so is a tied first metric,
# allowing wbw to be tested as a second metric (the normal use case)
generator = TeamStandingsGenerator(('npullups', 'wbw'), ())
with suppress_logs('standings.teams', logging.INFO):
standings = self.get_standings(generator)
self.assertEqual(standings.get_standing(self.team1).metrics['wbw1'], 2)
self.assertEqual(standings.get_standing(self.team2).metrics['wbw1'], 0)
def test_draw_strength(self):
generator = TeamStandingsGenerator(('draw_strength', ), ())
with suppress_logs('standings.teams', logging.INFO):
standings = self.get_standings(generator)
self.assertEqual(
standings.get_standing(self.team1).metrics['draw_strength'], 0)
# losing team has faced winning team twice, so draw strength is 2 * 2 = 4
self.assertEqual(
standings.get_standing(self.team2).metrics['draw_strength'], 4)
def test_teamscore_field_votes_given(self, result, testdata,
scoresheet_type):
for side, votes in zip(self.SIDES,
testdata[scoresheet_type]['num_adjs_for_team']):
with suppress_logs('results.result', logging.WARNING):
self.assertEqual(votes,
self._get_teamscore_in_db(side).votes_given)
self.assertEqual(votes,
result.teamscore_field_votes_given(side))
def test_teamscore_field_score_everyone(self, result, testdata,
scoresheet_type):
for side, total in zip(self.SIDES,
testdata['common']['everyone_totals']):
with suppress_logs('results.result', logging.WARNING):
self.assertAlmostEqual(total,
self._get_teamscore_in_db(side).score)
self.assertAlmostEqual(total,
result.teamscore_field_score(side))
def test_teamscore_field_margin_everyone(self, result, testdata,
scoresheet_type):
for side, margin in zip(self.SIDES,
testdata['common']['everyone_margins']):
with suppress_logs('results.result', logging.WARNING):
self.assertAlmostEqual(margin,
self._get_teamscore_in_db(side).margin)
self.assertAlmostEqual(margin,
result.teamscore_field_margin(side))
def test_speaker_scores_everyone(self, result, testdata, scoresheet_type):
for side, totals in zip(self.SIDES,
testdata['common']['everyone_scores']):
for pos, score in enumerate(totals, start=1):
with suppress_logs('results.result', logging.WARNING):
self.assertAlmostEqual(
score,
self._get_speakerscore_in_db(side, pos).score)
self.assertAlmostEqual(
score, result.speakerscore_field_score(side, pos))
def test_draw_strength_speaks(self):
generator = TeamStandingsGenerator(('draw_strength_speaks', ), ())
with suppress_logs('standings.teams', logging.INFO):
standings = self.get_standings(generator)
# teams have faced each other twice, so draw strength is twice opponent's score
self.assertEqual(
standings.get_standing(self.team1).metrics['draw_strength_speaks'],
394)
self.assertEqual(
standings.get_standing(self.team2).metrics['draw_strength_speaks'],
406)
def test_initially_unknown_sides(self):
self._unset_sides()
testdata = self.testdata['high']
self.save_complete_result(testdata,
post_create=lambda result: result.set_sides(*self.teams))
result = self.get_result()
# Just check a couple of fields
winner = testdata['high-required']['winner']
for side, margin in zip(self.SIDES, testdata['high-required']['majority_margins']):
with suppress_logs('results.result', logging.WARNING):
self.assertEqual(self._get_teamscore_in_db(side).win, side == winner)
self.assertEqual(result.teamscorefield_win(side), side == winner)
self.assertAlmostEqual(self._get_teamscore_in_db(side).margin, margin)
self.assertAlmostEqual(result.teamscorefield_margin(side), margin)
def save_blank_result(self, nadjs=3, nspeakers=3):
self.set_tournament_preference('debate_rules', 'substantive_speakers', nspeakers)
# set debate adjudicators (depends on how many adjs there are, so can't do in setUp())
self.debate.adjudicators.chair = self.adjs[0]
self.debate.adjudicators.panellists = self.adjs[1:nadjs]
with suppress_logs('adjallocation.allocation', logging.INFO):
self.debate.adjudicators.save()
# unconfirm existing ballots
self.debate.ballotsubmission_set.update(confirmed=False)
ballotsub = BallotSubmission.objects.create(debate=self.debate, confirmed=True,
submitter_type=BallotSubmission.SUBMITTER_TABROOM)
return self.debate_result_class(ballotsub)
def run_test_for_error_response(self, expected_loglevel, error_type):
url = self.reverse_round('draw-create')
with self.assertLogs('draw.views', level=expected_loglevel) as cm, \
suppress_logs('standings.metrics', logging.INFO):
response = self.client.post(url, follow=True)
# Check that it logged something at the correct level (WARNING or ERROR), depending on the error
self.assertEqual(cm.records[0].levelno, expected_loglevel)
self.assertEqual(cm.records[0].exc_info[0], error_type)
# Check that it redirects appropriately
self.assertRedirects(response, self.reverse_round('availability-index'))
# Check that there is a message at level ERROR
messages = response.context.get('messages', [])
self.assertEqual(len(messages), 1)
message = list(messages)[0]
self.assertEqual(message.level, ERROR)
def save_complete_result(self, testdata, post_create=None):
nspeakers = testdata['num_speakers_per_team']
result = self.save_blank_result(nadjs=testdata['num_adjs'], nspeakers=nspeakers)
if post_create:
post_create(result)
for side, team in zip(self.SIDES, self.teams):
speakers = team.speaker_set.all()[0:nspeakers]
for pos, speaker in enumerate(speakers, start=1):
result.set_speaker(side, pos, speaker)
result.set_speaker(side, nspeakers+1, speakers[0])
# ghost fields should be False by default
self.save_scores_to_result(testdata, result)
with suppress_logs('results.result', logging.WARNING):
result.save()
def run_test_for_error_response(self, expected_loglevel, error_type):
url = self.reverse_round('draw-create')
with self.assertLogs('draw.views', level=expected_loglevel) as cm, \
suppress_logs('standings.metrics', logging.INFO):
response = self.client.post(url, follow=True)
# Check that it logged something at the correct level (WARNING or ERROR), depending on the error
self.assertEqual(cm.records[0].levelno, expected_loglevel)
self.assertEqual(cm.records[0].exc_info[0], error_type)
# Check that it redirects appropriately
self.assertRedirects(response,
self.reverse_round('availability-index'))
# Check that there is a message at level ERROR
messages = response.context.get('messages', [])
self.assertEqual(len(messages), 1)
message = list(messages)[0]
self.assertEqual(message.level, ERROR)
def test_view_enabled(self):
# Suppress standings queryset info logging
with suppress_logs('standings.metrics', logging.INFO):
super().test_view_enabled()
def test_unset_preference(self):
with suppress_logs('standings.metrics', logging.INFO):
super().test_unset_preference()
def get_standings(self, generator):
with suppress_logs('standings.metrics', logging.INFO):
standings = generator.generate(self.tournament.team_set.all())
return standings
def test_teamscorefield_votes_given(self, result, testdata, scoresheet_type):
for side, votes in zip(self.SIDES, testdata[scoresheet_type]['num_adjs_for_team']):
with suppress_logs('results.result', logging.WARNING):
self.assertEqual(votes, self._get_teamscore_in_db(side).votes_given)
self.assertEqual(votes, result.teamscorefield_votes_given(side))
def test_teamscorefield_margin_everyone(self, result, testdata, scoresheet_type):
for side, margin in zip(self.SIDES, testdata['common']['everyone_margins']):
with suppress_logs('results.result', logging.WARNING):
self.assertAlmostEqual(margin, self._get_teamscore_in_db(side).margin)
self.assertAlmostEqual(margin, result.teamscorefield_margin(side))
def test_teamscorefield_score_everyone(self, result, testdata, scoresheet_type):
for side, total in zip(self.SIDES, testdata['common']['everyone_totals']):
with suppress_logs('results.result', logging.WARNING):
self.assertAlmostEqual(total, self._get_teamscore_in_db(side).score)
self.assertAlmostEqual(total, result.teamscorefield_score(side))
def test_teamscorefield_win(self, result, testdata, scoresheet_type):
for side in self.SIDES:
win = side == testdata[scoresheet_type]['winner']
with suppress_logs('results.result', logging.WARNING):
self.assertEqual(win, self._get_teamscore_in_db(side).win)
self.assertEqual(win, result.teamscorefield_win(side))
def test_teamscorefield_points(self, result, testdata, scoresheet_type):
for side in self.SIDES:
points = 1 if side == testdata[scoresheet_type]['winner'] else 0
with suppress_logs('results.result', logging.WARNING):
self.assertEqual(points, self._get_teamscore_in_db(side).points)
self.assertEqual(points, result.teamscorefield_points(side))
def test_speaker_scores_everyone(self, result, testdata, scoresheet_type):
for side, totals in zip(self.SIDES, testdata['common']['everyone_scores']):
for pos, score in enumerate(totals, start=1):
with suppress_logs('results.result', logging.WARNING):
self.assertAlmostEqual(score, self._get_speakerscore_in_db(side, pos).score)
self.assertAlmostEqual(score, result.get_speaker_score(side, pos))
def test_majority_adjudicators(self, result, testdata, scoresheet_type):
majority = [self.adjs[i] for i in testdata[scoresheet_type]['majority_adjs']]
with suppress_logs('results.result', logging.WARNING):
self.assertCountEqual(majority, result.majority_adjudicators())
def test_set_preference(self):
# Suppress standings queryset info logging
with suppress_logs('standings.metrics', logging.INFO):
super().test_set_preference()
def test_view_enabled(self):
with suppress_logs('standings.metrics', logging.INFO):
super().test_view_enabled()
def test_set_preference(self):
# Suppress standings queryset info logging
with suppress_logs('standings.metrics', logging.INFO):
super().test_set_preference()