class Test(DjangoTestCase):
@classmethod
def setUpClass(self):
super(Test, self).setUpClass()
self.db = Db()
self.now = utcnow()
self.today = self.now.date()
# Required objects, not actually used in test cases.
self.db.create_cache()
self.db.create_ladder()
self.s15 = self.db.create_season(id=15,
start_date=self.date(days=-200),
end_date=self.date(days=-101))
self.s16 = self.db.create_season(id=16,
start_date=self.date(days=-100),
end_date=None)
def setUp(self):
super().setUp()
cache.clear()
self.db.clear_defaults()
self.db.delete_all(keep=[Season, Cache, Ladder])
self.c = Client()
def tearDown(self):
rankings_view_client.close()
super(Test, self).tearDown()
def test_simple_gets_with_various_filtering_and_sorting(self):
p1 = self.db.create_player(tag='TL', clan='Team Liquid')
p2 = self.db.create_player(tag='TL', clan='Team Liquid')
t1 = self.db.create_team(member0=p1)
t2 = self.db.create_team(member0=p2)
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=t1.id,
league=League.GOLD,
region=Region.EU,
race0=Race.TERRAN,
points=20,
mmr=3,
version=Version.LOTV,
wins=100,
losses=100),
dict(team_id=t2.id,
league=League.PLATINUM,
region=Region.AM,
race0=Race.ZERG,
points=40,
mmr=4,
version=Version.LOTV,
wins=200,
losses=200),
])
def get_and_check(url, *players):
response = self.c.get(url)
self.assertEqual(200, response.status_code)
teams = response.context['ladder']['teams']
self.assertEqual(len(players), len(teams))
for i, p in enumerate(players):
self.assertEqual(p.name, teams[i]['m0_name'])
get_and_check('/clan/TL/mmr/', p2, p1)
get_and_check('/clan/TL/-played/', p1, p2)
get_and_check('/clan/TL/wins/', p2, p1)
get_and_check('/clan/TL/league-points/', p2, p1)
get_and_check('/clan/TL/mmr/?f=terran', p1)
get_and_check('/clan/TL/mmr/?f=am', p2)
get_and_check('/clan/TL/mmr/?f=eu,zerg')
def test_other_clan_season_mode_version_are_excluded(self):
trs = []
p = self.db.create_player(tag='TL',
clan='Team Liquid',
season=self.s16,
mode=Mode.TEAM_1V1)
t = self.db.create_team(member0=p,
mode=p.mode,
season=p.season,
version=Version.LOTV)
trs.append(dict(team_id=t.id, mode=t.mode, version=t.version))
p1 = p
p = self.db.create_player(tag='XX',
clan='Team Liquid',
season=self.s16,
mode=Mode.TEAM_1V1)
t = self.db.create_team(member0=p,
mode=p.mode,
season=p.season,
version=Version.LOTV)
trs.append(dict(team_id=t.id, mode=t.mode, version=t.version))
p = self.db.create_player(tag='TL',
clan='Team Liquid',
season=self.s15,
mode=Mode.TEAM_1V1)
t = self.db.create_team(member0=p,
mode=p.mode,
season=p.season,
version=Version.LOTV)
trs.append(dict(team_id=t.id, mode=t.mode, version=t.version))
p = self.db.create_player(tag='TL',
clan='Team Liquid',
season=self.s16,
mode=Mode.RANDOM_2V2)
t = self.db.create_team(member0=p,
mode=p.mode,
season=p.season,
version=Version.LOTV)
trs.append(dict(team_id=t.id, mode=t.mode, version=t.version))
p = self.db.create_player(tag='TL',
clan='Team Liquid',
season=self.s16,
mode=Mode.TEAM_1V1)
t = self.db.create_team(member0=p,
mode=p.mode,
season=p.season,
version=Version.HOTS)
trs.append(dict(team_id=t.id, mode=t.mode, version=t.version))
self.db.create_ranking()
self.db.create_ranking_data(data=trs)
response = self.c.get('/clan/TL/mmr/')
self.assertEqual(200, response.status_code)
teams = response.context['ladder']['teams']
self.assertEqual(1, len(teams))
self.assertEqual(p1.name, teams[0]['m0_name'])
def test_json_get(self):
self.maxDiff = 1e9
p1 = self.db.create_player(tag='TL')
p2 = self.db.create_player(tag='TL')
t1 = self.db.create_team(member0=p1)
t2 = self.db.create_team(member0=p2)
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=t1.id,
league=League.PLATINUM,
region=Region.EU,
race0=Race.TERRAN,
points=20,
version=Version.LOTV,
wins=100,
losses=100,
mmr=3000),
dict(team_id=t2.id,
league=League.GOLD,
region=Region.AM,
race0=Race.ZERG,
points=40,
version=Version.LOTV,
wins=200,
losses=200,
mmr=2000),
])
response = self.c.get('/clan/TL/mmr/?json')
self.assertEqual(200, response.status_code)
teams = json.loads(response.content.decode('utf-8'))
self.assertTrue(teams[0].pop("age"))
self.assertTrue(teams[0].pop("data_time"))
self.assertTrue(teams[1].pop("age"))
self.assertTrue(teams[1].pop("data_time"))
self.assertEqual([
dict(
rank=1,
team_id=t1.id,
league="platinum",
tier=0,
region="eu",
m0_race="terran",
m0_name=p1.name,
m0_bnet_url=
f'https://starcraft2.com/en-gb/profile/2/1/{p1.bid}',
mmr=3000,
win_rate=50.0,
wins=100,
losses=100,
points=20.0,
),
dict(
rank=2,
team_id=t2.id,
league="gold",
tier=0,
region="am",
m0_race="zerg",
m0_name=p2.name,
m0_bnet_url=
f'https://starcraft2.com/en-gb/profile/2/1/{p2.bid}',
mmr=2000,
win_rate=50.0,
wins=200,
losses=200,
points=40.0,
),
], teams)
class Test(DjangoTestCase):
@classmethod
def setUpClass(self):
super(Test, self).setUpClass()
self.db = Db()
# Required objects, not actually used in test cases.
self.db.create_cache()
self.db.create_ladder()
self.db.create_season(id=27, version=Version.LOTV)
self.t1, self.t2, self.t3 = self.db.create_teams(count=3)
def setUp(self):
super().setUp()
self.db.clear_defaults()
self.db.delete_all(keep=[Season, Ladder, Cache])
self.c = sc2.Get(settings.DATABASES['default']['NAME'], Enums.INFO, 0)
def tearDown(self):
# Null and garbage collect to disconnect c++ code from the database (RAII).
self.c = None
gc.collect()
super().tearDown()
def test_get_team_from_ranking_with_only_one_team(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=8912),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(8912, rankings[0]["points"])
rankings = self.c.rankings_for_team(self.t1.id + 1)
self.assertEqual(0, len(rankings))
def test_get_team_from_tanking_with_two_different_teams(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=8912),
dict(team_id=self.t2.id, points=1234),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(8912, rankings[0]["points"])
rankings = self.c.rankings_for_team(self.t2.id)
self.assertEqual(1, len(rankings))
self.assertEqual(1234, rankings[0]["points"])
def test_get_team_from_ranking_with_two_rankings_from_same_team_but_different_versions_1(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=8912, version=Version.WOL),
dict(team_id=self.t1.id, points=1234, version=Version.HOTS),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(1234, rankings[0]["points"])
self.assertEqual(Version.HOTS, rankings[0]["version"])
def test_get_team_from_ranking_with_two_rankings_from_same_team_but_different_versions_2(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=8912, version=Version.WOL),
dict(team_id=self.t1.id, points=1111, version=Version.LOTV),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(1111, rankings[0]["points"])
self.assertEqual(Version.LOTV, rankings[0]["version"])
def test_get_team_from_ranking_with_two_rankings_from_same_team_but_different_versions_3(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=1234, version=Version.HOTS),
dict(team_id=self.t1.id, points=1111, version=Version.LOTV),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(1111, rankings[0]["points"])
self.assertEqual(Version.LOTV, rankings[0]["version"])
def test_get_team_from_ranking_with_tree_rankings_from_same_team_but_different_versions(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=8912, version=Version.WOL),
dict(team_id=self.t1.id, points=1234, version=Version.HOTS),
dict(team_id=self.t1.id, points=2222, version=Version.LOTV),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(2222, rankings[0]["points"])
self.assertEqual(Version.LOTV, rankings[0]["version"])
def test_get_from_ranking_with_tree_teams_of_which_one_has_all_versions_one_has_two_versions_and_one_only_wol(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, points=1, version=Version.WOL),
dict(team_id=self.t2.id, points=2, version=Version.WOL),
dict(team_id=self.t3.id, points=3, version=Version.WOL),
dict(team_id=self.t2.id, points=4, version=Version.HOTS),
dict(team_id=self.t3.id, points=5, version=Version.HOTS),
dict(team_id=self.t3.id, points=6, version=Version.LOTV),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(Version.WOL, rankings[0]["version"])
self.assertEqual(1, rankings[0]["points"])
rankings = self.c.rankings_for_team(self.t2.id)
self.assertEqual(1, len(rankings))
self.assertEqual(Version.HOTS, rankings[0]["version"])
self.assertEqual(4, rankings[0]["points"])
rankings = self.c.rankings_for_team(self.t3.id)
self.assertEqual(1, len(rankings))
self.assertEqual(Version.LOTV, rankings[0]["version"])
self.assertEqual(6, rankings[0]["points"])
class Test(DjangoTestCase):
@classmethod
def setUpClass(self):
super(Test, self).setUpClass()
self.db = Db()
self.db_name = settings.DATABASES['default']['NAME']
# Required objects, not actually used in test cases.
self.db.create_cache()
self.db.create_ladder()
self.t1, self.t2, self.t3 = self.db.create_teams(count=3)
def setUp(self):
super().setUp()
self.db.clear_defaults()
self.db.delete_all(keep=[Cache, Ladder, Team, Player])
self.db.create_season(version=Version.HOTS)
self.c = sc2.Get(self.db_name, Enums.INFO, 0)
def tearDown(self):
# Null and garbage collect to disconnect c++ code from the database.
self.c = None
gc.collect()
super().tearDown()
def test_create_stats_from_empty_ranking_data(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
])
self.db.update_ranking_stats()
for mode_id in Mode.stat_v1_ids:
stats, = json.loads(self.c.ranking_stats(mode_id))
self.assertEqual(0, sum(stats['data']))
self.assertEqual(RankingStats.V1, stats['stat_version'])
self.assertEqual(self.db.season.id, stats['season_id'])
self.assertEqual(Version.HOTS, stats['season_version'])
self.assertEqual(self.db.ranking.id, stats['id'])
self.assertEqual(RankingStats.V1_DATA_COUNT * RankingStats.V1_DATA_SIZE, len(stats['data']))
def test_create_stats_from_lotv_season_gets_correct_version(self):
self.db.create_season(id=17, version=Version.LOTV)
self.db.create_ranking()
self.db.create_ranking_data(data=[])
self.db.update_ranking_stats()
stats, = json.loads(self.c.ranking_stats(Mode.TEAM_1V1))
self.assertEqual(RankingStats.V1, stats['stat_version'])
self.assertEqual(self.db.season.id, stats['season_id'])
self.assertEqual(Version.LOTV, stats['season_version'])
self.assertEqual(self.db.ranking.id, stats['id'])
self.assertEqual(RankingStats.V1_DATA_COUNT * RankingStats.V1_DATA_SIZE, len(stats['data']))
self.assertEqual(0, sum(stats['data']))
def test_create_stats_from_lotv_season_with_archon_mode_is_calculated_correctly(self):
self.db.default_ranking_data__data = dict(
mode=Mode.TEAM_1V1,
version=Version.LOTV,
region=Region.EU,
league=League.GOLD,
race0=Race.ZERG
)
self.db.create_season(id=17, version=Version.LOTV)
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(wins=10, losses=10, points=10.0, race0=Race.ZERG, mode=Mode.RANDOM_2V2),
dict(wins=20, losses=21, points=22.0, race0=Race.TERRAN, mode=Mode.ARCHON),
dict(wins=30, losses=31, points=32.0, race0=Race.PROTOSS, mode=Mode.TEAM_1V1),
])
self.db.update_ranking_stats()
stats, = json.loads(self.c.ranking_stats(Mode.RANDOM_2V2))
self.assertEqual(1 + 10 + 10 + 10, sum(stats['data']))
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.LOTV_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.ZERG_INDEX)
self.assertEqual([1, 10, 10, 10], stats['data'][index: index + 4])
stats, = json.loads(self.c.ranking_stats(Mode.ARCHON))
self.assertEqual(1 + 20 + 21 + 22, sum(stats['data']))
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.LOTV_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.TERRAN_INDEX)
self.assertEqual([1, 20, 21, 22], stats['data'][index: index + 4])
stats, = json.loads(self.c.ranking_stats(Mode.TEAM_1V1))
self.assertEqual(1 + 30 + 31 + 32, sum(stats['data']))
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.LOTV_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.PROTOSS_INDEX)
self.assertEqual([1, 30, 31, 32], stats['data'][index: index + 4])
def test_create_stats_with_different_archon_versions_is_calculated_correctly(self):
self.db.default_ranking_data__data = dict(
mode=Mode.ARCHON,
version=Version.LOTV,
region=Region.EU,
league=League.GOLD,
race0=Race.ZERG
)
self.db.create_season(id=17, version=Version.LOTV)
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(wins=10, losses=10, points=10.0, version=Version.WOL),
dict(wins=20, losses=21, points=22.0, version=Version.HOTS),
dict(wins=30, losses=31, points=32.0, version=Version.LOTV),
])
self.db.update_ranking_stats()
stats, = json.loads(self.c.ranking_stats(Mode.ARCHON))
self.assertEqual(3 + 60 + 62 + 64, sum(stats['data']))
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.WOL_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.ZERG_INDEX)
self.assertEqual([1, 10, 10, 10], stats['data'][index: index + 4])
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.HOTS_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.ZERG_INDEX)
self.assertEqual([1, 20, 21, 22], stats['data'][index: index + 4])
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.LOTV_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.ZERG_INDEX)
self.assertEqual([1, 30, 31, 32], stats['data'][index: index + 4])
def test_create_stats_using_two_teams_that_sums(self):
self.db.default_ranking_data__data = dict(
mode=Mode.TEAM_1V1,
version=Version.HOTS,
region=Region.EU,
league=League.GOLD,
race0=Race.ZERG
)
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(wins=10, losses=10, points=10.0),
dict(wins=20, losses=21, points=22.0),
])
self.db.update_ranking_stats()
for mode_id in Mode.stat_v1_ids:
if mode_id == Mode.TEAM_1V1:
continue
stats, = json.loads(self.c.ranking_stats(mode_id))
self.assertEqual(0, sum(stats['data']))
stats, = json.loads(self.c.ranking_stats(Mode.TEAM_1V1))
self.assertEqual(RankingStats.V1, stats['stat_version'])
self.assertEqual(self.db.season.id, stats['season_id'])
self.assertEqual(Version.HOTS, stats['season_version'])
self.assertEqual(self.db.ranking.id, stats['id'])
self.assertEqual(RankingStats.V1_DATA_COUNT * RankingStats.V1_DATA_SIZE, len(stats['data']))
self.assertEqual(2 + 30 + 31 + 32, sum(stats['data']))
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.HOTS_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.ZERG_INDEX)
self.assertEqual([2, 30, 31, 32], stats['data'][index: index + 4])
def test_creating_stats_for_three_teams_with_different_parameters(self):
self.db.default_ranking_data__data = dict(
mode=Mode.RANDOM_4V4,
version=Version.HOTS,
region=Region.EU,
league=League.GOLD,
race0=Race.ZERG
)
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t1.id, wins=10, losses=11, points=12.0, region=Region.CN),
dict(team_id=self.t2.id, wins=20, losses=21, points=22.0, race0=Race.TERRAN),
dict(team_id=self.t3.id, wins=30, losses=31, points=32.0, league=League.PLATINUM),
])
self.db.update_ranking_stats()
for mode_id in Mode.stat_v1_ids:
if mode_id == Mode.RANDOM_4V4:
continue
stats, = json.loads(self.c.ranking_stats(mode_id))
self.assertEqual(0, sum(stats['data']))
stats, = json.loads(self.c.ranking_stats(Mode.RANDOM_4V4))
self.assertEqual(3 + 60 + 63 + 66, sum(stats['data']))
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.HOTS_INDEX,
Region.CN_INDEX, League.GOLD_INDEX, Race.ZERG_INDEX)
self.assertEqual([1, 10, 11, 12], stats['data'][index: index + 4])
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.HOTS_INDEX,
Region.EU_INDEX, League.GOLD_INDEX, Race.TERRAN_INDEX)
self.assertEqual([1, 20, 21, 22], stats['data'][index: index + 4])
index = RankingStats.raw_v1_index(RankingStats.V1_DATA_SIZE, Version.HOTS_INDEX,
Region.EU_INDEX, League.PLATINUM_INDEX, Race.ZERG_INDEX)
self.assertEqual([1, 30, 31, 32], stats['data'][index: index + 4])
class Test(DjangoTestCase):
@classmethod
def setUpClass(self):
super(Test, self).setUpClass()
self.db = Db()
# Required objects, not actually used in test cases.
self.db.create_cache()
self.db.create_ladder()
self.db.create_season(id=29, version=Version.LOTV)
self.t1, self.t2, self.t3, self.t4, self.t5 = self.db.create_teams(count=5)
def setUp(self):
super().setUp()
self.db.clear_defaults()
self.db.delete_all(keep=[Season, Ladder, Cache])
self.c = sc2.Get(settings.DATABASES['default']['NAME'], Enums.INFO, 0)
def tearDown(self):
# Null and garbage collect to disconnect c++ code from the database (RAII).
self.c = None
gc.collect()
super().tearDown()
def test_all_races_are_found_and_returned(self):
self.db.create_ranking()
self.db.create_ranking_data(raw=False, data=[
dict(team_id=self.t1.id, race0=Race.UNKNOWN, mmr=1),
dict(team_id=self.t1.id, race0=Race.ZERG, mmr=2),
dict(team_id=self.t1.id, race0=Race.PROTOSS, mmr=6),
dict(team_id=self.t1.id, race0=Race.TERRAN, mmr=5),
dict(team_id=self.t1.id, race0=Race.RANDOM, mmr=4),
])
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(5, len(rankings))
self.assertEqual(Race.UNKNOWN, rankings[0]["race0"])
self.assertEqual(Race.ZERG, rankings[1]["race0"])
self.assertEqual(Race.PROTOSS, rankings[2]["race0"])
self.assertEqual(Race.TERRAN, rankings[3]["race0"])
self.assertEqual(Race.RANDOM, rankings[4]["race0"])
self.assertEqual(False, rankings[0]["best_race"])
self.assertEqual(False, rankings[1]["best_race"])
self.assertEqual(True, rankings[2]["best_race"])
self.assertEqual(False, rankings[3]["best_race"])
self.assertEqual(False, rankings[4]["best_race"])
def test_all_races_and_all_versions_are_present_at_end_of_ranking(self):
teams = [self.t2, self.t3, self.t4, self.t5, self.t1]
self.db.create_ranking()
data = []
mmr = 0
for team in teams:
mmr += 100
for version in Version.ids:
for race in Race.ranking_ids:
if race != Race.UNKNOWN:
data.append(dict(team_id=team.id, race0=race, mmr=mmr + race, version=version))
self.db.create_ranking_data(raw=False, data=data)
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(4, len(rankings))
self.assertEqual(Race.ZERG, rankings[0]["race0"])
self.assertEqual(Race.PROTOSS, rankings[1]["race0"])
self.assertEqual(Race.TERRAN, rankings[2]["race0"])
self.assertEqual(Race.RANDOM, rankings[3]["race0"])
self.assertEqual(500, rankings[0]["mmr"])
self.assertEqual(501, rankings[1]["mmr"])
self.assertEqual(502, rankings[2]["mmr"])
self.assertEqual(503, rankings[3]["mmr"])
self.assertEqual(Version.LOTV, rankings[0]["version"])
self.assertEqual(Version.LOTV, rankings[1]["version"])
self.assertEqual(Version.LOTV, rankings[2]["version"])
self.assertEqual(Version.LOTV, rankings[3]["version"])
self.assertEqual(False, rankings[0]["best_race"])
self.assertEqual(False, rankings[1]["best_race"])
self.assertEqual(False, rankings[2]["best_race"])
self.assertEqual(True, rankings[3]["best_race"])
def test_all_races_and_all_versions_are_present_at_beginning_of_ranking(self):
teams = [self.t1, self.t2, self.t3, self.t4, self.t5]
self.db.create_ranking()
data = []
mmr = 0
for team in teams:
mmr += 100
for version in Version.ids:
for race in Race.ranking_ids:
if race != Race.UNKNOWN:
data.append(dict(team_id=team.id, race0=race, mmr=mmr + race, version=version))
self.db.create_ranking_data(raw=False, data=data)
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(4, len(rankings))
self.assertEqual(Race.ZERG, rankings[0]["race0"])
self.assertEqual(Race.PROTOSS, rankings[1]["race0"])
self.assertEqual(Race.TERRAN, rankings[2]["race0"])
self.assertEqual(Race.RANDOM, rankings[3]["race0"])
self.assertEqual(100, rankings[0]["mmr"])
self.assertEqual(101, rankings[1]["mmr"])
self.assertEqual(102, rankings[2]["mmr"])
self.assertEqual(103, rankings[3]["mmr"])
self.assertEqual(Version.LOTV, rankings[0]["version"])
self.assertEqual(Version.LOTV, rankings[1]["version"])
self.assertEqual(Version.LOTV, rankings[2]["version"])
self.assertEqual(Version.LOTV, rankings[3]["version"])
self.assertEqual(False, rankings[0]["best_race"])
self.assertEqual(False, rankings[1]["best_race"])
self.assertEqual(False, rankings[2]["best_race"])
self.assertEqual(True, rankings[3]["best_race"])
def test_finds_one_wol_race_among_many(self):
teams = [self.t2, self.t3, self.t4, self.t5]
self.db.create_ranking()
data = []
mmr = 0
for team in teams:
mmr += 100
for version in Version.ids:
for race in Race.ranking_ids:
if race != Race.UNKNOWN:
data.append(dict(team_id=team.id, race0=race, mmr=mmr + race, version=version))
data.append(dict(team_id=self.t1.id, race0=Race.ZERG, mmr=120, version=Version.WOL))
self.db.create_ranking_data(raw=False, data=data)
rankings = self.c.rankings_for_team(self.t1.id)
self.assertEqual(1, len(rankings))
self.assertEqual(Race.ZERG, rankings[0]["race0"])
self.assertEqual(120, rankings[0]["mmr"])
self.assertEqual(Version.WOL, rankings[0]["version"])
self.assertEqual(True, rankings[0]["best_race"])
def test_finds_one_among_many_of_same_version__this_was_a_bug__returned_teams_after(self):
self.db.create_ranking()
self.db.create_ranking_data(raw=False, data=[
dict(team_id=self.t1.id, race0=Race.UNKNOWN),
dict(team_id=self.t1.id, race0=Race.ZERG),
dict(team_id=self.t1.id, race0=Race.PROTOSS),
dict(team_id=self.t1.id, race0=Race.RANDOM),
dict(team_id=self.t1.id, race0=Race.TERRAN),
dict(team_id=self.t2.id, race0=Race.UNKNOWN),
dict(team_id=self.t2.id, race0=Race.ZERG),
dict(team_id=self.t2.id, race0=Race.PROTOSS),
dict(team_id=self.t2.id, race0=Race.RANDOM),
dict(team_id=self.t2.id, race0=Race.TERRAN),
dict(team_id=self.t3.id, race0=Race.UNKNOWN),
dict(team_id=self.t4.id, race0=Race.UNKNOWN),
dict(team_id=self.t4.id, race0=Race.ZERG),
dict(team_id=self.t4.id, race0=Race.PROTOSS),
dict(team_id=self.t4.id, race0=Race.RANDOM),
])
rankings = self.c.rankings_for_team(self.t3.id)
self.assertEqual(1, len(rankings))
def test_find_latest_version_in_same_window__this_was_a_bug_returned_both_versions(self):
self.db.create_ranking()
self.db.create_ranking_data(raw=False, data=[
dict(team_id=self.t1.id, mode=Mode.RANDOM_2V2, version=Version.WOL),
dict(team_id=self.t2.id, mode=Mode.RANDOM_2V2, version=Version.WOL),
dict(team_id=self.t3.id, mode=Mode.RANDOM_2V2, version=Version.WOL),
dict(team_id=self.t3.id, mode=Mode.RANDOM_2V2, version=Version.LOTV),
dict(team_id=self.t4.id, mode=Mode.RANDOM_2V2, version=Version.WOL),
])
rankings = self.c.rankings_for_team(self.t3.id)
self.assertEqual(1, len(rankings))
class Test(DjangoTestCase):
@classmethod
def setUpClass(self):
super(Test, self).setUpClass()
self.db = Db()
# Required objects, not actually used in test cases.
self.db.create_cache()
self.db.create_ladder()
self.db.create_season()
self.teams = self.db.create_teams(count=20)
for i, team in enumerate(self.teams):
setattr(self, 't%d' % i, team)
setattr(self, 't%d_i' % i, team.id)
setattr(self, 't%d_m0_n' % i, team.member0.name)
setattr(self, 't%d_m0_i' % i, team.member0.id)
def setUp(self):
super().setUp()
cache.clear()
self.db.clear_defaults()
self.db.delete_all(keep=[Season, Cache, Ladder, Team, Player])
self.c = Client()
# Change page size for easier testing.
main.views.ladder.PAGE_SIZE = 10
def tearDown(self):
rankings_view_client.close()
super(Test, self).tearDown()
def get_page(self, url, content=["rank", "team_id"], page_size=10):
""" Get the page and per team on page return the data indexed by content arg. """
main.views.ladder.PAGE_SIZE = page_size
cache.clear()
response = self.c.get(url)
self.assertEqual(200, response.status_code)
if len(content) == 1:
return [t[content[0]] for t in response.context['ladder']['teams']]
else:
return [
tuple(t[i] for i in content)
for t in response.context['ladder']['teams']
]
def test_simple_ladder(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t0_i, league=League.GOLD, mmr=30, tier=0),
dict(team_id=self.t1_i, league=League.PLATINUM, mmr=60, tier=1),
dict(team_id=self.t2_i, league=League.PLATINUM, mmr=50, tier=2),
])
response = self.c.get('/ladder/hots/1v1/mmr/')
self.assertEqual(200, response.status_code)
self.assertEqual(1, response.context['team_size'])
self.assertEqual(0, response.context['highlight_team_id'])
self.assertEqual(3, response.context['ladder']['count'])
self.assertEqual(0, response.context['ladder']['offset'])
page = response.context['ladder']['teams']
self.assertEqual(self.t1_m0_n, page[0]["m0_name"])
self.assertEqual(self.t2_m0_n, page[1]["m0_name"])
self.assertEqual(self.t0_m0_n, page[2]["m0_name"])
def test_two_players_with_the_same_mmr_should_get_same_rank(self):
self.db.create_ranking()
self.db.create_ranking_data(data=[
dict(team_id=self.t0_i, league=League.PLATINUM, mmr=50),
dict(team_id=self.t1_i, league=League.PLATINUM, mmr=50),
dict(team_id=self.t2_i, league=League.GOLD, mmr=20),
dict(team_id=self.t3_i, league=League.GOLD, mmr=20),
])
response = self.c.get('/ladder/hots/1v1/mmr/')
self.assertEqual(200, response.status_code)
page = response.context['ladder']['teams']
self.assertEqual(self.t0_m0_n, page[0]["m0_name"])
self.assertEqual(self.t1_m0_n, page[1]["m0_name"])
self.assertEqual(self.t2_m0_n, page[2]["m0_name"])
self.assertEqual(self.t3_m0_n, page[3]["m0_name"])
self.assertEqual(1, page[0]["rank"])
self.assertEqual(1, page[1]["rank"])
self.assertEqual(3, page[2]["rank"])
self.assertEqual(3, page[3]["rank"])
def test_10_players_get_the_same_rank_works_over_pages(self):
teams = self.teams
data = [dict(team_id=teams[0].id, mmr=200)]
for i in range(1, 11):
data.append(dict(team_id=teams[i].id, mmr=199))
for i in range(11, 20):
data.append(dict(team_id=teams[i].id, mmr=188))
self.db.create_ranking()
self.db.create_ranking_data(data=data)
response = self.c.get('/ladder/hots/1v1/mmr/')
self.assertEqual(200, response.status_code)
page = response.context['ladder']['teams']
# Check that the entire first page is just 1, 2, 2, .., 2
self.assertEqual(self.t0_m0_n, page[0]["m0_name"])
self.assertEqual(1, page[0]["rank"])
self.assertEqual(self.t1_m0_n, page[1]["m0_name"])
self.assertEqual(2, page[1]["rank"])
self.assertEqual(self.t9_m0_n, page[-1]["m0_name"])
self.assertEqual(2, page[-1]["rank"])
# For offset 1 team 1-10 should all have rank 2.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=1')
self.assertEqual(200, response.status_code)
page = response.context['ladder']['teams']
self.assertEqual(self.t1_m0_n, page[0]["m0_name"])
self.assertEqual(2, page[0]["rank"])
self.assertEqual(self.t10_m0_n, page[-1]["m0_name"])
self.assertEqual(2, page[-1]["rank"])
# For offset 6 team 1-5 should have rank 2 and team 6-10 should have rank 12.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=6')
self.assertEqual(200, response.status_code)
page = response.context['ladder']['teams']
self.assertEqual(self.t6_m0_n, page[0]["m0_name"])
self.assertEqual(2, page[0]["rank"])
self.assertEqual(2, page[4]["rank"])
self.assertEqual(12, page[5]["rank"])
self.assertEqual(self.t15_m0_n, page[-1]["m0_name"])
self.assertEqual(12, page[-1]["rank"])
def test_ladder_rank_sorting_sorts_on__ladder_rank__wins__losses__team_id__also_test_filters(
self):
self.db.default_ranking_data__data = dict(
version=Version.HOTS,
race0=Race.ZERG,
region=Region.EU,
)
self.db.create_ranking()
data = [
# Outside all filters.
dict(team_id=self.t11_i,
league=League.PLATINUM,
mmr=3000,
version=Version.WOL),
dict(team_id=self.t12_i,
league=League.PLATINUM,
mmr=3000,
mode=Mode.RANDOM_2V2),
# Inside most filters.
dict(team_id=self.t0_i,
league=League.BRONZE,
mmr=0,
wins=0,
losses=2,
race0=Race.TERRAN),
dict(team_id=self.t1_i,
league=League.BRONZE,
mmr=0,
wins=0,
losses=2,
region=Region.AM),
dict(team_id=self.t2_i,
league=League.BRONZE,
mmr=0,
wins=0,
losses=1),
dict(team_id=self.t3_i,
league=League.BRONZE,
mmr=0,
wins=1,
losses=1),
dict(team_id=self.t4_i,
league=League.BRONZE,
mmr=1,
wins=1,
losses=1),
dict(team_id=self.t5_i,
league=League.SILVER,
mmr=1000,
wins=0,
losses=4),
dict(team_id=self.t6_i,
league=League.GOLD,
mmr=2000,
wins=0,
losses=4),
dict(team_id=self.t7_i,
league=League.PLATINUM,
mmr=3000,
wins=0,
losses=4),
dict(team_id=self.t8_i,
league=League.DIAMOND,
mmr=4000,
wins=0,
losses=4),
dict(team_id=self.t9_i,
league=League.MASTER,
mmr=5000,
wins=0,
losses=4),
dict(team_id=self.t10_i,
league=League.GRANDMASTER,
mmr=6000,
wins=0,
losses=4),
]
shuffle(data)
self.db.create_ranking_data(data=data)
#
# Test default filtering, (0 is before 1 because lower team_id is before).
#
self.assertEqual([(1, self.t10_i), (2, self.t9_i), (3, self.t8_i),
(4, self.t7_i), (5, self.t6_i), (6, self.t5_i),
(7, self.t4_i), (8, self.t3_i), (8, self.t2_i),
(8, self.t0_i), (8, self.t1_i)],
self.get_page('/ladder/hots/1v1/mmr/', page_size=20))
self.assertEqual([
(1, self.t1_i),
(1, self.t0_i),
(1, self.t2_i),
(1, self.t3_i),
(5, self.t4_i),
(6, self.t5_i),
(7, self.t6_i),
(8, self.t7_i),
(9, self.t8_i),
(10, self.t9_i),
(11, self.t10_i),
], self.get_page('/ladder/hots/1v1/-mmr/', page_size=20))
#
# Test another version filtering.
#
self.assertEqual([(1, self.t11_i)],
self.get_page('/ladder/wol/1v1/mmr/'))
self.assertEqual([(1, self.t11_i)],
self.get_page('/ladder/wol/1v1/-mmr/'))
#
# Test another mode version filtering.
#
self.assertEqual([(1, self.t12_i)],
self.get_page('/ladder/hots/random-2v2/mmr/'))
self.assertEqual([(1, self.t12_i)],
self.get_page('/ladder/hots/random-2v2/-mmr/'))
#
# Test league filtering.
#
expected_order = []
self.assertEqual([
(1, self.t4_i),
(2, self.t3_i),
(2, self.t2_i),
(2, self.t0_i),
(2, self.t1_i),
], self.get_page('/ladder/hots/1v1/mmr/?f=bronze'))
self.assertEqual([
(1, self.t1_i),
(1, self.t0_i),
(1, self.t2_i),
(1, self.t3_i),
(5, self.t4_i),
], self.get_page('/ladder/hots/1v1/-mmr/?f=bronze'))
#
# Test race filtering.
#
self.assertEqual([(1, self.t0_i)],
self.get_page('/ladder/hots/1v1/mmr/?f=terran'))
self.assertEqual([(1, self.t0_i)],
self.get_page('/ladder/hots/1v1/-mmr/?f=terran'))
#
# Test region filtering.
#
self.assertEqual([(1, self.t1_i)],
self.get_page('/ladder/hots/1v1/mmr/?f=am'))
self.assertEqual([(1, self.t1_i)],
self.get_page('/ladder/hots/1v1/-mmr/?f=am'))
#
# Test league, region and race filtering.
#
self.assertEqual([
(1, self.t4_i),
(2, self.t3_i),
(2, self.t2_i),
], self.get_page('/ladder/hots/1v1/mmr/?f=bronze,zerg,eu'))
self.assertEqual([
(1, self.t2_i),
(1, self.t3_i),
(3, self.t4_i),
], self.get_page('/ladder/hots/1v1/-mmr/?f=bronze,zerg,eu'))
def test_league_points_sorts_on__league__tier__points__wins__losses__team_id(
self):
self.db.create_ranking()
data = [
dict(team_id=self.t0_i,
league=League.DIAMOND,
tier=2,
wins=1,
losses=1,
points=1),
dict(team_id=self.t1_i,
league=League.GOLD,
tier=0,
wins=1,
losses=1,
points=2),
dict(team_id=self.t2_i,
league=League.GOLD,
tier=1,
wins=1,
losses=1,
points=7),
dict(team_id=self.t3_i,
league=League.GOLD,
tier=1,
wins=9,
losses=1,
points=6),
dict(team_id=self.t4_i,
league=League.GOLD,
tier=1,
wins=6,
losses=5,
points=6),
dict(team_id=self.t5_i,
league=League.GOLD,
tier=1,
wins=6,
losses=8,
points=6),
dict(team_id=self.t6_i,
league=League.GOLD,
tier=1,
wins=6,
losses=8,
points=6),
dict(team_id=self.t7_i,
league=League.GOLD,
tier=2,
wins=1,
losses=1,
points=9),
dict(team_id=self.t8_i,
league=League.BRONZE,
tier=0,
wins=1,
losses=1,
points=96),
]
shuffle(data)
self.db.create_ranking_data(data=data)
self.assertEqual([
(1, self.t0_i),
(2, self.t1_i),
(3, self.t2_i),
(4, self.t3_i),
(4, self.t4_i),
(4, self.t5_i),
(4, self.t6_i),
(8, self.t7_i),
(9, self.t8_i),
], self.get_page('/ladder/hots/1v1/league-points/'))
self.assertEqual([
(1, self.t8_i),
(2, self.t7_i),
(3, self.t6_i),
(3, self.t5_i),
(3, self.t4_i),
(3, self.t3_i),
(7, self.t2_i),
(8, self.t1_i),
(9, self.t0_i),
], self.get_page('/ladder/hots/1v1/-league-points/'))
def test_games_played_sorts_on__played__mmr__wins__team_id(self):
self.db.create_ranking()
data = [
dict(team_id=self.t0_i,
league=League.SILVER,
mmr=2,
wins=9,
losses=9,
points=2),
dict(team_id=self.t1_i,
league=League.DIAMOND,
mmr=2,
wins=9,
losses=8,
points=1),
dict(team_id=self.t2_i,
league=League.BRONZE,
mmr=1,
wins=9,
losses=8,
points=9),
dict(team_id=self.t3_i,
league=League.GOLD,
mmr=1,
wins=8,
losses=9,
points=8),
dict(team_id=self.t4_i,
league=League.DIAMOND,
mmr=1,
wins=8,
losses=9,
points=7),
]
shuffle(data)
self.db.create_ranking_data(data=data)
self.assertEqual([
(1, self.t0_i),
(2, self.t1_i),
(2, self.t2_i),
(2, self.t3_i),
(2, self.t4_i),
], self.get_page('/ladder/hots/1v1/played/'))
self.assertEqual([
(1, self.t4_i),
(1, self.t3_i),
(1, self.t2_i),
(1, self.t1_i),
(5, self.t0_i),
], self.get_page('/ladder/hots/1v1/-played/'))
def test_wins_sorts_on__wins__mmr__losses__team_id(self):
self.db.create_ranking()
data = [
dict(team_id=self.t0_i,
league=League.SILVER,
mmr=1,
wins=9,
losses=8,
points=2),
dict(team_id=self.t1_i,
league=League.SILVER,
mmr=0,
wins=9,
losses=8,
points=5),
dict(team_id=self.t2_i,
league=League.DIAMOND,
mmr=0,
wins=9,
losses=9,
points=6),
dict(team_id=self.t3_i,
league=League.BRONZE,
mmr=0,
wins=8,
losses=9,
points=3),
dict(team_id=self.t4_i,
league=League.GOLD,
mmr=0,
wins=8,
losses=9,
points=7),
]
shuffle(data)
self.db.create_ranking_data(data=data)
self.assertEqual([
(1, self.t0_i),
(1, self.t1_i),
(1, self.t2_i),
(4, self.t3_i),
(4, self.t4_i),
], self.get_page('/ladder/hots/1v1/wins/'))
self.assertEqual([
(1, self.t4_i),
(1, self.t3_i),
(3, self.t2_i),
(3, self.t1_i),
(3, self.t0_i),
], self.get_page('/ladder/hots/1v1/-wins/'))
def test_losses_sorts_on__losses__wins__team_id(self):
self.db.create_ranking()
data = [
dict(team_id=self.t0_i,
league=League.SILVER,
mmr=0,
wins=8,
losses=9),
dict(team_id=self.t1_i,
league=League.SILVER,
mmr=0,
wins=9,
losses=9),
dict(team_id=self.t2_i,
league=League.DIAMOND,
mmr=0,
wins=9,
losses=8),
dict(team_id=self.t3_i,
league=League.BRONZE,
mmr=0,
wins=9,
losses=8),
]
shuffle(data)
self.db.create_ranking_data(data=data)
self.assertEqual([
(1, self.t0_i),
(1, self.t1_i),
(3, self.t2_i),
(3, self.t3_i),
], self.get_page('/ladder/hots/1v1/losses/'))
self.assertEqual([
(1, self.t3_i),
(1, self.t2_i),
(3, self.t1_i),
(3, self.t0_i),
], self.get_page('/ladder/hots/1v1/-losses/'))
def test_win_rate_sorts_om__win_rate__played__mmr__team_id(self):
self.db.create_ranking()
data = [
dict(team_id=self.t0_i,
league=League.SILVER,
mmr=2,
wins=9,
losses=1),
dict(team_id=self.t1_i,
league=League.SILVER,
mmr=2,
wins=5,
losses=5),
dict(team_id=self.t2_i,
league=League.SILVER,
mmr=4,
wins=4,
losses=4),
dict(team_id=self.t3_i,
league=League.DIAMOND,
mmr=4,
wins=4,
losses=4),
dict(team_id=self.t4_i,
league=League.BRONZE,
mmr=4,
wins=4,
losses=4),
dict(team_id=self.t5_i,
league=League.BRONZE,
mmr=4,
wins=4,
losses=7),
]
shuffle(data)
self.db.create_ranking_data(data=data)
self.assertEqual([
(1, self.t0_i),
(2, self.t1_i),
(2, self.t2_i),
(2, self.t3_i),
(2, self.t4_i),
(6, self.t5_i),
], self.get_page('/ladder/hots/1v1/win-rate/'))
self.assertEqual([
(1, self.t5_i),
(2, self.t4_i),
(2, self.t3_i),
(2, self.t2_i),
(2, self.t1_i),
(6, self.t0_i),
], self.get_page('/ladder/hots/1v1/-win-rate/'))
def test_pagination_with_no_gap_between_start_and_end_section(self):
self.db.create_ranking()
data = [dict(team_id=team.id) for team in self.teams]
self.db.create_ranking_data(data=data)
main.views.ladder.PAGE_SIZE = 3 # => 7 sections
response = self.c.get('/ladder/hots/1v1/mmr/')
pages = response.context['pages']
self.assertEqual(0, response.context['current_page'])
self.assertEqual(7, len(pages))
self.assertEqual(0, len([p for p in pages if 'gap' in p]))
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/', index=0), pages[0])
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=18', index=6),
pages[6])
response = self.c.get('/ladder/hots/1v1/mmr/?offset=18')
pages = response.context['pages']
self.assertEqual(6, response.context['current_page'])
self.assertEqual(7, len(pages))
self.assertEqual(0, len([p for p in pages if 'gap' in p]))
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/', index=0), pages[0])
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=18', index=6),
pages[6])
def test_pagination_with_start_middle_and_end_section(self):
self.db.create_ranking()
data = [dict(team_id=team.id) for team in self.teams]
self.db.create_ranking_data(data=data)
main.views.ladder.PAGE_SIZE = 1 # => 20 sections, index and offset are the same.
# Test last page with connecting start and middle section.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=7')
pages = response.context['pages']
self.assertEqual(7, response.context['current_page'])
self.assertEqual(11 + 1 + 4, len(pages))
self.assertEqual(1, len([p for p in pages if 'gap' in p]))
self.assertEqual(0, pages[0]['index'])
self.assertEqual(10, pages[10]['index'])
self.assertIn('gap', pages[11])
self.assertEqual(16, pages[12]['index'])
self.assertEqual(19, pages[15]['index'])
# Test first page with separate start and middle section.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=8')
pages = response.context['pages']
self.assertEqual(8, response.context['current_page'])
self.assertEqual(4 + 1 + 7 + 1 + 4, len(pages))
self.assertEqual(2, len([p for p in pages if 'gap' in p]))
self.assertEqual(0, pages[0]['index'])
self.assertEqual(3, pages[3]['index'])
self.assertIn('gap', pages[4])
self.assertEqual(5, pages[5]['index'])
self.assertEqual(11, pages[11]['index'])
self.assertIn('gap', pages[12])
self.assertEqual(16, pages[13]['index'])
self.assertEqual(19, pages[16]['index'])
# Test last page with separate middle and end section.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=11')
pages = response.context['pages']
self.assertEqual(11, response.context['current_page'])
self.assertEqual(4 + 1 + 7 + 1 + 4, len(pages))
self.assertEqual(2, len([p for p in pages if 'gap' in p]))
self.assertEqual(0, pages[0]['index'])
self.assertEqual(3, pages[3]['index'])
self.assertIn('gap', pages[4])
self.assertEqual(8, pages[5]['index'])
self.assertEqual(14, pages[11]['index'])
self.assertIn('gap', pages[12])
self.assertEqual(16, pages[13]['index'])
self.assertEqual(19, pages[16]['index'])
# Test first page with connecting middle and end section.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=12')
pages = response.context['pages']
self.assertEqual(12, response.context['current_page'])
self.assertEqual(4 + 1 + 11, len(pages))
self.assertEqual(1, len([p for p in pages if 'gap' in p]))
self.assertEqual(0, pages[0]['index'])
self.assertEqual(3, pages[3]['index'])
self.assertIn('gap', pages[4])
self.assertEqual(9, pages[5]['index'])
self.assertEqual(19, pages[15]['index'])
def test_non_aligned_pagination(self):
self.db.create_ranking()
data = [dict(team_id=team.id) for team in self.teams]
data.extend(
dict(team_id=team.id, mode=Mode.TEAM_2V2) for team in self.teams)
self.db.create_ranking_data(data=data)
main.views.ladder.PAGE_SIZE = 5 # => 4 sections, all visible all the time.
response = self.c.get('/ladder/hots/1v1/mmr/?offset=7')
pages = response.context['pages']
self.assertEqual(2, response.context['current_page'])
self.assertEqual(5, len(pages))
self.assertEqual(0, len([p for p in pages if 'gap' in p]))
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/', index=0), pages[0])
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=2', index=1),
pages[1])
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=7', index=2),
pages[2])
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=12', index=3),
pages[3])
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=17', index=4),
pages[4])
response = self.c.get('/ladder/hots/1v1/mmr/?offset=19')
pages = response.context['pages']
page = response.context['ladder']['teams']
self.assertEqual(4, response.context['current_page'])
self.assertEqual(5, len(pages))
self.assertEqual(0, len([p for p in pages if 'gap' in p]))
self.assertEqual(1, len(page))
self.assertEqual(dict(href='/ladder/hots/1v1/mmr/?offset=19', index=4),
pages[4])
response = self.c.get('/ladder/hots/1v1/mmr/?offset=21')
pages = response.context['pages']
page = response.context['ladder']['teams']
self.assertEqual(-1, response.context['current_page'])
self.assertEqual(4, len(pages))
self.assertEqual(0, len([p for p in pages if 'gap' in p]))
self.assertEqual(0, len(page))
def test_pagination_start_offset_with_team_link(self):
self.db.create_ranking()
data = [dict(team_id=team.id) for team in self.teams]
self.db.create_ranking_data(data=data)
main.views.ladder.PAGE_SIZE = 12 # team link wants to display -10 iteams.
response = self.c.get('/ladder/hots/1v1/mmr/?team=%d' % self.t14_i)
pages = response.context['pages']
page = response.context['ladder']['teams']
self.assertEqual(1, response.context['current_page'])
self.assertEqual(3, len(pages))
self.assertEqual(self.t14_i, page[10]["team_id"])
self.assertEqual(12, len(page))
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?team=%d&offset=0' % self.t14_i,
index=0), pages[0])
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?team=%d&offset=4' % self.t14_i,
index=1), pages[1])
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?team=%d&offset=16' % self.t14_i,
index=2), pages[2])
def test_team_link_with_and_without_filtering(self):
self.db.create_ranking()
data = [
dict(team_id=team.id,
race0=(Race.ZERG if team.id % 2 == 1 else Race.TERRAN))
for team in self.teams
]
self.db.create_ranking_data(data=data)
main.views.ladder.PAGE_SIZE = 8
response = self.c.get('/ladder/hots/1v1/mmr/?f=zerg&team=%d' %
self.t14_i)
pages = response.context['pages']
page = response.context['ladder']['teams']
self.assertEqual(0, response.context['current_page'])
self.assertEqual(2, len(pages))
self.assertEqual(self.t14_i, page[7]["team_id"])
self.assertEqual(8, len(page))
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?f=zerg&team=%d&offset=0' %
self.t14_i,
index=0), pages[0])
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?f=zerg&team=%d&offset=8' %
self.t14_i,
index=1), pages[1])
response = self.c.get('/ladder/hots/1v1/mmr/?f=terran&team=%d' %
self.t14_i)
pages = response.context['pages']
page = response.context['ladder']['teams']
self.assertEqual(0, response.context['current_page'])
self.assertEqual(2, len(pages))
self.assertNotIn(self.t14_i, [p["team_id"] for p in page])
self.assertEqual(8, len(page))
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?f=terran&team=%d&offset=0' %
self.t14_i,
index=0), pages[0])
self.assertEqual(
dict(href='/ladder/hots/1v1/mmr/?f=terran&team=%d&offset=8' %
self.t14_i,
index=1), pages[1])
def test_various_bad_requests_for_good_code_coverage_and_error_checking(
self):
self.db.create_ranking()
self.db.create_ranking_data(data=[dict(team_id=self.t1_i)])
response = self.c.get('/ladder/bw/1v1/mmr/')
self.assertEqual(404, response.status_code)
response = self.c.get('/ladder/hots/team-5v5/mmr/')
self.assertEqual(404, response.status_code)
response = self.c.get('/ladder/hots/1v1/ladder-rank/')
self.assertEqual(302, response.status_code)
response = self.c.get('/ladder/hots/1v1/mmr/?offset=%d' % 3e9)
self.assertEqual(404, response.status_code)
response = self.c.get('/ladder/hots/1v1/mmr/?team=%d' % 3e9)
self.assertEqual(404, response.status_code)
def test_race_filtering_on_archon_mode_which_normally_does_not_work_on_teams(
self):
self.db.default_ranking_data__data = dict(
version=Version.LOTV,
mode=Mode.ARCHON,
)
t0 = self.db.create_team(
mode=Mode.ARCHON,
version=Version.LOTV,
member0=self.db.create_player(),
race0=Race.ZERG,
member1=self.db.create_player(),
race1=Race.ZERG,
)
t1 = self.db.create_team(
mode=Mode.ARCHON,
version=Version.LOTV,
member0=self.db.create_player(),
race0=Race.PROTOSS,
member1=self.db.create_player(),
race1=Race.PROTOSS,
)
t2 = self.db.create_team(
mode=Mode.ARCHON,
version=Version.LOTV,
member0=self.db.create_player(),
race0=Race.ZERG,
member1=self.db.create_player(),
race1=Race.ZERG,
)
t3 = self.db.create_team(
mode=Mode.ARCHON,
version=Version.LOTV,
member0=self.db.create_player(),
race0=Race.TERRAN,
member1=self.db.create_player(),
race1=Race.TERRAN,
)
self.db.create_ranking()
data = [
dict(team_id=t0.id,
league=League.PLATINUM,
mmr=50,
race0=Race.ZERG,
race1=Race.ZERG),
dict(team_id=t1.id,
league=League.PLATINUM,
mmr=40,
race0=Race.PROTOSS,
race1=Race.PROTOSS),
dict(team_id=t2.id,
league=League.PLATINUM,
mmr=30,
race0=Race.ZERG,
race1=Race.ZERG),
dict(team_id=t3.id,
league=League.PLATINUM,
mmr=20,
race0=Race.TERRAN,
race1=Race.TERRAN),
]
shuffle(data)
self.db.create_ranking_data(data=data)
#
# Test default filtering.
#
self.assertEqual([
(1, t0.id),
(2, t1.id),
(3, t2.id),
(4, t3.id),
], self.get_page('/ladder/lotv/archon/mmr/', page_size=20))
#
# Test race filtering.
#
self.assertEqual([(1, t0.id), (2, t2.id)],
self.get_page('/ladder/lotv/archon/mmr/?f=zerg'))
self.assertEqual([(1, t1.id)],
self.get_page('/ladder/lotv/archon/mmr/?f=protoss'))
self.assertEqual([(1, t3.id)],
self.get_page('/ladder/lotv/archon/mmr/?f=terran'))
self.assertEqual([],
self.get_page('/ladder/lotv/archon/mmr/?f=random'))