def handle(self, *args, **options):
lor_watcher = LorWatcher(api_key=settings.RIOT_API_KEY)
with open('match_ids.json', 'r') as f:
match_ids = json.load(f)
i = 0
while i < len(match_ids):
match_id = match_ids[i]
try:
match = Match.objects.get(match_id=match_id)
i += 1
except Match.DoesNotExist as e:
print(f"Generating match for match id {match_id}")
try:
match_results = lor_watcher.match.by_id(region="americas",
match_id=match_id)
Match.create(match_results)
i += 1
except HTTPError as e:
status_code = e.response.status_code
if status_code == 429:
print("Too many requests, waiting for 10 minutes")
sleep(600)
else:
print(f"Error code {status_code}")
sleep(1)
class TestMatchSerializer(TestCase):
def setUp(self):
self.characters = [
Character(name='Test1', role=Character.DAMAGE),
Character(name='Test2', role=Character.DAMAGE)
]
for c in self.characters:
c.save()
self.user = User.objects.create_user('testuser')
self.match = Match(user=self.user, mmr_after=1000)
self.match.save()
self.match.characters.set(self.characters)
def testSerializingMatch(self):
# Test if match serialization works correctly
expected_data = {
'id': self.match.id,
'characters': [c.id for c in self.match.characters.all()],
'date': DateTimeField().to_representation(self.match.date),
'mmr_after': self.match.mmr_after
}
serializer = MatchSerializer(self.match)
self.assertEqual(
expected_data,
serializer.data,
'Serializer should return data in expected format'
)
class TestIsOwnerPermission(TestCase):
def setUp(self):
self.character = Character(name='Test', role=Character.DAMAGE)
self.character.save()
self.owner = User.objects.create_user('owner')
self.notOwner = User.objects.create_user('notowner')
self.match = Match(user=self.owner, mmr_after=1000)
self.match.save()
self.match.characters.set([self.character])
self.permission = IsMatchOwner()
def testPermissionGrantedToOwner(self):
"""
If user currently logged in is owner of match, permission should
be granted, both for safe (GET) and unsafe (e. g. POST) methods
"""
factory = APIRequestFactory()
get_request = factory.get('/path_does_not_matter_here/')
force_authenticate(get_request, user=self.owner)
get_request.user = self.owner # there is no .user in request generated by APIRequestFactory
self.assertTrue(
self.permission.has_object_permission(get_request, None, self.match),
'Permission should be granted for GET request with user which is match owner'
)
post_request = factory.post('/path_does_not_matter_here/')
force_authenticate(post_request, user=self.owner)
post_request.user = self.owner # there is no .user in request generated by APIRequestFactory
self.assertTrue(
self.permission.has_object_permission(post_request, None, self.match),
'Permission should be granted for unsafe (e.g. POST) request with user which is match owner'
)
def testPermissionDeniedToNotOwner(self):
"""
If user currently logged in is not owner of match, permission should
be denied, both for safe (GET) and unsafe (e. g. POST) methods
"""
factory = APIRequestFactory()
get_request = factory.get('/path_does_not_matter_here/')
force_authenticate(get_request, user=self.notOwner)
get_request.user = self.notOwner # there is no .user in request generated by APIRequestFactory
self.assertFalse(
self.permission.has_object_permission(get_request, None, self.match),
'Permission should be denied for GET request with user which is not match owner'
)
post_request = factory.post('/path_does_not_matter_here/')
force_authenticate(post_request, user=self.notOwner)
post_request.user = self.notOwner # there is no .user in request generated by APIRequestFactory
self.assertFalse(
self.permission.has_object_permission(post_request, None, self.match),
'Permission should be denied for unsafe (e.g. POST) request with user which is not match owner'
)
def post(self, request, pk):
form = WagerChallengeForm(request.POST, user=request.user)
myrequest = WagerRequest.objects.get(pk=pk)
challenge = form.instance
challenge.creator = self.request.user
if form.is_valid():
challenger = UserProfile.objects.get(
user__username=challenge.creator)
if challenger.credits < myrequest.credits:
messages.error(
self.request,
"You do not have enough credits in your account to challenge this team"
)
return redirect('wagers:list')
if challenge.team == myrequest.team:
messages.error(self.request,
"A team cannot challenge it's own wager")
return redirect('wagers:list')
for y in challenge.team.players.all():
for x in myrequest.team.players.all():
if x == y:
messages.error(
self.request,
"A player cannot be on both teams at the same time"
)
return redirect('wagers:list')
challenge.save()
myrequest.challenge_accepted = True
myrequest.challenge = challenge
myrequest.save()
match = Match(type='w',
game=myrequest.game,
platform=myrequest.platform,
hometeam=myrequest.team,
awayteam=challenge.team,
bestof=myrequest.bestof,
teamformat=myrequest.teamformat,
info="Home Team: " + myrequest.info + "\n" +
"Away Team: " + challenge.info)
match.save()
wmatch = WagerMatch(match=match, credits=myrequest.credits)
wmatch.save()
myrequest.wmatch = wmatch
myrequest.save()
challenger.credits = challenger.credits - myrequest.credits
challenge.save()
myrequest.creator.credits = myrequest.creator.credits - myrequest.credits
myrequest.save()
messages.success(
request,
"Wager Challenge Created! You have 30 minutes to play your match and report the scores"
)
return redirect('wagers:match_detail', pk=wmatch.pk)
messages.error(self.request,
"Something went wrong (this shouldn't be seen")
return redirect('wagers:request_detail', pk=pk)
def setUp(self):
self.character = Character(name='Test', role=Character.DAMAGE)
self.character.save()
self.owner = User.objects.create_user('owner')
self.notOwner = User.objects.create_user('notowner')
self.match = Match(user=self.owner, mmr_after=1000)
self.match.save()
self.match.characters.set([self.character])
self.permission = IsMatchOwner()
def setUp(self):
self.characters = [
Character(name='Test1', role=Character.DAMAGE),
Character(name='Test2', role=Character.DAMAGE)
]
for c in self.characters:
c.save()
self.user = User.objects.create_user('testuser')
self.match = Match(user=self.user, mmr_after=1000)
self.match.save()
self.match.characters.set(self.characters)
def _generate_matches(self):
"""
Create a match for each set of 2 players in the pool, and rounds to hold
them
"""
from matches.models import Match, Round
rounds = {}
players = [player for player in self.players.all()]
if len(players) % 2 != 0: players.append(None)
iterator = list(range(len(players)))
for x in iterator:
if x == 0: continue
round = Round(pool=self, number=x)
round.save()
rounds[round] = []
for x in iterator:
if not players[x]: continue
others_iterator = iterator.copy()
others_iterator.remove(x)
for y in others_iterator:
if not players[y]: continue
match_exists = Match.objects.filter(
player_1_init=players[x],
player_2_init=players[y]).exists()
inverse_match_exists = Match.objects.filter(
player_1_init=players[y],
player_2_init=players[x]).exists()
if match_exists or inverse_match_exists:
continue
for scheduled_round, players_in_round in rounds.items():
if (players[x] not in players_in_round) and (
players[y] not in players_in_round):
break
match = Match(player_1_init=players[x],
player_2_init=players[y],
round=scheduled_round,
round_index=0)
match.save()
rounds[scheduled_round] += [players[x], players[y]]
def _create_two_person_match(self, order_num=None):
m = Match(card=self.card)
if order_num is not None:
m.order = order_num
m.save()
m.add_competitor(self.w1)
m.add_competitor(self.w2)
m.save()
return m
def _generate_matches(self):
"""
Create a match for each set of 2 players in the pool, and rounds to hold
them
"""
from matches.models import Match, Round
rounds = {}
players = [player for player in self.players.all()]
if len(players) % 2 != 0: players.append(None)
iterator = list(range(len(players)))
for x in iterator:
if x == 0: continue
round = Round(pool=self, number=x)
round.save()
rounds[round] = []
for x in iterator:
if not players[x]: continue
others_iterator = iterator.copy()
others_iterator.remove(x)
for y in others_iterator:
if not players[y]: continue
match_exists = Match.objects.filter(player_1_init=players[x], player_2_init=players[y]).exists()
inverse_match_exists = Match.objects.filter(player_1_init=players[y], player_2_init=players[x]).exists()
if match_exists or inverse_match_exists:
continue
for scheduled_round, players_in_round in rounds.items():
if (players[x] not in players_in_round) and (players[y] not in players_in_round):
break
match = Match(
player_1_init=players[x],
player_2_init=players[y],
round=scheduled_round,
round_index=0
)
match.save()
rounds[scheduled_round] += [players[x], players[y]]
def load_matches(path):
with open(path) as f:
reader = csv.reader(f)
bulk = []
for row in reader:
bulk.append(
Match(home_team=row[1],
guest_team=row[2],
start_time=datetime.strptime(row[0], '%d/%m/%Y %H:%M')))
Match.objects.bulk_create(bulk)
def upload_matches(matches):
from matches.service.match_service import MatchService
match_list = []
logger.info('Match uploading started')
for match in matches:
if not Match.objects.filter(id=match['id']).exists():
match_list.append(Match(**match))
Match.objects.bulk_create(match_list)
logger.info('Match uploading done')
MatchService().clear_cache()
def monitor_player_games():
try:
match_ids = lor_watcher.match.by_puuid(region="americas", puuid=puuid)
for match_id in match_ids:
try:
match = Match.objects.get(match_id=match_id)
except Match.DoesNotExist as e:
print(f"Generating match for match id {match_id}")
match_results = lor_watcher.match.by_id(region="americas",
match_id=match_id)
Match.create(match_results)
except HTTPError as e:
status_code = e.response.status_code
if status_code == 403:
print("API Key invalid!")
else:
print(f"API request errored with status code {status_code}")
def new_matches(match, index, tournament):
new_match = Match()
if match:
new_match.next_match = match
new_match.start_position = index
new_match.turnaj = tournament
index -= 1
new_match.save()
if index > 0:
new_matches(new_match, index, tournament)
new_matches(new_match, index, tournament)
def create(self, data):
"""Create a match."""
board = Match.create_board(data['width'], data['height'],
data['mines'])
match = Match.objects.create(
creator=data['creator'],
board=board,
mines=data['mines'],
width=data['width'],
height=data['height'],
remaining_flags=data['mines'],
remaining_free_cells=data['width'] * data['height'] -
data['mines'])
return match
def setUp(self):
self.match = Match.objects.create(
match_id=1,
home_team='Netherlands',
guest_team='Russia',
start_time='2008-06-21 19:45Z'
)
self.coef = Coefficient.objects.create(
coef_ready=True,
score={'0-0': 2, '1-0': 1.2, '1-1': 1.8, 'Any other score': 4},
home_win=1.4,
tie=2,
guest_win=3.2,
update_time='2008-06-10 00:00Z',
match_id=Match(1)
)
self.prediction = Prediction.objects.create(
home_score=4,
guest_score=0,
match_id=Match(1),
submit_time='2008-06-20 20:00Z',
user_id=1,
)
def get(self, request, *args, **kwargs):
"""
this has an optional `uid` query parameter that filters the matches for the given user
"""
uid = kwargs.get('uid', '')
hydrate = request.GET.get('hydrate', False)
match_list = Match.get_matches(uid=uid, state='match')
response_json = []
if uid and hydrate:
response_json = self._hydrate_match_list(uid, match_list)
else:
response_json = [match.json() for match in match_list]
return JsonResponse(response_json)
def testMatchLogics(self):
team1 = Team(short_name="SP", full_name="São Paulo FC")
team2 = Team(short_name="Palmeiras", full_name="Palmeiras FC")
team1.save()
team2.save()
season = Season(start_year=2012, end_year=2012)
season.save()
cp = Championship(name="Brasileirao", start_date=timezone.now())
cp.season = season
cp.save()
match1 = Match()
match1.championship = cp
match1.home_team = team1
match1.away_team = team2
match1.match_date = timezone.now()
match1.save()
def matchManager(request, id=None):
if id:
match = get_object_or_404(Match, pk=id)
else:
match = Match()
if request.method == 'POST':
form = MatchForm(request.POST, instance=match)
if form.is_valid():
form.save()
return redirect(matchManager)
form = MatchForm(instance=match)
orphan_matches = Match.objects.filter(group=None, division=None)
setup_matches = Match.objects.filter(server=None).exclude(is_setup=True)
tournaments = Tournament.objects.all()
context = {
'orphan_matches': orphan_matches,
'setup_matches': setup_matches,
'tournaments': tournaments,
'form': form,
}
return render(request, 'manager/manage_matches.html', context)
def match_list(request):
match_date = gen_match_date()
match_list = Match.objects.filter(match_date=match_date)
if not match_list: # download and save into database
querysetlist=[]
for data in downloader.get_match_list():
kwargs = {k: v for k, v in data.items()}
kwargs['match_date'] = match_date
querysetlist.append(Match(**kwargs))
Match.objects.bulk_create(querysetlist)
# query again
match_list = Match.objects.filter(match_date=match_date)
content = {
'match_list': match_list,
}
return render_to_response('match-list.html', RequestContext(request, content))
def raw_match_to_match_model(
raw_match: Dict[Any, Any],
raw_location_to_model_location: Dict[int, Location],
raw_team_to_model_team: Dict[int, Team],
) -> Match:
match_location = None
if raw_match['Location']:
external_location_id = raw_match['Location']['LocationID']
match_location = raw_location_to_model_location[external_location_id]
team1 = raw_team_to_model_team[raw_match['Team1']['TeamId']]
team2 = raw_team_to_model_team[raw_match['Team2']['TeamId']]
return Match(external_id=raw_match['MatchID'],
match_time_utc=raw_match['MatchDateTimeUTC'],
location=match_location,
matchday=raw_match['Group']['GroupOrderID'],
last_update_utc=western_europe_time_to_utc(
raw_match['LastUpdateDateTime']),
finished=raw_match['MatchIsFinished'],
team_1=team1,
team_2=team2)
def generate_bracket(self):
teams = len(self.teams.all())
myteams = self.teams.all()
self.current_round = 1
self.save()
round1 = SingleTournamentRound(tournament=self, roundnum=1)
round1.save()
if teams % 2 == 0:
# no byes required - get 2 teams and make a match
while len(myteams) != 0:
temp1 = myteams.all().order_by("?").first()
myteams.remove(temp1)
myteams.save()
temp2 = myteams.all().order_by("?").first()
tempmatch = Match(awayteam=temp1, hometeam=temp2, maps=self.map_pool, game=self.game, platform=self.platform)
tempmatch.save()
myteams.remove(temp2)
myteams.save()
round1.matches.add(tempmatch)
round1.save()
else:
# take the first team and give them a bye
# TODO: verify this randomly grabs a random team
bteam = self.teams.all.order_by("?").first()
bmatch = Match(hometeam=None, bye_1=True, awayteam=bteam, winner=bteam, completed=True,
type='singletournament', maps=self.map_pool, game=self.game, platform=self.platform)
bmatch.save()
round1.matches.add(bmatch)
myteams.remove(bteam)
if len(myteams) % 2 != 0:
print("ITS BROKEN YOU SUCK")
return
while len(myteams) != 0:
temp1 = myteams.all().order_by("?").first()
myteams.remove(temp1)
myteams.save()
temp2 = myteams.all().order_by("?").first()
tempmatch = Match(awayteam=temp1, hometeam=temp2, maps=self.map_pool, game=self.game, platform=self.platform)
tempmatch.save()
myteams.remove(temp2)
myteams.save()
round1.matches.add(tempmatch)
round1.save()
round1.save()
def create_match_from_json(match_json,
competition_id,
stage_name,
set_live=False):
global total_requests
try: # First try to get or create teh country
print("Looking for competition with ID %s .." % competition_id)
competition = Competition.objects.get(external_id=competition_id)
except Exception as e:
print("Error Looking for competition with ID %s .." % competition_id)
exit(1)
try:
match_ext_id = match_json['id']
print("Processing match with ID %s" % match_ext_id)
match = Match.objects.get(external_id=match_ext_id)
except Match.DoesNotExist:
# Get or create teams
try:
team1_ext_id = match_json['localteam_id']
print("Looking for team1 ext ID %s.." % team1_ext_id)
team1 = Team.objects.get(competition=competition,
external_id=team1_ext_id)
except Team.DoesNotExist:
print("Team with id %s not found" % team1_ext_id)
return None
else:
print("Team 1 found: %s" % team1)
try:
team2_ext_id = match_json['visitorteam_id']
print("Looking for team1 ext ID %s.." % team2_ext_id)
team2 = Team.objects.get(competition=competition,
external_id=team2_ext_id)
except Team.DoesNotExist:
print("Team with id %s not found" % team2_ext_id)
return None
else:
print("Team 2 found: %s" % team2)
# Continue creating match
print("Creating new match from json..")
match = Match()
match.external_id = match_ext_id
match.stage = CompetitionStage.objects.get(competition=competition,
name=stage_name)
try:
group_name = match_json['group']['data']['name']
except Exception:
try:
group_name = match_json['stage']['data']['name']
except Exception:
group_name = ""
match.stage_detail = group_name
from datetime import datetime
datetime_str = match_json['time']['starting_at']['date_time']
datetime_object = datetime.strptime(datetime_str, '%Y-%m-%d %H:%M:%S')
match.date = datetime_object
match.stadium = match_json['venue']['data']['name']
match.team1 = team1
match.team1_score = match_json['scores']['localteam_score']
match.team2 = team2
match.team2_score = match_json['scores']['visitorteam_score']
match.is_live = set_live
match.save()
print("Match saved: %s" % match)
else:
print("Match %s already exist (skiped).." % match)
return match
def test_default_score_values(self):
match = Match()
self.assertEqual(match.home_score, None)
self.assertEqual(match.away_score, None)
def test_cant_be_without_fields(self):
match = Match()
with self.assertRaises(ValidationError):
match.full_clean()
def create_match_from_json(team1, team2, match_json):
global total_requests
try:
match_ext_id = match_json['id']
print("Processing match with ID %s" % match_ext_id)
match = Match.objects.get(external_id=match_ext_id)
except Match.DoesNotExist:
# Continue creating match
print("Creating new match from json..")
localteam_id = match_json['localteam_id']
visitorteam_id = match_json['visitorteam_id']
if int(team1.external_id) == localteam_id and int(
team2.external_id) == visitorteam_id:
local_team = team1
visitor_team = team2
else:
local_team = team2
visitor_team = team1
match = Match()
match.external_id = match_ext_id
match.stage = None
match.status = Match.FINISHED
match.stage_detail = match_json['stage']['data']['name'].lower()
from datetime import datetime
datetime_str = match_json['time']['starting_at']['date_time']
datetime_object = datetime.strptime(datetime_str, '%Y-%m-%d %H:%M:%S')
match.date = datetime_object
match.stadium = match_json['venue']['data']['name']
match.team1 = local_team
match.team1_score = match_json['scores']['localteam_score']
match.team2 = visitor_team
match.team2_score = match_json['scores']['visitorteam_score']
match.is_live = False
match.is_history = True # Historical match <<<
match.save()
print("Match saved: %s" % match)
else:
print("Match %s already exist (skiped).." % match)
return match
def post(self, request):
serializer = ImageSerializer(data=request.data)
if serializer.is_valid():
stand = Stand.objects.get(id=serializer.data['stand'])
frame = from_base64(serializer.data['image'])
rgbImage = cv2.cvtColor(frame, cv2.COLOR_BGR2RGB)
h, w, ch = rgbImage.shape
face_recognizer = FaceRecognizer.get_instance()
face_list = face_recognizer.faces(frame)
for i in range(0, face_list.shape[2]):
confidence = face_list[0, 0, i, 2]
if confidence > 0.5:
box = face_list[0, 0, i, 3:7] * np.array([w, h, w, h])
(startX, startY, endX, endY) = box.astype("int")
face = frame[startY:endY, startX:endX]
(fH, fW) = face.shape[:2]
if fW < 20 or fH < 20:
continue
cv2.rectangle(frame, (startX, startY), (endX, endY),
(0, 255, 0), 2)
cv2.rectangle(frame, (startX, startY), (endX, startY - 66),
(0, 255, 0), cv2.FILLED)
y = startY - 10 if startY - 10 > 10 else startY + 10
emotion_type = None
if stand.emotion:
emotion = EmotionRecognizer.get_instance()
emotion_id, emotion_percent = emotion.emotion(
face=face)
emotion_type = EmotionTypes.objects.get(
emotion_number=emotion_id)
cv2.putText(
frame,
emotion_type.name + " (" + emotion_percent + ")",
(startX, y), cv2.FONT_HERSHEY_SIMPLEX, 0.5,
(0, 0, 0), 2)
print(emotion_type.name + " (" + emotion_percent + ")")
if stand.person:
match = Match()
match.standID = stand
person_recognizer = PersonRecognizer.get_instance()
person_text, text = person_recognizer.person(face=face)
name = text.split()
if len(name) == 2:
person = Person.objects.get(name=name[0],
surname=name[1])
else:
if len(name) == 1:
try:
person = Person.objects.get(name=name[0],
surname=None)
except Exception:
person = None
if person:
match.personId = person
print(person_text)
cv2.putText(frame, person_text, (startX, y - 16),
cv2.FONT_HERSHEY_SIMPLEX, 0.5,
(0, 0, 0), 2)
if stand.emotion:
match.emotionId = emotion_type
# match.save()
# os.chdir(r'C:\Users\gavri\Desktop\фото')
# cv2.imwrite("image.jpg", frame)
info_point = InfoPoint()
info_point.standId = stand
if stand.emotion:
info_point.emotionTypeID = emotion_type
text = ''
if stand.age:
age_recognizer = AgeRecognizer.get_instance()
age = age_recognizer.age(face=face)
info_point.age = age
text = str(info_point.age) + ', '
print(info_point.age)
if stand.sex:
sex_recognizer = GenderRecognizer.get_instance()
sex = sex_recognizer.gender(face=face)
info_point.sex = sex
text += str(info_point.SEXES[sex - 1][1])
print(info_point.SEXES[sex - 1][1])
cv2.putText(frame, text, (startX, y - 32),
cv2.FONT_HERSHEY_SIMPLEX, 0.5, (0, 0, 0), 2)
# info_point.save()
# os.chdir(r'C:\Users\gavri\Desktop\фото')
# cv2.imwrite("image.jpg", frame)
return Response(to_base64(frame), status=status.HTTP_200_OK)
return Response(status=status.HTTP_400_BAD_REQUEST)
def _parse_fixture(self, simulate, fixture_season, fixture_date, club_team, fields):
""" Creates/updated a match model instance based on the relevant fields from the CSV file."""
# Slight hack to decide whether the fixture is specified or not
if fields[OFFSET['fixture_type']] == "":
print "No match for {} on {}".format(club_team['name'], fixture_date)
return
team_name = club_team['name']
our_team = club_team['team']
fixture_type = fields[OFFSET['fixture_type']]
opp_team_name = fields[OFFSET['opposition']]
venue_name = fields[OFFSET['venue']]
fixture_time_str = fields[OFFSET['time']]
home_away = fields[OFFSET['home_away']]
try:
opp = Team.objects.get(name=opp_team_name)
except Team.DoesNotExist:
print "ERROR: Could not find opposition team with name '{}'".format(opp_team_name)
return
# Create or retrieve Match model (based on opposition team, our team and date)
if not simulate:
match, created = Match.objects.get_or_create(season=fixture_season, opp_team=opp, our_team=our_team, date=fixture_date)
else:
created = not Match.objects.filter(season=fixture_season, opp_team=opp, our_team=our_team, date=fixture_date).exists()
match = Match(season=fixture_season, opp_team=opp, our_team=our_team, date=fixture_date)
# Match home/away designation
try:
match.home_away = HOME_AWAY[home_away.lower()]
except:
print "ERROR: Invalid Home/Away designation '{}' for {} on {}".format(home_away, team_name, fixture_date)
return
# Match fixture type (League/Cup/Friendly)
try:
match.fixture_type = MATCH_TYPE[fixture_type.lower()]
except:
print "ERROR: Invalid fixture type designation '{}' for {} on {}".format(fixture_type, team_name, fixture_date)
return
# Match time (can be null)
if fixture_time_str:
try:
match.time = datetime.strptime(fixture_time_str, "%H:%M").time()
except:
print "ERROR: Could not parse fixture time '{}' for {} on {}".format(fixture_time_str, team_name, fixture_date)
return
else:
match.time = None
# Match Venue (can be null)
if venue_name.lower() == 'away' or (home_away.lower() == 'a' and venue_name.lower() == ''):
match.venue = None
else:
try:
name_q = Q(name=venue_name) | Q(short_name=venue_name)
match.venue = Venue.objects.get(name_q)
except Venue.DoesNotExist:
print "ERROR: Could not find venue '{}' for {} on {}".format(venue_name, team_name, fixture_date)
return
if not simulate:
match.save()
print "{} {}".format("Created" if created else "Updated", match)
def generate_bracket(self):
# seed teams and make matches
game = self.game
platform = self.platform
teamformat = self.teamformat
bestof = self.bestof
size = self.size
numteams = self.teams.count()
bye = size - numteams
teams = list(self.teams.all())
for team in teams:
team.get_total_xp()
count = 1
seeds = []
while count <= size:
seeds.append(count)
count += 1
team_seeds = []
max_matches = size / 2
if not self.xp_seed:
random.shuffle(teams)
else:
teams = self.teams.order_by('-totalxp')
for i in teams:
team_seeds.append(i)
m = dict()
if bye == 2 or bye == 1:
offset = 0
else:
offset = -2
skipotherbye = False
if bye >= 3:
if bye % 2 != 0:
hometeam = team_seeds[0]
hometeam.seeds = seeds[0]
hometeam.save()
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
# bye_1 specifies that the match has only 1 bye team in it, and that one team is being automatically
# advanced to the next round
m[1] = Match(
game=game,
matchnum=1,
platform=platform,
hometeam=team_seeds[0],
teamformat=teamformat,
bestof=bestof,
reported=True,
completed=True,
winner=team_seeds[0],
bye_1=True,
info=round1.info,
# disable user reports based on the tournament field value
disable_userreport=True,
sport=self.sport)
m[1].save()
round1.matches.add(m[1])
round1.save()
del team_seeds[0]
del seeds[0]
bye -= 1
if bye % 2 == 0:
byematches = bye / 2
for i in range(1, int(byematches) + 1):
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
# bye_2 specifies that both teams are bye teams, therefor a team will receive a bye in the first
# and second round
m[i] = Match(game=game,
matchnum=i,
platform=platform,
teamformat=teamformat,
bestof=bestof,
reported=True,
sport=self.sport,
completed=True,
bye_2=True,
info=round1.info,
disable_userreport=True)
m[i].save()
round1.matches.add(m[i])
round1.save()
skipotherbye = True
elif bye == 2 and not skipotherbye:
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
m[1] = Match(game=game,
matchnum=1,
platform=platform,
teamformat=teamformat,
bestof=bestof,
reported=True,
sport=self.sport,
completed=True,
bye_2=True,
info=round1.info,
disable_userreport=True)
m[1].save()
round1.matches.add(m[1])
round1.save()
if bye != 0:
for x in range(bye + 1, int(max_matches) + bye + offset):
if len(team_seeds) == 0:
break
if len(team_seeds) == 1:
hometeam = team_seeds[0]
hometeam.seeds = seeds[0]
hometeam.save()
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
m[x] = Match(game=game,
matchnum=x,
platform=platform,
hometeam=team_seeds[0],
teamformat=teamformat,
bestof=bestof,
reported=True,
sport=self.sport,
completed=True,
winner=team_seeds[0],
bye_1=True,
info=round1.info,
disable_userreport=True)
m[x].save()
round1.matches.add(m[x])
round1.save()
break
hometeam = team_seeds[0]
hometeam.seed = seeds[0]
hometeam.save()
awayteam = team_seeds[-1]
awayteam.seed = seeds[-1]
awayteam.save()
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
m[x] = Match(
game=game,
platform=platform,
hometeam=team_seeds[0],
awayteam=team_seeds[-1],
teamformat=teamformat,
bestof=bestof,
info=round1.info,
sport=self.sport,
# this is an actual match, so disable user reports based on the field setting
disable_userreport=self.disable_userreport)
m[x].save()
round1.matches.add(m[x])
round1.save()
del team_seeds[0]
del team_seeds[-1]
del seeds[0]
del seeds[-1]
else:
for x in range(1, int(max_matches) + 1):
if len(team_seeds) == 1:
hometeam = team_seeds[0]
hometeam.seeds = seeds[0]
hometeam.save()
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
m[x] = Match(game=game,
matchnum=x,
platform=platform,
hometeam=team_seeds[0],
teamformat=teamformat,
bestof=bestof,
reported=True,
sport=self.sport,
completed=True,
winner=team_seeds[0],
bye_1=True,
info=round1.info,
disable_userreport=True)
m[x].save()
round1.matches.add(m[x])
round1.save()
break
hometeam = team_seeds[0]
hometeam.seed = seeds[0]
hometeam.save()
awayteam = team_seeds[-1]
awayteam.seed = seeds[-1]
awayteam.save()
round1 = SingleTournamentRound.objects.get(tournament=self,
roundnum=1)
m[x] = Match(game=game,
platform=platform,
hometeam=team_seeds[0],
awayteam=team_seeds[-1],
teamformat=teamformat,
bestof=bestof,
info=round1.info,
sport=self.sport,
disable_userreport=self.disable_userreport)
m[x].save()
round1.matches.add(m[x])
round1.save()
del team_seeds[0]
del team_seeds[-1]
del seeds[0]
del seeds[-1]
class TestMatchesViewset(TestCase):
def setUp(self):
self.character = Character(name='Test', role=Character.DAMAGE)
self.character.save()
self.owner = User.objects.create_user('owner')
self.notOwner = User.objects.create_user('notowner')
self.match = Match(user=self.owner, mmr_after=1000)
self.match.save()
self.match.characters.set([self.character])
self.client = APIClient()
API_MATCHES_LIST_URL = '/api/matches/'
def testListsOnlyMatchesOfLoggedUser(self):
"""
GET request to API_MATCHES_LIST_URL should return only matches of logged user
"""
self.client.force_authenticate(user=self.owner)
response = self.client.get(self.API_MATCHES_LIST_URL)
self.assertEqual(
status.HTTP_200_OK,
response.status_code,
'Request response code should be 200 (OK)'
)
self.assertEqual(
1,
len(response.data),
'Response data should contain 1 object'
)
self.assertEqual(
self.match.pk,
response.data[0]['id'],
'Object in response data should be match that belongs to user'
)
self.client.logout()
self.client.force_authenticate(user=self.notOwner)
response = self.client.get(self.API_MATCHES_LIST_URL)
self.assertEqual(
status.HTTP_200_OK,
response.status_code,
'Request response code should be 200 (OK)'
)
self.assertEqual(
0,
len(response.data),
'Response data should contain 0 objects'
)
self.client.logout()
API_MEW_MATCH_URL = API_MATCHES_LIST_URL
def testCreatedMatchBelongsToCurrenltyLoggedInUser(self):
"""
POST request to API_NEW_MATCH_URL should automatically assign User
"""
data = {
'characters': [self.character.pk],
'mmr_after': 5000
}
self.client.force_authenticate(user=self.owner)
response = self.client.post(self.API_MEW_MATCH_URL, data=data)
self.assertEqual(
status.HTTP_201_CREATED,
response.status_code,
'Request response code should be 201 (Created)'
)
new_match = Match.objects.get(id=response.data['id'])
self.assertEqual(
new_match.user,
self.owner,
'User field of recently created match should be assigned to currently logged user'
)
self.client.logout()
