def test_group_size(self):
# 9C9
self.assertEqual(
len(main.group([9], ['aldo', 'beat', 'carla', 'david', 'evi', 'flip', 'gary', 'hugo', 'ida'])),
1)
# 9C5 * 4C4
self.assertEqual(
len(main.group([5, 4], ['aldo', 'beat', 'carla', 'david', 'evi', 'flip', 'gary', 'hugo', 'ida'])),
126)
# 9C2 * 7C3 * 4C4
self.assertEqual(
len(main.group([2, 3, 4], ['aldo', 'beat', 'carla', 'david', 'evi', 'flip', 'gary', 'hugo', 'ida'])),
1260)
def test_simple_message(self):
message = """23/01/2022, 13:16 - Vicky: Wordle 218 3/6
⬛⬛⬛⬛⬛
🟨🟩🟩🟨⬛
🟩🟩🟩🟩🟩
"""
grouped = group(lines)
self.assertEqual(message, grouped)
def test_transcodeToALL_chord(self, mock_chord):
self.app.post('/transcodeALL')
transcoding_tasks = main.group(
main.transcode_1080p.signature(queue='tasks', priority=1, immutable=True),
main.transcode_720p.signature(queue='tasks', priority=2, immutable=True),
main.transcode_480p.signature(queue='tasks', priority=3, immutable=True),
main.transcode_360p.signature(queue='tasks', priority=4, immutable=True)
)
# main.end_processing.signature(queue='tasks', immutable=True) -- Not used in chord?!
mock_chord.assert_called_once_with(transcoding_tasks)
def getHeadToHeadTable(tourney_id):
"""returns a table of the player's head to head results.
see end of the function for exactly what is returned"""
#Load all finished games
finishedGames = clot.getFinishedGames(tourney_id)
logging.info("finishedGames:")
logging.info(finishedGames)
#get player_id : name dict
players_id_name_dict = clot.getPlayersIDNameDict(tourney_id)
logging.info('players_id_name_dict')
logging.info(players_id_name_dict)
#get list of players, sorted by currentRank, highest First.
players_sorted_by_rank = [[p.player_id, p.currentRank] for p in players.Player.all().filter("tourney_id =", tourney_id)]
players_sorted_by_rank.sort(key=lambda x: x[1])
players_ids_sorted_by_rank = [int(p[0]) for p in players_sorted_by_rank]
##logging.info('players_ids_sorted_by_rank')
##logging.info(players_ids_sorted_by_rank)
#Group finished games by who won
finishedGamesGroupedByWinner = main.group(finishedGames, lambda g: g.winner)
logging.info("finishedGamesGroupedByWinner:")
logging.info(finishedGamesGroupedByWinner)
#make the head-to-head table
head_to_head_2d = [[getHeadToHead(p,o,finishedGamesGroupedByWinner) for o in players_ids_sorted_by_rank] for p in players_ids_sorted_by_rank]
players_for_h2h = [p for p in players_ids_sorted_by_rank]
logging.info('head_to_head_2d:')
logging.info(head_to_head_2d)
#now package it up for the html
biggermat = deepcopy(head_to_head_2d)
biggermat.insert(0,players_for_h2h)
players_for_h2h_padded = deepcopy(players_for_h2h)
players_for_h2h_padded_22 = [str(player) + '::'+str(players_id_name_dict[player]) for player in players_for_h2h_padded]
logging.info(players_for_h2h_padded_22)
players_for_h2h_padded_22.insert(0,'player_id')
for i,j in zip(biggermat, players_for_h2h_padded_22):
i.insert(0,j)
logging.info(biggermat)
#biggermat [x][y] for x,y>0 is the number of games player x won against player y.
#biggermat [0][y] for y>0 is the player_id of player y.
#biggermat [x][0] for x>0 is the player_id of player x.
return biggermat, head_to_head_2d
def setRanks_ByNumWinsOnly(tourney_id):
"""This looks at what games everyone has won and sets their currentRank field.
The current algorithm is very simple - just award ranks based on number of games won.
You should replace this with your own ranking logic."""
logging.info('in setRanks()')
#Load all finished games
finishedGames = games.Game.all().filter("winner !=", None).filter("tourney_id =", tourney_id)
logging.info("finishedGames:")
logging.info(finishedGames)
players_id_name_dict = getPlayersIDNameDict(tourney_id)
logging.info('players_id_name_dict')
logging.info(players_id_name_dict)
#Group them by who won
finishedGamesGroupedByWinner = main.group(finishedGames, lambda g: g.winner)
logging.info("finishedGamesGroupedByWinner:")
logging.info(finishedGamesGroupedByWinner)
for game in games.Game.all().filter("tourney_id =", tourney_id):
logging.info('game:')
logging.info(game)
if game.winner != None:
pass
#Get rid of the game data, and replace it with the number of games each player won
winCounts = dict(map(lambda (playerID,the_games): (playerID, len(the_games)), finishedGamesGroupedByWinner.items()))
#Map this from Player.all() to ensure we have an entry for every player, even those with no wins
playersMappedToNumWins = [(p, winCounts.get(p.key().id(), 0)) for p in players.Player.all().filter("tourney_id =", tourney_id)]
#sort by the number of wins each player has.
playersMappedToNumWins.sort(key=lambda (player,numWins): numWins, reverse=True)
#Now that it's sorted, we can just loop through each player and set their currentRank
for index,(player,numWins) in enumerate(playersMappedToNumWins):
player.currentRank = index + 1 #index is 0-based, and we want our top player to be ranked #1, so we add one.
player.numWins = numWins #added by unkn
player.save()
logging.info('player:')
logging.info(player)
logging.info('setRanks finished')
def index_new(request,tourney_id):
"""Request / """
logging.info('in index_new(' +str(tourney_id)+ ')')
tourney_id = int(tourney_id)
logging.info('tourney_id = '+str(tourney_id))
tourney_clotconfig = main.getClotConfig(tourney_id)
if not main.doesTourneyExist(tourney_id, tourney_clotconfig):
logging.info('tourney does not exist, redirecting user to tourneys info instead')
return shortcuts.render_to_response('tourney_does_not_exist.html' )
#arrange players by rank
the_players = players.Player.all().filter("tourney_id =", tourney_id)#.run(batch_size=1000)
the_players = sorted(the_players, key=lambda z: z.currentRank)
gamePlayers = main.group(games.GamePlayer.all().filter("tourney_id =", tourney_id), lambda z: z.gameID) #.run(batch_size=1000)
#arrange games by reverse of created date
the_games = games.Game.all().filter("tourney_id =", tourney_id)#.run(batch_size=1000)
the_games = sorted(the_games, key=lambda z: z.dateCreated, reverse=True)
#for game in the_games:
# logging.info('game: '+str(game))
# logging.info('game.winningTeamName = '+str(game.winningTeamName))
#do the head-to-head table
biggermat, head_to_head_2d = new_utility_functions.getHeadToHeadTable(tourney_id)
biggermat_str = deepcopy(biggermat)
for i in range(1,len(biggermat_str)):
for j in range(1,len(biggermat_str[i])):
if i==j:
biggermat_str[i][j] = "---"
else:
biggermat_str[i][j] = str(biggermat_str[i][j][0]) + "-" + str(biggermat_str[i][j][1])
#see if players are gated
players_gated_string = "players may join or leave"
if main.arePlayersGated(tourney_id, tourney_clotconfig):
players_gated_string = "players may NOT join or leave"
#get tourney_status_string
tourney_status_string = 'Tourney Not Yet Started'
if main.isTourneyInPlay(tourney_id, tourney_clotconfig):
if str(main.getTourneyType(tourney_id, tourney_clotconfig)) == 'swiss':
tourney_status_string = 'Tourney In Progress. Round '+str(main.getRoundNumber(tourney_id, tourney_clotconfig))+' of '+str(main.getNumRounds(tourney_id, tourney_clotconfig))
else:
tourney_status_string = 'Tourney In Progress.'
elif main.hasTourneyFinished(tourney_id, tourney_clotconfig):
winner = the_players[0]
winner_name = winner.name
tourney_status_string = 'Tourney has finished. Congratulations to '+str(winner_name)+'!'
minNumPlayersString= 'minNumPlayers: '+str(main.getMinimumNumberOfPlayers(tourney_id, tourney_clotconfig))
maxNumPlayersString= 'maxNumPlayers: '+str(main.getMaximumNumberOfPlayers(tourney_id, tourney_clotconfig))
starttimeString = 'starttime will be: '+str(main.getStarttime(tourney_id, tourney_clotconfig))+' provided we have minimum number of players.'
currentTimeString = 'current time = '+str(main.getCurrentTime())
tourney_type_string = str(main.getTourneyType(tourney_id, tourney_clotconfig)) + ' tourney'
how_long_you_have_to_join_games_string = 'You have '+str(main.getHowLongYouHaveToJoinGames(tourney_id, tourney_clotconfig))+' minutes to join your auto-created games. After that you may lose that game!!'
template_id = main.getTemplateID(tourney_id, tourney_clotconfig)
#things for specific tourney types
if main.getTourneyType(tourney_id, tourney_clotconfig)=='swiss':
swiss_games_info_table = tournament_swiss.getTourneyRoundsAndGameInfo(tourney_id)
else:
swiss_games_info_table = 0
#end of things for specific tourney types
return shortcuts.render_to_response('tourney_home.html',{'players': the_players, 'config': tourney_clotconfig, 'games': the_games,
'biggermat':biggermat_str,
'players_gated_string':players_gated_string,
'minNumPlayersString':minNumPlayersString,
'maxNumPlayersString':maxNumPlayersString,
'tourney_status_string':tourney_status_string,
'starttimeString':starttimeString,
'currentTimeString':currentTimeString,
'tourney_type_string':tourney_type_string,
'how_long_you_have_to_join_games_string':how_long_you_have_to_join_games_string,
'template_title_string':'Game Template',
'template_id':template_id,
'swiss_games_info_table':swiss_games_info_table,
'join_url':'/tourneys/'+str(tourney_id)+'/join',
'leave_url':'/tourneys/'+str(tourney_id)+'/leave',
'tourney_id':str(tourney_id)
})
def test_group(self):
groups = main.group([2, 3, 4], ['aldo', 'beat', 'carla', 'david', 'evi', 'flip', 'gary', 'hugo', 'ida'])
self.assertEqual(len(groups), 1260)
self.assertTrue([['aldo', 'beat'], ['carla', 'david', 'evi'], ['flip', 'gary', 'hugo', 'ida']] in groups)
self.assertTrue([['hugo', 'ida'], ['evi', 'flip', 'gary'], ['aldo', 'beat', 'carla', 'david']] in groups)
