def schedule(cls, game):
while True:
# Only two players
candidates = game.submission_set.filter(active=True, user__is_active = True).order_by("count")
if len(candidates) < 2:
print "Insufficient candidates"
yield Scheduler.Task()
# Choose min candidate
player1 = candidates[0]
# And play against everyone else
for player2 in candidates:
if player1.user == player2.user: continue
players = [player1, player2]
yield Scheduler.GameRunTask(game.cls, *players)
players = [player2, player1]
yield Scheduler.GameRunTask(game.cls, *players)
def schedule(cls, game):
# Only two players
candidates = game.submission_set.filter(
active=True, user__is_active=True).order_by("count")
if len(candidates) < 2:
print "Insufficient candidates"
yield Scheduler.Task()
for i in range(RUN_COUNT):
for player1 in candidates:
for player2 in candidates:
if player1.user == player2.user: continue
players = [player1, player2]
yield Scheduler.GameRunTask(game.cls, *players)
def schedule(cls, game):
while True:
# Only two players
candidates = game.submission_set.filter(
active=True, user__is_active=True).order_by("count")
# If no candidates, just return a 'waste-time' task
if len(candidates) < 2:
print "Insufficient candidates"
yield Scheduler.Task()
continue
player1 = candidates[0]
candidates_ = [c for c in candidates[1:] if c.user != player1.user]
players = [player1, random.choice(candidates_)]
# Choose a start position at random
random.shuffle(players)
print "%s chosen from %d candidates" % (players, len(candidates))
yield Scheduler.GameRunTask(game.cls, *players)
