def final_challenge(self, request, queryset):
profiles = UserProfile.objects.filter(user__is_superuser=False,
user__is_active=True,
current_bot__isnull=False).all()
if not queryset:
return HttpResponseRedirect('/admin')
final_challenge = queryset[0]
for up_player1, up_player2 in itertools.product(profiles, repeat=2):
if up_player1 == up_player2:
continue
challenge = Challenge()
challenge.requested_by = up_player1
challenge.challenger_bot = up_player1.current_bot
challenge.challenged_bot = up_player2.current_bot
challenge.final_challenge = final_challenge
challenge.save()
final_challenge.challenge_set.add(challenge)
# dispatch the new task
players = {
up_player1.user.username: up_player1.current_bot.code,
up_player2.user.username: up_player2.current_bot.code,
}
run_match.delay(challenge.id, players)
final_challenge.save()
return HttpResponseRedirect('/admin')
def create_challenges(engine):
uuid = lambda: uuid4().hex
now = lambda: datetime.utcnow()
inserts = []
order = {
'easy': 0,
'medium': 1,
'hard': 2,
'impossible': 3,
}
mock = {
'id': uuid(),
'game_level': 'easy',
'icons': {
'icons': []
},
"active": 1,
'order': 0,
'created_at': now()
}
for level, data in LEVELS.items():
for prize in data.get('prizes'):
mock['id'] = uuid()
mock['game_level'] = level
mock['icons']['icons'] = prize.get('icons', [])
mock['order'] = order.get(level, 0)
log.debug(mock)
inserts.append(Challenge(**mock))
break
engine.sync(inserts)
def final_challenge(self, request, queryset):
profiles = UserProfile.objects.filter(user__is_superuser=False,
user__is_active=True, current_bot__isnull=False).all()
if not queryset:
return HttpResponseRedirect('/admin')
final_challenge = queryset[0]
for up_player1, up_player2 in itertools.product(profiles, repeat=2):
if up_player1 == up_player2:
continue
challenge = Challenge()
challenge.requested_by = up_player1
challenge.challenger_bot = up_player1.current_bot
challenge.challenged_bot = up_player2.current_bot
challenge.final_challenge = final_challenge
challenge.save()
final_challenge.challenge_set.add(challenge)
# dispatch the new task
players = {up_player1.user.username: up_player1.current_bot.code,
up_player2.user.username: up_player2.current_bot.code,
}
run_match.delay(challenge.id, players)
final_challenge.save()
return HttpResponseRedirect('/admin')
def _test_run_match(self, bot1_code, bot2_code, checkChallenge):
def save_bot(user_profile, bot_code):
aBot = Bot()
aBot.owner = user_profile
aBot.code = bot_code
aBot.save()
return aBot
bot1 = save_bot(self.user1_profile, bot1_code)
bot2 = save_bot(self.user2_profile, bot2_code)
aChallenge = Challenge()
aChallenge.challenger_bot = bot1
aChallenge.challenged_bot = bot2
aChallenge.requested_by = self.user1_profile
aChallenge.save()
players = {
'bot1': aChallenge.challenger_bot.code,
'bot2': aChallenge.challenged_bot.code
}
run_match.delay(aChallenge.id, players)
#Refresh challenge
aChallenge = Challenge.objects.get(pk=aChallenge.id)
checkChallenge(aChallenge)
def issue_challenge_view(request):
if request.method == 'POST':
try:
challenger = Team.objects.get(slug=request.POST['challenger'])
challengee = Team.objects.get(slug=request.POST['challengee'])
except (Team.DoesNotExist, KeyError):
pass
else:
challenge = Challenge(challenger=challenger, challengee=challengee)
challenge.save()
url = reverse('user_profile',
kwargs={'username': request.user.username})
return HttpResponseRedirect(url)
data = {
'own_teams': request.user.team_set.all(),
'other_teams': Team.objects.exclude(coach=request.user),
}
return render(request, 'game/issue-challenge.html', data)
def post(cls, request, game_id=None):
game = request.data
challenges = request.data['challenges']
if game_id:
g = get_object_or_404(Game, pk=game_id)
else:
g = Game()
for k, v in game.items():
if k in ['pk', 'challenges', 'author', 'options']:
continue
setattr(g, k, v)
g.author = request.user
g.add_extra('options', game.get('options', []))
g.save()
pkch = {}
for ch in challenges:
pk = ch['pk']
if pk < 0:
# negative pk will create the challenge
c = Challenge()
else:
c = Challenge.objects.get(pk=pk)
for k, v in ch.items():
if k in ['pk', 'game', 'options', 'child_challenges', 'depends']:
continue
setattr(c, k, v)
c.add_extra('options', ch.get('options', []))
c.save()
g.challenges.add(c)
g.save()
pkch[pk] = c
for ch in challenges:
c = pkch[ch['pk']]
# child challenges
c.child_challenges.clear()
for cc in ch.get('child_challenges', []):
c.child_challenges.add(pkch[cc['pk']])
# depends
c.depends.clear()
for dep in ch.get('depends', []):
c.depends.add(pkch[dep['pk']])
c.save()
return Response({'status': 'ok'})
def _test_run_match(self, bot1_code, bot2_code, checkChallenge):
def save_bot(user_profile, bot_code):
aBot = Bot()
aBot.owner = user_profile
aBot.code = bot_code
aBot.save()
return aBot
bot1 = save_bot(self.user1_profile, bot1_code)
bot2 = save_bot(self.user2_profile, bot2_code)
aChallenge = Challenge()
aChallenge.challenger_bot = bot1
aChallenge.challenged_bot = bot2
aChallenge.requested_by = self.user1_profile
aChallenge.save()
players = {'bot1': aChallenge.challenger_bot.code,
'bot2': aChallenge.challenged_bot.code}
run_match.delay(aChallenge.id, players)
#Refresh challenge
aChallenge = Challenge.objects.get(pk=aChallenge.id)
checkChallenge(aChallenge)
