def round_inline_handle(_bot: telegram.Bot, job_queue: JobQueue,
query: telegram.CallbackQuery, gm: bool,
game_round: Round):
language_code = get_language(query.from_user)
def _(x):
return get(x, language_code)
method = str(query.data)
actors = game_round.get_actors()
if method == 'round:next':
next_count = game_round.counter + 1
if next_count >= len(actors):
next_count = 0
game_round.round_counter += 1
game_round.counter = next_count
game_round.save()
answer_callback_query(job_queue, query.id)
update_round_message(job_queue, game_round, language_code)
elif method == 'round:prev':
prev_count = game_round.counter - 1
if prev_count < 0:
if game_round.round_counter <= 1:
answer_callback_query(job_queue, query.id,
_(Text.ALREADY_FIRST_TURN))
return
else:
prev_count = len(actors) - 1
game_round.round_counter -= 1
game_round.counter = prev_count
answer_callback_query(job_queue, query.id)
update_round_message(job_queue,
game_round,
language_code,
refresh=True)
game_round.save()
elif method == 'round:remove':
if not gm:
raise NotGm()
actors = game_round.get_actors()
if len(actors) > 1:
current = actors[game_round.counter % len(actors)]
current.delete()
answer_callback_query(job_queue, query.id)
update_round_message(job_queue,
game_round,
language_code,
refresh=True)
else:
answer_callback_query(query.id,
_(Text.AT_LEAST_ONE_ACTOR),
show_alert=True)
elif method == 'round:finish':
if not gm:
raise NotGm()
message: telegram.Message = query.message
edit_message(job_queue, message.chat_id, message.message_id,
_(Text.ROUND_ALREADY_FINISHED))
remove_round(job_queue, game_round.chat_id)
def refresh_round_message(bot: telegram.Bot,
game_round: Round,
get_text,
refresh=False):
reply_markup = InlineKeyboardMarkup([
[
InlineKeyboardButton(get_text(Text.ROUND_REMOVE),
callback_data='round:remove'),
InlineKeyboardButton(get_text(Text.ROUND_FINISH),
callback_data='round:finish'),
InlineKeyboardButton("←", callback_data='round:prev'),
InlineKeyboardButton("→", callback_data='round:next'),
],
])
actors = game_round.get_actors()
if not actors:
return
game_round.counter = game_round.counter % len(actors)
counter = game_round.counter
state = ''
if game_round.hide:
state = '[{}]'.format(get_text(Text.HIDED_ROUND_LIST))
round_counter = get_text(
Text.ROUND_COUNTER).format(round_number=game_round.round_counter)
text = '<b>{}</b> {state} #round\n\n{round_number} [{counter}/{total}]\n\n'.format(
get_text(Text.ROUND_INDICATOR),
state=state,
round_number=round_counter,
counter=counter + 1,
total=len(actors),
)
for index, actor in enumerate(actors):
is_current = counter == index
if is_current:
text += '• {} ({}) ← {}\n'.format(actor.name, actor.value,
get_text(Text.CURRENT))
elif not game_round.hide:
text += '◦ {} ({})\n'.format(actor.name, actor.value)
if refresh:
try:
bot.edit_message_text(
text,
chat_id=game_round.chat_id,
message_id=game_round.message_id,
parse_mode='HTML',
reply_markup=reply_markup,
)
except TelegramError:
pass
else:
bot.delete_message(game_round.chat_id, game_round.message_id)
message = bot.send_message(game_round.chat_id,
text,
parse_mode='HTML',
reply_markup=reply_markup)
game_round.message_id = message.message_id
game_round.save()
def _populate_rounds(self, game, winning_team_players, loose_team_players, winning_team_score, loose_team_score,
winning_team_id):
winning_team_round_score = self._split_a_total(winning_team_score, 4, [i for i in range(1, 5)])
loose_team_round_score = self._split_a_total(loose_team_score, 4, [i for i in range(1, 5)])
for i in range(1, 5):
game_players = winning_team_players + loose_team_players
round = Round(game=game, round_number=i)
round.save()
round.players.set(game_players)
self._populate_player_round_score(round, game_players, winning_team_round_score[i],
loose_team_round_score[i], winning_team_players, loose_team_players,
winning_team_id)
self._populate_team_round_scores(round, game.teams)
def round_inline_handle(bot: telegram.Bot, query: telegram.CallbackQuery,
gm: bool, game_round: Round):
_ = partial(get_by_user, user=query.from_user)
method = str(query.data)
actors = game_round.get_actors()
if method == 'round:next':
next_count = game_round.counter + 1
if next_count >= len(actors):
next_count = 0
game_round.round_counter += 1
game_round.counter = next_count
game_round.save()
query.answer()
refresh_round_message(bot, game_round, _)
elif method == 'round:prev':
prev_count = game_round.counter - 1
if prev_count < 0:
if game_round.round_counter <= 1:
query.answer(text=_(Text.ALREADY_FIRST_TURN))
return
else:
prev_count = len(actors) - 1
game_round.round_counter -= 1
game_round.counter = prev_count
query.answer()
refresh_round_message(bot, game_round, _, refresh=True)
game_round.save()
elif method == 'round:remove':
if not gm:
raise NotGm()
actors = game_round.get_actors()
if len(actors) > 1:
current = actors[game_round.counter % len(actors)]
current.delete()
query.answer()
refresh_round_message(bot, game_round, _, refresh=True)
else:
query.answer(show_alert=True, text=_(Text.AT_LEAST_ONE_ACTOR))
elif method == 'round:finish':
if not gm:
raise NotGm()
query.edit_message_text(_(Text.ROUND_ALREADY_FINISHED))
remove_round(bot, game_round.chat_id)
def create(self, validated_data):
# First we check if the action_1 won
try:
WinCondition.objects.get(killer=validated_data['action_1'],
victim=validated_data['action_2'])
except WinCondition.DoesNotExist:
# Then we check if action_2 won
try:
WinCondition.objects.get(killer=validated_data['action_2'],
victim=validated_data['action_1'])
except WinCondition.DoesNotExist:
# If there is no winner the field remain null, and because finished date will stopped being null we
# know that the round was a tie
winner = None
else:
winner = Game.objects.get(
id=validated_data['game'].id).player_2
else:
winner = Game.objects.get(id=validated_data['game'].id).player_1
# Here we create the instance of the round
round = Round(
# Here we assign the winner
winner=winner,
game=validated_data['game'],
action_1=validated_data['action_1'],
action_2=validated_data['action_2'])
round.save()
# Here we check if the amount of round required is
rounds_amount = Round.objects.filter(game=round.game).exclude(
winner=None).count()
# Todo: Make amount of rounds required dynamic
if rounds_amount >= 3:
round.game.is_finished = True
round.game.finished_at = timezone.now()
round.game.winner = winner
round.game.save()
return round
def roomjoin_view(request,gameid):
game = OnlineGame.objects.get(id = gameid)
if not game.players.filter(user = request.user):
game.players.add(Profile.objects.get(user = request.user))
game.save()
if (game.players.all().count() >= 2) and game.players.all()[0].user == request.user and not game.isStarted:
game.isStarted = True
for index,pl in enumerate(game.players.all()):
ground = Round()
ground.player = pl
ground.save()
nphrase = Phrase()
nphrase.gamesCount = -1
nphrase.name = game.phrasePack.phrases.all()[index].name
nphrase.author = pl
nphrase.save()
ground.phrases.add(nphrase)
ground.save()
game.rounds.add(ground)
game.save()
return render(request, 'game/room.html', context={'game':game,'phrases':game.phrasePack.phrases.all(), 'players':game.players.all(), 'name':Profile.objects.get(user = request.user).name})
def create_rounds(room_id, ending_t, trial):
class Pvp:
n_real_players = 1 if trial else 2
name = "pvp"
class Pve:
n_real_players = 1
name = "pve"
# noinspection PyTypeChecker
round_types = (Pve, ) * 2 + (Pvp, )
for rt in round_types:
# create round and its composition
round_id = secrets.token_hex(10)
while Round.objects.filter(round_id=round_id).first():
round_id = secrets.token_hex(10)
rd = Round(
round_id=round_id,
room_id=room_id,
real_players=rt.n_real_players,
missing_players=rt.n_real_players,
ending_t=ending_t,
state=rt.name,
opened=1,
t=0,
)
rd.save()
composition.create(round_id=round_id, n_real_players=rt.n_real_players)
data.init(round_id=round_id)
state.init(round_id=round_id, ending_t=ending_t)