def react(self, args):
cards = args['discard']
if len(cards) > 0:
targets_ids = args['targets']
checking.only_one_target(targets_ids)
checking.forbid_target_self(self.player.player_id, targets_ids[0])
return DiscardCards.react(self, args)
def react(self, args):
if args['action'] == 'abort':
return self.done(args)
args['discard'] = args['use']
if len(args['discard']) == 0:
raise ValueError('wrong cards')
targets_ids = args['targets']
checking.only_one_target(targets_ids)
checking.forbid_target_self(self.player.player_id, targets_ids[0])
return DiscardCards.react(self, args)
def duel_check(game_control, args):
targets_ids = args['targets']
user = game_control.player_by_token(args['token'])
cards = game_control.cards_by_ids(args['use'])
checking.only_one_target(targets_ids)
target = game_control.player_by_id(targets_ids[0])
checking.valid_target(user, target, 'duel')
checking.forbid_target_self(user, target)
game_control.use_cards_for_players(user, targets_ids, args['action'], cards)
game_control.push_frame(_Duel(game_control, user, target, cards))
return { 'code': ret_code.OK }
def duel(game_control, args):
targets_ids = args['targets']
user = game_control.player_by_token(args['token'])
cards = game_control.cards_by_ids(args['use'])
checking.only_one_target(targets_ids)
target = game_control.player_by_id(targets_ids[0])
checking.forbid_target_self(user, target)
checking.only_one_card_named_as(cards, 'duel')
game_control.use_cards_for_players(user, targets_ids, args['action'], cards)
game_control.push_frame(play_slash_frame(game_control, target, user, cards))
return { 'code': ret_code.OK }
def react(self, args):
cards = self.game_control.cards_by_ids(args['transfer'])
if len(cards) == 0:
return self.done(None)
target = self.game_control.player_by_id(args['target'])
checking.forbid_target_self(self.source, target)
checking.cards_region(cards, 'bequeathed strategy')
self.game_control.private_cards_transfer(self.source, target, cards)
self.rest -= len(cards)
if self.rest == 0:
return self.done(None)
return {'code': ret_code.OK}
def react(self, args):
cards = self.game_control.cards_by_ids(args['transfer'])
if len(cards) == 0:
return self.done(None)
target = self.game_control.player_by_id(args['target'])
checking.forbid_target_self(self.source, target)
checking.cards_region(cards, 'bequeathed strategy')
self.game_control.private_cards_transfer(self.source, target, cards)
self.rest -= len(cards)
if self.rest == 0:
return self.done(None)
return { 'code': ret_code.OK }
def slash_check(game_control, args):
targets_ids = args['targets']
user = game_control.player_by_token(args['token'])
cards = game_control.cards_by_ids(args['use'])
checking.only_one_target(targets_ids)
target = game_control.player_by_id(targets_ids[0])
action = args['action']
checking.valid_target(user, target, action)
checking.forbid_target_self(user, target)
checking.within_range(game_control, user, target, 'slash')
game_control.use_cards_for_players(user, targets_ids, action, cards)
_SlashFlow(game_control, user, target, cards, action).resume()
return { 'code': ret_code.OK }
def sabotage_check(gc, args):
targets_ids = args['targets']
user = gc.player_by_token(args['token'])
cards = gc.cards_by_ids(args['use'])
checking.only_one_target(targets_ids)
target = gc.player_by_id(targets_ids[0])
checking.valid_target(user, target, 'sabotage')
checking.forbid_target_self(user, target)
checking.forbid_target_no_card(target, gc)
gc.use_cards_for_players(user, targets_ids, args['action'], cards)
hint = { 'regions': target.all_regions(gc) }
gc.push_frame(frames.AcceptMessage(gc, [user], 'region', hint,
lambda a: on_region(gc, target, a)))
return { 'code': ret_code.OK }
def sabotage(game_control, args):
targets_ids = args['targets']
user = game_control.player_by_token(args['token'])
cards = game_control.cards_by_ids(args['use'])
checking.only_one_target(targets_ids)
target = game_control.player_by_id(targets_ids[0])
checking.only_one_card_named_as(cards, 'sabotage')
checking.forbid_target_self(user, target)
checking.forbid_target_no_card(target, game_control)
game_control.use_cards_for_players(user, targets_ids, args['action'], cards)
on_result = lambda gc, a: None
game_control.push_frame(
frames.AcceptMessage(game_control, [user],
lambda a: on_message(game_control, target, a),
on_result))
return { 'code': ret_code.OK }
def sabotage(game_control, args):
targets_ids = args['targets']
user = game_control.player_by_token(args['token'])
cards = game_control.cards_by_ids(args['use'])
checking.only_one_target(targets_ids)
target = game_control.player_by_id(targets_ids[0])
checking.only_one_card_named_as(cards, 'sabotage')
checking.forbid_target_self(user, target)
checking.forbid_target_no_card(target, game_control)
game_control.use_cards_for_players(user, targets_ids, args['action'],
cards)
on_result = lambda gc, a: None
game_control.push_frame(
frames.AcceptMessage(game_control, [user],
lambda a: on_message(game_control, target, a),
on_result))
return {'code': ret_code.OK}
def react(self, args):
if args['action'] == 'abort':
return self.done(None)
cards = self.game_control.cards_by_ids(args['use'])
if len(cards) == 0:
raise ValueError('bad cards')
targets_ids = args['targets']
checking.only_one_target(targets_ids)
target = self.game_control.player_by_id(targets_ids[0])
checking.forbid_target_self(self.player, target)
checking.cards_region(cards, 'bequeathed strategy')
for c in cards: c.set_region('onhand')
self.game_control.private_cards_transfer(self.player, target, cards)
self.cards = [c for c in self.cards if c not in cards]
if len(self.cards) == 0:
return self.done(None)
return { 'code': ret_code.OK }