def next_turn(pid: int):
ps: PlayerState = db_connector.get_player_state_pid(pid)
ps.pay_taxes()
game: Game = db_connector.get_game_pid(pid)
if game.update_progress():
define_bankrupts(db_connector.get_game_pid(pid))
socket.emit('new_market_lvl', game.get_new_market_lvl(), room=game.id)
def credit_payoff(pid: int):
print(str(pid))
player: Player = db_connector.get_player_pid(pid)
emit('paid_credit_sum', player.check_credit_payoff())
game: Game = db_connector.get_game_pid(pid)
if game.update_progress():
emit('wait_take_credit', room=db_connector.get_game_id(pid))
def produce(pid: int, quantity: int, fabrics_1: int, fabrics_2: int):
player_state = db_connector.get_player_state_pid(pid)
result = player_state.get_egp(quantity, fabrics_1, fabrics_2)
if isinstance(result, int) and result == 0:
emit('production_error')
return
emit('produced', (result[0], result[1]))
game: Game = db_connector.get_game_pid(pid)
if game.update_progress():
emit('wait_egp_request', room=game.id)
def egp_request(pid: int, price: int, qty: int):
game: Game = db_connector.get_game_pid(pid)
is_senior: bool = db_connector.get_player_state_pid(
pid).rang == game.turn_num % game.max_players
egp_orders.append(Order(game.id, pid, price, qty, is_senior))
if game.update_progress():
game_orders: list = []
i: int = 0
while i < len(egp_orders):
order: Order = egp_orders[i]
if order.game_id == game.id:
print('game_id ' + str(order.game_id) + ' ' + str(game.id))
game_orders.append(order)
egp_orders.remove(order)
else:
i += 1
send_egp_approved(game.start_egp_auction(game_orders), game.id)
pay_bank_percent(game, game.id)