def __forward_street(self, state):
table = state["table"]
street_start_msg = [(-1, MessageBuilder.build_street_start_message(state))]
if table.seats.count_active_players() == 1: street_start_msg = []
if table.seats.count_ask_wait_players() <= 1:
state["street"] += 1
state, messages = self.__start_street(state)
return state, street_start_msg + messages
else:
next_player_pos = state["next_player"]
next_player = table.seats.players[next_player_pos]
ask_message = [(next_player.uuid, MessageBuilder.build_ask_message(next_player_pos, state))]
return state, street_start_msg + ask_message
def __notify_game_start(self, max_round):
config = self.__gen_config(max_round)
start_msg = MessageBuilder.build_game_start_message(
config, self.table.seats)
self.message_handler.process_message(-1, start_msg)
self.message_summarizer.summarize(start_msg)
self.game_summarizer.summarize(start_msg)
def __generate_game_result(self, max_round, seats):
config = self.__gen_config(max_round)
result_message = MessageBuilder.build_game_result_message(
config, seats)
self.message_summarizer.summarize(result_message)
self.game_summarizer.summarize(result_message)
return result_message
def __showdown(self, state): winners, hand_info, prize_map = GameEvaluator.judge(state["table"]) self.__prize_to_winners(state["table"].seats.players, prize_map) result_message = MessageBuilder.build_round_result_message(state["round_count"], winners, hand_info, state) state["table"].reset() state["street"] += 1 return state, [(-1, result_message)]
def __round_start_message(self, round_count, table):
players = table.seats.players
gen_msg = lambda idx: (players[idx].uuid,
MessageBuilder.build_round_start_message(
round_count, idx, table.seats))
return reduce(lambda acc, idx: acc + [gen_msg(idx)],
range(len(players)), [])
def test_street_start_message(self):
state = self.__setup_state()
message = MessageBuilder.build_street_start_message(state)
msg = message['message']
self.eq(MessageBuilder.STREET_START_MESSAGE, msg['message_type'])
self.eq('notification', message['type'])
self.eq('flop', msg['street'])
self.eq(DataEncoder.encode_round_state(state), msg['round_state'])
def test_street_start_message(self):
state = self.__setup_state()
message = MessageBuilder.build_street_start_message(state)
msg = message["message"]
self.eq(MessageBuilder.STREET_START_MESSAGE, msg["message_type"])
self.eq("notification", message["type"])
self.eq("flop", msg["street"])
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
def test_street_start_message(self):
state = self.__setup_state()
message = MessageBuilder.build_street_start_message(state)
msg = message["message"]
self.eq(MessageBuilder.STREET_START_MESSAGE, msg["message_type"])
self.eq("notification", message["type"])
self.eq("flop", msg["street"])
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
def test_round_start_message(self):
seats = self.__setup_seats()
message = MessageBuilder.build_round_start_message(7, 1, seats)
msg = message['message']
self.eq('notification', message['type'])
self.eq(MessageBuilder.ROUND_START_MESSAGE, msg['message_type'])
self.eq(7, msg['round_count'])
self.eq(DataEncoder.encode_seats(seats)['seats'], msg['seats'])
self.eq(['2d', '3d'], msg['hole_card'])
def test_game_start_message(self):
config = self.__setup_config()
seats = self.__setup_seats()
message = MessageBuilder.build_game_start_message(config, seats)
msg = message['message']
self.eq('notification', message['type'])
self.eq(MessageBuilder.GAME_START_MESSAGE, msg['message_type'])
self.eq(MessageBuilder.GAME_START_MESSAGE, msg['message_type'])
self.eq(DataEncoder.encode_game_information(config, seats), msg['game_information'])
def test_game_result_message(self):
config = self.__setup_config()
seats = self.__setup_seats()
state = self.__setup_state()
message = MessageBuilder.build_game_result_message(config, seats)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.GAME_RESULT_MESSAGE, msg["message_type"])
self.eq(DataEncoder.encode_game_information(config, seats), msg["game_information"])
def test_round_start_message(self):
seats = self.__setup_seats()
message = MessageBuilder.build_round_start_message(7, 1, seats)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.ROUND_START_MESSAGE, msg["message_type"])
self.eq(7, msg["round_count"])
self.eq(DataEncoder.encode_seats(seats)["seats"], msg["seats"])
self.eq(["CA", "C2"], msg["hole_card"])
def test_round_start_message(self):
seats = self.__setup_seats()
message = MessageBuilder.build_round_start_message(7, 1, seats)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.ROUND_START_MESSAGE, msg["message_type"])
self.eq(7, msg["round_count"])
self.eq(DataEncoder.encode_seats(seats)["seats"], msg["seats"])
self.eq(["CA", "C2"], msg["hole_card"])
def test_game_result_message(self):
config = self.__setup_config()
seats = self.__setup_seats()
state = self.__setup_state()
message = MessageBuilder.build_game_result_message(config, seats)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.GAME_RESULT_MESSAGE, msg["message_type"])
self.eq(DataEncoder.encode_game_information(config, seats), msg["game_information"])
def _generate_game_result_event(self, game_state):
dummy_config = {
"initial_stack": None,
"max_round": None,
"small_blind_amount": None,
"ante": None,
"blind_structure": None
}
message = MessageBuilder.build_game_result_message(dummy_config, game_state["table"].seats)["message"]
return [self.create_event(message)]
def test_ask_message(self):
state = self.__setup_state()
table = state["table"]
message = MessageBuilder.build_ask_message(1, state)
msg = message["message"]
self.eq("ask", message["type"])
self.eq(MessageBuilder.ASK_MESSAGE, msg["message_type"])
self.eq(["CA", "C2"], msg["hole_card"])
self.eq(3, len(msg["valid_actions"]))
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
self.eq(DataEncoder.encode_action_histories(table), msg["action_histories"])
def test_game_update_message(self):
state = self.__setup_state()
table = state["table"]
player = table.seats.players[1]
message = MessageBuilder.build_game_update_message(1, "call", 10, state)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.GAME_UPDATE_MESSAGE, msg["message_type"])
self.eq(DataEncoder.encode_action(player, "call", 10), msg["action"])
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
self.eq(DataEncoder.encode_action_histories(table), msg["action_histories"])
def test_ask_message(self):
state = self.__setup_state()
table = state["table"]
message = MessageBuilder.build_ask_message(1, state)
msg = message["message"]
self.eq("ask", message["type"])
self.eq(MessageBuilder.ASK_MESSAGE, msg["message_type"])
self.eq(["CA", "C2"], msg["hole_card"])
self.eq(3, len(msg["valid_actions"]))
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
self.eq(DataEncoder.encode_action_histories(table), msg["action_histories"])
def test_game_update_message(self):
state = self.__setup_state()
table = state["table"]
player = table.seats.players[1]
message = MessageBuilder.build_game_update_message(1, "call", 10, state)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.GAME_UPDATE_MESSAGE, msg["message_type"])
self.eq(DataEncoder.encode_action(player, "call", 10), msg["action"])
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
self.eq(DataEncoder.encode_action_histories(table), msg["action_histories"])
def _gen_game_result_message(table, config):
compat_config = {
'initial_stack': config['initial_stack'],
'max_round': config['max_round'],
'small_blind_amount': config['small_blind'], # fill an interface gap
'ante': config['ante'],
'blind_structure': config['blind_structure']
}
msg = MessageBuilder.build_game_result_message(compat_config, table.seats)
destination = -1
return (destination, msg)
def _gen_game_result_message(table, config):
compat_config = {
'initial_stack': config['initial_stack'],
'max_round': config['max_round'],
'small_blind_amount': config['small_blind'], # fill an interface gap
'ante': config['ante'],
'blind_structure': config['blind_structure']
}
msg = MessageBuilder.build_game_result_message(compat_config, table.seats)
destination = -1
return (destination, msg)
def test_ask_message(self):
state = self.__setup_state()
table = state['table']
message = MessageBuilder.build_ask_message(1, state)
msg = message['message']
self.eq('ask', message['type'])
self.eq(MessageBuilder.ASK_MESSAGE, msg['message_type'])
self.eq(['2d', '3d'], msg['hole_card'])
self.eq(3, len(msg['valid_actions']))
self.eq(DataEncoder.encode_round_state(state), msg['round_state'])
self.eq(DataEncoder.encode_action_histories(table), msg['action_histories'])
def test_game_update_message(self):
state = self.__setup_state()
table = state['table']
player = table.seats.players[1]
message = MessageBuilder.build_game_update_message(1, 'call', 10, state)
msg = message['message']
self.eq('notification', message['type'])
self.eq(MessageBuilder.GAME_UPDATE_MESSAGE, msg['message_type'])
self.eq(DataEncoder.encode_action(player, 'call', 10), msg['action'])
self.eq(DataEncoder.encode_round_state(state), msg['round_state'])
self.eq(DataEncoder.encode_action_histories(table), msg['action_histories'])
def test_round_result_message(self):
state = self.__setup_state()
winners = state["table"].seats.players[1:2]
hand_info = ["dummy", "info"]
message = MessageBuilder.build_round_result_message(7, winners, hand_info, state)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.ROUND_RESULT_MESSAGE, msg["message_type"])
self.eq(7, msg["round_count"])
self.eq(hand_info, msg["hand_info"])
self.eq(DataEncoder.encode_winners(winners)["winners"], msg["winners"])
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
def test_round_result_message(self):
state = self.__setup_state()
winners = state['table'].seats.players[1:2]
hand_info = ['dummy', 'info']
message = MessageBuilder.build_round_result_message(7, winners, hand_info, state)
msg = message['message']
self.eq('notification', message['type'])
self.eq(MessageBuilder.ROUND_RESULT_MESSAGE, msg['message_type'])
self.eq(7, msg['round_count'])
self.eq(hand_info, msg['hand_info'])
self.eq(DataEncoder.encode_winners(winners)['winners'], msg['winners'])
self.eq(DataEncoder.encode_round_state(state), msg['round_state'])
def test_round_result_message(self):
state = self.__setup_state()
winners = state["table"].seats.players[1:2]
hand_info = ["dummy", "info"]
message = MessageBuilder.build_round_result_message(7, winners, hand_info, state)
msg = message["message"]
self.eq("notification", message["type"])
self.eq(MessageBuilder.ROUND_RESULT_MESSAGE, msg["message_type"])
self.eq(7, msg["round_count"])
self.eq(hand_info, msg["hand_info"])
self.eq(DataEncoder.encode_winners(winners)["winners"], msg["winners"])
self.eq(DataEncoder.encode_round_state(state), msg["round_state"])
def apply_action(self, original_state, action, bet_amount, bot_info=None):
state = self.__deep_copy_state(original_state)
state = self.__update_state_by_action(state, action, bet_amount, bot_info=bot_info)
update_msg = self.__update_message(state, action, bet_amount)
if self.__is_everyone_agreed(state):
[player.save_street_action_histories(state["street"]) for player in state["table"].seats.players]
state["street"] += 1
state, street_msgs = self.__start_street(state)
return state, [update_msg] + street_msgs
else:
state["next_player"] = state["table"].next_ask_waiting_player_pos(state["next_player"])
next_player_pos = state["next_player"]
next_player = state["table"].seats.players[next_player_pos]
ask_message = (next_player.uuid, MessageBuilder.build_ask_message(next_player_pos, state))
return state, [update_msg, ask_message]
def run_until_round_finish(self, game_state):
mailbox = []
while game_state["street"] != Const.Street.FINISHED:
next_player_pos = game_state["next_player"]
next_player_uuid = game_state["table"].seats.players[next_player_pos].uuid
next_player_algorithm = self.fetch_player(next_player_uuid)
msg = MessageBuilder.build_ask_message(next_player_pos, game_state)["message"]
action, amount = next_player_algorithm.declare_action(\
msg["valid_actions"], msg["hole_card"], msg["round_state"])
game_state, messages = RoundManager.apply_action(game_state, action, amount)
mailbox += messages
events = [self.create_event(message[1]["message"]) for message in mailbox]
events = [e for e in events if e]
if self._is_last_round(game_state, self.game_rule):
events += self._generate_game_result_event(game_state)
return game_state, events
def __game_update_message(self): state = self.__setup_state() return MessageBuilder.build_game_update_message(1, "call", 10, state)
def __ask_message(self): state = self.__setup_state() return MessageBuilder.build_ask_message(1, state)
def __street_start_message(self): state = self.__setup_state() return MessageBuilder.build_street_start_message(state)
def __round_start_message(self): seats = self.__setup_seats() return MessageBuilder.build_round_start_message(7, 1, seats)
def __update_message(self, state, action, bet_amount):
return (-1, MessageBuilder.build_game_update_message(
state["next_player"], action, bet_amount, state))
def __round_result_message(self): hand_info = ["dummy", "info"] state = self.__setup_state() winners = state["table"].seats.players[1:2] return MessageBuilder.build_round_result_message(7, winners, hand_info, state)
def __notify_game_start(self, max_round): config = self.__gen_config(max_round) start_msg = MessageBuilder.build_game_start_message(config, self.table.seats) self.message_handler.process_message(-1, start_msg) self.message_summarizer.summarize(start_msg)
def gen_msg(idx):
return (players[idx].uuid,
MessageBuilder.build_round_start_message(
round_count, idx, table.seats))
def __round_result_message(self):
hand_info = ['dummy', 'info']
state = self.__setup_state()
winners = state['table'].seats.players[1:2]
return MessageBuilder.build_round_result_message(
7, winners, hand_info, state)
def __game_result_message(self): config = self.__setup_config() seats = self.__setup_seats() return MessageBuilder.build_game_result_message(config, seats)
def __generate_game_result(self, max_round, seats): config = self.__gen_config(max_round) result_message = MessageBuilder.build_game_result_message(config, seats) self.message_summarizer.summarize(result_message) return result_message
