def _remove_player_from_game(self, game, player):
if player not in self.player_states:
self.logger.error("Trying to remove unknown %s from a game" % player)
return
state = self.player_states[player]
if state.is_in_game() or state.is_after_game():
if game == state.get_game():
# TODO: when/if a voluntary leave is implemented, send a signal to the GameState to unsub the player
self.player_states[player] = PlayerState.get_initial(player)
self._send_to_player(player, self.player_states[player].as_init_action())
def handle_open(self, connection):
player = self._identify_player(connection)
self._add_connection_with(player, connection)
if player not in self.player_states:
player_state = PlayerState.get_initial(player)
self.logger.info("New player online, init their state with %s" % player_state.as_init_action())
self.player_states[player] = player_state
elif player in self.disconnect_timeouts:
self._player_reconnected(player)
else:
self.logger.debug("Got a new connection with %s" % player)
def handle_message(self, connection, msg):
self.logger.info("Got message %s" % msg)
msg = json.loads(msg)
if 'kind' in msg:
player = self.identity_of[connection]
# TODO: rearrange in order of descending frequency
if msg['kind'] == 'request-init':
self.logger.info("Got request for init form socket %s" % self)
self._send_to_player(player, self.player_states[player].as_init_action())
elif msg['kind'] == 'act-looking-for-game(start)':
if not self.player_states[player].is_initial():
self.logger.warn("Player %s is in %s, should be in initial" % (
player, self.player_states[player].as_short_str()))
return
self.player_states[player] = PlayerState.get_looking_for_game(player, self.mm_pool)
# TODO: transition from initial to lfg instead of init into lfg!
self._send_to_player(player, self.player_states[player].as_init_action())
self.mm_pool.add_player(player)
elif msg['kind'] == 'act-looking-for-game(stop)':
if not self.player_states[player].is_looking_for_game():
self.logger.warn("Player %s isn't looking for game" % (player,))
return
self.player_states[player] = PlayerState.get_initial(player)
self._send_to_player(player, self.player_states[player].as_init_action())
self.mm_pool.remove_player(player)
elif msg['kind'] == 'act-finish-game':
if not self.player_states[player].is_after_game():
self.logger.warn("Player %s isn't in a game that has ended" % (player,))
return
self._remove_player_from_game(self.player_states[player].get_game(), player)
elif msg['kind'] == 'set-nickname':
self._set_nickname(player, msg['newNickname'])
elif msg['kind'] == 'set-mm-deck':
self._set_mm_settings(player, deck=msg['deck'])
elif msg['kind'] == 'set-mm-min-players':
self._set_mm_settings(player, min_players=msg['minPlayers'])
elif msg['kind'] == 'set-no-auto-end':
self._set_game_settings(player, no_auto_end=msg['newVal'])
elif msg['kind'][:5] == 'move-':
if player not in self.player_states:
logging.warning("Unknown player %s issued a move" % player)
return
state = self.player_states[player]
if not state.is_in_game():
logging.warning("Player %s issued a move while in %s" % (player, state))
return
game = state.get_game()
try:
game.process_move(player, msg)
except IllegalMoveException as e:
logging.warning("Player %s issued an illegal move: %s" % (self, repr(e),))
logging.warning(game.as_dict())
