def __init__(self, networkname, server_config, bot_config, joinlist,
modules_config):
self.alive = True
self.connected = False
self.hostname = server_config['hostname']
self.port = int(server_config.get('port', "6667"))
self.nick = bot_config['nick']
self.altnick = bot_config.get('altnick', self.nick + "_")
self.username = bot_config['username']
self.realname = bot_config['realname']
self.owner = bot_config['owner']
self.networkname = networkname
self.joinlist = joinlist
self._reader_thread = None
self._parser = MessageParser()
self._init_callback_table()
self._socket = None
self._channel_list = []
self._modules_config = modules_config
self.dynamic_modules = [
DynamicModule(self, m, c) for m, c in modules_config.items()
]
self._last_ping = time.time()
def __init__(self, networkname, server_config, bot_config, joinlist, modules_config):
self.alive = True
self.connected = False
self.hostname = server_config['hostname']
self.port = int(server_config.get('port', "6667"))
self.nick = bot_config['nick']
self.altnick = bot_config.get('altnick', self.nick + "_")
self.username = bot_config['username']
self.realname = bot_config['realname']
self.owner = bot_config['owner']
self.networkname = networkname
self.joinlist = joinlist
self._reader_thread = None
self._parser = MessageParser()
self._init_callback_table()
self._socket = None
self._channel_list = []
self._modules_config = modules_config
self.dynamic_modules = [DynamicModule(self, m, c) for m, c in modules_config.items()]
self._last_ping = time.time()
def __init__(self, sock):
self.__socket = sock
self.__message_parser = MessageParser()
self.__lobby_model = LobbyModel()
# name of the game
self.__game = None
# player number (1 or 2)
self.__player = None
# player id lol
self.__id = self.__get_own_player_id()
# add client as player
self.__lobby_model.add_player(self.__id)
# register callbacks
self.__lobby_model.register_callback(LobbyEvent.on_update,
self.on_update_lobby)
self.__lobby_model.register_callback(LobbyEvent.on_chat, self.on_chat)
def __init__(self, message):
self.message_parser = MessageParser(message)
# hole, [['2c', '2d'],...] for 6 players
self.hole = self.message_parser.hole
# board ['2c', '2d', '2h', ...] for at most 5 board cards
self.board = self.message_parser.board
self.viewing_player = self.message_parser.get_position()
self.betting_string = self.message_parser.get_betting_string(rd=None)
self.board_string = self.message_parser.get_board_string(rd=None)
# a two-dimension list, dim-1 is round, dim-2 is i-th action of a round
self.betting_action = self.get_betting_action()
# a one-dimension list, store each {action string} as an element
self.action_list = []
# store each {action object} of all round actions in a one-dimension list
for each_round_action in self.betting_action:
for action in each_round_action:
self.action_list.append(Action(action))
# set up basic data structure
self.spent = [50, 100, 0, 0, 0, 0]
self.active = [True] * 6
self.fold = [False] * 6
self.allin = [False] * 6
self.pot = 150
self.max_bet = 100
self.current_player = 2 # player at seat 2 is first player to act in PREFLOP round
self.finished = False
self.round = Round.PREFLOP
self.boards = None # first round have no board cards
self.holes = None # hole array for 6 players
self.min_no_limit_raise_to = 2 * 100
self.max_no_limit_raise_to = 20000
self.next_round_flag = False
self.call_number = 0
# update [hole] and [board]
self.holes = self.message_parser.get_hole_card(position=None)
self.boards = self.message_parser.get_board_card(rd=None)
# after setting up basic data structure, start to do each action and update data structure
cnt = 0
for action in self.action_list:
cnt += 1
self.do_action(action)
def __init__(self, roverID, blockInfo):
self.roverID = roverID
self.blockInfo = blockInfo
self.posY = 0
self.nextY = 0
if roverID == 0:
self.posX = 0
self.nextX = 0
else:
self.posX = -1
self.nextX = -1
# Declare test client and parser
self.clientConnection = TestClient()
self.parser = MessageParser(roverID)
# Connect signals and slots
self.clientConnection.messageFromServer.connect(self.parser.parse)
self.parser.parsedMessageSignal.connect(self.messageFromServer)
self.parser.constructedMessageSignal.connect(
self.clientConnection.sendMessageToServer)
def __init__(self, sock):
self.__socket = sock
self.__message_parser = MessageParser()
self.__lobby_model = LobbyModel()
# name of the game
self.__game = None
# player number (1 or 2)
self.__player = None
# player id lol
self.__id = self.__get_own_player_id()
# add client as player
self.__lobby_model.add_player(self.__id)
# register callbacks
self.__lobby_model.register_callback(LobbyEvent.on_update, self.on_update_lobby)
self.__lobby_model.register_callback(LobbyEvent.on_chat, self.on_chat)
def cleanup():
print('cleanup')
server.closeServer()
# Make Qt happy
app = QApplication(sys.argv)
# Declare server
server = team13Server('192.168.42.1', 2000)
# Declare server GUI
serverGui = MainWindow()
# Declare parser for rover 0
rover0Parser = MessageParser(0)
# Declare parser for rover 1
rover1Parser = MessageParser(1)
# Central class holding positions of both rovers
roverPositions = RoverPositions()
# Declare controller for rover 0
rover0Controller = Rover0Control(roverPositions)
# Declare controller for rover 1
rover1Controller = Rover1Control(roverPositions)
# Connect server signals
server.client0Message.connect(rover0Parser.parse)
server.client1Message.connect(rover1Parser.parse)
server.serverClosed.connect(rover0Parser.closeLog)
server.startSelf.connect(server.runServer)
# Connect GUI signals
# Please install the slackclient module either globally or into ./lib before running this bot
# Additionally, you should fill in the config.json with all of the appropriate keys, tokens, and IDs
import json, sys, socket, time
sys.path.insert(0, 'lib')
sys.dont_write_bytecode = True
from rtmctl import SlackBotController
from messageparser import MessageParser
with open('config.json', 'r') as cfg:
config = json.load(cfg)
slackbot = SlackBotController(config=config, parser=MessageParser(config))
# Runs the bot and handles/retries on connection errors,
# implements an exponential backoff up to 256 seconds.
def retryLoop(func, sec):
try:
func()
except Exception, e:
sec = sec + 1 if sec < 8 else 1
print 'Connection error, retrying in ' + str(2**sec) + ' seconds...'
time.sleep(2**sec)
retryLoop(func, sec)
retryLoop(slackbot.run, 0)
from messageparser import MessageParser
mp = MessageParser()
try:
prefix, command, params = mp.parseMessage('USER oskar oskar 127.0.0.1 :realname\r\n')
except ValueError as e:
print(e)
print("prefix: ", prefix)
print("command:", command)
print("parameters:", params)
# try:
# mp.parseMessage(':prefix 001 middle :this is a trailing parameter \r\n')
# except ValueError as e:
# print(e)
# print("prefix: ", mp.prefix)
# print("command:", mp.command)
# print("parameters:", mp.parameters)
class ServerConnection(object):
"""
Class handling irc servers.
"""
PING_INTERVAL_THRESHOLD = 300 # 300 seconds
def __init__(self, networkname, server_config, bot_config, joinlist,
modules_config):
self.alive = True
self.connected = False
self.hostname = server_config['hostname']
self.port = int(server_config.get('port', "6667"))
self.nick = bot_config['nick']
self.altnick = bot_config.get('altnick', self.nick + "_")
self.username = bot_config['username']
self.realname = bot_config['realname']
self.owner = bot_config['owner']
self.networkname = networkname
self.joinlist = joinlist
self._reader_thread = None
self._parser = MessageParser()
self._init_callback_table()
self._socket = None
self._channel_list = []
self._modules_config = modules_config
self.dynamic_modules = [
DynamicModule(self, m, c) for m, c in modules_config.items()
]
self._last_ping = time.time()
def _init_callback_table(self):
self._receive_callbacks = {
MessageType.PRIVATE_MESSAGE: self._private_message_received,
MessageType.JOIN: self._join_received,
MessageType.PART: self._part_received,
MessageType.PING: self._ping_received,
MessageType.QUIT: self._quit_received,
MessageType.TOPIC: self._topic_received,
MessageType.END_OF_MOTD: self._motd_received,
#MessageType.NICK_IN_USE: self.ni,
MessageType.TOPIC_REPLY: self._topic_reply_received,
MessageType.USERS: self._users_received,
MessageType.END_OF_USERS: self._users_end_received,
MessageType.CHANNEL_MESSAGE: self._channel_message_received,
MessageType.UNKNOWN: self._unknown_message_received,
MessageType.CTCP_TIME: self._ctcp_message_received,
MessageType.CTCP_VERSION: self._ctcp_version_received,
MessageType.CTCP_PING: self._ctcp_message_received,
MessageType.CTCP_DCC: self._ctcp_message_received,
}
def connect(self):
"""
Tries to connect to irc server.
"""
self._reader_thread = Thread(target=self._connection_loop)
self._reader_thread.start()
def _connect(self):
while self.alive:
try:
if self._socket:
self._socket.close()
self._socket = socket.socket(socket.AF_INET,
socket.SOCK_STREAM)
self._socket.connect((self.hostname, self.port))
self.NICK(self.nick)
self.USER(self.username, self.realname)
self._last_ping = time.time()
break
except Exception as e:
self._print_line(str(e) + " " + self.hostname)
self._print_line("Trying again in 30 seconds.")
self._sleep(30)
def _connection_loop(self):
while self.alive:
self._connect()
self._read()
if not self.alive:
break
self._print_line("Trying again in 60 seconds.")
self._sleep(60)
def _write(self, message):
"""
Prints and writes message to server.
"""
self._print_line(message[:-1])
self._socket.send(bytearray(message, 'utf-8'))
def _check_ping_time(self):
return time.time(
) - self._last_ping < ServerConnection.PING_INTERVAL_THRESHOLD
def _read(self):
"""
Reads and handles messages.
"""
self._socket.settimeout(1.0)
buff = ""
while self.alive and self._check_ping_time():
try:
tmp = self._socket.recv(4096)
except socket.timeout as e:
continue
except socket.error as e:
self._print_line(str(e))
break
except KeyboardInterrupt:
self.kill()
return
if not self.alive:
break
if not tmp:
break
tmp = tmp.decode('utf-8')
buff += tmp
parsed_messages, remainder = self._parser.parse_buffer(buff)
buff = remainder
self._handle_messages(parsed_messages)
self._socket.close()
self._print_line("Connection closed.")
self.connected = False
def _handle_messages(self, messages):
"""
Handles a list of messages
"""
for message in messages:
self._receive_callbacks[message.type](**message.params)
def _print_line(self, message):
"""
Prints message with timestamp.
"""
print(
time.strftime("%H:%M:%S") + " |" + self.networkname + "| " +
message)
def NICK(self, nick):
"""
Sets user's nick on server.
"""
self._write("NICK " + nick + "\r\n")
def USER(self, username, realname):
"""
Sets username and realname to server on connect.
"""
self._write("USER " + username + " 0 * :" + realname + "\r\n")
def PONG(self, message):
"""
Reply to PING.
"""
self._write("PONG :" + message + "\r\n")
def JOIN(self, channel):
"""
Joins a irc channel.
"""
self._write("JOIN :" + channel + "\r\n")
def PART(self, channel, reason=""):
"""
PARTs from a channel.
"""
msg = "PART " + channel
if reason:
msg += " :" + reason
self._write(msg + "\r\n")
def PRIVMSG(self, target, message):
"""
Sends PRIVMSG to target.
"""
self._write("PRIVMSG " + target + " :" + message + "\r\n")
def PING(self, message):
"""
Sends PING to server.
"""
self._write("PING " + message + "\r\n")
def CTCP(self, target, message):
self.PRIVMSG(target, str("\x01" + message + "\x01"))
def NOTICE(self, target, message):
self._write("NOTICE " + target + " :" + message + "\r\n")
def _on_connect(self):
"""
Called when connected to the network.
"""
self.PING(self.hostname)
self._join_channels()
for dm in self.dynamic_modules:
try:
dm.instance.on_connect()
except Exception as e:
print(e)
def _join_channels(self):
"""
Joins channels specified in self.joinlist
"""
for channel in self.joinlist:
self.JOIN(channel)
def kill(self):
"""
Called when the thread is wanted dead.
"""
self.alive = False
for m in self.dynamic_modules:
m.instance.kill()
def _private_message_received(self, **kw):
"""
Called when a private message has been received. Prints it
and calls on_private_message() on DynamicModule instances.
"""
source = kw['source']
message = kw['message']
full_mask = kw['full_mask']
self._print_line("PRIVATE" + " <" + source + "> " + message)
for dm in self.dynamic_modules:
try:
dm.instance.on_private_message(source, message, full_mask)
except Exception as e:
print(e)
def _channel_message_received(self, **kw):
"""
Called when a PRIVMSG to a channel has been received. Prints it
and calls on_channel_message() on DynamicModule instances.
"""
source = kw['source']
message = kw['message']
full_mask = kw['full_mask']
channel = kw['channel_name']
self._print_line(channel + " <" + source + "> " + message)
for dm in self.dynamic_modules:
try:
dm.instance.on_channel_message(source, channel, message,
full_mask)
except Exception as e:
print(e)
def _ping_received(self, **kw):
"""
Called when PING message has been received.
"""
self._last_ping = time.time()
message = kw['message']
self.PONG(message)
def _motd_received(self, **kw):
"""
Called when the end of MOTD message
has been received.
"""
message = kw['message']
self._print_line(message)
if not self.connected:
self.connected = True
self._on_connect()
def _find_channel_by_name(self, channel_name):
"""
Returns a channel instance from channel_list
matching channel_name parameter or None.
"""
for channel in self._channel_list:
if channel.name == channel_name:
return channel
def _add_channel(self, name, user_list):
"""
Adds a channel to networks channel list.
"""
if self._find_channel_by_name(name):
return
channel = IrcChannel(name, user_list)
self._channel_list.append(channel)
def _users_received(self, **kw):
"""
Called when USERS message is received. Notifies
channel instance of the users.
"""
channel_name = kw['channel_name']
user_list = kw['user_list']
channel = self._find_channel_by_name(channel_name)
if not channel:
self._add_channel(channel_name, user_list)
return
channel.users_message(user_list)
def _users_end_received(self, **kw):
"""
Called when USERS message's end has been received.
Notifies the channel instance.
"""
channel_name = kw['channel_name']
channel = self._find_channel_by_name(channel_name)
if not channel:
# TODO FIX
self._print_line(
"REPORT THIS: usersEndReceived, channel not found")
return
channel.users_message_end()
self._print_line("USERS OF " + channel_name)
self._print_line(" ".join(channel.userlist))
def _quit_received(self, **kw):
"""
Called when a QUIT message has been received. Calls
on_quit() on DynamicModules
"""
nick = kw['nick']
full_mask = kw['full_mask']
for channel in self._channel_list:
channel.remove_user(nick)
self._print_line(nick + " has quit.")
for dm in self.dynamic_modules:
try:
dm.instance.on_quit(nick, full_mask)
except Exception as e:
print(e)
def _part_received(self, **kw):
"""
Called when a PART message has been received. Calls
on_part() on DynamicModules
"""
nick = kw['nick']
channel_name = kw['channel_name']
full_mask = kw['full_mask']
channel = self._find_channel_by_name(channel_name)
if not channel:
return
channel.remove_user(nick)
self._print_line(nick + " has parted " + channel_name)
for dm in self.dynamic_modules:
try:
dm.instance.on_part(nick, channel_name, full_mask)
except Exception as e:
print(e)
def _join_received(self, **kw):
"""
Called when a JOIN message has been received. Calls
on_join() on DynamicModules
"""
nick = kw['nick']
channel_name = kw['channel_name']
full_mask = kw['full_mask']
channel = self._find_channel_by_name(channel_name)
if channel:
channel.add_user(nick)
self._print_line(nick + " has joined " + channel_name)
for dm in self.dynamic_modules:
try:
dm.instance.on_join(nick, channel_name, full_mask)
except Exception as e:
print(e)
def _topic_received(self, **kw):
"""
Called when topic is changed on a channel. Calls on_topic()
on DynamicModules
"""
nick = kw['nick']
channel_name = kw['channel_name']
full_mask = kw['full_mask']
topic = kw['topic']
channel = self._find_channel_by_name(channel_name)
if channel:
channel.topic = topic
self._print_line(nick + " changed the topic of " + channel_name +
" to: " + topic)
for dm in self.dynamic_modules:
try:
dm.instance.on_topic(nick, channel_name, topic, full_mask)
except Exception as e:
print(e)
def _topic_reply_received(self, **kw):
"""
Called when server responds to client's /topic or server informs
of the topic on joined channel.
"""
channel_name = kw['channel_name']
topic = kw['topic']
channel = self._find_channel_by_name(channel_name)
if channel:
channel.topic = topic
self._print_line("Topic in " + channel_name + ": " + topic)
def _ctcp_message_received(self, **kw):
self._print_line("CTCP: " + str(kw))
def _ctcp_version_received(self, **kw):
":[email protected] NOTICE irckaaja :VERSION ?l? hakkeroi!"
self.NOTICE(kw['source'], "\x01VERSION irckaaja 0.1.0\x01")
def _unknown_message_received(self, **kw):
self._print_line(kw['message'])
def _sleep(self, seconds):
"""
Sleeps for seconds unless not self.alive.
"""
start = time.time()
while time.time() < start + seconds and self.alive:
time.sleep(1)
class ClientHandler:
def __init__(self, sock):
self.__socket = sock
self.__message_parser = MessageParser()
self.__lobby_model = LobbyModel()
# name of the game
self.__game = None
# player number (1 or 2)
self.__player = None
# player id lol
self.__id = self.__get_own_player_id()
# add client as player
self.__lobby_model.add_player(self.__id)
# register callbacks
self.__lobby_model.register_callback(LobbyEvent.on_update, self.on_update_lobby)
self.__lobby_model.register_callback(LobbyEvent.on_chat, self.on_chat)
def handle(self):
logging.info("Client {} connected.".format(self.__socket.getpeername()))
while True:
logging.debug("handle({}) loop.".format(self.__socket.getpeername()))
# receive 2 bytes size header
size = self.__recv(2)
if not size:
logging.debug("Did not receive 2 bytes header.")
break
size = struct.unpack('>H', size)[0]
logging.debug("Size: " + str(size))
# receive message body
msg = self.__recv(size)
if not msg:
logging.debug("Did not receive {} bytes body.".format(str(size)))
break
# explode received data into message type and parameters
msgtype, msgparams = self.__message_parser.decode(msg.decode())
logging.debug("Msg type: " + msgtype)
logging.debug("Msg parameters: " + repr(msgparams))
# dispatch message type
if msgtype == messages.CREATE_GAME:
self.__create_game(msgparams)
elif msgtype == messages.JOIN_GAME:
self.__join_game(msgparams)
elif msgtype == messages.SET_NICK:
self.__set_nickname(msgparams)
elif msgtype == messages.LEAVE_GAME:
self.__leave_game()
elif msgtype == messages.INIT_BOARD:
self.__init_board(msgparams)
elif msgtype == messages.FIRE:
self.__fire(msgparams)
elif msgtype == messages.NUKE:
self.__nuke(msgparams)
elif msgtype == messages.MOVE:
self.__move(msgparams)
elif msgtype == messages.SURRENDER:
self.__surrender()
elif msgtype == messages.CHAT_SEND:
self.__chat(msgparams)
else:
self.__unknown_msg()
#
# Callbacks
#
def on_update_lobby(self):
logging.debug("on_update_lobby()")
# Get required data for update lobby msg
number_of_clients = self.__lobby_model.get_number_of_players()
number_of_games = self.__lobby_model.get_number_of_games()
games_info = self.__lobby_model.get_games_info()
players_info = self.__lobby_model.get_players_info()
# Update_Lobby
data = {
'status': 16,
'number_of_clients': number_of_clients,
'number_of_games': number_of_games[0]
}
i = 0
weirdkey = 'game_name_{}'
moreweirdkeys = 'game_players_count_{}'
whatevenisthis = 'game_player_{}_{}'
waitwhat = 'player_name_{}'
yetanotherkey = 'player_identifier_{}'
for game in games_info:
# game stuff
data[weirdkey.format(i)] = game['game_name']
data[moreweirdkeys.format(i)] = game['number_of_players']
# player 1 stuff
data[whatevenisthis.format(i, 0)] = game['ids'][0]
# player 2 stuff
if game['number_of_players'] == 2:
data[whatevenisthis.format(i, 1)] = game['ids'][1]
i += 1
i = 0
for player in players_info:
# player stuff
data[yetanotherkey.format(i)] = player['id']
data[waitwhat.format(i)] = player['nickname']
i += 1
msg = self.__message_parser.encode('report', data)
self.__send(msg)
def on_game_abort(self):
# delete game
self.__lobby_model.delete_game(self.__game)
self.__game = None
self.__send(self.__message_parser.encode('report', {'status': '19'}))
def on_game_ended(self, winner, id0, id1, timestamp):
msg = {
'status': '17',
'winner': winner - 1,
'name_of_game': self.__game,
'timestamp': timestamp,
'identifier_0': id0,
'identifier_1': id1,
'reason_for_game_end': 'Because of reasons.'
}
# delete game
self.__lobby_model.delete_game(self.__game)
self.__game = None
self.__send(self.__message_parser.encode('report', msg))
def on_ship_edit(self):
logging.debug('on_ship_edit()')
self.__send(self.__message_parser.encode('report', {'status': '18'}))
def on_game_start(self):
logging.debug('on_game_start()')
self.__send(self.__message_parser.encode('report', {'status': '48'}))
def on_host_begins(self):
logging.debug('on_host_begins()')
self.__begin_turn()
def on_guest_begins(self):
logging.debug('on_guest_begins()')
self.__begin_turn()
def on_attack(self, x, y, condition):
logging.debug('on_attack()')
msg = None
# if player is enemy
if self.__lobby_model.get_game(self.__game).get_turn() == self.__player:
# update own field
msg = {
'status': 13,
'was_special_attack': 'false',
'coordinate_x': x,
'coordinate_y': y
}
self.__send(self.__message_parser.encode('report', msg))
# trigger next turn wtf
self.__begin_turn()
else:
# update enemy field
msg = {
'status': 14,
'number_of_updated_fields': '1',
'field_0_x': x,
'field_0_y': y,
'field_0_condition': condition
}
self.__send(self.__message_parser.encode('report', msg))
def on_special_attack(self, x, y, updates):
logging.debug('on_special_attack()')
msg = None
if self.__lobby_model.get_game(self.__game).get_turn() == self.__player:
# update own field
msg = {
'status': 13,
'was_special_attack': 'true',
'coordinate_x': x,
'coordinate_y': y
}
self.__send(self.__message_parser.encode('report', msg))
# trigger next turn wtf
self.__begin_turn()
else:
# update enemy field
msg = {
'status': 14,
'number_of_updated_fields': len(updates)
}
i = 0
for j in updates:
msg['field_{}_x'.format(i)] = j['field'].x
msg['field_{}_y'.format(i)] =j['field'].y
msg['field_{}_condition'.format(i)] = j['status']
i += 1
self.__send(self.__message_parser.encode('report', msg))
def on_move(self, updates):
logging.debug('on_move()')
msg = None
if self.__lobby_model.get_game(self.__game).get_turn() == self.__player:
# update enemy field
if len(updates) > 0:
msg = {
'status': 14,
'number_of_updated_fields': len(updates)
}
i = 0
for j in updates:
msg['field_{}_x'.format(i)] = j['field'].x
msg['field_{}_y'.format(i)] =j['field'].y
msg['field_{}_condition'.format(i)] = j['status']
i += 1
self.__send(self.__message_parser.encode('report', msg))
# trigger next turn wtf
self.__begin_turn()
def on_chat(self, timestamp, player, msg):
logging.debug('on_chat()')
msg = {
'status': '15',
'author_id': player,
'timestamp': timestamp,
'message_content': msg
}
self.__send(self.__message_parser.encode('report', msg))
def get_socket(self):
return self.__socket
def finish(self):
logging.info("Client disconnected.")
# remove any left callbacks
self.__lobby_model.remove_callback(LobbyEvent.on_update, self.on_update_lobby)
self.__lobby_model.remove_callback(LobbyEvent.on_chat, self.on_chat)
# end running game if any
if self.__game and self.__lobby_model.get_game(self.__game) is not None:
# remove callbacks of disconnected player
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_ship_edit, self.on_ship_edit)
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_game_start, self.on_game_start)
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_attack, self.on_attack)
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_special_attack, self.on_special_attack)
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_move, self.on_move)
#self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_host_begins, self.on_host_begins)
#self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_guest_begins, self.on_guest_begins)
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_game_ended, self.on_game_ended)
self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_game_abort, self.on_game_abort)
# surrender
if self.__lobby_model.get_game(self.__game).is_ongoing():
logging.debug("Surrender by disconnect.")
self.__lobby_model.get_game(self.__game).surrender(self.__player)
# abort
elif self.__lobby_model.get_game(self.__game).is_ready():
logging.debug("Abort by disconnect.")
self.__lobby_model.get_game(self.__game).abort()
# remove player from lobby
self.__lobby_model.delete_player(self.__id)
def __create_game(self, params):
# make sure parameter list is complete
if not self.__expect_parameter(['name'], params):
return
# check if client is already in a game
if self.__game:
logging.debug("Client already in some game.")
# 31 is the new 42
self.__send(self.__message_parser.encode('report', {'status': '31'}))
return
# check game name length
if 1 > len(params['name']) or len(params['name']) > 64:
logging.debug("Game name too long.")
self.__send(self.__message_parser.encode('report', {'status': '37'}))
return
# create the game
game = self.__lobby_model.add_lobby(params['name'], self.__id)
if not game:
self.__send(self.__message_parser.encode('report', {'status': '37'}))
return
self.__game = params['name']
self.__player = 1
self.__send(self.__message_parser.encode('report', {'status': '28'}))
# register game callbacks
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_ship_edit, self.on_ship_edit)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_game_start, self.on_game_start)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_attack, self.on_attack)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_special_attack, self.on_special_attack)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_move, self.on_move)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_host_begins, self.on_host_begins)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_game_ended, self.on_game_ended)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_game_abort, self.on_game_abort)
def __join_game(self, params):
# make sure parameter list is complete
if not self.__expect_parameter(['name'], params):
return
# check if client is already in a game
if self.__game:
logging.debug("Client already in some game.")
self.__send(self.__message_parser.encode('report', {'status': '31'}))
return
# join the game
game, e = self.__lobby_model.join_lobby(params['name'], self.__id)
# handle game join errors
if e:
if e == LobbyError.game_is_full:
self.__send(self.__message_parser.encode('report', {'status': '47'}))
return
elif e == LobbyError.game_does_not_exist:
self.__send(self.__message_parser.encode('report', {'status': '37'}))
return
# ack game join
self.__send(self.__message_parser.encode('report', {'status': '27'}))
self.__game = params['name']
self.__player = 2
# register game callbacks
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_ship_edit, self.on_ship_edit)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_game_start, self.on_game_start)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_attack, self.on_attack)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_special_attack, self.on_special_attack)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_move, self.on_move)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_guest_begins, self.on_guest_begins)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_game_ended, self.on_game_ended)
self.__lobby_model.get_game(self.__game).register_callback(GameEvent.on_game_abort, self.on_game_abort)
self.__lobby_model.get_game(self.__game).just_begin_ship_placement_already()
def __set_nickname(self, params):
if not self.__expect_parameter(['name'], params):
return
if len(params['name']) > 64:
logging.debug("Nickname too long.")
self.__send(self.__message_parser.encode('report', {'status': '36'}))
return
# tell lobby to set nickname and hope for the best
self.__lobby_model.set_nickname(self.__id, params['name'])
def __get_own_player_id(self):
addr, port = self.__socket.getpeername()
playerid = hashlib.sha1(b(addr + str(port))).hexdigest()
return playerid
def __init_board(self, params):
logging.debug('__init_board()')
# not in any game
if self.__game is None:
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
shipx = 'ship_{}_x'
shipy = 'ship_{}_y'
shipdir = 'ship_{}_direction'
# make sure that all parameters exist
if not self.__expect_parameter(
[shipx.format(i) for i in range(0, 10)] +
[shipy.format(i) for i in range(0, 10)] +
[shipdir.format(i) for i in range(0, 10)], params):
return
# init board
left = True
for id in range(0, 10):
x = int(params[shipx.format(id)])
y = int(params[shipy.format(id)])
dir = params[shipdir.format(id)]
logging.debug('self.__lobby_model :: {}'.format(repr(self.__lobby_model)))
logging.debug('self.__lobby_model.get_game(self.__game) :: {}'.format(repr(self.__lobby_model.get_game(self.__game))))
logging.debug('self.__game :: {}'.format(repr(self.__game)))
suc, left = self.__lobby_model.get_game(self.__game).place_ship(self.__player, x, y, dir, id)
# catch illegal placement
if suc == -1:
logging.debug("Nonsense ship placement.")
self.__send(self.__message_parser.encode('report', {'status': '38'}))
return
if left:
logging.debug("Something is still wrong with ship placement.")
self.__send(self.__message_parser.encode('report', {'status': '38'}))
return
# ack init board
self.__send(self.__message_parser.encode('report', {'status': '29'}))
# trigger random begin return message
self.__lobby_model.get_game(self.__game).start()
def __leave_game(self):
# not in any game
if self.__game is None:
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
# make sure the game has not started yet
if self.__lobby_model.get_game(self.__game).is_ongoing():
self.__send(self.__message_parser.encode('report', {'status': '43'}))
logging.debug("Too late to leave the game.")
return
# abort
self.__lobby_model.get_game(self.__game).abort()
def __fire(self, params):
if not self.__expect_parameter(['coordinate_x', 'coordinate_y'], params):
return
# not in any game
if self.__game is None:
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
# check if it's actually your turn
if self.__lobby_model.get_game(self.__game).get_turn() != self.__player:
self.__send(self.__message_parser.encode('report', {'status': '41'}))
return
# check if coordinates are valid
if not ((0 <= int(params['coordinate_x']) <= 15) and (0 <= int(params['coordinate_y']) <= 15)):
self.__send(self.__message_parser.encode('report', {'status': '39'}))
return
# save move
_, updated = self.__lobby_model.get_game(self.__game).fire(self.__player, params['coordinate_x'], params['coordinate_y'])
logging.debug("Fire: updated is {}.".format(updated))
#if not updated:
# self.__send(self.__message_parser.encode('report', {'status': '39'}))
# return
# successful attack
self.__send(self.__message_parser.encode('report', {'status': '22'}))
# check if game over
self.__lobby_model.get_game(self.__game).check_if_game_over(self.__player)
def __nuke(self, params):
if not self.__expect_parameter(['coordinate_x', 'coordinate_y'], params):
return
# check if coordinates are valid
if not ((0 <= int(params['coordinate_x']) <= 13) and (0 <= int(params['coordinate_y']) <= 13)):
self.__send(self.__message_parser.encode('report', {'status': '32'}))
return
# not in any game
if self.__game is None:
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
# check if it's actually your turn
if self.__lobby_model.get_game(self.__game).get_turn() != self.__player:
self.__send(self.__message_parser.encode('report', {'status': '41'}))
return
# save move
updated = self.__lobby_model.get_game(self.__game).nuke(self.__player, params['coordinate_x'], params['coordinate_y'])
# special attack failed
if updated is False:
self.__send(self.__message_parser.encode('report', {'status': '32'}))
return
logging.debug("Nuke: updated {} fields.".format(len(updated)))
#if len(updated) == 0:
# self.__send(self.__message_parser.encode('report', {'status': '32'}))
# return
# successful special attack
self.__send(self.__message_parser.encode('report', {'status': '24'}))
# check if game over
self.__lobby_model.get_game(self.__game).check_if_game_over(self.__player)
def __move(self, params):
if not self.__expect_parameter(['ship_id', 'direction'], params):
return
# not in any game
if self.__game is None:
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
# check if it's actually your turn
if self.__lobby_model.get_game(self.__game).get_turn() != self.__player:
self.__send(self.__message_parser.encode('report', {'status': '41'}))
return
# save move
result = self.__lobby_model.get_game(self.__game).move_ship(self.__player, int(params['ship_id']), params['direction'])
if result is False:
self.__send(self.__message_parser.encode('report', {'status': '31'}))
return
# successful move
self.__send(self.__message_parser.encode('report', {'status': '21'}))
def __surrender(self):
# not in any game
if self.__game is None:
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
# make sure the game is ongoing
if not self.__lobby_model.get_game(self.__game).is_ongoing():
self.__send(self.__message_parser.encode('report', {'status': '43'}))
return
# surrender
self.__lobby_model.get_game(self.__game).surrender(self.__player)
# surrender accepted lol
self.__send(self.__message_parser.encode('report', {'status': '23'}))
def __begin_turn(self):
self.__send(self.__message_parser.encode('report', {'status': '11'}))
def __chat(self, params):
if not self.__expect_parameter(['text'], params):
return
self.__lobby_model.chat(self.__id, params['text'])
def __unknown_msg(self):
self.__send(self.__message_parser.encode('report', {'status': '40'}))
def __expect_parameter(self, expected, actual):
keys = list(actual.keys())
for p in expected:
if p not in keys:
self.__unknown_msg()
return False
return True
def __recv(self, count):
try:
msg = self.__socket.recv(count)
except socket.error as e:
logging.debug("Client already dead: ".format(repr(e)))
return
logging.debug(b"Raw in: " + msg)
return msg
def __send(self, msg):
try:
self.__socket.sendall(msg)
except socket.error as e:
logging.debug("Client already dead: ".format(repr(e)))
return
logging.debug(b"Raw out: " + msg)
class RoverSim():
def __init__(self, roverID, blockInfo):
self.roverID = roverID
self.blockInfo = blockInfo
self.posY = 0
self.nextY = 0
if roverID == 0:
self.posX = 0
self.nextX = 0
else:
self.posX = -1
self.nextX = -1
# Declare test client and parser
self.clientConnection = TestClient()
self.parser = MessageParser(roverID)
# Connect signals and slots
self.clientConnection.messageFromServer.connect(self.parser.parse)
self.parser.parsedMessageSignal.connect(self.messageFromServer)
self.parser.constructedMessageSignal.connect(
self.clientConnection.sendMessageToServer)
def ack(self, command):
self.parser.constructMessage(commandDefs.flags["COMMAND_RECEIVED"] +
' ' + command)
def finish(self, command):
time.sleep(0.5) # Pause for command to complete
self.parser.constructMessage(commandDefs.flags["COMMAND_FINISHED"] +
' ' + command)
def eventAlert(self):
self.parser.constructMessage(commandDefs.flags["EVENT_ALERT"])
# Handler for server commands
def messageFromServer(self, message):
# Acknowledge message
self.ack(message)
messageFields = message.split(' ')
# Compute new position if necessary
if messageFields[0] == commandDefs.commands[
"MOVE_COMMAND"] or messageFields[0] == commandDefs.commands[
"PICKUP_COMMAND"]:
if messageFields[1] == commandDefs.specifiers["NORTH_MOVE"]:
self.nextX = self.posX
self.nextY = self.posY + 1
self.executeMove(message)
elif messageFields[1] == commandDefs.specifiers["EAST_MOVE"]:
self.nextX = self.posX + 1
self.nextY = self.posY
self.executeMove(message)
elif messageFields[1] == commandDefs.specifiers["SOUTH_MOVE"]:
self.nextX = self.posX
self.nextY = self.posY - 1
self.executeMove(message)
elif messageFields[1] == commandDefs.specifiers["WEST_MOVE"]:
self.nextX = self.posX - 1
self.nextY = self.posY
self.executeMove(message)
# Send reading for a read command
elif messageFields[0] == commandDefs.commands["READ_COMMAND"]:
self.parser.constructMessage(
commandDefs.flags["EVENT_ALERT"] + ' ' +
self.blockInfo[8 - self.nextY][self.nextX])
self.finish(message)
# Finish any other command
else:
self.finish(message)
def blockAtPos(self, x, y):
if self.blockInfo[8 - y][x] != 'N':
return self.blockInfo[8 - y][x]
else:
return None
def updatePos(self):
self.posX = self.nextX
self.posY = self.nextY
print("New positiion: ", self.posX, ', ', self.posY)
def executeMove(self, message):
if self.roverID == 0:
if not self.blockAtPos(self.nextX,
self.nextY): # if no block is in the way
self.updatePos() # update position and finish command
self.finish(message)
else: # if a block is in the way
self.eventAlert() # send an event alert
else:
self.updatePos() # Moves always succeed for rover1
self.finish(message)
def run(self):
app = QApplication(sys.argv)
self.clientConnection.begin.emit()
sys.exit(app.exec())
import socket
from channel import Channel
from messageparser import MessageParser
mp = MessageParser()
def serv_log(text):
print("[Server] {}".format(text))
def irc_log(t, text):
print("[{0}] {1}".format(t, text))
###################
# Server responses#
###################
def confirm_reg(conn, data, host):
msg = ":{0} 001 {1} :Hi welcome to this IRC server \r\n".format(
host, data.nick)
conn.send(msg.encode())
irc_log("OUT", msg.strip())
msg = ":{0} 002 {1} :Your host is {0} IRC server made as an assignment \r\n".format(
host, data.nick)
conn.send(msg.encode())
irc_log("OUT", msg.strip())
class ClientHandler:
def __init__(self, sock):
self.__socket = sock
self.__message_parser = MessageParser()
self.__lobby_model = LobbyModel()
# name of the game
self.__game = None
# player number (1 or 2)
self.__player = None
# player id lol
self.__id = self.__get_own_player_id()
# add client as player
self.__lobby_model.add_player(self.__id)
# register callbacks
self.__lobby_model.register_callback(LobbyEvent.on_update,
self.on_update_lobby)
self.__lobby_model.register_callback(LobbyEvent.on_chat, self.on_chat)
def handle(self):
logging.info("Client {} connected.".format(
self.__socket.getpeername()))
while True:
logging.debug("handle({}) loop.".format(
self.__socket.getpeername()))
# receive 2 bytes size header
size = self.__recv(2)
if not size:
logging.debug("Did not receive 2 bytes header.")
break
size = struct.unpack('>H', size)[0]
logging.debug("Size: " + str(size))
# receive message body
msg = self.__recv(size)
if not msg:
logging.debug("Did not receive {} bytes body.".format(
str(size)))
break
# explode received data into message type and parameters
msgtype, msgparams = self.__message_parser.decode(msg.decode())
logging.debug("Msg type: " + msgtype)
logging.debug("Msg parameters: " + repr(msgparams))
# dispatch message type
if msgtype == messages.CREATE_GAME:
self.__create_game(msgparams)
elif msgtype == messages.JOIN_GAME:
self.__join_game(msgparams)
elif msgtype == messages.SET_NICK:
self.__set_nickname(msgparams)
elif msgtype == messages.LEAVE_GAME:
self.__leave_game()
elif msgtype == messages.INIT_BOARD:
self.__init_board(msgparams)
elif msgtype == messages.FIRE:
self.__fire(msgparams)
elif msgtype == messages.NUKE:
self.__nuke(msgparams)
elif msgtype == messages.MOVE:
self.__move(msgparams)
elif msgtype == messages.SURRENDER:
self.__surrender()
elif msgtype == messages.CHAT_SEND:
self.__chat(msgparams)
else:
self.__unknown_msg()
#
# Callbacks
#
def on_update_lobby(self):
logging.debug("on_update_lobby()")
# Get required data for update lobby msg
number_of_clients = self.__lobby_model.get_number_of_players()
number_of_games = self.__lobby_model.get_number_of_games()
games_info = self.__lobby_model.get_games_info()
players_info = self.__lobby_model.get_players_info()
# Update_Lobby
data = {
'status': 16,
'number_of_clients': number_of_clients,
'number_of_games': number_of_games[0]
}
i = 0
weirdkey = 'game_name_{}'
moreweirdkeys = 'game_players_count_{}'
whatevenisthis = 'game_player_{}_{}'
waitwhat = 'player_name_{}'
yetanotherkey = 'player_identifier_{}'
for game in games_info:
# game stuff
data[weirdkey.format(i)] = game['game_name']
data[moreweirdkeys.format(i)] = game['number_of_players']
# player 1 stuff
data[whatevenisthis.format(i, 0)] = game['ids'][0]
# player 2 stuff
if game['number_of_players'] == 2:
data[whatevenisthis.format(i, 1)] = game['ids'][1]
i += 1
i = 0
for player in players_info:
# player stuff
data[yetanotherkey.format(i)] = player['id']
data[waitwhat.format(i)] = player['nickname']
i += 1
msg = self.__message_parser.encode('report', data)
self.__send(msg)
def on_game_abort(self):
# delete game
self.__lobby_model.delete_game(self.__game)
self.__game = None
self.__send(self.__message_parser.encode('report', {'status': '19'}))
def on_game_ended(self, winner, id0, id1, timestamp):
msg = {
'status': '17',
'winner': winner - 1,
'name_of_game': self.__game,
'timestamp': timestamp,
'identifier_0': id0,
'identifier_1': id1,
'reason_for_game_end': 'Because of reasons.'
}
# delete game
self.__lobby_model.delete_game(self.__game)
self.__game = None
self.__send(self.__message_parser.encode('report', msg))
def on_ship_edit(self):
logging.debug('on_ship_edit()')
self.__send(self.__message_parser.encode('report', {'status': '18'}))
def on_game_start(self):
logging.debug('on_game_start()')
self.__send(self.__message_parser.encode('report', {'status': '48'}))
def on_host_begins(self):
logging.debug('on_host_begins()')
self.__begin_turn()
def on_guest_begins(self):
logging.debug('on_guest_begins()')
self.__begin_turn()
def on_attack(self, x, y, condition):
logging.debug('on_attack()')
msg = None
# if player is enemy
if self.__lobby_model.get_game(
self.__game).get_turn() == self.__player:
# update own field
msg = {
'status': 13,
'was_special_attack': 'false',
'coordinate_x': x,
'coordinate_y': y
}
self.__send(self.__message_parser.encode('report', msg))
# trigger next turn wtf
self.__begin_turn()
else:
# update enemy field
msg = {
'status': 14,
'number_of_updated_fields': '1',
'field_0_x': x,
'field_0_y': y,
'field_0_condition': condition
}
self.__send(self.__message_parser.encode('report', msg))
def on_special_attack(self, x, y, updates):
logging.debug('on_special_attack()')
msg = None
if self.__lobby_model.get_game(
self.__game).get_turn() == self.__player:
# update own field
msg = {
'status': 13,
'was_special_attack': 'true',
'coordinate_x': x,
'coordinate_y': y
}
self.__send(self.__message_parser.encode('report', msg))
# trigger next turn wtf
self.__begin_turn()
else:
# update enemy field
msg = {'status': 14, 'number_of_updated_fields': len(updates)}
i = 0
for j in updates:
msg['field_{}_x'.format(i)] = j['field'].x
msg['field_{}_y'.format(i)] = j['field'].y
msg['field_{}_condition'.format(i)] = j['status']
i += 1
self.__send(self.__message_parser.encode('report', msg))
def on_move(self, updates):
logging.debug('on_move()')
msg = None
if self.__lobby_model.get_game(
self.__game).get_turn() == self.__player:
# update enemy field
if len(updates) > 0:
msg = {'status': 14, 'number_of_updated_fields': len(updates)}
i = 0
for j in updates:
msg['field_{}_x'.format(i)] = j['field'].x
msg['field_{}_y'.format(i)] = j['field'].y
msg['field_{}_condition'.format(i)] = j['status']
i += 1
self.__send(self.__message_parser.encode('report', msg))
# trigger next turn wtf
self.__begin_turn()
def on_chat(self, timestamp, player, msg):
logging.debug('on_chat()')
msg = {
'status': '15',
'author_id': player,
'timestamp': timestamp,
'message_content': msg
}
self.__send(self.__message_parser.encode('report', msg))
def get_socket(self):
return self.__socket
def finish(self):
logging.info("Client disconnected.")
# remove any left callbacks
self.__lobby_model.remove_callback(LobbyEvent.on_update,
self.on_update_lobby)
self.__lobby_model.remove_callback(LobbyEvent.on_chat, self.on_chat)
# end running game if any
if self.__game and self.__lobby_model.get_game(
self.__game) is not None:
# remove callbacks of disconnected player
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_ship_edit, self.on_ship_edit)
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_game_start, self.on_game_start)
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_attack, self.on_attack)
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_special_attack, self.on_special_attack)
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_move, self.on_move)
#self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_host_begins, self.on_host_begins)
#self.__lobby_model.get_game(self.__game).remove_callback(GameEvent.on_guest_begins, self.on_guest_begins)
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_game_ended, self.on_game_ended)
self.__lobby_model.get_game(self.__game).remove_callback(
GameEvent.on_game_abort, self.on_game_abort)
# surrender
if self.__lobby_model.get_game(self.__game).is_ongoing():
logging.debug("Surrender by disconnect.")
self.__lobby_model.get_game(self.__game).surrender(
self.__player)
# abort
elif self.__lobby_model.get_game(self.__game).is_ready():
logging.debug("Abort by disconnect.")
self.__lobby_model.get_game(self.__game).abort()
# remove player from lobby
self.__lobby_model.delete_player(self.__id)
def __create_game(self, params):
# make sure parameter list is complete
if not self.__expect_parameter(['name'], params):
return
# check if client is already in a game
if self.__game:
logging.debug("Client already in some game.")
# 31 is the new 42
self.__send(
self.__message_parser.encode('report', {'status': '31'}))
return
# check game name length
if 1 > len(params['name']) or len(params['name']) > 64:
logging.debug("Game name too long.")
self.__send(
self.__message_parser.encode('report', {'status': '37'}))
return
# create the game
game = self.__lobby_model.add_lobby(params['name'], self.__id)
if not game:
self.__send(
self.__message_parser.encode('report', {'status': '37'}))
return
self.__game = params['name']
self.__player = 1
self.__send(self.__message_parser.encode('report', {'status': '28'}))
# register game callbacks
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_ship_edit, self.on_ship_edit)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_game_start, self.on_game_start)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_attack, self.on_attack)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_special_attack, self.on_special_attack)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_move, self.on_move)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_host_begins, self.on_host_begins)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_game_ended, self.on_game_ended)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_game_abort, self.on_game_abort)
def __join_game(self, params):
# make sure parameter list is complete
if not self.__expect_parameter(['name'], params):
return
# check if client is already in a game
if self.__game:
logging.debug("Client already in some game.")
self.__send(
self.__message_parser.encode('report', {'status': '31'}))
return
# join the game
game, e = self.__lobby_model.join_lobby(params['name'], self.__id)
# handle game join errors
if e:
if e == LobbyError.game_is_full:
self.__send(
self.__message_parser.encode('report', {'status': '47'}))
return
elif e == LobbyError.game_does_not_exist:
self.__send(
self.__message_parser.encode('report', {'status': '37'}))
return
# ack game join
self.__send(self.__message_parser.encode('report', {'status': '27'}))
self.__game = params['name']
self.__player = 2
# register game callbacks
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_ship_edit, self.on_ship_edit)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_game_start, self.on_game_start)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_attack, self.on_attack)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_special_attack, self.on_special_attack)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_move, self.on_move)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_guest_begins, self.on_guest_begins)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_game_ended, self.on_game_ended)
self.__lobby_model.get_game(self.__game).register_callback(
GameEvent.on_game_abort, self.on_game_abort)
self.__lobby_model.get_game(
self.__game).just_begin_ship_placement_already()
def __set_nickname(self, params):
if not self.__expect_parameter(['name'], params):
return
if len(params['name']) > 64:
logging.debug("Nickname too long.")
self.__send(
self.__message_parser.encode('report', {'status': '36'}))
return
# tell lobby to set nickname and hope for the best
self.__lobby_model.set_nickname(self.__id, params['name'])
def __get_own_player_id(self):
addr, port = self.__socket.getpeername()
playerid = hashlib.sha1(b(addr + str(port))).hexdigest()
return playerid
def __init_board(self, params):
logging.debug('__init_board()')
# not in any game
if self.__game is None:
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
shipx = 'ship_{}_x'
shipy = 'ship_{}_y'
shipdir = 'ship_{}_direction'
# make sure that all parameters exist
if not self.__expect_parameter(
[shipx.format(i)
for i in range(0, 10)] + [shipy.format(i) for i in range(0, 10)] +
[shipdir.format(i) for i in range(0, 10)], params):
return
# init board
left = True
for id in range(0, 10):
x = int(params[shipx.format(id)])
y = int(params[shipy.format(id)])
dir = params[shipdir.format(id)]
logging.debug('self.__lobby_model :: {}'.format(
repr(self.__lobby_model)))
logging.debug(
'self.__lobby_model.get_game(self.__game) :: {}'.format(
repr(self.__lobby_model.get_game(self.__game))))
logging.debug('self.__game :: {}'.format(repr(self.__game)))
suc, left = self.__lobby_model.get_game(self.__game).place_ship(
self.__player, x, y, dir, id)
# catch illegal placement
if suc == -1:
logging.debug("Nonsense ship placement.")
self.__send(
self.__message_parser.encode('report', {'status': '38'}))
return
if left:
logging.debug("Something is still wrong with ship placement.")
self.__send(
self.__message_parser.encode('report', {'status': '38'}))
return
# ack init board
self.__send(self.__message_parser.encode('report', {'status': '29'}))
# trigger random begin return message
self.__lobby_model.get_game(self.__game).start()
def __leave_game(self):
# not in any game
if self.__game is None:
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
# make sure the game has not started yet
if self.__lobby_model.get_game(self.__game).is_ongoing():
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
logging.debug("Too late to leave the game.")
return
# abort
self.__lobby_model.get_game(self.__game).abort()
def __fire(self, params):
if not self.__expect_parameter(['coordinate_x', 'coordinate_y'],
params):
return
# not in any game
if self.__game is None:
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
# check if it's actually your turn
if self.__lobby_model.get_game(
self.__game).get_turn() != self.__player:
self.__send(
self.__message_parser.encode('report', {'status': '41'}))
return
# check if coordinates are valid
if not ((0 <= int(params['coordinate_x']) <= 15) and
(0 <= int(params['coordinate_y']) <= 15)):
self.__send(
self.__message_parser.encode('report', {'status': '39'}))
return
# save move
_, updated = self.__lobby_model.get_game(self.__game).fire(
self.__player, params['coordinate_x'], params['coordinate_y'])
logging.debug("Fire: updated is {}.".format(updated))
#if not updated:
# self.__send(self.__message_parser.encode('report', {'status': '39'}))
# return
# successful attack
self.__send(self.__message_parser.encode('report', {'status': '22'}))
# check if game over
self.__lobby_model.get_game(self.__game).check_if_game_over(
self.__player)
def __nuke(self, params):
if not self.__expect_parameter(['coordinate_x', 'coordinate_y'],
params):
return
# check if coordinates are valid
if not ((0 <= int(params['coordinate_x']) <= 13) and
(0 <= int(params['coordinate_y']) <= 13)):
self.__send(
self.__message_parser.encode('report', {'status': '32'}))
return
# not in any game
if self.__game is None:
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
# check if it's actually your turn
if self.__lobby_model.get_game(
self.__game).get_turn() != self.__player:
self.__send(
self.__message_parser.encode('report', {'status': '41'}))
return
# save move
updated = self.__lobby_model.get_game(self.__game).nuke(
self.__player, params['coordinate_x'], params['coordinate_y'])
# special attack failed
if updated is False:
self.__send(
self.__message_parser.encode('report', {'status': '32'}))
return
logging.debug("Nuke: updated {} fields.".format(len(updated)))
#if len(updated) == 0:
# self.__send(self.__message_parser.encode('report', {'status': '32'}))
# return
# successful special attack
self.__send(self.__message_parser.encode('report', {'status': '24'}))
# check if game over
self.__lobby_model.get_game(self.__game).check_if_game_over(
self.__player)
def __move(self, params):
if not self.__expect_parameter(['ship_id', 'direction'], params):
return
# not in any game
if self.__game is None:
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
# check if it's actually your turn
if self.__lobby_model.get_game(
self.__game).get_turn() != self.__player:
self.__send(
self.__message_parser.encode('report', {'status': '41'}))
return
# save move
result = self.__lobby_model.get_game(self.__game).move_ship(
self.__player, int(params['ship_id']), params['direction'])
if result is False:
self.__send(
self.__message_parser.encode('report', {'status': '31'}))
return
# successful move
self.__send(self.__message_parser.encode('report', {'status': '21'}))
def __surrender(self):
# not in any game
if self.__game is None:
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
# make sure the game is ongoing
if not self.__lobby_model.get_game(self.__game).is_ongoing():
self.__send(
self.__message_parser.encode('report', {'status': '43'}))
return
# surrender
self.__lobby_model.get_game(self.__game).surrender(self.__player)
# surrender accepted lol
self.__send(self.__message_parser.encode('report', {'status': '23'}))
def __begin_turn(self):
self.__send(self.__message_parser.encode('report', {'status': '11'}))
def __chat(self, params):
if not self.__expect_parameter(['text'], params):
return
self.__lobby_model.chat(self.__id, params['text'])
def __unknown_msg(self):
self.__send(self.__message_parser.encode('report', {'status': '40'}))
def __expect_parameter(self, expected, actual):
keys = list(actual.keys())
for p in expected:
if p not in keys:
self.__unknown_msg()
return False
return True
def __recv(self, count):
try:
msg = self.__socket.recv(count)
except socket.error as e:
logging.debug("Client already dead: ".format(repr(e)))
return
logging.debug(b"Raw in: " + msg)
return msg
def __send(self, msg):
try:
self.__socket.sendall(msg)
except socket.error as e:
logging.debug("Client already dead: ".format(repr(e)))
return
logging.debug(b"Raw out: " + msg)
class GameState(object):
def __init__(self, message):
self.message_parser = MessageParser(message)
# hole, [['2c', '2d'],...] for 6 players
self.hole = self.message_parser.hole
# board ['2c', '2d', '2h', ...] for at most 5 board cards
self.board = self.message_parser.board
self.viewing_player = self.message_parser.get_position()
self.betting_string = self.message_parser.get_betting_string(rd=None)
self.board_string = self.message_parser.get_board_string(rd=None)
# a two-dimension list, dim-1 is round, dim-2 is i-th action of a round
self.betting_action = self.get_betting_action()
# a one-dimension list, store each {action string} as an element
self.action_list = []
# store each {action object} of all round actions in a one-dimension list
for each_round_action in self.betting_action:
for action in each_round_action:
self.action_list.append(Action(action))
# set up basic data structure
self.spent = [50, 100, 0, 0, 0, 0]
self.active = [True] * 6
self.fold = [False] * 6
self.allin = [False] * 6
self.pot = 150
self.max_bet = 100
self.current_player = 2 # player at seat 2 is first player to act in PREFLOP round
self.finished = False
self.round = Round.PREFLOP
self.boards = None # first round have no board cards
self.holes = None # hole array for 6 players
self.min_no_limit_raise_to = 2 * 100
self.max_no_limit_raise_to = 20000
self.next_round_flag = False
self.call_number = 0
# update [hole] and [board]
self.holes = self.message_parser.get_hole_card(position=None)
self.boards = self.message_parser.get_board_card(rd=None)
# after setting up basic data structure, start to do each action and update data structure
cnt = 0
for action in self.action_list:
cnt += 1
self.do_action(action)
def do_action(self, action):
# [1.0] do action, update player [spent] and [active]
if action.type == ActionType.CALL:
self.spent[self.current_player] = self.max_bet
self.call_number += 1
# if current player called ALLIN action -> not active
if self.max_bet == 20000:
self.active[self.current_player] = False
self.allin[self.current_player] = True
#if current player folded -> not active
elif action.type == ActionType.FOLD:
self.active[self.current_player] = False
self.fold[self.current_player] = True
else: # must be a raise action
self.call_number = 1
# a raise action happened, min_no_limit_raise_to need to be updated
if action.amount + action.amount - max(
self.spent) > self.min_no_limit_raise_to:
self.min_no_limit_raise_to = action.amount + action.amount - max(
self.spent)
# make sure it <= 20000
self.min_no_limit_raise_to = min(
[self.min_no_limit_raise_to, 20000])
# update {max_bet}
self.max_bet = action.amount
self.spent[self.current_player] = action.amount
# if current player raised to stack size -> not active
if action.amount == 20000:
self.active[self.current_player] = False
self.allin[self.current_player] = True
# if all players choose all in, then game ends, which no active players
if self.active.count(True) == 0:
self.finished = True
return
# [3.0] if all active player spent same amount, which means they are reaching next round
amount_set = set()
for p, amount in zip(self.active, self.spent):
if p:
amount_set.add(amount)
next_round_reaching_flag = len(
amount_set) == 1 and self.call_number == self.fold.count(False)
self.next_round_flag = next_round_reaching_flag
if next_round_reaching_flag:
# reset call number
self.call_number = 0
# we are going to reach next round
# if current round == 4, then there is no more next round and the game ends here
if self.round == Round.RIVER:
self.finished = True
# there are next round
else:
# update round
self.round += 1
# update min_no_limit_raise_to
self.min_no_limit_raise_to += self.max_bet
self.min_no_limit_raise_to = min(
[self.min_no_limit_raise_to, 20000])
# find next active player from seat 0
next_player = 0
while not self.active[next_player]:
next_player = (next_player + 1) % 6
self.current_player = next_player
else:
# we are still at current round
# update {current player}, find next active player
# if more than one active player left, find next active player
if self.active.count(True) > 1:
# game is not finished yet
# find next active player
next_player = (self.current_player + 1) % 6
while not self.active[next_player]:
next_player = (next_player + 1) % 6
self.current_player = next_player
elif self.active.count(True) == 1:
# game may finish now
# if there is no all-in player, which means other players all folded, only one player left
if self.allin.count(True) == 0:
# game ends
self.finished = True
# else, there are all-in player, the only one player who is active is the next current player
else:
self.current_player = self.active.index(True)
else:
# active player number is 0, which means they are at least one player all-in, the rest are folded
# game is finished
self.finished = True
# split betting string into single betting actions
# if rd=None, by default, handle betting string of all rounds
def get_betting_action(self, rd=None):
pattern = re.compile(r'r\d+|f|c')
if rd is not None:
string = self.betting_string[rd]
current_round_action = []
# parse string into sigle action string
for m in pattern.finditer(string):
current_round_action.append(m.group())
return current_round_action
else:
betting_action = []
for string in self.betting_string:
# parse string into single action string
current_round_action = []
for m in pattern.finditer(string):
current_round_action.append(m.group())
betting_action.append(current_round_action)
return betting_action
# who just did an action
def get_current_player(self):
return self.current_player
# return active player
# a list containing True/False
def get_active_player(self):
return self.active
def get_active_player_number(self):
return self.active.count(True)
def get_max_bet(self):
return self.max_bet
def get_min_bet(self):
return self.min_bet
def get_pot(self):
return sum(self.pot)
def get_next_valid_raise_size(self):
return [self.min_no_limit_raise_to, self.max_no_limit_raise_to]
def is_my_turn(self):
return self.viewing_player == self.current_player
class ServerConnection(object):
"""
Class handling irc servers.
"""
PING_INTERVAL_THRESHOLD = 300 # 300 seconds
def __init__(self, networkname, server_config, bot_config, joinlist, modules_config):
self.alive = True
self.connected = False
self.hostname = server_config['hostname']
self.port = int(server_config.get('port', "6667"))
self.nick = bot_config['nick']
self.altnick = bot_config.get('altnick', self.nick + "_")
self.username = bot_config['username']
self.realname = bot_config['realname']
self.owner = bot_config['owner']
self.networkname = networkname
self.joinlist = joinlist
self._reader_thread = None
self._parser = MessageParser()
self._init_callback_table()
self._socket = None
self._channel_list = []
self._modules_config = modules_config
self.dynamic_modules = [DynamicModule(self, m, c) for m, c in modules_config.items()]
self._last_ping = time.time()
def _init_callback_table(self):
self._receive_callbacks = {
MessageType.PRIVATE_MESSAGE: self._private_message_received,
MessageType.JOIN: self._join_received,
MessageType.PART: self._part_received,
MessageType.PING: self._ping_received,
MessageType.QUIT: self._quit_received,
MessageType.TOPIC: self._topic_received,
MessageType.END_OF_MOTD: self._motd_received,
#MessageType.NICK_IN_USE: self.ni,
MessageType.TOPIC_REPLY: self._topic_reply_received,
MessageType.USERS: self._users_received,
MessageType.END_OF_USERS: self._users_end_received,
MessageType.CHANNEL_MESSAGE: self._channel_message_received,
MessageType.UNKNOWN: self._unknown_message_received,
MessageType.CTCP_TIME: self._ctcp_message_received,
MessageType.CTCP_VERSION: self._ctcp_version_received,
MessageType.CTCP_PING: self._ctcp_message_received,
MessageType.CTCP_DCC: self._ctcp_message_received,
}
def connect(self):
"""
Tries to connect to irc server.
"""
self._reader_thread = Thread(target=self._connection_loop)
self._reader_thread.start()
def _connect(self):
while self.alive:
try:
if self._socket:
self._socket.close()
self._socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self._socket.connect((self.hostname, self.port))
self.NICK(self.nick)
self.USER(self.username, self.realname)
self._last_ping = time.time()
break
except Exception as e:
self._print_line(str(e) + " " + self.hostname)
self._print_line("Trying again in 30 seconds.")
self._sleep(30)
def _connection_loop(self):
while self.alive:
self._connect()
self._read()
if not self.alive:
break
self._print_line("Trying again in 60 seconds.")
self._sleep(60)
def _write(self, message):
"""
Prints and writes message to server.
"""
self._print_line(message[:-1])
self._socket.send(bytearray(message, 'utf-8'))
def _check_ping_time(self):
return time.time() - self._last_ping < ServerConnection.PING_INTERVAL_THRESHOLD
def _read(self):
"""
Reads and handles messages.
"""
self._socket.settimeout(1.0)
buff = ""
while self.alive and self._check_ping_time():
try:
tmp = self._socket.recv(4096)
except socket.timeout as e:
continue
except socket.error as e:
self._print_line(str(e))
break
except KeyboardInterrupt:
self.kill()
return
if not self.alive:
break
if not tmp:
break
tmp = tmp.decode('utf-8')
buff += tmp
parsed_messages, remainder = self._parser.parse_buffer(buff)
buff = remainder
self._handle_messages(parsed_messages)
self._socket.close()
self._print_line("Connection closed.")
self.connected = False
def _handle_messages(self, messages):
"""
Handles a list of messages
"""
for message in messages:
self._receive_callbacks[message.type](**message.params)
def _print_line(self, message):
"""
Prints message with timestamp.
"""
print(time.strftime("%H:%M:%S") + " |" + self.networkname + "| " + message)
def NICK(self, nick):
"""
Sets user's nick on server.
"""
self._write("NICK " + nick + "\r\n")
def USER(self, username, realname):
"""
Sets username and realname to server on connect.
"""
self._write("USER " + username + " 0 * :" + realname + "\r\n")
def PONG(self, message):
"""
Reply to PING.
"""
self._write("PONG :" + message + "\r\n")
def JOIN(self, channel):
"""
Joins a irc channel.
"""
self._write("JOIN :" + channel + "\r\n")
def PART(self, channel, reason=""):
"""
PARTs from a channel.
"""
msg = "PART " + channel
if reason:
msg += " :" + reason
self._write(msg + "\r\n")
def PRIVMSG(self, target, message):
"""
Sends PRIVMSG to target.
"""
self._write("PRIVMSG " + target + " :" + message + "\r\n")
def PING(self, message):
"""
Sends PING to server.
"""
self._write("PING " + message + "\r\n")
def CTCP(self, target, message):
self.PRIVMSG(target, str("\x01" + message + "\x01"))
def NOTICE(self, target, message):
self._write("NOTICE " + target + " :" + message + "\r\n")
def _on_connect(self):
"""
Called when connected to the network.
"""
self.PING(self.hostname)
self._join_channels()
for dm in self.dynamic_modules:
try:
dm.instance.on_connect()
except Exception as e:
print(e)
def _join_channels(self):
"""
Joins channels specified in self.joinlist
"""
for channel in self.joinlist:
self.JOIN(channel)
def kill(self):
"""
Called when the thread is wanted dead.
"""
self.alive = False
for m in self.dynamic_modules:
m.instance.kill()
def _private_message_received(self, **kw):
"""
Called when a private message has been received. Prints it
and calls on_private_message() on DynamicModule instances.
"""
source = kw['source']
message = kw['message']
full_mask = kw['full_mask']
self._print_line("PRIVATE" + " <" + source + "> " + message)
for dm in self.dynamic_modules:
try:
dm.instance.on_private_message(source, message, full_mask)
except Exception as e:
print(e)
def _channel_message_received(self, **kw):
"""
Called when a PRIVMSG to a channel has been received. Prints it
and calls on_channel_message() on DynamicModule instances.
"""
source = kw['source']
message = kw['message']
full_mask = kw['full_mask']
channel = kw['channel_name']
self._print_line(channel + " <" + source + "> " + message)
for dm in self.dynamic_modules:
try:
dm.instance.on_channel_message(source, channel, message, full_mask)
except Exception as e:
print(e)
def _ping_received(self, **kw):
"""
Called when PING message has been received.
"""
self._last_ping = time.time()
message = kw['message']
self.PONG(message)
def _motd_received(self, **kw):
"""
Called when the end of MOTD message
has been received.
"""
message = kw['message']
self._print_line(message)
if not self.connected:
self.connected = True
self._on_connect()
def _find_channel_by_name(self, channel_name):
"""
Returns a channel instance from channel_list
matching channel_name parameter or None.
"""
for channel in self._channel_list:
if channel.name == channel_name:
return channel
def _add_channel(self, name, user_list):
"""
Adds a channel to networks channel list.
"""
if self._find_channel_by_name(name):
return
channel = IrcChannel(name, user_list)
self._channel_list.append(channel)
def _users_received(self, **kw):
"""
Called when USERS message is received. Notifies
channel instance of the users.
"""
channel_name = kw['channel_name']
user_list = kw['user_list']
channel = self._find_channel_by_name(channel_name)
if not channel:
self._add_channel(channel_name, user_list)
return
channel.users_message(user_list)
def _users_end_received(self, **kw):
"""
Called when USERS message's end has been received.
Notifies the channel instance.
"""
channel_name = kw['channel_name']
channel = self._find_channel_by_name(channel_name)
if not channel:
# TODO FIX
self._print_line("REPORT THIS: usersEndReceived, channel not found")
return
channel.users_message_end()
self._print_line("USERS OF " + channel_name)
self._print_line(" ".join(channel.userlist))
def _quit_received(self, **kw):
"""
Called when a QUIT message has been received. Calls
on_quit() on DynamicModules
"""
nick = kw['nick']
full_mask = kw['full_mask']
for channel in self._channel_list:
channel.remove_user(nick)
self._print_line(nick + " has quit.")
for dm in self.dynamic_modules:
try:
dm.instance.on_quit(nick, full_mask)
except Exception as e:
print(e)
def _part_received(self, **kw):
"""
Called when a PART message has been received. Calls
on_part() on DynamicModules
"""
nick = kw['nick']
channel_name = kw['channel_name']
full_mask = kw['full_mask']
channel = self._find_channel_by_name(channel_name)
if not channel:
return
channel.remove_user(nick)
self._print_line(nick + " has parted " + channel_name)
for dm in self.dynamic_modules:
try:
dm.instance.on_part(nick, channel_name, full_mask)
except Exception as e:
print(e)
def _join_received(self, **kw):
"""
Called when a JOIN message has been received. Calls
on_join() on DynamicModules
"""
nick = kw['nick']
channel_name = kw['channel_name']
full_mask = kw['full_mask']
channel = self._find_channel_by_name(channel_name)
if channel:
channel.add_user(nick)
self._print_line(nick + " has joined " + channel_name)
for dm in self.dynamic_modules:
try:
dm.instance.on_join(nick, channel_name, full_mask)
except Exception as e:
print(e)
def _topic_received(self, **kw):
"""
Called when topic is changed on a channel. Calls on_topic()
on DynamicModules
"""
nick = kw['nick']
channel_name = kw['channel_name']
full_mask = kw['full_mask']
topic = kw['topic']
channel = self._find_channel_by_name(channel_name)
if channel:
channel.topic = topic
self._print_line(nick + " changed the topic of " + channel_name + " to: " + topic)
for dm in self.dynamic_modules:
try:
dm.instance.on_topic(nick, channel_name, topic, full_mask)
except Exception as e:
print(e)
def _topic_reply_received(self, **kw):
"""
Called when server responds to client's /topic or server informs
of the topic on joined channel.
"""
channel_name = kw['channel_name']
topic = kw['topic']
channel = self._find_channel_by_name(channel_name)
if channel:
channel.topic = topic
self._print_line("Topic in " + channel_name + ": " + topic)
def _ctcp_message_received(self, **kw):
self._print_line("CTCP: " + str(kw))
def _ctcp_version_received(self, **kw):
":[email protected] NOTICE irckaaja :VERSION ?l? hakkeroi!"
self.NOTICE(kw['source'], "\x01VERSION irckaaja 0.1.0\x01")
def _unknown_message_received(self, **kw):
self._print_line(kw['message'])
def _sleep(self, seconds):
"""
Sleeps for seconds unless not self.alive.
"""
start = time.time()
while time.time() < start + seconds and self.alive:
time.sleep(1)
import json, sys, socket, time
sys.path.insert(0, './lib')
from irccontroller import SlackIRCController
from messageparser import MessageParser
with open('config.json', 'r') as cfg:
config = json.load(cfg)
slackbot = SlackIRCController(server=config['irc']['host'],
port=config['irc']['port'],
channel=config['irc']['channel'],
master=config['master'],
parser=MessageParser(config=config),
username=config['irc']['username'],
password=config['irc']['password'])
# Runs the bot and handles/retries on connection errors,
# implementing an exponential backoff up to 256 seconds.
def retryLoop(func, sec):
try:
func()
except socket.error:
sec = sec + 1 if sec < 8 else 1
print 'Connection error, retrying in ' + str(2**sec) + ' seconds...'
time.sleep(2**sec)
retryLoop(func, sec)
retryLoop(slackbot.run, 0)