def from_packet(cls, packet: Packet): """Reads a Player from a packet. :param packet: :class:`aiotfm.Packet` the packet. :return: :class:`aiotfm.Player` the player. """ name = packet.readUTF() pid = packet.read32() kwargs = { 'isShaman': packet.readBool(), 'isDead': packet.readBool(), 'score': packet.read16(), 'hasCheese': packet.readBool(), 'title': packet.read16(), 'title_stars': packet.read8() - 1, 'gender': packet.read8(), } packet.readUTF() # ??? look = packet.readUTF() packet.readBool() # rasterisation ? wth mouseColor = packet.read32() shamanColor = packet.read32() packet.read32() # ??? color = packet.read32() nameColor = -1 if color == 0xFFFFFFFF else color kwargs.update({ 'look': look, 'mouseColor': mouseColor, 'shamanColor': shamanColor, 'color': color, 'nameColor': nameColor }) return cls(name, pid=pid, **kwargs)
def from_packet(cls, packet: Packet): """Reads a ShopItem from a packet. :param packet: :class:`aiotfm.Packet` :return: :class:`aiotfm.shop.ShopItem` """ return cls(packet.read16(), packet.read16(), packet.read8(), packet.readBool(), packet.read8(), packet.read32(), packet.read32(), packet.read16())
def __init__(self, packet: Packet): self.id: int = packet.read32() self.name: str = packet.readUTF() self.welcomeMessage: str = packet.readUTF() self.mapcode: int = packet.read32() self.members: List[Member] = [] self.ranks: List[Rank] = [] for i in range(packet.read16()): self.members.append(Member(self, packet)) for i in range(packet.read16()): self.ranks.append(Rank.from_packet(i, packet))
def __init__(self, packet:Packet): self.cheese = packet.read32() self.fraise = packet.read32() self.look = packet.readUTF() self.owned_items = set(Item.from_packet(packet) for i in range(packet.read32())) self.items = set(ShopItem.from_packet(packet) for i in range(packet.read32())) self.full_outfits = set(Outfit.from_fashion(packet) for i in range(packet.read8())) self.outfits = set(Outfit.from_packet(packet, i) for i in range(packet.read16())) self.owned_shaman_objects = set(OwnedShamanObject.from_packet(packet) for i in range(packet.read16())) self.shaman_objects = set(ShamanObject.from_packet(packet) for i in range(packet.read16()))
def from_fashion(cls, packet: Packet): """Reads a fashion Outfit from a packet. :param packet: :class:`aiotfm.Packet` :return: :class:`aiotfm.shop.Outfit` """ id_ = packet.read16() look = packet.readUTF() flag = packet.read8() return cls(look, id_, flag)
def from_packet(cls, packet: Packet): """Reads a OwnedShamanObject from a packet. :param packet: :class:`aiotfm.Packet` :return: :class:`aiotfm.shop.OwnedShamanObject` """ id_ = packet.read16() equiped = packet.readBool() colors = [packet.read32() for i in range(max(packet.read8() - 1, 0))] return cls(id_, equiped, colors)
def from_packet(cls, packet:Packet): id = packet.read16() equiped = packet.readBool() nbr_colors = packet.read8() colors = [] if nbr_colors>0: colors = [packet.read32() for i in range(nbr_colors-1)] return cls(id, equiped, colors)
def from_packet(cls, packet: Packet): """Read the inventory from a packet. :param packet: :class:`aiotfm.Packet` the packet. :return: :class:`aiotfm.inventory.Inventory` the inventory. """ items = {} for item in range(packet.read16()): item = InventoryItem.from_packet(packet) items[item.id] = item return cls(items=items)
def __init__(self, packet: Packet): self.username = packet.readUTF() self.id = packet.read32() self.registration_date = packet.read32() self.privLevel = packet.read8() self.gender = packet.read8() self.tribe = packet.readUTF() or None self.soulmate = packet.readUTF() or None if self.soulmate is not None: self.soulmate = str(Player(self.soulmate)) stats = [packet.read32() for i in range(7)] self.title = packet.read16() self.titles = set() self.titles_stars = {} for _ in range(packet.read16()): title_id, stars = packet.read16(), packet.read8() self.titles.add(title_id) if stars > 1: self.titles_stars[title_id] = stars self.look = packet.readUTF() self.level = packet.read16() self.badges = {} for _ in range(round(packet.read16() / 2)): badge, quantity = packet.read16(), packet.read16() self.badges[badge] = quantity modeStats = [] for _ in range(packet.read8()): modeStats.append((packet.read8(), packet.read32(), packet.read32(), packet.read16())) self.stats = Stats(stats, modeStats) self.equippedOrb = packet.read8() self.orbs = set() for _ in range(packet.read8()): self.orbs.add(packet.read8()) packet.readBool() self.adventurePoints = packet.read32()
def from_packet(cls, packet: Packet): """Read an item from a packet. :param packet: :class:`aiotfm.Packet` the packet. :return: :class:`aiotfm.inventory.InventoryItem` the item. """ item_id = packet.read16() kwargs = { 'quantity': packet.read8(), 'category': packet.read8(), 'is_event': packet.readBool(), 'can_use': packet.readBool() } packet.readBool() # similar to `can_use` packet.readBool() # similar to `can_use` packet.readBool() packet.readBool() if packet.readBool(): kwargs['img_id'] = packet.readUTF() # if equipped, this is the slot (1, 2, 3); otherwise this is 0 kwargs['slot'] = packet.read8() return cls(item_id, **kwargs)
async def handle_packet(self, connection: Connection, packet: Packet): """|coro| Handles the known packets and dispatches events. Subclasses should handle only the unhandled packets from this method. Example: :: class Bot(aiotfm.Client): async def handle_packet(self, conn, packet): handled = await super().handle_packet(conn, packet.copy()) if not handled: # Handle here the unhandled packets. pass :param connection: :class:`aiotfm.Connection` the connection that received the packet. :param packet: :class:`aiotfm.Packet` the packet. :return: True if the packet got handled, False otherwise. """ CCC = packet.readCode() if CCC == (1, 1): # Old packets oldCCC, *data = packet.readString().split(b'\x01') data = list(map(bytes.decode, data)) oldCCC = tuple(oldCCC[:2]) # :desc: Called when an old packet is received. Does not interfere # with :meth:`Client.handle_old_packet`. # :param connection: :class:`aiotfm.Connection` the connection that received # the packet. # :param oldCCC: :class:`tuple` the packet identifiers on the old protocol. # :param data: :class:`list` the packet data. self.dispatch('old_packet', connection, oldCCC, data) return await self.handle_old_packet(connection, oldCCC, data) if CCC == (5, 21): # Joined room self.room = Room(official=packet.readBool(), name=packet.readUTF()) # :desc: Called when the client has joined a room. # :param room: :class:`aiotfm.room.Room` the room the client has entered. self.dispatch('joined_room', self.room) elif CCC == (5, 39): # Password required for the room # :desc: Called when a password is required to enter a room # :param room: :class:`aiotfm.room.Room` the room the server is asking for a password. self.dispatch('room_password', Room(packet.readUTF())) elif CCC == (6, 6): # Room message player_id = packet.read32() username = packet.readUTF() commu = packet.read8() message = packet.readUTF() player = self.room.get_player(pid=player_id) if player is None: player = Player(username, pid=player_id) # :desc: Called when the client receives a message from the room. # :param message: :class:`aiotfm.message.Message` the message. self.dispatch('room_message', Message(player, message, commu, self)) elif CCC == (6, 20): # Server message packet.readBool() # if False then the message will appear in the #Server channel t_key = packet.readUTF() t_args = [packet.readUTF() for i in range(packet.read8())] # :desc: Called when the client receives a message from the server that needs to be translated. # :param message: :class:`aiotfm.locale.Translation` the message translated with the # current locale. # :param *args: a list of string used as replacement inside the message. self.dispatch('server_message', self.locale[t_key], *t_args) elif CCC == (8, 5): # Show emoji player = self.room.get_player(pid=packet.read32()) emoji = packet.read8() # :desc: Called a player is showing an emoji above its head. # :param player: :class:`aiotfm.Player` the player. # :param emoji: :class:`int` the emoji's id. self.dispatch('emoji', player, emoji) elif CCC == (8, 6): # Player won packet.read8() player = self.room.get_player(pid=packet.read32()) player.score = packet.read16() order = packet.read8() player_time = packet.read16() / 100 # :desc: Called a player get the cheese to the hole. # :param player: :class:`aiotfm.Player` the player. # :param order: :class:`int` the order of the player in the hole. # :param player_time: :class:`float` player's time in the hole in seconds. self.dispatch('player_won', player, order, player_time) elif CCC == (8, 16): # Profile # :desc: Called when the client receives the result of a /profile command. # :param profile: :class:`aiotfm.player.Profile` the profile. self.dispatch('profile', Profile(packet)) elif CCC == (8, 20): # Shop # :desc: Called when the client receives the content of the shop. # :param shop: :class:`aiotfm.shop.Shop` the shop. self.dispatch('shop', Shop(packet)) elif CCC == (8, 22): # Skills skills = {} for _ in range(packet.read8()): key, value = packet.read8(), packet.read8() skills[key] = value # :desc: Called when the client receives its skill tree. # :param skills: :class:`dict` the skills. self.dispatch('skills', skills) elif CCC == (16, 2): # Tribe invitation received author = packet.readUTF() tribe = packet.readUTF() # :desc: Called when the client receives an invitation to a tribe. (/inv) # :param author: :class:`str` the player that invited you. # :param tribe: :class:`str` the tribe. self.dispatch('tribe_inv', author, tribe) elif CCC == (26, 2): # Logged in successfully player_id = packet.read32() self.username = username = packet.readUTF() played_time = packet.read32() community = Community(packet.read8()) pid = packet.read32() # :desc: Called when the client successfully logged in. # :param uid: :class:`int` the client's unique id. # :param username: :class:`str` the client's username. # :param played_time: :class:`int` the total number of minutes the client has played. # :param community: :class:`aiotfm.enums.Community` the community the client has connected to. # :param pid: :class:`int` the client's player id. self.dispatch('logged', player_id, username, played_time, community, pid) elif CCC == (26, 3): # Handshake OK online_players = packet.read32() connection.fingerprint = packet.read8() community = Community[packet.readUTF()] country = packet.readUTF() self.authkey = packet.read32() self.loop.create_task(self._heartbeat_loop()) await connection.send(Packet.new(8, 2).write8(self.community.value).write8(0)) os_info = Packet.new(28, 17).writeString('en').writeString('Linux') os_info.writeString('LNX 29,0,0,140').write8(0) await connection.send(os_info) # :desc: Called when the client can login through the game. # :param online_players: :class:`int` the number of player connected to the game. # :param community: :class:`aiotfm.enums.Community` the community the server suggest. # :param country: :class:`str` the country detected from your ip. self.dispatch('login_ready', online_players, community, country) elif CCC == (26, 12): # Login result # :desc: Called when the client failed logging. # :param code: :class:`int` the error code. # :param code: :class:`str` error messages. # :param code: :class:`str` error messages. self.dispatch('login_result', packet.read8(), packet.readUTF(), packet.readUTF()) elif CCC == (26, 25): # Ping # :desc: Called when the client receives the ping response from the server. self.dispatch('ping') elif CCC == (28, 6): # Server ping await connection.send(Packet.new(28, 6).write8(packet.read8())) elif CCC == (29, 6): # Lua logs # :desc: Called when the client receives lua logs from #Lua. # :param log: :class:`str` a log message. self.dispatch('lua_log', packet.readUTF()) elif CCC == (31, 1): # Inventory data self.inventory = Inventory.from_packet(packet) self.inventory.client = self # :desc: Called when the client receives its inventory's content. # :param inventory: :class:`aiotfm.inventory.Inventory` the client's inventory. self.dispatch('inventory_update', self.inventory) elif CCC == (31, 2): # Update inventory item item_id = packet.read16() quantity = packet.read8() if item_id in self.inventory.items: item = self.inventory.items[item_id] previous = item.quantity item.quantity = quantity # :desc: Called when the quantity of an item has been updated. # :param item: :class:`aiotfm.inventory.InventoryItem` the new item. # :param previous: :class:`aiotfm.inventory.InventoryItem` the previous item. self.dispatch('item_update', item, previous) else: item = InventoryItem(item_id=item_id, quantity=quantity) self.inventory.items[item.id] = item # :desc: Called when the client receives a new item in its inventory. # :param item: :class:`aiotfm.inventory.InventoryItem` the new item. self.dispatch('new_item', item) elif CCC == (31, 5): # Trade invite pid = packet.read32() self.trades[pid] = Trade(self, self.room.get_player(pid=pid)) # :desc: Called when received an invitation to trade. # :param trade: :class:`aiotfm.inventory.Trade` the trade object. self.dispatch('trade_invite', self.trades[pid]) elif CCC == (31, 6): # Trade error name = packet.readUTF().lower() error = packet.read8() if name == self.username.lower(): trade = self.trade else: for t in self.trades.values(): if t.trader.lower() == name: trade = t break # :desc: Called when an error occurred with a trade. # :param trade: :class:`aiotfm.inventory.Trade` the trade that failed. # :param error: :class:`aiotfm.enums.TradeError` the error. self.dispatch('trade_error', trade, TradeError[error]) trade._close() elif CCC == (31, 7): # Trade start pid = packet.read32() trade = self.trades.get(pid) if trade is None: raise AiotfmException(f'Cannot find the trade from pid {pid}.') trade._start() self.trade = trade # :desc: Called when a trade starts. You can access the trade object with `Client.trade`. self.dispatch('trade_start') elif CCC == (31, 8): # Trade items export = packet.readBool() id_ = packet.read16() quantity = (1 if packet.readBool() else -1) * packet.read8() items = self.trade.exports if export else self.trade.imports items.add(id_, quantity) trader = self if export else self.trade.trader self.trade.locked = [False, False] # :desc: Called when an item has been added/removed from the current trade. # :param trader: :class:`aiotfm.Player` the player that triggered the event. # :param id: :class:`int` the item's id. # :param quantity: :class:`int` the quantity added/removed. Can be negative. # :param item: :class:`aiotfm.inventory.InventoryItem` the item after the change. self.dispatch('trade_item_change', trader, id_, quantity, items.get(id_)) elif CCC == (31, 9): # Trade lock index = packet.read8() locked = packet.readBool() if index > 1: self.trade.locked = [locked, locked] who = "both" else: self.trade.locked[index] = locked who = self.trade.trader if index == 0 else self # :desc: Called when the trade got (un)locked. # :param who: :class:`aiotfm.Player` the player that triggered the event. # :param locked: :class:`bool` either the trade got locked or unlocked. self.dispatch('trade_lock', who, locked) elif CCC == (31, 10): # Trade complete trade = self.trade self.trade._close(succeed=True) elif CCC == (44, 1): # Bulle switching timestamp = packet.read32() player_id = packet.read32() bulle_ip = packet.readUTF() ports = packet.readUTF().split('-') if self.bulle is not None: self.bulle.close() self.bulle = Connection('bulle', self, self.loop) await self.bulle.connect(bulle_ip, random.choice(ports)) await self.bulle.send(Packet.new(*CCC).write32(timestamp).write32(player_id)) elif CCC == (44, 22): # Fingerprint offset changed connection.fingerprint = packet.read8() elif CCC == (60, 3): # Community platform TC = packet.read16() # :desc: Called when the client receives a packet from the community platform. # :param TC: :class:`int` the packet's code. # :param packet: :class:`aiotfm.Packet` the packet. self.dispatch('raw_cp', TC, packet.copy(copy_pos=True)) if TC == 3: # Connected to the community platform # :desc: Called when the client is successfully connected to the community platform. self.dispatch('ready') elif TC == 55: # Channel join result result = packet.read8() # :desc: Called when the client receives the result of joining a channel. # :param result: :class:`int` result code. self.dispatch('channel_joined_result', result) elif TC == 57: # Channel leave result result = packet.read8() # :desc: Called when the client receives the result of leaving a channel. # :param result: :class:`int` result code. self.dispatch('channel_leaved_result', result) elif TC == 59: # Channel /who result idSequence = packet.read32() result = packet.read8() players = [Player(packet.readUTF()) for _ in range(packet.read16())] # :desc: Called when the client receives the result of the /who command in a channel. # :param idSequence: :class:`int` the reference to the packet that performed the request. # :param players: List[:class:`aiotfm.Player`] the list of players inside the channel. self.dispatch('channel_who', idSequence, players) elif TC == 62: # Joined a channel name = packet.readUTF() if name in self._channels: channel = [c for c in self._channels if c == name][0] else: channel = Channel(name, self) self._channels.append(channel) # :desc: Called when the client joined a channel. # :param channel: :class:`aiotfm.message.Channel` the channel. self.dispatch('channel_joined', channel) elif TC == 63: # Quit a channel name = packet.readUTF() if name in self._channels: self._channels.remove(name) # :desc: Called when the client leaves a channel. # :param name: :class:`str` the channel's name. self.dispatch('channel_closed', name) elif TC == 64: # Channel message author, community = packet.readUTF(), packet.read32() channel_name, message = packet.readUTF(), packet.readUTF() channel = self.get_channel(channel_name) if channel is None: channel = Channel(channel_name, self) self._channels.append(channel) channel_message = ChannelMessage(author, community, message, channel) # :desc: Called when the client receives a message from a channel. # :param message: :class:`aiotfm.message.ChannelMessage` the message. self.dispatch('channel_message', channel_message) elif TC == 65: # Tribe message author, message = packet.readUTF(), packet.readUTF() # :desc: Called when the client receives a message from the tribe. # :param author: :class:`str` the message's author. # :param message: :class:`str` the message's content. self.dispatch('tribe_message', author, message) elif TC == 66: # Whisper author = Player(packet.readUTF()) commu = packet.read32() receiver = Player(packet.readUTF()) message = packet.readUTF() author = self.room.get_player(name=author, default=author) receiver = self.room.get_player(name=receiver, default=receiver) # :desc: Called when the client receives a whisper. # :param message: :class:`aiotfm.message.Whisper` the message. self.dispatch('whisper', Whisper(author, commu, receiver, message, self)) elif TC == 88: # tribe member connected # :desc: Called when a tribe member connected. # :param name: :class:`str` the member's name. self.dispatch('member_connected', packet.readUTF()) elif TC == 90: # tribe member disconnected # :desc: Called when a tribe member disconnected. # :param name: :class:`str` the member's name. self.dispatch('member_disconnected', packet.readUTF()) else: if self.LOG_UNHANDLED_PACKETS: print(CCC, TC, bytes(packet.buffer)[4:]) return False elif CCC == (100, 67): # New inventory item slot = packet.read8() slot = None if slot == 0 else slot item_id = packet.read16() quantity = packet.read8() item = InventoryItem(item_id=item_id, quantity=quantity, slot=slot) self.inventory[item_id] = item self.dispatch('new_item', item) elif CCC == (144, 1): # Set player list before = self.room.players self.room.players = {} for _ in range(packet.read16()): player = Player.from_packet(packet) self.room.players[player.pid] = player # :desc: Called when the client receives an update of all player in the room. # :param before: Dict[:class:`aiotfm.Player`] the list of player before the update. # :param players: Dict[:class:`aiotfm.Player`] the list of player updated. self.dispatch('bulk_player_update', before, self.room.players) elif CCC == (144, 2): # Add a player after = Player.from_packet(packet) before = self.room.players.pop(after.pid, None) self.room.players[after.pid] = after if before is None: # :desc: Called when a player joined the room. # :param player: :class:`aiotfm.Player` the player. self.dispatch('player_join', after) else: # :desc: Called when a player's data on the room has been updated. # :param before: :class:`aiotfm.Player` the player before the update. # :param player: :class:`aiotfm.Player` the player updated. self.dispatch('player_update', before, after) else: if self.LOG_UNHANDLED_PACKETS: print(CCC, bytes(packet.buffer)[2:]) return False return True
def from_packet(cls, packet: Packet): gamemodes = [GameMode(packet.read8()) for _ in range(packet.read8())] gamemode = GameMode(packet.read8()) rooms: List[RoomEntry] = [] pinned: List[RoomEntry] = [] while packet.pos < len(packet.buffer): is_pinned = packet.readBool() language = packet.readUTF() country = packet.readUTF() name = packet.readUTF() if is_pinned: player_count = packet.readUTF() command = packet.readUTF() args = packet.readUTF() if player_count.isdigit(): player_count = int(player_count) if command == 'lm': entries: List[RoomEntry] = [] room = DropdownRoomEntry(entries, name, language, country, player_count) for mode in args.split('&~'): if ',' not in mode: continue name, count = mode.split(',') entries.append( RoomEntry(name, room.language, room.country, int(count), command='mjj', args='m ' + name)) pinned.append(room) else: pinned.append( RoomEntry(name, language, country, player_count, command=command, args=args, is_pinned=True)) else: player_count = packet.read16() limit = packet.read8() is_funcorp = packet.readBool() rooms.append( RoomEntry(name, language, country, player_count, limit=limit, is_funcorp=is_funcorp)) return cls(gamemode, rooms, pinned, gamemodes)
async def handle_packet(self, connection: Connection, packet: Packet): """|coro| Handles the known packets and dispatches events. Subclasses should handle only the unhandled packets from this method. Example: :: class Bot(aiotfm.Client): async def handle_packet(self, conn, packet): handled = await super().handle_packet(conn, packet.copy()) if not handled: # Handle here the unhandled packets. pass :param connection: :class:`aiotfm.connection.Connection` the connection that received the packet. :param packet: :class:`aiotfm.Packet` the packet. :return: True if the packet got handled, False otherwise. """ CCC = packet.readCode() if CCC == (1, 1): # Old packets data = packet.readBytes().split(b'\x01') oldCCC = tuple(data.pop(0)[:2]) self.dispatch('old_packet', connection, oldCCC, data) return await self.handle_old_packet(connection, oldCCC, data) elif CCC == (5, 21): # Joined room room = self.room = Room(private=not packet.readBool(), name=packet.readUTF()) self.dispatch('joined_room', room) elif CCC == (6, 6): # Room message player_id = packet.read32() username = packet.readUTF() commu = packet.read8() message = packet.readUTF() self.dispatch( 'room_message', Message(Player(username, pid=player_id), message, commu, self)) elif CCC == (6, 20): # Server message packet.readBool( ) # if False then the message will appear in the #Server channel t_key = packet.readUTF() t_args = [packet.readUTF() for i in range(packet.read8())] self.dispatch('server_message', self.locale[t_key], *t_args) elif CCC == (8, 5): # Show emoji player = self.room.get_player(pid=packet.read32()) emoji = packet.read8() self.dispatch('emoji', player, emoji) elif CCC == (8, 16): # Profile self.dispatch('profile', Profile(packet)) elif CCC == (8, 20): # Shop self.dispatch('shop', Shop(packet)) elif CCC == (8, 22): # Skills skills = {} for i in range(packet.read8()): key, value = packet.read8(), packet.read8() skills[key] = value self.dispatch('skills', skills) elif CCC == (16, 2): # Tribe invitation received author = packet.readUTF() tribe = packet.readUTF() self.dispatch('tribe_inv', author, tribe) elif CCC == (26, 2): # Logged in successfully player_id = packet.read32() self.username = username = packet.readUTF() played_time = packet.read32() community = packet.read8() pid = packet.read32() self.dispatch('logged', player_id, username, played_time, community, pid) elif CCC == (26, 3): # Handshake OK online_players = packet.read32() # online players connection.fingerprint = packet.read8() community = packet.readUTF() # community country = packet.readUTF() # country self.authkey = packet.read32() self.loop.create_task(self._heartbeat_loop()) await connection.send( Packet.new(8, 2).write8(self.community).write8(0)) os_info = Packet.new(28, 17).writeString('en').writeString('Linux') os_info.writeString('LNX 29,0,0,140').write8(0) await connection.send(os_info) self.dispatch('login_ready', online_players, community, country) elif CCC == (26, 12): # Login result self.dispatch('login_result', packet.read8(), packet.readUTF(), packet.readUTF()) elif CCC == (26, 25): # Ping self.dispatch('ping') elif CCC == (28, 6): # Server ping await connection.send(Packet.new(28, 6).write8(packet.read8())) elif CCC == (29, 6): # Lua logs self.dispatch('lua_log', packet.readUTF()) elif CCC == (31, 1): # Inventory data self.inventory = Inventory.from_packet(packet) self.inventory.client = self self.dispatch('inventory_update', self.inventory) elif CCC == (31, 2): # Update inventory item id = packet.read16() quantity = packet.read8() if id in self.inventory.items: item = self.inventory.items[id] previous = item.quantity item.quantity = quantity self.dispatch('item_update', item, previous) else: item = InventoryItem(id=id, quantity=quantity) self.inventory.items[item.id] = item self.dispatch('new_item', item) elif CCC == (31, 5): # Trade invite player = self.room.get_player(pid=packet.read32()) trade = Trade(player, self) self.trades.append(trade) trade.alive = True trade.on_invite = True self.dispatch('trade_invite', trade) elif CCC == (31, 6): # Trade error name = packet.readUTF() error = packet.read8() if name == "": if self.trade._other.username == name: self.trade._close() self.dispatch('trade_error', self.trade, error) self.dispatch('trade_close', self.trade) else: for trade in self.trades: if trade._other.username == name: trade._close() self.dispatch('trade_error', trade, error) self.dispatch('trade_close', trade) break elif CCC == (31, 7): # Trade start player = self.room.get_player(pid=packet.read32()) player.trade.on_invite = False player.trade.alive = True if self.trade is not None: trade = self.trade self.trade._close() self.dispatch('trade_close', trade) self.trade = player.trade self.dispatch('trade_start', self.trade) elif CCC == (31, 8): # Trade items me = packet.readBool() id = packet.read16() adding = packet.readBool() quantity = packet.read8() quantity = (1 if adding else -1) * quantity items = self.trade.items_me if me else self.trade.items_other if id in items: items[id] += quantity else: items[id] = quantity if items[id] == 0: del items[id] self.trade.locked_me = False self.trade.locked_other = False self.dispatch('trade_item_change', self.trade, self if me else self.trade._other, id, quantity, items[id] if id in items else 0) elif CCC == (31, 9): # Trade lock if packet.readBool(): self.trade.locked_me = packet.readBool() self.dispatch('trade_lock', self.trade, self, self.trade.locked_me) else: self.trade.locked_other = packet.readBool() self.dispatch('trade_lock', self.trade, self.trade._other, self.trade.locked_other) elif CCC == (31, 10): # Trade complete trade = self.trade self.trade._close() self.dispatch('trade_complete', trade) elif CCC == (44, 1): # Bulle switching bulle_id = packet.read32() bulle_ip = packet.readString().decode() if self.bulle is not None: self.bulle.close() self.bulle = Connection('bulle', self, self.loop) await self.bulle.connect(bulle_ip, self.main.address[1]) await self.bulle.send(Packet.new(*CCC).write32(bulle_id)) elif CCC == (44, 22): # Fingerprint offset changed connection.fingerprint = packet.read8() elif CCC == (60, 3): # Community platform TC = packet.read16() self.dispatch('raw_cp', TC, packet.copy(True)) if TC == 3: # Connected to the community platform self.dispatch('ready') elif TC == 55: # Channel join result result = packet.read8() self.dispatch('channel_joined_result', result) elif TC == 57: # Channel leave result result = packet.read8() self.dispatch('channel_leaved_result', result) elif TC == 59: # Channel /who result idSequence = packet.read32() result = packet.read8() players = [ Player(packet.readUTF()) for _ in range(packet.read16()) ] self.dispatch('channel_who', idSequence, players) elif TC == 62: # Joined a channel name = packet.readUTF() if name in self._channels: channel = [c for c in self._channels if c == name][0] else: channel = Channel(name, self) self._channels.append(channel) self.dispatch('channel_joined', channel) elif TC == 63: # Quit a channel name = packet.readUTF() if name in self._channels: self._channels.remove(name) self.dispatch('channel_closed', name) elif TC == 64: # Channel message author, community = packet.readUTF(), packet.read32() channel_name, message = packet.readUTF(), packet.readUTF() channel = self.get_channel(channel_name) if channel is None: channel = Channel(channel_name, self) self._channels.append(channel) self.dispatch( 'channel_message', ChannelMessage(author, community, message, channel)) elif TC == 65: # Tribe message author, message = packet.readUTF(), packet.readUTF() self.dispatch('tribe_message', author, message) elif TC == 66: # Whisper author, commu, receiver, message = Player( packet.readUTF()), packet.read32(), Player( packet.readUTF()), packet.readUTF() self.dispatch('whisper', Whisper(author, commu, receiver, message, self)) elif TC == 88: # tribe member connected self.dispatch('member_connected', packet.readUTF()) elif TC == 90: # tribe member disconnected self.dispatch('member_disconnected', packet.readUTF()) else: if self.LOG_UNHANDLED_PACKETS: print(CCC, TC, bytes(packet.buffer)[4:]) return False elif CCC == (100, 67): # New inventory item slot = packet.read8() id = packet.read16() quantity = packet.read8() item = InventoryItem(id=id, quantity=quantity, slot=None if slot == 0 else slot) self.inventory[id] = item self.dispatch('new_item', item) elif CCC == (144, 1): # Set player list before = self.room.players self.room.players = [] for player in range(packet.read16()): self.room.players.append(Player.from_packet(packet)) for player in before: if player.trade is not None: after = self.room.get_player(pid=player.pid) if after is not None: player.trade._update_player(after) else: trade = player.trade player.trade._close() self.dispatch('trade_close', trade) self.dispatch('bulk_player_update', before, self.room.players) elif CCC == (144, 2): # Add a player after = Player.from_packet(packet) before = self.room.get_player(pid=after.pid) self.room.players.append(after) if before is None: self.dispatch('player_join', after) else: self.room.players.remove(before) if before.trade is not None: before.trade._update_player(after) self.dispatch('player_update', before, after) else: if self.LOG_UNHANDLED_PACKETS: print(CCC, bytes(packet.buffer)[2:]) return False return True
def from_fashion(cls, packet:Packet): id = packet.read16() look = packet.readUTF() flag = packet.read8() return cls(look, id, flag)