# Buggy code
def __init__(self, *args, **kwargs):
    self.tribler_session = kwargs.pop("tribler_session", None)
    num_competing_slots = kwargs.pop("competing_slots", 15)
    num_random_slots = kwargs.pop("random_slots", 5)
    self.bandwidth_wallet = kwargs.pop("bandwidth_wallet", None)
    socks_listen_ports = kwargs.pop("socks_listen_ports", None)
    state_path = (
        self.tribler_session.config.get_state_dir()
        if self.tribler_session
        else path_util.Path()
    )
    self.exitnode_cache = kwargs.pop(
        "exitnode_cache", state_path / "exitnode_cache.dat"
    )
    super(TriblerTunnelCommunity, self).__init__(*args, **kwargs)
    self._use_main_thread = True

    if self.tribler_session:
        if self.tribler_session.config.get_tunnel_community_exitnode_enabled():
            self.settings.peer_flags.add(PEER_FLAG_EXIT_ANY)

        if not socks_listen_ports:
            socks_listen_ports = (
                self.tribler_session.config.get_tunnel_community_socks5_listen_ports()
            )
    elif socks_listen_ports is None:
        socks_listen_ports = range(1080, 1085)

    self.bittorrent_peers = {}
    self.dispatcher = TunnelDispatcher(self)
    self.download_states = {}
    self.competing_slots = [
        (0, None)
    ] * num_competing_slots  # 1st tuple item = token balance, 2nd = circuit id
    self.random_slots = [None] * num_random_slots
    self.reject_callback = None  # This callback is invoked with a tuple (time, balance) when we reject a circuit
    self.last_forced_announce = {}

    # Start the SOCKS5 servers
    self.socks_servers = []
    for port in socks_listen_ports:
        socks_server = Socks5Server(port, self.dispatcher)
        self.register_task("start_socks_%d" % port, socks_server.start)
        self.socks_servers.append(socks_server)

    self.dispatcher.set_socks_servers(self.socks_servers)

    self.decode_map.update(
        {
            chr(23): self.on_payout_block,
        }
    )

    self.decode_map_private.update(
        {
            chr(24): self.on_balance_request_cell,
            chr(25): self.on_relay_balance_request_cell,
            chr(26): self.on_balance_response_cell,
            chr(27): self.on_relay_balance_response_cell,
        }
    )

    message_to_payload["balance-request"] = (24, BalanceRequestPayload)
    message_to_payload["relay-balance-request"] = (25, BalanceRequestPayload)
    message_to_payload["balance-response"] = (26, BalanceResponsePayload)
    message_to_payload["relay-balance-response"] = (27, BalanceResponsePayload)

    NO_CRYPTO_PACKETS.extend([24, 26])

    if self.exitnode_cache:
        self.restore_exitnodes_from_disk()


# Traceback (RuntimeError)
Traceback (most recent call last):
File "src\tribler-gui\tribler_gui\event_request_manager.py", line 112, in on_read_data
RuntimeError: bytes must be in range(0, 256)
--LONG TEXT--
Traceback (most recent call last):
File "lib\asyncio\events.py", line 88, in _run
File "lib\asyncio\selector_events.py", line 965, in _read_ready
File "src\tribler-core\tribler_core\modules\tunnel\socks5\udp_connection.py", line 51, in datagram_received
File "src\tribler-core\tribler_core\modules\tunnel\community\dispatcher.py", line 91, in on_socks5_udp_data
File "ipv8\messaging\anonymization\community.py", line 485, in send_data
File "ipv8\messaging\anonymization\community.py", line 471, in send_cell
File "ipv8\messaging\anonymization\payload.py", line 77, in to_bin
File "ipv8\messaging\anonymization\payload.py", line 32, in encode_address
File "ipv8\util.py", line 24, in cast_to_bin
ValueError: bytes must be in range(0, 256)

--CONTEXT--
{'message': 'Exception in callback _SelectorDatagramTransport._read_ready()', 'exception': ValueError('bytes must be in range(0, 256)'), 'handle': <Handle _SelectorDatagramTransport._read_ready()>}

# Fixed code
def __init__(self, *args, **kwargs):
    self.tribler_session = kwargs.pop("tribler_session", None)
    num_competing_slots = kwargs.pop("competing_slots", 15)
    num_random_slots = kwargs.pop("random_slots", 5)
    self.bandwidth_wallet = kwargs.pop("bandwidth_wallet", None)
    socks_listen_ports = kwargs.pop("socks_listen_ports", None)
    state_path = (
        self.tribler_session.config.get_state_dir()
        if self.tribler_session
        else path_util.Path()
    )
    self.exitnode_cache = kwargs.pop(
        "exitnode_cache", state_path / "exitnode_cache.dat"
    )
    super(TriblerTunnelCommunity, self).__init__(*args, **kwargs)
    self._use_main_thread = True

    if self.tribler_session:
        if self.tribler_session.config.get_tunnel_community_exitnode_enabled():
            self.settings.peer_flags.add(PEER_FLAG_EXIT_ANY)

        if not socks_listen_ports:
            socks_listen_ports = (
                self.tribler_session.config.get_tunnel_community_socks5_listen_ports()
            )
    elif socks_listen_ports is None:
        socks_listen_ports = range(1080, 1085)

    self.bittorrent_peers = {}
    self.dispatcher = TunnelDispatcher(self)
    self.download_states = {}
    self.competing_slots = [
        (0, None)
    ] * num_competing_slots  # 1st tuple item = token balance, 2nd = circuit id
    self.random_slots = [None] * num_random_slots
    self.reject_callback = None  # This callback is invoked with a tuple (time, balance) when we reject a circuit
    self.last_forced_announce = {}

    # Start the SOCKS5 servers
    self.socks_servers = []
    for port in socks_listen_ports:
        socks_server = Socks5Server(port, self.dispatcher)
        self.register_task("start_socks_%d" % port, socks_server.start)
        self.socks_servers.append(socks_server)

    self.dispatcher.set_socks_servers(self.socks_servers)

    self.decode_map.update(
        {
            chr(23): self.on_payout_block,
        }
    )

    self.decode_map_private.update(
        {
            chr(24): self.on_balance_request_cell,
            chr(25): self.on_relay_balance_request_cell,
            chr(26): self.on_balance_response_cell,
            chr(27): self.on_relay_balance_response_cell,
        }
    )

    message_to_payload["balance-request"] = (24, BalanceRequestPayload)
    message_to_payload["relay-balance-request"] = (25, BalanceRequestPayload)
    message_to_payload["balance-response"] = (26, BalanceResponsePayload)
    message_to_payload["relay-balance-response"] = (27, BalanceResponsePayload)

    NO_CRYPTO_PACKETS.extend([24, 26])

    if self.exitnode_cache:
        self.restore_exitnodes_from_disk()