def send_chat(self, message, sender=UUID(int=0)):
for player in self.players:
data = player.buff_type.pack_chat(message) + player.buff_type.pack(
"B", 0)
if player.protocol_version > 578:
data += player.buff_type.pack_uuid(sender)
player.send_packet("chat_message", data)
def packet_login_start(self, buff):
if self.login_expecting != 0:
raise ProtocolError("Out-of-order login")
self.display_name = buff.unpack_string()
if self.factory.online_mode:
self.login_expecting = 1
# send encryption request
# 1.7.x
if self.protocol_version <= 5:
pack_array = lambda a: self.buff_type.pack('h', len(a)) + a
# 1.8.x
else:
pack_array = lambda a: self.buff_type.pack_varint(
len(a), max_bits=16) + a
self.send_packet("login_encryption_request",
self.buff_type.pack_string(self.server_id),
pack_array(self.factory.public_key),
pack_array(self.verify_token))
else:
self.login_expecting = None
self.display_name_confirmed = True
self.uuid = UUID.from_offline_player(self.display_name)
self.player_joined()
def packet_login_start(self, buff):
if self.login_expecting != 0:
raise ProtocolError("Out-of-order login")
self.display_name = buff.unpack_string()
if self.factory.online_mode:
self.login_expecting = 1
# send encryption request
# 1.7.x
if self.protocol_version <= 5:
pack_array = lambda a: self.buff_type.pack('h', len(a)) + a
# 1.8.x
else:
pack_array = lambda a: self.buff_type.pack_varint(
len(a), max_bits=16) + a
self.send_packet(
"login_encryption_request",
self.buff_type.pack_string(self.server_id),
pack_array(self.factory.public_key),
pack_array(self.verify_token))
else:
self.login_expecting = None
self.display_name_confirmed = True
self.uuid = UUID.from_offline_player(self.display_name)
self.player_joined()
def send_mob(self,eid,type_,pos=(0,0,0),yaw=0,pitch=0,headpitch=0,uuid=UUID.random()):
if self.protocol_version < 400:
self.send_packet('spawn_mob',
self.bt.pack_varint(eid)
+ self.bt.pack_uuid(uuid)
+ self.bt.pack_varint(type_)
+ self.bt.pack('dddfffhhh',*pos,yaw,pitch,headpitch,0,0,0)
+ self.bt.pack_entity_metadata({}))
def buildProtocol(self, addr): # Build protocol with an unassigned uuid try: k = [*self.uuid_dict.keys()][[*self.uuid_dict.values()].index(None)] pc = InternalProxyExternalProtocol(self, self.buff_class, self.handle_direction, self.other_factory, self.config) pc.uuid = UUID(hex=k) return pc except ValueError: pass
def send_chat(self, message, sender=None):
if sender is None:
sender = UUID(int=0)
for player in self.players:
player.send_packet("chat_message",
player.buff_type.pack_chat(message),
player.buff_type.pack('B', 0),
player.buff_type.pack_uuid(sender))
def send_chat(self, message, sender=None):
if sender is None:
sender = UUID(int=0)
self.send_packet(
"chat_message",
self.buff_type.pack_chat(message),
self.buff_type.pack('b', 1),
self.buff_type.pack_uuid(sender)
)
def entry_navigation_json(uuid: UUID, secret):
token = hmac.new(key=str.encode(secret),
msg=uuid.to_bytes(),
digestmod="sha256")
url = 'https://minecraft.rtgame.co.uk/detailing/?uuid={}&token={}'.format(
uuid.to_hex(False), token.hexdigest())
return json.dumps({
"text":
"\n",
"color":
"gold",
"extra": [{
"text": "[Prev Entry]",
"bold": True,
"clickEvent": {
"action": "run_command",
"value": "/prev"
},
}, {
"text": " ",
}, {
"text": "[Next Entry]",
"bold": True,
"clickEvent": {
"action": "run_command",
"value": "/next"
}
}, {
"text": "\n\n"
}, {
"text": "[Cast your Votes]",
"bold": True,
"color": "aqua",
"clickEvent": {
"action": "open_url",
"value": url
}
}, {
"text": "\n\n"
}]
})
def buildProtocol(self, addr):
# Build protocol with an unassigned uuid
try:
k = [*self.uuid_dict.keys()][[*self.uuid_dict.values()
].index(None)]
return InternalProxyMCClientProtocol(self,
self.buff_class,
self.handle_direction,
self.other_factory,
self.protocol_version,
uuid=UUID(hex=k))
except ValueError:
pass
def write_chat(self, text, direction):
if direction == "upstream":
return self.buff_type.pack_string(text)
elif direction == "downstream":
data = self.buff_type.pack_chat(text)
# 1.8.x+
if self.downstream.protocol_version >= 47:
data += self.buff_type.pack('B', 0)
# 1.16.x+
if self.downstream.protocol_version >= 736:
data += self.buff_type.pack_uuid(UUID(int=0))
return data
def __init__(self, factory, remote_addr):
from versions import Version_1_15, Version_1_16, Version_1_16_2
self.uuid = UUID.from_offline_player('NotKatuen')
self.forwarded_uuid = None
self.forwarded_host = None
self.is_bedrock = False
self.version = None
self.versions = {
578: Version_1_15,
736: Version_1_16,
751: Version_1_16_2
}
super(Protocol, self).__init__(factory, remote_addr)
def __init__(self, protocol: Protocol, bedrock: False):
self.protocol = protocol
self.viewpoint_id = 999
self.viewpoint_uuid = UUID.random()
self.current_chunk = None
self.current_viewpoint = None
self.raining = False
self.player_spawned = False
self.viewpoint_spawned = False
self.viewpoint_used = False
self.last_click = time.time()
self.version_name = None
self.is_bedrock = bedrock
def __init__(self,
factory,
buff_class,
handle_direction,
other_factory,
protocol_version,
uuid=None):
"""
Protocol args:
factory: factory that made this protocol (subclass of BaseFactory)
buff_class: buffer class that this protocol will use
handle_direction: direction packets being handled by this protocol are going (can be "downstream" or "upstream")
other_factory: the other factory that communicates with this protocol (in this case an instance of EWProtocol)
protocol_version: protocol specification to use
uuid: uuid of client, don't set to autogen
"""
super().__init__(factory, buff_class, handle_direction, other_factory)
self.protocol_version = protocol_version
self.protocol_mode = "init"
self.uuid = uuid or UUID.random()
def __init__(self, factory, remote_addr):
from queueserver.versions import Version_1_15, Version_1_16, Version_1_16_2, Version_1_17, Version_1_17_1
self.uuid = UUID.random()
self.forwarded_uuid = None
self.forwarded_host = None
self.is_bedrock = False
self.version = None
self.versions = {
578: Version_1_15,
736: Version_1_16,
751: Version_1_16_2,
755: Version_1_17,
756: Version_1_17_1
}
super(Protocol, self).__init__(factory, remote_addr)
self.logger.addHandler(console_handler)
self.logger.addHandler(file_handler)
def packet_handshake(self, buff):
buff2 = deepcopy(buff)
super().packet_handshake(buff)
p_protocol_version = buff2.unpack_varint()
p_connect_host = buff2.unpack_string()
# Bungeecord ip forwarding, ip/uuid is included in host string separated by \00s
split_host = str.split(p_connect_host, "\00")
if len(split_host) >= 3:
# TODO: Should probably verify the encrypted data in some way.
# Not important until something on this server uses uuids
if split_host[1] == 'Geyser-Floodgate':
self.is_bedrock = True
host = split_host[4]
online_uuid = split_host[5]
elif split_host[1].startswith('^Floodgate^'):
self.is_bedrock = True
host = split_host[2]
online_uuid = split_host[3]
else:
host = split_host[1]
online_uuid = split_host[2]
self.forwarded_host = host
self.forwarded_uuid = UUID.from_hex(online_uuid)
version = None
for pv, v in self.versions.items():
if p_protocol_version >= pv:
version = v
if version is not None:
self.version = version(self, self.is_bedrock)
else:
self.close("Unsupported Minecraft Version")
def test_uuid_from_bytes_to_hex():
uuid = UUID.from_bytes(bytes_vector)
assert isinstance(uuid, UUID)
assert uuid.to_hex() == hex_vector
assert uuid.to_hex(False) == hex_vector.replace("-", "")
def unpack_uuid(self):
"""
Unpacks a UUID.
"""
return UUID.from_bytes(self.read(16))
def _from_response(cls, response):
return cls(
response['clientToken'],
response['accessToken'],
response['selectedProfile']['name'],
UUID.from_hex(response['selectedProfile']['id']))
def auth_ok(self, data):
"""Called when auth with mojang succeeded (online mode only)"""
self.display_name_confirmed = True
self.uuid = UUID.from_hex(data['id'])
self.player_joined()
def packet_mirror_login_success(self, buff):
self.player_uuid = UUID.from_hex(buff.unpack_string())
self.player_username = buff.unpack_string()
return
def from_token(cls, client_token, access_token, display_name, uuid):
obj = cls(client_token, access_token,
display_name, UUID.from_hex(uuid))
return obj.validate()
def auth_ok(self, data):
"""Called when auth with mojang succeeded (online mode only)"""
self.display_name_confirmed = True
self.uuid = UUID.from_hex(data['id'])
self.player_joined()
def update_music(self, create=False):
if not self.song_start:
self.song_start = datetime.now()
percent = (datetime.now() - self.song_start).seconds / ((2 * 60) + 32)
if create:
self.music_bar_uuid = UUID.random()
self.send_packet(
"boss_bar",
self.buff_type.pack_uuid(self.music_bar_uuid),
self.buff_type.pack_varint(0),
self.buff_type.pack_chat(
Message({
"text": "Server is loading -- Playing Stal by C418",
"color": "bold",
})),
self.buff_type.pack("f", percent),
self.buff_type.pack_varint(1),
self.buff_type.pack_varint(0),
self.buff_type.pack("B", 0b00000),
)
# Play "Stal" by C418
self.send_packet(
"sound_effect",
self.buff_type.pack_varint(474),
self.buff_type.pack_varint(2),
self.buff_type.pack(
"iiiff",
int(default_pos[0] * 8),
int(default_pos[1] * 8),
int(default_pos[2] * 8),
1,
1,
),
) # teleport id
elif self.playing_music:
if percent > 1:
self.send_packet(
"boss_bar",
self.buff_type.pack_uuid(self.music_bar_uuid),
self.buff_type.pack_varint(2),
self.buff_type.pack("f", 1),
)
self.send_packet(
"boss_bar",
self.buff_type.pack_uuid(self.music_bar_uuid),
self.buff_type.pack_varint(3),
self.buff_type.pack_chat(
Message({
"text": "Server is still loading -- hang tight!",
"color": "bold",
})),
)
self.playing_music = False
return
self.send_packet(
"boss_bar",
self.buff_type.pack_uuid(self.music_bar_uuid),
self.buff_type.pack_varint(2),
self.buff_type.pack("f", percent),
)
def __init__(self, *args, **kwargs): self.core = CoreProtocol(self) self._uuid = UUID.random() self.real_uuid = None super(DownstreamProtocol, self).__init__(*args, **kwargs)
def test_pack_uuid():
assert Buffer.pack_uuid(UUID.from_bytes(uuid_vector)) == uuid_vector
def test_uuid_from_offline_player():
uuid = UUID.from_offline_player("Notch")
assert isinstance(uuid, UUID)
assert uuid.to_bytes() == bytes_vector
def from_token(cls, client_token, access_token, display_name, uuid):
obj = cls(client_token, access_token, display_name,
UUID.from_hex(uuid))
return obj.validate()
def test_uuid_from_hex_to_byte():
uuid = UUID.from_hex(hex_vector)
assert isinstance(uuid, UUID)
assert uuid.to_bytes() == bytes_vector
def _from_response(cls, response):
return cls(response['clientToken'], response['accessToken'],
response['selectedProfile']['name'],
UUID.from_hex(response['selectedProfile']['id']))
entity_metadata_vectors = [
(OrderedDict(
(((0, 0), 0), ((1, 1), 1), ((2, 2), 2.0), ((3, 3), u'three'),
((4, 4), Message({'text':
u'four'})), ((5, 5), Message({'text':
u'five'})), ((6, 6), {
'count':
1,
'item':
267,
'tag':
TagRoot({})
}), ((7, 7), True),
((8, 8), (7.699999809265137, 7.699999809265137, 7.699999809265137)),
((9, 9), (8, 8, 8)), ((10, 10), (9, 9, 9)), ((11, 11), 10),
((12, 12), UUID.from_bytes(uuid_vector)), ((13, 13), 12),
((14, 14), TagRoot({u'foo': TagString(u'bar')})))), b'\x00\x00\x00'
b'\x01\x01\x01'
b'\x02\x02\x40\x00\x00\x00'
b'\x03\x03\x05three'
b'\x04\x04\x10{"text": "four"}'
b'\x05\x05\x01\x10{"text": "five"}'
b'\x06\x06\x01\x0b\x01\x00'
b'\x07\x07\x01'
b'\x08\x08\x40\xf6\x66\x66\x40\xf6\x66\x66\x40\xf6\x66\x66'
b'\x09\x09\x00\x00\x02\x00\x20\x00\x00\x08'
b'\x0a\x0a\x01\x00\x00\x02\x40\x24\x00\x00\x09'
b'\x0b\x0b\x0a'
b'\x0c\x0c\x01' + uuid_vector + b'\x0d\x0d\x0c'
b'\x0e\x0e\x08\x00\x03foo\x00\x03bar'
b'\xff')
def send_chat_message(self, message):
self.protocol.send_packet(
'chat_message', self.protocol.buff_type.pack_string(message),
self.protocol.buff_type.pack("b", 1),
self.protocol.buff_type.pack_uuid(UUID(int=0)))
def generate_uuid(self):
return QuarryUUID.from_hex(py_uuid.uuid4().hex)
def create(self):
self.protocol_version = self.config["global"]["protocol_version"]
self.protocol_mode = "init"
self.uuid = UUID.random() # UUID can be overriden
