def deserialize(cls, stream: ReadStream):
"""
Deserializes the packet
"""
return cls(username=stream.read(str, allocated_length=33),
session_key=stream.read(str, allocated_length=33),
unknown=stream.read(bytes, length=33))
def mission_accept(self, packet, conn: Connection, stream: ReadStream):
"""
Handles the mission dialogue ok game message
"""
complete = stream.read(c_bit)
state = stream.read(c_int)
mission_id = stream.read(c_int)
responder_objid = stream.read(c_int64)
print(f'Mission {mission_id} accepted')
print(f'Complete: {complete}')
print(f'State: {state}')
print(f'Responder: {responder_objid}')
session = self.server.handle_until_return('session:get_session',
conn.get_address())
char = self.server.handle_until_return(
'char:characters',
session.account.user.id)[session.account.front_character]
if complete:
self.server.handle('char:complete_mission', char.pk, mission_id)
wstr = WriteStream()
wstr.write(c_int(mission_id))
wstr.write(c_int(8))
wstr.write(c_bit(False))
msg = ServerGameMessage(responder_objid,
GameMessageID.NOTIFY_MISSION, wstr)
else:
self.server.handle('char:activate_mission', char.pk, mission_id)
# tasks = self.server.handle_until_return('world:get_mission_tasks', mission_id)
# for task in tasks:
# wstr = WriteStream()
# wstr.write(c_int(mission_id))
# wstr.write(c_int(1 << (task[2] + 1)))
# wstr.write(c_uint8(0))
# msg = ServerGameMessage(packet.objid, GameMessageID.NOTIFY_MISSION_TASK, wstr)
# conn.send(msg)
wstr = WriteStream()
wstr.write(c_int(mission_id))
wstr.write(c_int(2))
wstr.write(c_bit(False))
msg = ServerGameMessage(responder_objid,
GameMessageID.NOTIFY_MISSION, wstr)
conn.send(msg)
def request_linked_mission(self, packet, conn: Connection,
stream: ReadStream):
"""
Handles the request linked mission game message
"""
objid = stream.read(c_int64)
mission = stream.read(c_int)
offered = stream.read(c_bit)
print(f'Request for linked mission {mission}')
print(f'Object ID: {objid}')
print(f'Offered: {offered}')
def collected(self, packet, conn: Connection, stream: ReadStream):
"""
Handles the has been collected game message
"""
objid = stream.read(c_int64)
print(f'Collected object')
print(f'ID: {packet.objid}')
print(f'Player: {objid}')
session = self.server.handle_until_return('session:get_session',
conn.get_address())
char = self.server.handle_until_return(
'char:characters',
session.account.user.id)[session.account.front_character]
clone = self.server.handle_until_return('world:get_clone',
session.clone)
char_missions = self.server.handle_until_return(
'char:get_missions', char.pk)
objs = [x for x in clone.objects if x.objid == packet.objid]
if objs:
obj = objs[0]
for char_mission in [x for x in char_missions if x.state == 2]:
tasks = self.server.handle_until_return(
'world:get_mission_tasks', char_mission.mission)
for task in tasks:
if task[3] == obj.lot and task[2] == 3:
char_mission.progress += 1
char_mission.save()
wstr = WriteStream()
wstr.write(c_int(char_mission.mission))
wstr.write(c_int(1 << (tasks.index(task) + 1)))
wstr.write(c_uint8(1))
wstr.write(
c_float(char_mission.progress + (clone.zone << 8)))
msg = ServerGameMessage(
objid, GameMessageID.NOTIFY_MISSION_TASK, wstr)
conn.send(msg)
return
def deserialize(cls, stream: ReadStream):
"""
Deserializes the packet
"""
return cls(username=stream.read(str, allocated_length=33),
password=stream.read(str, allocated_length=41),
language_id=stream.read(c_uint16),
unknown=stream.read(c_uint8),
process_memory_info=stream.read(str, allocated_length=256),
graphics_driver_info=stream.read(str, allocated_length=128),
processor_count=stream.read(c_uint32),
processor_type=stream.read(c_uint32),
processor_level=stream.read(c_uint16),
processor_revision=stream.read(c_uint16),
unknown1=stream.read(c_uint32),
os_major_version=stream.read(c_uint32),
os_minor_version=stream.read(c_uint32),
os_build_number=stream.read(c_uint32),
os_platform_id=stream.read(c_uint32))
def deserialize(cls, stream: ReadStream):
"""
Deserializes the game version
"""
return cls(stream.read(c_uint16), stream.read(c_uint16), stream.read(c_uint16))
def deserialize(cls, stream: ReadStream):
"""
Deserializes the packet
"""
char_id = stream.read(c_int64)
return cls(char_id)
def request_use(self, packet, conn: Connection, stream: ReadStream):
"""
Handles the request use game message
"""
session = self.server.handle_until_return('session:get_session',
conn.get_address())
clone = self.server.handle_until_return('world:get_clone',
session.clone)
char = self.server.handle_until_return(
'char:front_char', session.account.character_set.all())
char_missions = self.server.handle_until_return(
'char:get_missions', char.pk)
multiinteract = stream.read(c_bit)
multiinteract_id = stream.read(c_uint32)
multiinteract_type = stream.read(c_int)
objid = stream.read(c_int64)
secondary = stream.read(c_bit)
print(f'Multi interact: {multiinteract}')
print(f'Multi interact ID: {multiinteract_id}')
print(f'Multi interact type: {multiinteract_type}')
print(f'Object ID: {objid}')
print(f'Secondary: {secondary}')
objs = [x for x in clone.objects if x.objid == objid]
if objs:
obj = objs[0]
if char_missions:
missions = self.server.handle_until_return(
'world:missions_for_lot_target', obj.lot)
for char_mission in [x for x in char_missions if x.state == 2]:
missions2 = [
x for x in missions if x[0] == char_mission.mission
]
if missions2:
mission = missions2[0]
self.server.handle('char:complete_mission', char.pk,
mission[0])
msg = ServerGameMessage(
packet.objid, GameMessageID.OFFER_MISSION,
c_int(mission[0]) + c_int64(objid))
conn.send(msg)
return
missions = self.server.handle_until_return(
'world:missions_for_lot', obj.lot)
missions = [
x for x in missions if x[0] not in
[y.mission for y in char_missions if y.state == 8]
]
if missions:
mission = missions[0]
msg = ServerGameMessage(packet.objid,
GameMessageID.OFFER_MISSION,
c_int(mission[0]) + c_int64(objid))
conn.send(msg)
class LUZReader:
"""
LEGO Universe Zone file reader
"""
def __init__(self, file, conn=None):
self.conn = conn or sqlite3.connect('client_assets/cdclient.sqlite')
self.scenes = []
with open(file, 'rb') as file:
self.data = file.read()
self.size = len(self.data)
self.stream = ReadStream(self.data, unlocked=True)
self.version = self.stream.read(c_uint)
assert self.version == 41, self.version
self.unknown1 = self.stream.read(c_uint)
self.world_id = self.stream.read(c_uint)
self.spawnpoint = Vector3(self.stream.read(c_float), self.stream.read(c_float), self.stream.read(c_float))
self.spawnpoint_rot = Vector4(self.stream.read(c_float), self.stream.read(c_float), self.stream.read(c_float),
self.stream.read(c_float))
self.num_scenes = self.stream.read(c_uint)
for _ in range(self.num_scenes):
filename = self.stream.read(bytes, length_type=c_ubyte).decode('latin1')
scene_id = self.stream.read(c_uint64)
scene_name = self.stream.read(bytes, length_type=c_ubyte).decode('latin1')
assert self.stream.read(bytes, length=3)
pth = os.path.join('client_assets', 'luz', filename)
if os.path.exists(pth):
with open(pth, 'rb') as file:
objects = self.get_lvl_objects(ReadStream(file.read(), unlocked=True))
self.scenes.append(LUScene(scene_id, scene_name, objects))
else:
self.scenes.append(LUScene(scene_id, scene_name))
def get_lvl_objects(self, stream):
"""
Parses a level file and returns its objects
"""
header = stream.read(bytes, length=4)
objects = []
stream.read_offset = 0
if header == b'CHNK':
while not stream.all_read():
assert stream.read_offset // 8 % 16 == 0
start_pos = stream.read_offset // 8
assert stream.read(bytes, length=4) == b'CHNK'
chunk_type = stream.read(c_uint)
assert stream.read(c_ushort) == 1
assert stream.read(c_ushort) in (1, 2)
chunk_len = stream.read(c_uint)
data_pos = stream.read(c_uint)
stream.read_offset = data_pos * 8
assert stream.read_offset // 8 % 16 == 0
if chunk_type == 1000:
pass
elif chunk_type == 2000:
pass
elif chunk_type == 2001:
objects = self.parse_chunk_2001(stream)
elif chunk_type == 2002:
pass
stream.read_offset = (start_pos + chunk_len) * 8
return objects
def parse_chunk_2001(self, stream):
"""
Parses chunk 2001
"""
objects = []
for _ in range(stream.read(c_uint)):
objid = stream.read(c_int64)
lot = stream.read(c_uint)
unknown1 = stream.read(c_uint)
unknown2 = stream.read(c_uint)
position = Vector3(stream.read(c_float), stream.read(c_float), stream.read(c_float))
rot_w = stream.read(c_float)
rot_z = stream.read(c_float)
rot_y = stream.read(c_float)
rot_x = stream.read(c_float)
rotation = Vector4(rot_x, rot_y, rot_z, rot_w)
scale = stream.read(c_float)
config_data = parse_ldf(stream.read(str, length_type=c_uint))
assert stream.read(c_uint) == 0
if config_data.get('renderDisabled'):
continue
if lot == 176:
lot = config_data['spawntemplate']
# if lot == 4638:
# continue
obj = LUObject(objid, lot, position, rotation, scale, config_data, self.conn)
objects.append(obj)
return objects
class LUZReader:
"""
LEGO Universe Zone file reader
"""
def __init__(self, file, server_zone):
self.conn = sqlite3.connect('client_assets/cdclient.sqlite')
self.scenes = []
with open(file, 'rb') as file:
self.data = file.read()
self.size = len(self.data)
self.stream = ReadStream(self.data, unlocked=True)
self.version = self.stream.read(c_uint)
assert self.version in (36, 38, 39, 40, 41), 'Unknown LUZ version ' + self.version
self.unknown1 = self.stream.read(c_uint)
self.world_id = self.stream.read(c_uint)
if self.version >= 38:
self.spawnpoint = Vector3(self.stream.read(c_float), self.stream.read(c_float), self.stream.read(c_float))
self.spawnpoint_rot = LVLVector4(self.stream.read(c_float), self.stream.read(c_float), self.stream.read(c_float),
self.stream.read(c_float))
else:
# TODO: Verify what should actually happen in versions < 38
self.spawnpoint = Vector3(0,0,0)
self.spawnpoint_rot = Vector4(0,0,0,0)
if self.version >= 37:
self.num_scenes = self.stream.read(c_uint)
else:
self.num_scenes = self.stream.read(c_ubyte)
for _ in range(self.num_scenes):
filename = self.stream.read(bytes, length_type=c_ubyte).decode('latin1')
scene_id = self.stream.read(c_uint64)
scene_name = self.stream.read(bytes, length_type=c_ubyte).decode('latin1')
assert self.stream.read(bytes, length=3)
lvl_path = os.path.join('client_assets', 'lvl', server_zone, filename)
if os.path.exists(lvl_path):
with open(lvl_path, 'rb') as file:
objects = self.get_lvl_objects(ReadStream(file.read(), unlocked=True))
self.scenes.append(LUScene(scene_id, scene_name, objects))
else:
self.scenes.append(LUScene(scene_id, scene_name))
def get_lvl_objects(self, stream):
"""
Parses a level file and returns its objects
"""
header = stream.read(bytes, length=4)
objects = []
stream.read_offset = 0
if header == b'CHNK':
while not stream.all_read():
assert stream.read_offset // 8 % 16 == 0, 'Invalid LVL chunk read offset'
start_pos = stream.read_offset // 8
assert stream.read(bytes, length=4) == b'CHNK'
chunk_type = stream.read(c_uint)
assert stream.read(c_ushort) == 1
assert stream.read(c_ushort) in (1, 2)
chunk_len = stream.read(c_uint)
data_pos = stream.read(c_uint)
stream.read_offset = data_pos * 8
assert stream.read_offset // 8 % 16 == 0
if chunk_type == 1000:
pass
elif chunk_type == 2000:
pass
elif chunk_type == 2001:
objects = self.parse_chunk_2001(stream)
elif chunk_type == 2002:
pass
stream.read_offset = (start_pos + chunk_len) * 8
return objects
def parse_chunk_2001(self, stream):
"""
Parses chunk 2001
"""
objects = []
for _ in range(stream.read(c_uint)):
objid = stream.read(c_int64)
lot = stream.read(c_uint)
unknown1 = stream.read(c_uint)
unknown2 = stream.read(c_uint)
position = stream.read(Vector3)
rotation = stream.read(LVLVector4)
scale = stream.read(c_float)
config_data = parse_ldf(stream.read(str, length_type=c_uint))
assert stream.read(c_uint) == 0
if config_data.get('renderDisabled'):
continue
spawner=None
if lot == 176:
spawner=objid
lot = config_data['spawntemplate']
objid = random.randint(1000000000000000000, 1999999999999999999)
obj = LUObject(objid, lot, position, rotation, scale, config_data, spawner, self.conn)
objects.append(obj)
return objects