def TalkAscii(text, type=0, hue=0x34, font=1):
p = PacketWriter(0x03)
p.byte(type)
p.ushort(hue)
p.ushort(font)
p.cstring(text)
return p.finish()
def VendorSellReply(vendor_serial, item_serial, amount=1):
p = PacketWriter(0x9f)
p.uint(vendor_serial)
p.ushort(1)
p.uint(item_serial)
p.ushort(amount)
return p.finish()
def data_received(self, data: bytes):
"""Called when some data is received.
:param data: is a bytes object.
"""
self.log.debug("Received {} bytes".format(len(data)))
if self._packets_compression:
# TODO Compression is not working at the moment
original_data = data[:]
compressed_data = data[:]
uncompressed_data = self._compression.decompress(compressed_data)
self._input += uncompressed_data
new_compressed_data = self._compression.compress(uncompressed_data)
self.log.debug("Uncompressed data is {} bytes".format(len(data)))
else:
self._input += data
while True and not self._packets_compression:
packet: PacketReader = self._packet_from_buffer()
if packet is None:
break
if packet.cmd in self.auto_answer:
self.log.debug('Auto answering packet {:#4x}'.format(packet.cmd))
# answer = self.auto_answer[cmd](data=data)
if packet.cmd in self.rewriters:
self.log.debug('Rewriting packet {:#4x}'.format(packet.cmd))
rewriter = self.rewriters[packet.cmd](packet=packet)
packet_data = rewriter.to_data()
else:
new_packet = PacketWriter(packet.cmd, self.packet_table[packet.cmd])
new_packet.data(packet.raw_data)
packet_data = new_packet.finish()
self.log.debug('UOClient data_received: packet {:#4X} len {}'.format(packet.cmd, len(packet_data)))
# when we connect to the relay we turn decompression on
if packet.cmd == 0x8C:
self.loop.client_decompress = True
# forward data to the client
if not self._packets_compression:
try:
self.server.transport.write(packet_data)
self.log.debug('UOClient serv transport write: packet {:#4X}'.format(packet.cmd))
except Exception as e:
print("EXC {}".format(e))
if self._packets_compression:
try:
self.server.transport.write(original_data)
self.log.debug('UOClient serv transport write: compressed data')
except Exception as e:
print("EXC {}".format(e))
def MenuResponse(serial, index):
p = PacketWriter(0x7d)
p.uint(serial)
p.ushort(0) # menu id
p.ushort(index)
p.ushort(0) # item id
p.ushort(0) # hue
return p.finish()
def Drop(serial, x, y, z, dest_serial):
p = PacketWriter(0x08)
p.uint(serial)
p.ushort(x)
p.ushort(y)
p.sbyte(z)
p.uint(dest_serial)
return p.finish()
def VendorBuyReply(vendor_serial, item_serial, amount=1):
p = PacketWriter(0x3b)
p.uint(vendor_serial)
p.byte(2) # flags
p.byte(0) # layer
p.uint(item_serial)
p.ushort(amount)
return p.finish()
def WarMode(warmode):
p = PacketWriter(0x72)
p.boolean(warmode)
p.byte(0)
p.byte(0)
p.byte(0)
return p.finish()
def to_data(self):
packet = PacketWriter(0x8C, self.packet_length)
packet.ipv4(self.relay.ip)
packet.ushort(self.relay.port)
packet.uint(self.relay.auth_id)
return packet.finish()
def WarMode(warmode):
p = PacketWriter(0x72)
p.boolean(warmode)
p.byte(0)
p.byte(0)
p.byte(0)
return p.finish()
def __init__(self, data: bytes, transport: asyncio.WriteTransport, packet_length: int):
self.data: bytes = data[:]
self.p: uo.packets.UOPacket = uo.packets.UOPacket(self.data, packet_length)
self.packet_length = packet_length
self.razor_features = uo.packets.RazorFeatures(self.p.from_buffer())
if self.razor_features.features == 0xFE:
packet = PacketWriter(0xF0, packet_length)
packet.ushort(0x0004)
packet.byte(0xFF)
transport.write(packet.finish())
def MobileQuery(type, serial):
p = PacketWriter(0x34)
p.uint(0xedededed)
p.byte(type)
p.uint(serial)
return p.finish()
def EquipRequest(item_serial, layer, target_serial):
p = PacketWriter(0x13)
p.uint(item_serial)
p.byte(layer)
p.uint(target_serial)
return p.finish()
def Click(serial):
p = PacketWriter(0x09)
p.uint(serial)
return p.finish()
def LiftRequest(serial, amount=0xffff):
p = PacketWriter(0x07)
p.uint(serial)
p.ushort(amount)
return p.finish()
def CheckSecureTrade(serial):
p = PacketWriter(0x6f)
p.byte(0x02)
p.uint(serial)
p.uint(1)
return p.finish()
def RazorHandshakeResponse():
p = PacketWriter(0xf0)
p.byte(0xff)
return p.finish()
def TargetResponse(type, target_id, flags, serial, x, y, z, graphic):
p = PacketWriter(0x6c)
p.byte(type)
p.uint(target_id)
p.byte(flags)
p.uint(serial)
p.ushort(x)
p.ushort(y)
p.sshort(z)
p.ushort(graphic)
return p.finish()
def CancelSecureTrade(serial):
p = PacketWriter(0x6f)
p.byte(0x01)
p.uint(serial)
return p.finish()
def VendorBuyReply(vendor_serial, item_serial, amount=1):
p = PacketWriter(0x3b)
p.uint(vendor_serial)
p.byte(2) # flags
p.byte(0) # layer
p.uint(item_serial)
p.ushort(amount)
return p.finish()
def PlayCharacter(slot):
p = PacketWriter(0x5d)
p.uint(0)
p.fixstring("", 30)
p.ushort(0)
p.uint(0)
p.fixstring("", 24)
p.uint(slot)
p.uint(0xdeadbeef)
return p.finish()
def SkillLock(skill, lock):
p = PacketWriter(0x3a)
p.ushort(skill)
p.byte(lock)
return p.finish()
def MobileQuery(type, serial):
p = PacketWriter(0x34)
p.uint(0xedededed)
p.byte(type)
p.uint(serial)
return p.finish()
def Resync():
p = PacketWriter(0x22)
p.byte(0)
p.byte(0)
return p.finish()
def Use(serial):
p = PacketWriter(0x06)
p.uint(serial)
return p.finish()
def CheckSecureTrade(serial):
p = PacketWriter(0x6f)
p.byte(0x02)
p.uint(serial)
p.uint(1)
return p.finish()
def TargetResponse(type, target_id, flags, serial, x, y, z, graphic):
p = PacketWriter(0x6c)
p.byte(type)
p.uint(target_id)
p.byte(flags)
p.uint(serial)
p.ushort(x)
p.ushort(y)
p.sshort(z)
p.ushort(graphic)
return p.finish()
def Click(serial):
p = PacketWriter(0x09)
p.uint(serial)
return p.finish()
def EquipRequest(item_serial, layer, target_serial):
p = PacketWriter(0x13)
p.uint(item_serial)
p.byte(layer)
p.uint(target_serial)
return p.finish()
def MenuResponse(serial, index):
p = PacketWriter(0x7d)
p.uint(serial)
p.ushort(0) # menu id
p.ushort(index)
p.ushort(0) # item id
p.ushort(0) # hue
return p.finish()
def WalkRequest(direction, seq):
p = PacketWriter(0x02)
p.byte(direction)
p.byte(seq)
p.uint(0)
return p.finish()
def AccountLogin(username, password):
p = PacketWriter(0x80)
p.fixstring(username, 30)
p.fixstring(password, 30)
p.byte(0)
return p.finish()
def Use(serial):
p = PacketWriter(0x06)
p.uint(serial)
return p.finish()
def GameLogin(username, password, auth_id):
p = PacketWriter(0x91)
p.uint(auth_id)
p.fixstring(username, 30)
p.fixstring(password, 30)
return p.finish()
def LiftRequest(serial, amount=0xffff):
p = PacketWriter(0x07)
p.uint(serial)
p.ushort(amount)
return p.finish()
def VendorSellReply(vendor_serial, item_serial, amount=1):
p = PacketWriter(0x9f)
p.uint(vendor_serial)
p.ushort(1)
p.uint(item_serial)
p.ushort(amount)
return p.finish()
def TextCommand(type, command):
p = PacketWriter(0x12)
p.byte(type)
p.cstring(command)
return p.finish()
def PlayServer(index):
p = PacketWriter(0xa0)
p.ushort(index)
return p.finish()
def Resync():
p = PacketWriter(0x22)
p.byte(0)
p.byte(0)
return p.finish()
def Drop(serial, x, y, z, dest_serial):
p = PacketWriter(0x08)
p.uint(serial)
p.ushort(x)
p.ushort(y)
p.sbyte(z)
p.uint(dest_serial)
return p.finish()
def SkillLock(skill, lock):
p = PacketWriter(0x3a)
p.ushort(skill)
p.byte(lock)
return p.finish()
def GameLogin(username, password, auth_id):
p = PacketWriter(0x91)
p.uint(auth_id)
p.fixstring(username, 30)
p.fixstring(password, 30)
return p.finish()
def PlayCharacter(slot):
p = PacketWriter(0x5d)
p.uint(0)
p.fixstring("", 30)
p.ushort(0)
p.uint(0)
p.fixstring("", 24)
p.uint(slot)
p.uint(0xdeadbeef)
return p.finish()
def TalkAscii(text, type=0, hue=0x34, font=1):
p = PacketWriter(0x03)
p.byte(type)
p.ushort(hue)
p.ushort(font)
p.cstring(text)
return p.finish()
def CancelSecureTrade(serial):
p = PacketWriter(0x6f)
p.byte(0x01)
p.uint(serial)
return p.finish()
def StatLock(stat, lock):
p = PacketWriter(0xbf)
p.ushort(0x001a)
p.byte(stat)
p.byte(lock)
return p.finish()
def PlayServer(index):
p = PacketWriter(0xa0)
p.ushort(index)
return p.finish()
def TextCommand(type, command):
p = PacketWriter(0x12)
p.byte(type)
p.cstring(command)
return p.finish()
def AccountLogin(username, password):
p = PacketWriter(0x80)
p.fixstring(username, 30)
p.fixstring(password, 30)
p.byte(0)
return p.finish()
def ClientVersion(version):
p = PacketWriter(0xbd)
p.ucstring(version)
return p.finish()
def TalkUnicode(text, keyword=None, type=0, hue=0x34, font=1):
assert (type & 0xc0) == 0
if keyword is not None:
type |= 0xc0
p = PacketWriter(0xad)
p.byte(type)
p.ushort(hue)
p.ushort(font)
p.fixstring('Eng', 4)
if keyword is not None:
p.byte(0x00)
p.byte(0x10 | (keyword >> 8))
p.byte(keyword)
p.ucstring(text)
return p.finish()
def WalkRequest(direction, seq):
p = PacketWriter(0x02)
p.byte(direction)
p.byte(seq)
p.uint(0)
return p.finish()
def TalkUnicode(text, keyword, type=0xc0, hue=0x34, font=1):
p = PacketWriter(0xad)
p.byte(type)
p.ushort(hue)
p.ushort(font)
p.fixstring('Eng', 4)
p.byte(0x00)
p.byte(0x10)
p.byte(keyword)
p.cstring(text)
return p.finish()
def GumpResponse(serial, gump_id, button_id=1, switches=[]):
p = PacketWriter(0xb1)
p.uint(serial)
p.uint(gump_id)
p.uint(button_id)
p.uint(len(switches))
for x in switches:
p.uint(x)
p.uint(0) # number of text responses
return p.finish()
def StatLock(stat, lock):
p = PacketWriter(0xbf)
p.ushort(0x001a)
p.byte(stat)
p.byte(lock)
return p.finish()
def ClientVersion(version):
p = PacketWriter(0xbd)
p.cstring(version)
return p.finish()
