def handle_read(self):
data = self.recv(4096)
self.recvbuffer += data
while len(self.recvbuffer) >= 4:
if not self.header:
if self.encrypted:
self.header = SERVER_HEADER_STRUCT.parse(self.crypt.decrypt(self.recvbuffer[:4]))
else:
self.header = SERVER_HEADER_STRUCT.parse(self.recvbuffer[:4])
# +2 for the size of the size itself
if self.header.size+2 <= len(self.recvbuffer):
# We have a packet
pkt = self.recvbuffer[4:self.header.size+2]
self.recvbuffer = self.recvbuffer[self.header.size+2:]
logging.info('OPCODE : %d\nSIZE : %d' % (self.header.opcode, self.header.size))
logging.debug('RECEIVED:\n' + convertool.strToProperHex(pkt))
if self.header.opcode in self.handler:
self.handler[self.header.opcode](pkt, self.env)
self.env['world']['server'].write((self.header, pkt))
self.header = None
else:
# packet is not yet complete
break
def handle_read(self):
data = self.recv(4096)
self.recvbuffer += data
while len(self.recvbuffer) >= 6:
if not self.header:
if self.encrypted:
pass
#self.header = Header_struct.parse(RC4.stuff(self.recvbuffer[:6]))
else:
self.header = CLIENT_HEADER_STRUCT.parse(self.recvbuffer[:6])
# +2 for the size of the size itself
if self.header.size+2 <= len(self.recvbuffer):
# We have a packet
pkt = self.recvbuffer[6:self.header.size+2]
self.recvbuffer = self.recvbuffer[self.header.size+2:]
print('OPCODE : %d' % (self.header.opcode))
print('SIZE : %d' % (self.header.size))
print(convertool.strToProperHex(pkt))
if self.header.opcode in self.handler:
self.handler[opcode](pkt)
else:
print('packet not handled %d' % self.header.opcode)
self.header = None
else:
# packet is not yet complete
break
def handle_read(self):
data = self.recv(4096)
self.recvbuffer += data
while len(self.recvbuffer) >= 6:
if not self.header:
if self.encrypted:
self.header = CLIENT_HEADER_STRUCT.parse(self.crypt.decrypt(self.recvbuffer[:6]))
else:
self.header = CLIENT_HEADER_STRUCT.parse(self.recvbuffer[:6])
# +2 for the size of the size itself
if self.header.size+2 <= len(self.recvbuffer):
# We have a packet
pkt = self.recvbuffer[6:self.header.size+2]
self.recvbuffer = self.recvbuffer[self.header.size+2:]
logging.info('OPCODE : %d\nSIZE : %d' % (self.header.opcode, self.header.size))
logging.debug('SENT:\n' + convertool.strToProperHex(pkt))
if self.header.opcode in self.handler:
self.handler[self.header.opcode](pkt, self.env)
self.env['world']['client'].write((self.header, pkt))
if self.header.opcode == 493:
self.encrypted = True
self.crypt = WorldCrypto(self.env['key'], 'server')
self.env['world']['client'].encrypted = True
self.env['world']['client'].crypt = WorldCrypto(self.env['key'], 'client')
self.header = None
else:
# packet is not yet complete
break
def handle_read(self):
data = self.recv(4096)
self.recvbuffer += data
while len(self.recvbuffer) >= 6:
if not self.header:
if self.encrypted:
pass
#self.header = Header_struct.parse(RC4.stuff(self.recvbuffer[:6]))
else:
self.header = CLIENT_HEADER_STRUCT.parse(
self.recvbuffer[:6])
# +2 for the size of the size itself
if self.header.size + 2 <= len(self.recvbuffer):
# We have a packet
pkt = self.recvbuffer[6:self.header.size + 2]
self.recvbuffer = self.recvbuffer[self.header.size + 2:]
print('OPCODE : %d' % (self.header.opcode))
print('SIZE : %d' % (self.header.size))
print(convertool.strToProperHex(pkt))
if self.header.opcode in self.handler:
self.handler[opcode](pkt)
else:
print('packet not handled %d' % self.header.opcode)
self.header = None
else:
# packet is not yet complete
break
def handle_read(self):
data = self.recv(4096)
if data:
print('C>P RECEIVED %d bytes:' % (len(data)))
print(convertool.strToProperHex(data))
opcode = ord(data[0])
if opcode in self.handler:
self.handler[opcode](data)
def handle_read(self):
data = self.recv(1024)
if data:
print('RECEIVED %d bytes:' % (len(data)))
print(convertool.strToProperHex(data))
opcode = ord(data[0])
if opcode in self.handler:
self.handler[opcode](data)
def handle_read(self):
data = self.recv(4096)
if data:
opcode = ord(data[0])
if opcode in onRecvFilters:
for f in onRecvFilters[opcode]:
data = f(data, self.env)
self.env['server'].write(data)
print(strToProperHex(data))
def handle_read(self):
data = self.recv(4096)
if data:
opcode = ord(data[0])
if opcode in onRecvFilters:
for f in onRecvFilters[opcode]:
data = f(data, self.env)
self.env['server'].write(data)
print(strToProperHex(data))
def handle_write(self):
if self.writebuffer:
data = self.writebuffer.pop(0)
self.send(data)
print('P>C SENT %d bytes:' % (len(data)))
print(convertool.strToProperHex(data))
def handle_write(self):
if self.writebuffer:
data = self.writebuffer.pop(0)
self.send(data)
print('P>C SENT %d bytes:' % (len(data)))
print(convertool.strToProperHex(data))
