def dataReceived(self, data):
if self._ignore_incoming:
return
self._data += data
while self._data:
# handle packet
if self.established:
# packet head
if self._cur_packet_length == None:
if len(self._data) >= S_PACKET_HEAD.size:
_type, length = S_PACKET_HEAD.unpack_from(self._data)
self._cur_packet_length = S_PACKET_HEAD.size + length
# not enough data for packet head
else: break
# packet data
elif len(self._data) >= self._cur_packet_length:
self.packetReceived(binarypack.unpack(self._data))
self._data = self._data[self._cur_packet_length:]
self._cur_packet_length = None
# not enough data for packet
else: break
# handle handshake
elif len(self._data) >= len(protocol_handshake):
self._checkVersion(self._data[:len(protocol_handshake)])
self._data = self._data[len(protocol_handshake):]
# not enough data for handshake
else: break
def dataReceived(self, data):
if self._ignore_incoming:
return
self._data += data
while self._data:
# handle packet
if self.established:
# packet head
if self._cur_packet_length == None:
if len(self._data) >= S_PACKET_HEAD.size:
_type, length = S_PACKET_HEAD.unpack_from(self._data)
self._cur_packet_length = S_PACKET_HEAD.size + length
# not enough data for packet head
else:
break
# packet data
elif len(self._data) >= self._cur_packet_length:
self.packetReceived(binarypack.unpack(self._data))
self._data = self._data[self._cur_packet_length:]
self._cur_packet_length = None
# not enough data for packet
else:
break
# handle handshake
elif len(self._data) >= len(protocol_handshake):
self._checkVersion(self._data[:len(protocol_handshake)])
self._data = self._data[len(protocol_handshake):]
# not enough data for handshake
else:
break
def check_pack_unpack(packet):
assert packet.type != -1
packed = binarypack.pack(packet)
assert binarypack.unpack(packed) == packet
def check_pack_unpack(packet):
assert packet.type != -1
packed = binarypack.pack(packet)
assert binarypack.unpack(packed) == packet