def listenLoop(self):
print "Listen Loop Begin..."
while True:
data = self.m_socket.recv(1024 * 16) # 16KB Recv Buffer
if self.m_encryptionEnabled:
print "Encrypted Packet"
decData = self.m_encryptionModule.decryptData(data)
(packetID, ), restData = netstruct.iter_unpack("i", decData)
self.m_packetHandlers.get(packetID)(restData)
else:
print "Uncrypted Packet"
(packetID, ), restData = netstruct.iter_unpack("i", data)
self.m_packetHandlers.get(packetID)(restData)
def test_remain_three(self):
it = netstruct.iter_unpack(b"b$5i")
next(it)
it.send(b"\x05")
it.send(b"Hell")
self.assertEqual(next(it), 21)
def test_total(self):
it = netstruct.iter_unpack(b"b$4h")
next(it)
it.send(b"\x05Hello")
self.assertEqual(it.send(b"\x01\x02\x03\x04\x05\x06\x07\x08"),
[b"Hello", 258, 772, 1286, 1800])
def handleLoginResponse(self, data):
print "Got Login Response"
(statusResponse, ), restData = netstruct.iter_unpack("i", data)
if statusResponse == 0:
self.handleLoginOkay(data)
else:
self.handleLoginError(statusResponse, data)
def test_remain_three(self):
it = netstruct.iter_unpack(b"b$5i")
next(it)
it.send(b"\x05")
it.send(b"Hell")
self.assertEqual(next(it), 21)
def test_total(self):
it = netstruct.iter_unpack(b"b$4h")
next(it)
it.send(b"\x05Hello")
self.assertEqual(
it.send(b"\x01\x02\x03\x04\x05\x06\x07\x08"),
[b"Hello", 258, 772, 1286, 1800]
)
def handleRoomMessage(self, data):
(roomid, ), restData = netstruct.iter_unpack("b$", data)
messageData = self.m_lengthdString.parse(restData).data
for badWord in Config.BAD_WORDS:
pattern = re.compile(badWord, re.IGNORECASE)
messageData = pattern.sub("*****", messageData)
room = RoomManager.Instance().getRoomByID(roomid)
room.broadcastRoomMessage(ChatMessage(self, roomid, messageData))
def listenLoop(self):
while True:
try:
data = self.m_clientSocket.recv(1024 * 16) # 16KB Buffer
if len(data) == 0:
print "Client Disconnected"
return
if self.m_encryptionEnabled:
print "Encrypted Packet"
decData = self.m_encryptionModule.decryptData(data)
(packetID, ), restData = netstruct.iter_unpack(
"i", decData)
print "PacketID: " + str(packetID)
self.m_packetHandlers.get(packetID)(restData)
else:
print "Uncrypted Packet"
(packetID, ), restData = netstruct.iter_unpack("i", data)
print "PacketID: " + str(packetID)
self.m_packetHandlers.get(packetID)(restData)
except Exception:
RoomManager.Instance().removeUserFromAllRooms(self)
print "Disconnected due to Error in Handling"
return
def handleRoomMessage(self, data):
print "Handling Room Message"
(
roomID,
messageID,
ownerID,
), restData = netstruct.iter_unpack("b$b$b$", data)
content = self.m_lengthdString.parse(restData).data
RoomManager.Instance().getRoomByID(roomID).callbackRoomMessage(
messageID, ownerID, content)
RoomManager.Instance().notifyRoomsAboutUpdate(roomID, ownerID,
messageID, content)
return
def test_remain_two(self):
it = netstruct.iter_unpack(b"b$5i")
next(it)
self.assertEqual(it.send(b"\x05"), 25)
def test_empty_send(self):
it = netstruct.iter_unpack(b"b$5i")
next(it)
it.send(b"\x05")
self.assertEqual(it.send(b""), 25)
def test_remaining(self):
self.assertEqual(next(netstruct.iter_unpack(b"b$5i")), 21)
def test_empty_send(self):
it = netstruct.iter_unpack(b"b$5i")
next(it)
it.send(b"\x05")
self.assertEqual(it.send(b""), 25)
def test_overage(self):
it = netstruct.iter_unpack(b"b$4h")
next(it)
it.send(b"\x05Hello\x01\x02\x03\x04\x05\x06\x07\x08Test Here.")
self.assertEqual(next(it), b"Test Here.")
def test_remain_two(self):
it = netstruct.iter_unpack(b"b$5i")
next(it)
self.assertEqual(it.send(b"\x05"), 25)
def test_overage(self):
it = netstruct.iter_unpack(b"b$4h")
next(it)
it.send(b"\x05Hello\x01\x02\x03\x04\x05\x06\x07\x08Test Here.")
self.assertEqual(next(it), b"Test Here.")
def test_remaining(self):
self.assertEqual(next(netstruct.iter_unpack(b"b$5i")), 21)
