def __init__(self, clientsocket, address, control):
self.control = control
self.m = Marshal()
# 10 megabytes
self.PACKET_SIZE_LIMIT = 10 * 1024 * 1024;
self.entity_list = []
# Packet queues
self.inbound_pq = []
self.outbound_pq = []
self.clientsocket = clientsocket
# Handle Receive Messages in one tasklet
self.network(clientsocket, address)
class Connection:
def __init__(self, clientsocket, address, control):
self.control = control
self.m = Marshal()
# 10 megabytes
self.PACKET_SIZE_LIMIT = 10 * 1024 * 1024;
self.entity_list = []
# Packet queues
self.inbound_pq = []
self.outbound_pq = []
self.clientsocket = clientsocket
# Handle Receive Messages in one tasklet
self.network(clientsocket, address)
def network(self, clientsocket, address):
logging.info("Client %s:%s connected!" % (address[0], address[1]))
# Create new client
client = Client(clientsocket, address, self)
# Add client to entity list
self.entity_list.append(client)
'''
data = ''
while 1: #clientsocket.connect:
data = clientsocket.recv(4096)
if data == '':
break
print "hey"
print data
# place received packets in queue
self.inbound_pq.append(data)
print len(self.outbound_pq)
# if we have packets in queue, send them
if len(self.outbound_pq) > 0:
to_send = self.outbound_pq.pop(0)
print to_send
clientsocket.sendall(to_send)
#stackless.schedule()
data = ''
'''
# Loop over, connection is broken
logging.info("Connection lost! Client %s:%s is removed." % (address[0], address[1]))
self.close(clientsocket)
#self.entity_list.remove(client)
def close(self, clientsocket):
clientsocket.close()
def queuePacket(self, packet):
marshaledPacket = self.m.marshal(packet)
#if clientsocket.connect:
print repr(packet)
print repr(marshaledPacket)
self.clientsocket.send(marshaledPacket, 0)
def dequeuePacket(self):
print "dequeu"
data = self.clientsocket.recv(4096 * 2)
print repr(data)
