def __main():
t0 = time.time()
# Login to the peer tracker and get the current client IPs
clients = DNS.login(TRACKER)
node = nodeThread.node()
node.start() #starts listening
targetAddress = TARGET
#Peer and relay with OR1
messenger.sendPeerRequest(RELAYS[NUM_OF_RELAYS-1])
messenger.sendRelayRequest(RELAYS[NUM_OF_RELAYS-1])
# Relay with OR2 through OR1
messenger.onionRouteMessage([RELAYS[NUM_OF_RELAYS-1], RELAYS[NUM_OF_RELAYS-2]], message.RELAY_SYN)
# Relay with OR3 through OR1,OR2
messenger.onionRouteMessage([RELAYS[NUM_OF_RELAYS-1], RELAYS[NUM_OF_RELAYS-2], RELAYS[NUM_OF_RELAYS-3]], message.RELAY_SYN)
# Register nickname with NP through OR1, OR2, OR3
messenger.onionRouteMessage([RELAYS[NUM_OF_RELAYS-1], RELAYS[NUM_OF_RELAYS-2], RELAYS[NUM_OF_RELAYS-3], RELAYS[NUM_OF_RELAYS-4]], message.PROXY_SYN + NICK)
#Be logged in and keep nodeThread up
while 1:
t1 = time.time()
if (t1-t0) >= TIMEOUT:
clients = DNS.login(TRACKER)
t0 = t1
def __main():
t0 = time.time()
# Login to the peer tracker and get the current client IPs
clients = DNS.login(TRACKER)
node = nodeThread.node()
node.start() #starts listening
# Peer and relay with OR1
messenger.sendPeerRequest(RELAYS[0])
messenger.sendRelayRequest(RELAYS[0])
# Relay with OR2 through OR1
messenger.onionRouteMessage([RELAYS[0], RELAYS[1]], message.RELAY_SYN)
# Relay with OR3 through OR1,OR2
messenger.onionRouteMessage([RELAYS[0], RELAYS[1], RELAYS[2]], message.RELAY_SYN)
# Register nickname with NP through OR1, OR2, OR3
messenger.onionRouteMessage([RELAYS[0], RELAYS[1], RELAYS[2], RELAYS[3]], message.PROXY_SYN + NICK)
time.sleep(3)
while (TARGET not in clients):
t1 = time.time()
if (t1-t0) >= TIMEOUT:
clients = DNS.login(TRACKER)
t0 = t1
# Send Bob a message
messenger.onionRouteMessage([RELAYS[0], RELAYS[1], RELAYS[2], TARGET_NICKNAME_PROXY], message.TO_NICK + TARGET_NICK + message.SEPARATOR + "Testing")
time.sleep(TIMEOUT)
