signal.signal(signal.SIGTERM, doExit)
##############################################################################
sockets = {
proxy.xmpp.Connection._sock: 'proxy',
local: 'local',
}
while True:
try:
local.heartbeat()
r, w, _ = select(sockets.keys(), [], [], 1)
for each in r:
if sockets[each] == 'proxy':
proxy.xmpp.Process(1)
for b in proxy.recvQueue:
log("Received %d bytes, sending to core." % len(b))
local.send(b)
proxy.recvQueue = []
if sockets[each] == 'local':
recv = local.receive()
if not recv: continue
log("Received %d bytes, sending to tunnel." % len(recv))
proxy.send(recv)
except KeyboardInterrupt:
doExit(None, None)
##############################################################################
sockets = {
proxy.xmpp.Connection._sock: 'proxy',
ipc: 'ipc',
}
while True:
try:
if ipc.broken: doExit(None, None)
ipc.heartbeat()
r, w, _ = select(sockets.keys(), [], [], 1)
for each in r:
if sockets[each] == 'proxy':
proxy.xmpp.Process(1)
for b in proxy.recvQueue:
debug("Received %d bytes, sending to core." % len(b))
ipc.send(b)
proxy.recvQueue = []
if sockets[each] == 'ipc':
recv = ipc.receive()
if not recv: continue
debug("Received %d bytes, sending to tunnel." % len(recv))
proxy.send(recv)
except KeyboardInterrupt:
doExit(None,None)
except Exception,e:
exception(e)
signal.signal(signal.SIGTERM, doExit)
##############################################################################
while True:
try:
ipc.heartbeat()
selected = select([ipc, proxySocket], [], [], 1.0)
if len(selected) < 1:
continue
readables = selected[0]
for each in readables:
if each == ipc:
buf = ipc.receive()
if None == buf: continue
if None == proxyPeer: continue
debug("Received %d bytes, sending to tunnel." % len(buf))
proxySocket.sendto(buf, proxyPeer)
if each == proxySocket:
buf, sender = each.recvfrom(65536)
proxyPeer = sender
debug("Received %d bytes, sending back to core." % len(buf))
ipc.send(buf)
if ipc.broken: doExit(None, None)
except KeyboardInterrupt:
doExit(None, None)
while True:
try:
localSocket.heartbeat()
selected = select([localSocket, proxySocket], [], [], 1.0)
if len(selected) < 1:
continue
readables = selected[0]
for each in readables:
if each == localSocket:
buf = localSocket.receive()
if None == buf:
continue
if None == proxyPeer:
continue
debug("Received %d bytes, sending to tunnel." % len(buf))
proxySocket.sendto(buf, proxyPeer)
if each == proxySocket:
buf, sender = each.recvfrom(65536)
proxyPeer = sender
debug("Received %d bytes, sending back to core." % len(buf))
localSocket.send(buf)
if localSocket.broken:
doExit(None, None)
except KeyboardInterrupt:
doExit(None, None)
sockets = {
proxy.xmpp.Connection._sock: 'proxy',
local: 'local',
}
while True:
try:
local.heartbeat()
r, w, _ = select(sockets.keys(), [], [], 1)
for each in r:
if sockets[each] == 'proxy':
proxy.xmpp.Process(1)
for b in proxy.recvQueue:
log("Received %d bytes, sending to core." % len(b))
local.send(b)
proxy.recvQueue = []
if sockets[each] == 'local':
recv = local.receive()
if not recv: continue
log("Received %d bytes, sending to tunnel." % len(recv))
proxy.send(recv)
except KeyboardInterrupt:
doExit(None,None)
signal.signal(signal.SIGTERM, doExit)
##############################################################################
while True:
try:
localSocket.heartbeat()
selected = select([localSocket, proxySocket], [], [], 1.0)
if len(selected) < 1:
continue
readables = selected[0]
for each in readables:
if each == localSocket:
buf = localSocket.receive()
if None == buf: continue
if None == proxyPeer: continue
debug("Received %d bytes, sending to tunnel." % len(buf))
proxySocket.sendto(buf, proxyPeer)
if each == proxySocket:
buf, sender = each.recvfrom(65536)
proxyPeer = sender
debug("Received %d bytes, sending back to core." % len(buf))
localSocket.send(buf)
if localSocket.broken: doExit(None, None)
except KeyboardInterrupt:
doExit(None, None)
