def _finish(self, channelID):
ep = self.eps[channelID]
if ep:
if ep.closed:
# `ep` is also closed in the reverse direction
del self.eps[channelID]
loop.run(self.epControl.requestCloseChannel(channelID, ep.myIDF))
async def _connect_p1(self):
conST = await self._connectToServer()
if not conST:
return False
conST.setKeepAlive()
self.log(Etypes.ConnectAuth)
ok = await self._authenticate(conST)
if not ok:
return False
self.conST = conST
self.reminderRX.skipNext = True
self.reminderRX.enabled = True
loop.run(self.rtask())
return True
def actionNewChannel(self, data):
assert len(data) > 12
loop.run(self._actionNewChannel(data))
def runConnect(self):
if not self.connect.isPendingOrComplete():
loop.run(self.connect())
def handleRemindTX(self):
if self.connect.isComplete():
loop.run(self.requestKA())
def _remove(self, channelID):
ep = self.eps[channelID]
if ep:
del self.eps[channelID]
loop.run(self.epControl.requestDeleteChannel(channelID, ep.myIDF))
def connectionLost(self, reason='N/A'):
self.log(Etypes.ConnectionLost, reason)
if self.isIdle():
self.disconnect()
else:
loop.run(self.reconnect())
def connectToRelay(self, tokenP, tokenR, relayPort, relayAddr):
# Todo: uncomment isIdle() condition
# if self.isIdle():
self.disconnect()
loop.run(self.connect(info=(tokenP, tokenR, relayPort, relayAddr)))
return True
def rtask(self):
self.log(Etypes.NewConnection)
self.readable.off()
loop.run(self.main())