def createTransport(self, skt, peer, data, protocol):
"""
Create a TCP transport, from a socket object passed by the parent.
"""
self._connectionCount += 1
transport = Server(skt, protocol, peer, JustEnoughLikeAPort,
self._connectionCount, reactor)
if data == 'SSL':
transport.startTLS(self.contextFactory)
transport.startReading()
return transport
def createTransport(self, skt, peer, data, protocol):
"""
Create a TCP transport, from a socket object passed by the parent.
"""
self._connectionCount += 1
transport = Server(skt, protocol, peer, JustEnoughLikeAPort,
self._connectionCount, reactor)
if data == 'SSL':
transport.startTLS(self.contextFactory)
transport.startReading()
return transport
def createTransport(self, skt, peer, data, protocol):
"""
Create a TCP transport, from a socket object passed by the parent.
"""
self._connectionCount += 1
transport = Server(skt, protocol, peer, JustEnoughLikeAPort,
self._connectionCount, reactor)
if data == 'SSL':
if self.usingSocketFile:
# Mark the transport as "secure", enough for getHostInfo() to
# think so
transport.getPeerCertificate = lambda _: None
directlyProvides(transport, ISSLTransport)
else:
transport.startTLS(self.contextFactory)
transport.startReading()
return transport
def createTransport(self, skt, peer, data, protocol):
"""
Create a TCP transport, from a socket object passed by the parent.
"""
self._connectionCount += 1
transport = Server(skt, protocol, peer, JustEnoughLikeAPort,
self._connectionCount, reactor)
if data == 'SSL':
if self.usingSocketFile:
# Mark the transport as "secure", enough for getHostInfo() to
# think so
transport.getPeerCertificate = lambda _ : None
directlyProvides(transport, ISSLTransport)
else:
transport.startTLS(self.contextFactory)
transport.startReading()
return transport
