def create_peer(self, uri, pub):
if pub:
self.log("Creating peer " + uri + " " + pub[0:16] + "...", '*')
pub = pub.decode('hex')
else:
self.log("Creating peer [seed] " + uri, '*')
# Create the peer
self._peers[uri] = CryptoPeerConnection(uri, self, pub)
# Call 'peer' callbacks on listeners
self.trigger_callbacks('peer', self._peers[uri])
# Now send a hello message to the peer
if pub:
self.log("Sending encrypted profile to %s" % uri)
self._peers[uri].send(hello(self.get_profile()))
else:
# Will send clear profile on initial if no pub
self.log("Sending unencrypted profile to %s" % uri)
profile = hello(self.get_profile())
self._peers[uri].send_raw(json.dumps(profile))
def create_peer(self, uri, pub):
if pub:
self.log("init peer " + uri + " " + pub[0:8], '*')
pub = pub.decode('hex')
else:
self.log("init peer [seed] " + uri, '*')
# create the peer
self._peers[uri] = CryptoPeerConnection(uri, self, pub)
# call 'peer' callbacks on listeners
self.trigger_callbacks('peer', self._peers[uri])
# now send a hello message to the peer
if pub:
self.log("sending encrypted profile to %s" % uri)
self._peers[uri].send(hello(self.get_profile()))
else:
# this is needed for the first connection
self.log("sending normal profile to %s" % uri)
profile = hello(self.get_profile())
self._peers[uri].send_raw(json.dumps(profile))
def create_peer(self, uri, pub):
if pub:
self.log("init peer " + uri + " " + pub[0:8], '*')
pub = pub.decode('hex')
else:
self.log("init peer [seed] " + uri, '*')
# create the peer
self._peers[uri] = CryptoPeerConnection(uri, self, pub)
# call 'peer' callbacks on listeners
self.trigger_callbacks('peer', self._peers[uri])
# now send a hello message to the peer
if pub:
self.log("sending encrypted profile to %s" % uri)
self._peers[uri].send(hello(self.get_profile()))
else:
# this is needed for the first connection
self.log("sending normal profile to %s" % uri)
profile = hello(self.get_profile())
self._peers[uri].send_raw(json.dumps(profile))
def create_peer(self, uri, pub):
if pub:
self.log("Creating peer " + uri + " " + pub[0:16] + "...", '*')
pub = pub.decode('hex')
else:
self.log("Creating peer [seed] " + uri, '*')
# Create the peer
self._peers[uri] = CryptoPeerConnection(uri, self, pub)
# Call 'peer' callbacks on listeners
self.trigger_callbacks('peer', self._peers[uri])
# Now send a hello message to the peer
if pub:
self.log("Sending encrypted profile to %s" % uri)
self._peers[uri].send(hello(self.get_profile()))
else:
# Will send clear profile on initial if no pub
self.log("Sending unencrypted profile to %s" % uri)
profile = hello(self.get_profile())
self._peers[uri].send_raw(json.dumps(profile))
def init_peer(self, msg):
uri = msg['uri']
pub = msg.get('pub')
if uri == self._uri:
return
if not uri in self._peers:
self.create_peer(uri, pub)
elif pub: # and not self._peers[uri]._pub:
if self._peers[uri]._pub:
self.log("updating peer pubkey " + uri)
else:
self.log("setting pub for seed node " + uri)
if not self._peers[uri]._pub or not pub == self._peers[uri]._pub.encode('hex'):
self._peers[uri]._pub = pub.decode('hex')
self._peers[uri].send(hello(self.get_profile()))
def init_peer(self, msg):
uri = msg['uri']
pub = msg.get('pub')
if uri == self._uri:
return
if not self.valid_peer_uri(uri):
self.log("Error. Invalid Peer: %s " % uri)
return
if not uri in self._peers:
self.create_peer(uri, pub)
elif pub: # and not self._peers[uri]._pub:
if self._peers[uri]._pub:
self.log("updating peer pubkey " + uri)
else:
self.log("setting pub for seed node " + uri)
if not self._peers[uri]._pub or not pub == self._peers[uri]._pub.encode('hex'):
self._peers[uri]._pub = pub.decode('hex')
self._peers[uri].send(hello(self.get_profile()))
