class NetworkNode( object ) :
def __init__( self, listener, rpcSock, reactor, knownNodes=[] ) :
self.listener = listener
self.rpcSock = rpcSock
self.reactor = reactor
self.router = Router( self.listener, self.reactor )
self.dhtNode = DHTNode( self.rpcSock, self.reactor, knownNodes )
def getAddr( self ) :
return self.listener.getSock().getsockname()
def close( self ) :
self.router.close()
self.router = None
self.dhtNode.close()
self.dhtNode = None
class NetworkNode(object):
def __init__(self, listener, rpcSock, reactor, knownNodes=[]):
self.listener = listener
self.rpcSock = rpcSock
self.reactor = reactor
self.router = Router(self.listener, self.reactor)
self.dhtNode = DHTNode(self.rpcSock, self.reactor, knownNodes)
def getAddr(self):
return self.listener.getSock().getsockname()
def close(self):
self.router.close()
self.router = None
self.dhtNode.close()
self.dhtNode = None
def startNode( reactor, nodeAddr, knownNodes ) :
print 'starting node: %s' % str(nodeAddr)
sock = socket( AF_INET, SOCK_DGRAM )
sock.bind( nodeAddr )
rpcSocket = RPCSocket( sock, reactor )
node = DHTNode( rpcSocket, reactor, knownNodes )
return node
def _onFirewallCheck(self, result):
self.firewallOp = None
if not result:
self.rpcSock.close()
self.rpcSock = None
self.tcpListener.close()
self.tcpListener = None
self._initTimer()
return
self.router = Router(self.tcpListener, self.reactor)
self.dhtNode = DHTNode(self.rpcSock, self.reactor,
self.nodeTable.getLiveNodes())
self.tcpListener = None
self.rpcSock = None
def __init__( self, listener, rpcSock, reactor, knownNodes=[] ) :
self.listener = listener
self.rpcSock = rpcSock
self.reactor = reactor
self.router = Router( self.listener, self.reactor )
self.dhtNode = DHTNode( self.rpcSock, self.reactor, knownNodes )
def __init__(self, listener, rpcSock, reactor, knownNodes=[]):
self.listener = listener
self.rpcSock = rpcSock
self.reactor = reactor
self.router = Router(self.listener, self.reactor)
self.dhtNode = DHTNode(self.rpcSock, self.reactor, knownNodes)
