def __init__(self, urn=createURN("peer"),serverPort=4000, maxNeighbor=1):
AbstractPeer.initialize(self, urn,serverPort, maxNeighbor)
def __init__(self, urn=createURN("peer"),serverPort=4000, maxNeighbor=1):
AbstractPeer.initialize(self, urn,serverPort,maxNeighbor,peerType = AbstractPeer.PORTAL)
self.__superPeers = {}
self.__dimension = 1
def createConnection(self, target):
if not self.isConnected(target) and self.countNeighbor() <= self.getNetwork().getMaxNeighbor() :
AbstractPeer.createConnection(self,target)
try:
self.conn = rpyc.connect(target.getIPAddress(), target.getPort())
Logger().resgiterLoggingInfo("Conectioned in peers IP = %s Port = %s"%(target.getIPAddress(), target.getPort()))
except Exception:
self.conn = None
Logger().resgiterLoggingInfo("Not Conectioned in peers IP = %s Port = %s"%(target.getIPAddress(), target.getPort()))
'''m=gtk.MessageDialog(buttons = gtk.BUTTONS_OK,
type = gtk.MESSAGE_ERROR,
flags = gtk.DIALOG_MODAL | gtk.DIALOG_DESTROY_WITH_PARENT,
message_format="Connection refused")
m.run()
m.destroy()
'''
return
def __init__(self,network, pid=createURN("rpycpeer"),udpPort=4000):
AbstractPeer.initialize(self, network, pid,udpPort)
def __init__(self, urn=createURN("peer"),serverPort=4000, maxNeighbor=1):
self.__superPeerNeighbors = {}
self.__levelNeighbor = 1
AbstractPeer.initialize(self, urn,serverPort, maxNeighbor, peerType = AbstractPeer.SUPER)
