def connectTo(self, Node):
"Fetch next available port number on destination node and generate a remote interface name"
remoteCandidIntfName = Node.name + "-eth" + str(Node.newPort())
"Pass the remote intf name to generate a link"
self.createLink(remoteCandidIntfName)
"Connect the other end of the created link to the passed mininet node"
"""
if type(Node) is (Node or Host or OVSSwitch):
_intf = Intf( remoteCandidIntfName, node=Node )
return
#Node.incrIfIndex()
"""
if isinstance(Node, NFVMiddlebox):
Node.incrIfIndex()
else:
_intf = Intf(remoteCandidIntfName, node=Node)
return
def connectTo(self,Node):
"Fetch next available port number on destination node and generate a remote interface name"
remoteCandidIntfName = Node.name +"-eth" + str(Node.newPort())
"Pass the remote intf name to generate a link"
self.createLink(remoteCandidIntfName)
"Connect the other end of the created link to the passed mininet node"
"""
if type(Node) is (Node or Host or OVSSwitch):
_intf = Intf( remoteCandidIntfName, node=Node )
return
#Node.incrIfIndex()
"""
if isinstance(Node, NFVMiddlebox):
Node.incrIfIndex()
else:
_intf = Intf( remoteCandidIntfName, node=Node )
return
