def link (entity1, entity2, latency=None): """ Connects the two nodes on a free port """ #return topoOf(entity1).linkTo(entity2) # Add latency if there is - Kaifei Chen([email protected]) if latency is None: return topoOf(entity1).linkTo(entity2) else: return topoOf(entity1).linkTo(entity2, latency=latency)
def show_ports (entity):
ports = topoOf(entity).get_ports()
print "Ports for %s:" % (entity,)
for p in ports:
p1 = "%s:%i" % (p[0],p[1])
p2 = "%s:%i" % (p[2],p[3])
print "%14s <-> %-14s" % (p1,p2)
def show_ports(entity):
ports = topoOf(entity).get_ports()
print "Ports for %s:" % (entity, )
for p in ports:
p1 = "%s:%i" % (p[0], p[1])
p2 = "%s:%i" % (p[2], p[3])
print "%14s <-> %-14s" % (p1, p2)
def link (entity1, entity2): """ Connects the two nodes on a free port """ return topoOf(entity1).linkTo(entity2)
def disconnect (entity): """ Disconnects this entity from everything """ return topoOf(entity).disconnect()
def unlink (entity1, entity2): """ Disconnects two connected nodes """ return topoOf(entity1).unlinkTo(entity2)
def link(entity1, entity2):
""" Connects the two nodes on a free port """
return topoOf(entity1).linkTo(entity2)
def disconnect(entity):
""" Disconnects this entity from everything """
return topoOf(entity).disconnect()
def unlink(entity1, entity2):
""" Disconnects two connected nodes """
return topoOf(entity1).unlinkTo(entity2)
def unlink_later(entity1, entity2, sec_later): return topoOf(entity1).unlinkTo(entity2, sec_later)