def run_broadcast(t):
print('--- running broadcast ---')
msg = 'test'
net = Network(Broadcast, t)
net.nodes[0].data['shout'] = msg # this one will initiate the shout
net.run()
# check that it worked
for n in net.nodes:
if n.data['msg'] != msg:
n.log('did not receive message!')
def run_convergecast(t):
print('--- running convergecast ---')
net = Network(Convergecast, t)
msgs = list(range(100)); shuffle(msgs)
for n, m in zip(net.nodes, msgs): n.data['msg'] = m
net.run()
# check that it worked
m = max([ n.data['msg'] for n in net.nodes ])
k = net.nodes[0].data['max']
if k != m: print('Found {}, but max is {}!', k, m)
def run(n):
msg = 'test'
t = topo.random(n, n//2)
net = Network(ShoutAndEcho, t)
net.nodes[0].data['shout'] = msg
net.run()
# check that it worked
for n in net.nodes:
if n.data['msg'] != msg:
n.log("did not get the message!")
def run(n):
net = Network(MyNode, topo.C(n))
net.run()