def newNode(self, data):
MeshNode.newNode(self, data)
print data + " joined"
if (data == failnode.name):
m.removeMeshNode(failnode)
n = MeshNode("joinnode", m)
m.addMeshNode(n)
m.connect_duplex(self, n, 1024, 50, 0.30)
if (data == "joinnode"):
global success
success = True
reactor.crash()
m.addMeshNode(n)
m.connect_duplex(self, n, 1024, 50, 0.30)
if (data == "joinnode"):
global success
success = True
reactor.crash()
def lostNode(self, data):
MeshNode.lostNode(self, data)
print data + " lost"
n = TestMeshNode("node", m)
m.addMeshNode(n)
failnode = MeshNode("failnode", m)
m.addMeshNode(failnode)
# Connect all nodes to all others. 1024 bytes/s bandwidth, 50ms delay and 0%
# packet loss.. (bandwidth and delay aren't implemented just yet)
m.connect_full(1024, 50, 0.30)
reactor.run()
if not success:
print "FAILED"
exit(1)
print "SUCCESS"
exit(0)
print node.name + " - " + sender + " - " + data.rstrip()
if self.expected == None:
self.expected = value
if self.expected > 2 and self.expected != value:
print "Expected: " + str(self.expected) + " But got: " + str(value)
success = False
reactor.crash()
self.expected = value + 1
if self.expected > 50:
reactor.crash()
m = TestMesh()
for x in xrange(0, 3):
n = MeshNode("node" + str(x), m)
nodes.append(n)
m.addMeshNode(n)
n = TestMeshNode("node3", m)
nodes.append(n)
m.addMeshNode(n)
#connect node 0 and 1 together with dropfree links, and 0 <->2 and 1 <-> 2
# with quite lossy links
m.connect_duplex(nodes[0], nodes[1], 100, 0, 0)
m.connect_duplex(nodes[0], nodes[2], 100, 0, 0)
m.connect_duplex(nodes[1], nodes[2], 100, 0, 0)