func closedCycle() {
nm := nodemanager.NewNodeManager()
id1, id2, id3 := nm.AddNewNode(), nm.AddNewNode(), nm.AddNewNode()
node1, err := nm.GetNodeById(id1)
if err != nil {
panic(err)
}
node2, err := nm.GetNodeById(id2)
if err != nil {
panic(err)
}
node3, err := nm.GetNodeById(id3)
if err != nil {
panic(err)
}
tf12 := nm.ConnectNodeToNode(id1, id2) // transport pair between nodes 1 and 2
t12, t21 := tf12.GetTransports()
tid12, tid21 := t12.Id, t21.Id
tf13 := nm.ConnectNodeToNode(id1, id3) // transport pair between nodes 1 and 3
t13, t31 := tf13.GetTransports()
tid13, tid31 := t13.Id, t31.Id
tf23 := nm.ConnectNodeToNode(id2, id3) // transport pair between nodes 2 and 3
t23, t32 := tf23.GetTransports()
tid23, tid32 := t23.Id, t32.Id
t13.MaxSimulatedDelay = 1100 // a possible point of failure, going through this transport can lead to packet drop
routeId123, routeId231, routeId312 := messages.RandRouteId(), messages.RandRouteId(), messages.RandRouteId()
route123 := node.RouteRule{tid21, tid23, routeId123, routeId231} // route from 1 to 3 through 2
route231 := node.RouteRule{tid32, tid31, routeId231, routeId312} // route from 2 to 1 through 3
route312 := node.RouteRule{tid13, tid12, routeId312, routeId123} // route from 3 to 2 through 1
node1.RouteForwardingRules[routeId312] = &route312
node2.RouteForwardingRules[routeId123] = &route123
node3.RouteForwardingRules[routeId231] = &route231
nm.Tick()
inRouteMessage := messages.InRouteMessage{tid21, routeId123, []byte{'t', 'e', 's', 't'}}
serialized := messages.Serialize(messages.MsgInRouteMessage, inRouteMessage)
node2.IncomingChannel <- serialized
time.Sleep(10 * time.Second)
}
func testNetwork(nodes int) {
nm := nodemanager.NewNodeManager()
nm.CreateNodeList(nodes)
nm.Tick()
nm.ConnectAll()
time.Sleep(1 * time.Second)
node0, err := nm.GetNodeById(nm.NodeIdList[0])
if err != nil {
panic(err)
}
initRoute := &node.RouteRule{}
for _, initRoute = range node0.RouteForwardingRules {
break
}
inRouteMessage := messages.InRouteMessage{(messages.TransportId)(0), initRoute.IncomingRoute, []byte{'t', 'e', 's', 't'}}
serialized := messages.Serialize(messages.MsgInRouteMessage, inRouteMessage)
node0.IncomingChannel <- serialized
time.Sleep(10 * time.Second)
ok := true
for _, tf := range nm.TransportFactoryList {
t0 := tf.TransportList[0]
t1 := tf.TransportList[1]
if t0.PacketsSent != (uint32)(1) || t0.PacketsConfirmed != (uint32)(1) || t1.PacketsSent != (uint32)(0) || t1.PacketsConfirmed != (uint32)(0) {
ok = false
break
}
}
if ok {
fmt.Println("PASSED")
} else {
fmt.Println("FAILED")
}
}