public void StopDriver()
{
NetworkEmulator.INewController Controller = (INewController)configurator;
Controller.Stop(0, 1000);
}
/**
* Test invoke the API to run the emulator
*/
public void TestAPI()
{
try
{
// Creating an IConfigurator object
NetworkEmulator.INewConfigurator configurator = new NetworkEmulator.NetworkEmulatorClass();
// Creating a VirtualChannel object
NetworkEmulator.VirtualChannel vc = new NetworkEmulator.VirtualChannelClass();
LinkRule lr = new LinkRule();
if (0 != vc.InitLinkRule(ref lr))
{
throw new Exception("Failed to initialize LinkRule");
}
lr.BandQueueRule.dbBandwidth = 1000;
lr.BandQueueRule.queue.QueueType = QueueType.NORMAL_QUEUE;
lr.BandQueueRule.queue.dropMode = QueueDropMode.DROP_TAIL;
lr.BandQueueRule.queue.QueueMode = QueueMode.QUEUE_MODE_PACKET;
lr.BandQueueRule.queue.uiQueueSize = 100;
lr.BandQueueRule.queue.red.QueueMin = 50;
lr.BandQueueRule.queue.red.QueueMax = 100;
lr.BandQueueRule.queue.red.MeanPacketSize = 500;
lr.LatencyRule.LatencyType = LatencyType.FIXED_LATENCY;
lr.LatencyRule.uLatencyType.FixedLatency.ulLatency = 0;
if (0 != vc.SetLinkRule(ref lr, ref lr, 1))
{
throw new Exception("Failed to Set LinkRule");
}
NetworkEmulator.PacketFilterRule fr = new PacketFilterRule();
if (0 != vc.InitFilterRule(ref fr))
{
throw new Exception("Failed initializing FilterRule");
}
fr.ipVersion = NetworkType.ALL_NETWORK;
// Adding FilterRule to the VirtualChannel
if (0 != vc.AddFilterRule(ref fr))
{
throw new Exception("Failed to add FilterRule");
}
// Adding VirtualChannel to the emulation
if (0 != configurator.SubmitVirtualChannel(vc))
{
throw new Exception("Failed to add VirtualChannel to the emulation");
}
NetworkEmulator.INewController Controller = (INewController)configurator;
Controller.Start();
System.Threading.Thread.Sleep(30000);
Controller.Stop(0, 1000);
}
catch (Exception e)
{
Console.WriteLine("Fail to run test API!");
Console.WriteLine(e);
}
}
public void StartDriver()
{
NetworkEmulator.INewController Controller = (INewController)configurator;
Controller.Start();
}
