public void SingleTwister()
{
var queue = new DuplexQueueStream();
using (var client = new MultiplexStream(queue))
using (var server = new MultiplexStream(queue.Peer))
TestUtils.RunTwister(client.Connect(), server.Accept());
}
public void ParallelTwister()
{
TestUtils.SetupLogging();
var queue = new DuplexQueueStream();
using (var client = new MultiplexStream(queue))
using (var server = new MultiplexStream(queue.Peer))
{
for (int n = 1; n <= 10; ++n)
{
NLog.LogManager.GetCurrentClassLogger().Info("Running {0} parallel streams", n);
var jobs = Enumerable.Range(0, n).Select(nn =>
{
var subclient = client.Connect();
var subserver = server.Accept();
return(new Action(() => TestUtils.RunTwister(subclient, subserver, TimeSpan.FromSeconds(30))));
}).ToList();
Task.WhenAll(jobs.Select(job => Task.Run(job)).ToList()).Wait();
}
}
}
public void Twister()
{
var queue = new DuplexQueueStream();
TestUtils.RunTwister(queue, queue.Peer);
}
public void Twister()
{
var queue = new DuplexQueueStream();
TestUtils.RunTwister(new DuplexBufferedStream(queue), new DuplexBufferedStream(queue.Peer));
}
public void Twister()
{
var queue = new DuplexQueueStream();
TestUtils.RunTwister(new PrefixStream("prefix", queue), new PrefixStream("prefix", queue.Peer));
}
public void Twister()
{
var queue = new DuplexQueueStream();
TestUtils.RunTwister(new ForceCancelStream(queue), new ForceCancelStream(queue.Peer));
}
public void Twister()
{
var queue = new DuplexQueueStream();
TestUtils.RunTwister(new CancellableStream(queue, new CancellationTokenSource().Token), new CancellableStream(queue.Peer, new CancellationTokenSource().Token));
}
