public static TlsHandler AddTlsHandler(this IChannelPipeline pipeline, string host, RemoteCertificateValidationCallback remoteCertificateValidationCallback)
{
var tlsHandler = new TlsHandler(stream => new SslStream(stream, true, remoteCertificateValidationCallback), new ClientTlsSettings(host));
pipeline.AddFirst(DotNettyHandlerNames.TLS, tlsHandler);
return(tlsHandler);
}
public static void AddToPipeline(IChannelPipeline cp)
{
lock (SyncRoot)
{
Guard.ArgumentNotNull(cp, nameof(cp));
if (cp.Get(TimeoutHandler.Name) == null)
{
cp.AddFirst(TimeoutHandler.Name, new TimeoutHandler());
}
}
}
public override Property Check(IChannelPipeline obj0, PipelineMutationModel obj1)
{
var pipeline = obj0.AddFirst(Name, Handler);
var embeddedChannel = obj0.Channel() as EmbeddedChannel;
Contract.Assert(embeddedChannel != null);
embeddedChannel.RunPendingTasks(); // force the pipeline to run all scheduled tasks
var pFirst = pipeline.Skip(1).First(); //bypass the head node
var mFirst = obj1.Head.Next.Handler;
var pLength = pipeline.Count();
var prop = (pFirst == mFirst)
.Label($"Expected head of pipeline to be {mFirst}, was {pFirst}")
.And(() => pLength == obj1.Length)
.Label($"Expected length of pipeline to be {obj1.Length}, was {pLength}");
// TODO: need some kind of "when" syntax for conditionally checking a property
return(CheckEventInQueue(mFirst, SupportedEvent.HandlerAdded, prop, LastEventHistory(obj0)));
}
