public void TestNonEmptyArgumentInjectionWritableTwoWayCommunication()
{
IPAddress listeningAddress = IPAddress.Parse("127.0.0.1");
BlockingCollection <PrefixedStringWritable> queue1 = new BlockingCollection <PrefixedStringWritable>();
BlockingCollection <PrefixedStringWritable> queue2 = new BlockingCollection <PrefixedStringWritable>();
List <string> events1 = new List <string>();
List <string> events2 = new List <string>();
using (var remoteManager1 = _remoteManagerFactory2.GetInstance <PrefixedStringWritable>(listeningAddress, 0))
using (var remoteManager2 = _remoteManagerFactory2.GetInstance <PrefixedStringWritable>(listeningAddress, 0))
{
// Register observers for remote manager 1 and remote manager 2
var remoteEndpoint = new IPEndPoint(listeningAddress, 0);
var observer1 = Observer.Create <PrefixedStringWritable>(queue1.Add);
var observer2 = Observer.Create <PrefixedStringWritable>(queue2.Add);
remoteManager1.RegisterObserver(remoteEndpoint, observer1);
remoteManager2.RegisterObserver(remoteEndpoint, observer2);
// Remote manager 1 sends 3 events to remote manager 2
var remoteObserver1 = remoteManager1.GetRemoteObserver(remoteManager2.LocalEndpoint);
remoteObserver1.OnNext(new PrefixedStringWritable("abc"));
remoteObserver1.OnNext(new PrefixedStringWritable("def"));
remoteObserver1.OnNext(new PrefixedStringWritable("ghi"));
// Remote manager 2 sends 4 events to remote manager 1
var remoteObserver2 = remoteManager2.GetRemoteObserver(remoteManager1.LocalEndpoint);
remoteObserver2.OnNext(new PrefixedStringWritable("jkl"));
remoteObserver2.OnNext(new PrefixedStringWritable("mno"));
remoteObserver2.OnNext(new PrefixedStringWritable("pqr"));
remoteObserver2.OnNext(new PrefixedStringWritable("stu"));
events1.Add(queue1.Take().Data);
events1.Add(queue1.Take().Data);
events1.Add(queue1.Take().Data);
events1.Add(queue1.Take().Data);
events2.Add(queue2.Take().Data);
events2.Add(queue2.Take().Data);
events2.Add(queue2.Take().Data);
}
Assert.AreEqual(4, events1.Count);
Assert.AreEqual(3, events2.Count);
}
private WritableNetworkService(
[Parameter(typeof(NetworkServiceOptions.NetworkServicePort))] int nsPort,
IObserver <WritableNsMessage <T> > messageHandler,
IIdentifierFactory idFactory,
INameClient nameClient,
WritableRemoteManagerFactory remoteManagerFactory)
{
IPAddress localAddress = NetworkUtils.LocalIPAddress;
_remoteManager = remoteManagerFactory.GetInstance <WritableNsMessage <T> >(localAddress, nsPort);
_messageHandler = messageHandler;
_nameClient = nameClient;
_connectionMap = new Dictionary <IIdentifier, IConnection <T> >();
Logger.Log(Level.Info, "Started network service");
}
public void TestWritableOneWayCommunication()
{
IPAddress listeningAddress = IPAddress.Parse("127.0.0.1");
BlockingCollection <WritableString> queue = new BlockingCollection <WritableString>();
List <string> events = new List <string>();
using (var remoteManager1 = _remoteManagerFactory1.GetInstance <WritableString>(listeningAddress, 0))
using (var remoteManager2 = _remoteManagerFactory1.GetInstance <WritableString>(listeningAddress, 0))
{
var observer = Observer.Create <WritableString>(queue.Add);
IPEndPoint endpoint1 = new IPEndPoint(listeningAddress, 0);
remoteManager2.RegisterObserver(endpoint1, observer);
var remoteObserver = remoteManager1.GetRemoteObserver(remoteManager2.LocalEndpoint);
remoteObserver.OnNext(new WritableString("abc"));
remoteObserver.OnNext(new WritableString("def"));
remoteObserver.OnNext(new WritableString("ghi"));
events.Add(queue.Take().Data);
events.Add(queue.Take().Data);
events.Add(queue.Take().Data);
}
Assert.AreEqual(3, events.Count);
}