public void TestTwoWayCommunication()
{
// Test data.
int[] numbers = { 12, 25 };
string[] strings = { "The first string", "The second string" };
BlockingCollection <byte[]> queue1 = new BlockingCollection <byte[]>();
BlockingCollection <byte[]> queue2 = new BlockingCollection <byte[]>();
IConfiguration config = Tang.NewConfigurationBuilder()
.BindStringNamedParam <ProtocolSerializer.AssemblyName>(this.GetType().Assembly.FullName)
.BindStringNamedParam <ProtocolSerializer.MessageNamespace>("org.apache.reef.wake.tests.message")
.Build();
var injector = Tang.NewInjector(config);
var remoteManagerFactory = injector.GetInstance <IRemoteManagerFactory>();
var serializer = injector.GetInstance <ProtocolSerializer>();
using (var remoteManager1 = remoteManagerFactory.GetInstance(ListeningAddress, Codec))
using (var remoteManager2 = remoteManagerFactory.GetInstance(ListeningAddress, Codec))
{
// Register observers for remote manager 1 and remote manager 2
var remoteEndpoint = new IPEndPoint(ListeningAddress, 0);
remoteManager1.RegisterObserver(remoteEndpoint, Observer.Create <byte[]>(queue1.Add));
remoteManager2.RegisterObserver(remoteEndpoint, Observer.Create <byte[]>(queue2.Add));
var msg1 = new AvroTestMessage(numbers[0], strings[0]);
var msg2 = new AvroTestMessage(numbers[1], strings[1]);
// Remote manager 1 sends avro message to remote manager 2
var remoteObserver1 = remoteManager1.GetRemoteObserver(remoteManager2.LocalEndpoint);
remoteObserver1.OnNext(serializer.Write(msg1, 1));
// Remote manager 2 sends avro message to remote manager 1
var remoteObserver2 = remoteManager2.GetRemoteObserver(remoteManager1.LocalEndpoint);
remoteObserver2.OnNext(serializer.Write(msg2, 2));
// Verify the messages are properly received.
serializer.Read(queue1.Take(), new TestMessageObserver(2, msg2));
serializer.Read(queue2.Take(), new TestMessageObserver(1, msg1));
}
}
public void TestTwoWayCommunication()
{
// Test data.
int[] numbers = { 12, 25 };
string[] strings = { "The first string", "The second string" };
IPAddress listeningAddress = IPAddress.Parse("127.0.0.1");
BlockingCollection <byte[]> queue1 = new BlockingCollection <byte[]>();
BlockingCollection <byte[]> queue2 = new BlockingCollection <byte[]>();
ProtocolSerializer serializer = new ProtocolSerializer(this.GetType().Assembly, "org.apache.reef.wake.tests.message");
IRemoteManagerFactory _remoteManagerFactory = TangFactory.GetTang().NewInjector().GetInstance <IRemoteManagerFactory>();
using (var remoteManager1 = _remoteManagerFactory.GetInstance(listeningAddress, new ByteCodec()))
using (var remoteManager2 = _remoteManagerFactory.GetInstance(listeningAddress, new ByteCodec()))
{
// Register observers for remote manager 1 and remote manager 2
var remoteEndpoint = new IPEndPoint(listeningAddress, 0);
remoteManager1.RegisterObserver(remoteEndpoint, Observer.Create <byte[]>(queue1.Add));
remoteManager2.RegisterObserver(remoteEndpoint, Observer.Create <byte[]>(queue2.Add));
var msg1 = new AvroTestMessage(numbers[0], strings[0]);
var msg2 = new AvroTestMessage(numbers[1], strings[1]);
// Remote manager 1 sends avro message to remote manager 2
var remoteObserver1 = remoteManager1.GetRemoteObserver(remoteManager2.LocalEndpoint);
remoteObserver1.OnNext(serializer.Write(msg1, 1));
// Remote manager 2 sends avro message to remote manager 1
var remoteObserver2 = remoteManager2.GetRemoteObserver(remoteManager1.LocalEndpoint);
remoteObserver2.OnNext(serializer.Write(msg2, 2));
// Verify the messages are properly received.
serializer.Read(queue1.Take(), new TestMessageObserver(2, msg2));
serializer.Read(queue2.Take(), new TestMessageObserver(1, msg1));
}
}
