public void TestSingleRpc()
{
Transceiver t = new LocalTransceiver(new TestResponder(protocol));
var p = new GenericRecord(protocol.Messages["m"].Request);
p.Add("x", "hello");
var r = new GenericRequestor(t, protocol);
for (int x = 0; x < 5; x++)
{
object request = r.Request("m", p);
Assert.AreEqual("there", request);
}
}
// AVRO-625 [Test]
// Currently, SocketTransceiver does not permit out-of-order requests on a stateful connection.
public void Test()
{
var waitLatch = new CountdownLatch(1);
var simpleResponder = new SimpleResponder(waitLatch);
server = new SocketServer("localhost", 0, simpleResponder);
server.Start();
int port = server.Port;
transceiver = new SocketTransceiver("localhost", port);
proxy = new GenericRequestor(transceiver, SimpleResponder.Protocol);
// Step 1:
proxy.GetRemote(); // force handshake
new Thread(x =>
{
// Step 2a:
waitLatch.Wait();
var ack = new GenericRecord(SimpleResponder.Protocol.Messages["ack"].Request);
// Step 2b:
proxy.Request("ack", ack);
}).Start();
/*
* 3. Execute the Client.hello("wait") RPC, which will block until the
* Client.ack() call has completed in the background thread.
*/
var request = new GenericRecord(SimpleResponder.Protocol.Messages["hello"].Request);
request.Add("greeting", "wait");
var response = (string)proxy.Request("hello", request);
// 4. If control reaches here, both RPCs have executed concurrently
Assert.AreEqual("wait", response);
}
private static void FireAndForget(GenericRequestor proxy, GenericRecord genericRecord)
{
var request = new GenericRecord(MailResponder.Protocol.Messages["fireandforget"].Request);
request.Add("message", genericRecord);
proxy.Request("fireandforget", request);
}