Examples of DirectFudgeConnection

com.opengamma.transport.DirectFudgeConnection
Creates two FudgeConnection objects with the receiver and sender of each connected to the other. Intended to help build test cases only.

Examples of com.opengamma.transport.DirectFudgeConnection

    assertNull (messages.waitForMessage(TIMEOUT));
  }


  public void errorInvocation() {
    final IdentifierMap identifierMap = new InMemoryIdentifierMap ();
    final DirectFudgeConnection conduit = new DirectFudgeConnection(s_fudgeContext);
    final CollectingFudgeMessageReceiver messages = new CollectingFudgeMessageReceiver();
    conduit.getEnd2().setFudgeMessageReceiver(messages);
    final RemoteNodeClient client = new RemoteNodeClient(conduit.getEnd1(), new CompiledFunctionService (new InMemoryFunctionRepository (), new CachingFunctionRepositoryCompiler(), new FunctionCompilationContext ()), new InMemoryIdentifierMap (), new FunctionInvocationStatisticsSender ());
    final SimpleCalculationNode failingNode = new TestCalculationNode() {
      
      @Override
      public CalculationJobResult executeJob(CalculationJob job) {
        throw new OpenGammaRuntimeException ("Remote node not working"); 
      }
      
    };
    assertEquals(0, messages.getMessages().size());
    client.addNode(failingNode);
    assertEquals(0, messages.getMessages().size());
    client.start();
    assertEquals(1, messages.getMessages().size());
    final FudgeMsgEnvelope readyMsgEnvelope = messages.getMessages().get(0);
    messages.clear();
    final FudgeDeserializer dcontext = new FudgeDeserializer(s_fudgeContext);
    final FudgeSerializer scontext = new FudgeSerializer(s_fudgeContext);
    final RemoteCalcNodeMessage readyMessage = dcontext.fudgeMsgToObject(RemoteCalcNodeMessage.class, readyMsgEnvelope.getMessage());
    assertTrue(readyMessage instanceof Ready);
    final Ready ready = (Ready) readyMessage;
    assertEquals(1, ready.getCapacity());
    conduit.getEnd2 ().getFudgeMessageSender().send (FudgeSerializer.addClassHeader(scontext.objectToFudgeMsg (new Init(0)), Init.class, RemoteCalcNodeMessage.class));
    final CalculationJob job = createTestCalculationJob();
    AbstractIdentifierMap.convertIdentifiers(identifierMap, job);
    conduit.getEnd2().getFudgeMessageSender().send(
        FudgeSerializer.addClassHeader(scontext.objectToFudgeMsg(new Execute(job)), Execute.class, RemoteCalcNodeMessage.class));
    final FudgeMsgEnvelope resultMsgEnvelope = messages.waitForMessage(TIMEOUT);
    assertNotNull(resultMsgEnvelope);
    final RemoteCalcNodeMessage resultMessage = dcontext.fudgeMsgToObject(RemoteCalcNodeMessage.class, resultMsgEnvelope.getMessage());
    assertTrue(resultMessage instanceof Failure);

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Examples of com.opengamma.transport.DirectFudgeConnection

    cacheSource.releaseCaches(viewCycle3Id);
    assertEquals(4, privateServerStore._cachesDestroyed.size());
    assertEquals(4, sharedStore._cachesDestroyed.size());
    final ViewComputationCacheServer server = new ViewComputationCacheServer(cacheSource);
    final ReportingBinaryDataStoreFactory privateClientStore = new ReportingBinaryDataStoreFactory("client private");
    final DirectFudgeConnection conduit = new DirectFudgeConnection(cacheSource.getFudgeContext());
    conduit.connectEnd1(server);
    final RemoteViewComputationCacheSource remoteSource = new RemoteViewComputationCacheSource(new RemoteCacheClient(
        conduit.getEnd2()), new DefaultFudgeMessageStoreFactory(privateClientStore, s_fudgeContext), _cacheManager);
    s_logger.info("Using server cache at remote client");
    putStuffIntoCache(remoteSource.getCache(viewCycle2Id, "Config 1"));
    assertEquals(8, privateServerStore._cachesCreated.size());
    assertEquals(8, sharedStore._cachesCreated.size());
    assertEquals(1, privateClientStore._cachesCreated.size());

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Examples of com.opengamma.transport.DirectFudgeConnection

    final FudgeContext fudgeContext = OpenGammaFudgeContext.getInstance();
    final DefaultViewComputationCacheSource serverCacheSource = new DefaultViewComputationCacheSource(
        new InMemoryIdentifierMap(), fudgeContext, createInMemoryFudgeMessageStoreFactory(fudgeContext));
    final ViewComputationCacheServer server = new ViewComputationCacheServer(serverCacheSource);
    server.getBinaryDataStore().setFindValueTimeout(Timeout.standardTimeoutMillis() * 5);
    final DirectFudgeConnection conduit1 = new DirectFudgeConnection(fudgeContext);
    conduit1.connectEnd1(server);
    final DirectFudgeConnection conduit2 = new DirectFudgeConnection(fudgeContext);
    conduit2.connectEnd1(server);
    final DirectFudgeConnection conduit3 = new DirectFudgeConnection(fudgeContext);
    conduit3.connectEnd1(server);
    final RemoteViewComputationCacheSource remoteCacheSource1 = new RemoteViewComputationCacheSource(
        new RemoteCacheClient(conduit1.getEnd2()), createInMemoryFudgeMessageStoreFactory(fudgeContext), _cacheManager);
    final RemoteViewComputationCacheSource remoteCacheSource2 = new RemoteViewComputationCacheSource(
        new RemoteCacheClient(conduit2.getEnd2()), createInMemoryFudgeMessageStoreFactory(fudgeContext), _cacheManager);
    final RemoteViewComputationCacheSource remoteCacheSource3 = new RemoteViewComputationCacheSource(
        new RemoteCacheClient(conduit3.getEnd2()), createInMemoryFudgeMessageStoreFactory(fudgeContext), _cacheManager);
    // Populate the test caches
    final ValueSpecification[] specs = createValueSpecifications(10);
    UniqueId viewCycleId = UniqueId.of("Test", "ViewCycle");
    final ViewComputationCache serverCache = serverCacheSource.getCache(viewCycleId, "Default");
    final ViewComputationCache remoteCache1 = remoteCacheSource1.getCache(viewCycleId, "Default");
    final ViewComputationCache remoteCache2 = remoteCacheSource2.getCache(viewCycleId, "Default");
    final ViewComputationCache remoteCache3 = remoteCacheSource3.getCache(viewCycleId, "Default");
    serverCache.putSharedValue(new ComputedValue(specs[0], "Zero"));
    serverCache.putPrivateValue(new ComputedValue(specs[1], "One"));
    remoteCache1.putPrivateValue(new ComputedValue(specs[2], "Two"));
    remoteCache1.putPrivateValue(new ComputedValue(specs[3], "Three"));
    remoteCache1.putPrivateValue(new ComputedValue(specs[4], "Four"));
    remoteCache2.putPrivateValue(new ComputedValue(specs[3], "Three"));
    remoteCache2.putPrivateValue(new ComputedValue(specs[5], "Five"));
    remoteCache2.putPrivateValue(new ComputedValue(specs[6], "Six"));
    remoteCache3.putPrivateValue(new ComputedValue(specs[7], "Seven"));
    // Direct lookup on server
    Object value = serverCache.getValue(specs[0]);
    assertEquals("Zero", value);
    value = serverCache.getValue(specs[1]);
    assertEquals("One", value);
    // Only identifier lookup messages expected
    Thread.sleep(Timeout.standardTimeoutMillis());
    assertEquals(3, conduit1.getAndResetMessages1To2());
    assertEquals(3, conduit1.getAndResetMessages2To1());
    assertEquals(3, conduit2.getAndResetMessages1To2());
    assertEquals(3, conduit2.getAndResetMessages2To1());
    assertEquals(1, conduit3.getAndResetMessages1To2());
    assertEquals(1, conduit3.getAndResetMessages2To1());
    // Query for a value elsewhere
    value = serverCache.getValue(specs[2]);
    assertEquals("Two", value);
    // One message sent to each, 1 response (and ack) from client1
    Thread.sleep(Timeout.standardTimeoutMillis());
    assertEquals(2, conduit1.getAndResetMessages1To2());
    assertEquals(1, conduit1.getAndResetMessages2To1());
    assertEquals(1, conduit2.getAndResetMessages1To2());
    assertEquals(0, conduit2.getAndResetMessages2To1());
    assertEquals(1, conduit3.getAndResetMessages1To2());
    assertEquals(0, conduit3.getAndResetMessages2To1());
    // Query for a value duplicated on multiple nodes
    value = serverCache.getValue(specs[3]);
    assertEquals("Three", value);
    // One message sent to each, 1 response (and ack) from client1 and client2
    Thread.sleep(Timeout.standardTimeoutMillis());
    assertRange(1, 2, conduit1.getAndResetMessages1To2());
    assertRange(0, 1, conduit1.getAndResetMessages2To1());
    assertRange(1, 2, conduit2.getAndResetMessages1To2());
    assertRange(0, 1, conduit2.getAndResetMessages2To1());
    assertEquals(1, conduit3.getAndResetMessages1To2());
    assertEquals(0, conduit3.getAndResetMessages2To1());
    // Query for a set of values on two different nodes
    Collection<Pair<ValueSpecification, Object>> values = serverCache.getValues(Arrays.asList(specs[4], specs[5],
        specs[6]));
    assertEquals(3, values.size());
    assertTrue(values.contains(Pair.of(specs[4], "Four")));
    assertTrue(values.contains(Pair.of(specs[5], "Five")));
    assertTrue(values.contains(Pair.of(specs[6], "Six")));
    // One message sent to each, 1 response (and ack) from client1 and 2
    Thread.sleep(Timeout.standardTimeoutMillis());
    assertEquals(2, conduit1.getAndResetMessages1To2());
    assertEquals(1, conduit1.getAndResetMessages2To1());
    assertEquals(2, conduit2.getAndResetMessages1To2());
    assertEquals(1, conduit2.getAndResetMessages2To1());
    assertEquals(1, conduit3.getAndResetMessages1To2());
    assertEquals(0, conduit3.getAndResetMessages2To1());
    // Query for a non-existent single value
    value = serverCache.getValue(specs[8]);
    assertNull(value);
    assertEquals(1, conduit3.getAndResetMessages1To2());
    assertEquals(0, conduit3.getAndResetMessages2To1());
    // Query for one existing and one non-existent value
    values = serverCache.getValues(Arrays.asList(specs[7], specs[8]));
    assertEquals(1, values.size());
    assertTrue(values.contains(Pair.of(specs[7], "Seven")));
    assertEquals(2, conduit3.getAndResetMessages1To2());
    assertEquals(1, conduit3.getAndResetMessages2To1());
    // Query for two non-existing values
    values = serverCache.getValues(Arrays.asList(specs[8], specs[9]));
    assertNotNull(values);
    assertTrue(values.isEmpty());
    assertEquals(1, conduit3.getAndResetMessages1To2());
    assertEquals(0, conduit3.getAndResetMessages2To1());
  }

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