Examples of de.novanic.eventservice.client.event.domain.Domain

Package de.novanic.eventservice.client.event.domain

Examples of de.novanic.eventservice.client.event.domain.Domain

de.novanic.eventservice.client.event.domain.Domain
Domains/contexts are used to specify the range where events should occur and listened. That supports the reuse of events ( {@link de.novanic.eventservice.client.event.Event} and listeners ({@link de.novanic.eventservice.client.event.listener.RemoteEventListener}.

Example:
Your application is a multiplayer online game with a conversation system. You defined the following events and listeners.

Events: NewUserEvent
Listeners: ConversationListener, ConversationChannelListener, PlayerListListener

It makes sense to divide your elements into different domains, to ensure that a NewUserEvent affects only the right context/domain. For example one conversation domain and one game domain. ConversationListener and ConversationChannelListener should be added to the conversation domain and the PlayerListListener should be added to the game domain. Now you can distinguish the context of the NewUserEvent. If a user joined a conversation (NewUserEvent added to conversation domain), the two conversation listeners will recognize it and the PlayerListListener won't be informed about the NewUserEvent in the conversation context/domain. @author sstrohschein
Date: 15.08.2008
Time: 22:42:10

        } catch(EventServiceException e) {}
    }


    @Test
    public void testListen() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ByteArrayOutputStream theByteArrayOutputStream = new ByteArrayOutputStream();


        StreamingServerConnector theStreamingServerConnector = createStreamingServerConnector(700, theByteArrayOutputStream);

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        assertContainsScriptCycle(theOutput);
    }


    @Test
    public void testListen_2() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final Domain theDomain_2 = DomainFactory.getDomain("test_domain_2");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ByteArrayOutputStream theByteArrayOutputStream = new ByteArrayOutputStream();


        StreamingServerConnector theStreamingServerConnector = createStreamingServerConnector(700, theByteArrayOutputStream);

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        }
    }


    @Test
    public void testListen_Error_2() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        StreamingServerConnector theStreamingServerConnector = createStreamingServerConnector(0, new DummyServletOutputStreamNotFlushable());


        TestLoggingHandler theTestLoggingHandler = new TestLoggingHandler();

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        assertTrue(theOccurredException.getCause() instanceof IOException);
    }


    @Test
    public void testListen_Error_4() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ByteArrayOutputStream theByteArrayOutputStream = new ByteArrayOutputStream();


        final EventServiceConfiguration theConfiguration = createConfiguration(0, 700, 90000);

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        assertTrue(theOccurredException.getCause() instanceof SerializationException);
    }


    @Test
    public void testListen_Error_5() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ByteArrayOutputStream theByteArrayOutputStream = new ByteArrayOutputStream();


        final EventServiceConfiguration theConfiguration = createConfiguration(0, 700, 90000);

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     * Min. waiting has no effect for streaming, because the connection is always still opened for the max. waiting time.
     * @throws Exception exception
     */
    @Test
    public void testListen_Min_Waiting() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ByteArrayOutputStream theByteArrayOutputStream = new ByteArrayOutputStream();


        StreamingServerConnector theStreamingServerConnector = createStreamingServerConnector(700, theByteArrayOutputStream);

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     * Min. waiting has no effect for streaming, because the connection is always still opened for the max. waiting time.
     * @throws Exception exception
     */
    @Test
    public void testListen_Min_Waiting_2() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ByteArrayOutputStream theByteArrayOutputStream = new ByteArrayOutputStream();


        StreamingServerConnector theStreamingServerConnector = createStreamingServerConnector(700, theByteArrayOutputStream);

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@RunWith(JUnit4.class)
public class LongPollingServerConnectorTest extends ConnectionStrategyServerConnectorTest
{
    @Test
    public void testListen() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ConnectionStrategyServerConnector theLongPollingListener = new LongPollingServerConnector(createConfiguration(0, 2000, 90000));


        ListenRunnable theListenRunnable = new ListenRunnable(theLongPollingListener, theUserInfo);

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        assertTrue(theListenResult.getDuration() < 500);
    }


    @Test
    public void testListen_Min_Waiting() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");


        ConnectionStrategyServerConnector theLongPollingListener = new LongPollingServerConnector(createConfiguration(500, 2000, 90000));


        ListenRunnable theListenRunnable = new ListenRunnable(theLongPollingListener, theUserInfo);

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        assertTrue(theListenResult.getDuration() > 400); //could be get a little bit lesser than the specified min. waiting time (sleep) caused by accuracies of the OS and JDK implementations. 
    }


    @Test
    public void testListen_Min_Waiting_Interrupted() throws Exception {
        final Domain theDomain = DomainFactory.getDomain("test_domain");
        final UserInfo theUserInfo = new UserInfo("test_user");
        ConnectionStrategyServerConnector theLongPollingListener = new LongPollingServerConnector(createConfiguration(1000, 2000, 90000));


        ListenRunnable theListenRunnable = new ListenRunnable(theLongPollingListener, theUserInfo);
        Thread theListenThread = new Thread(theListenRunnable);

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de.novanic.eventservice.client.event.DefaultRemoteEventService

de.novanic.eventservice.client.event.DomainEventTest

de.novanic.eventservice.clientmock.event.command.ActivationCommandTest

de.novanic.eventservice.clientmock.event.command.DeactivationCommandTest

de.novanic.eventservice.clientmock.event.command.DeregistrationEventFilterCommandTest

de.novanic.eventservice.clientmock.event.command.EventExecutionCommandTest

de.novanic.eventservice.clientmock.event.command.RegistrationEventFilterCommandTest

de.novanic.eventservice.service.connection.strategy.connector.longpolling.LongPollingServerConnectorTest

de.novanic.eventservice.service.connection.strategy.connector.streaming.StreamingServerConnectorTest

de.novanic.eventservice.service.registry.EventRegistry_ExtremeThreadingTestStress

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