Examples of org.atmosphere.wasync.serial.SerializedClient

org.atmosphere.wasync.serial.SerializedClient
{@code SerializedClient} is a {@link org.atmosphere.wasync.Client} that guarantees ordered message delivery, in-line with the{@link Socket#fire(Object)} invocation sequence.
A sequence of fire calls over a {@code SerializedClient}'s socket (created through {@link SerializedClient#create()} :
```
 socket.fire("message1").fire("message2"); 
```
guarantees that {@code message1} arrives at the recipient-side before {@code message2}. By default, wAsync uses multiple underlying connections in delivering fire payloads. The {@code SerializedClient} guarantees that only one connection is used at any momentin time, while still providing an asynchronous fire interface to clients.
{@code SerializedClient} instances can be configured by means of a {@link SerializedFireStage} in deciding on the exactstaging semantics and the (non-functional) quality properties of a supporting stage. The default implementation provided is {@link DefaultSerializedFireStage}.
@author Christian Bach

        assertNotNull(server);
        server.start();


        final CountDownLatch latch = new CountDownLatch(1);
        final AtomicReference<StringBuffer> response = new AtomicReference<StringBuffer>(new StringBuffer());
        SerializedClient client = ClientFactory.getDefault().newClient(SerializedClient.class);


        SerializedOptionsBuilder b = client.newOptionsBuilder();
        b.serializedFireStage(new DefaultSerializedFireStage());


        RequestBuilder request = client.newRequestBuilder()
                .method(Request.METHOD.GET)
                .uri(targetUrl + "/suspend")
                .transport(transport());


        Socket socket = client.create(b.build());


        socket.on("message", new Function<String>() {
            @Override
            public void on(String t) {
                logger.info("Serialized Function invoked {}", t);

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        assertNotNull(server);
        server.start();


        final CountDownLatch latch = new CountDownLatch(2);
        final AtomicReference<StringBuffer> response = new AtomicReference<StringBuffer>(new StringBuffer());
        SerializedClient client = ClientFactory.getDefault().newClient(SerializedClient.class);


        SerializedOptionsBuilder b = client.newOptionsBuilder();
        b.serializedFireStage(new DefaultSerializedFireStage());


        RequestBuilder request = client.newRequestBuilder()
                .method(Request.METHOD.GET)
                .uri(targetUrl + "/suspend")
                .transport(transport());


        Socket socket = client.create(b.build());


        socket.on("message", new Function<String>() {
            @Override
            public void on(String t) {
                logger.info("Serialized Function invoked {}", t);

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        server = new Nettosphere.Builder().config(config).build();
        assertNotNull(server);
        server.start();


        final AsyncHttpClient ahc = new AsyncHttpClient(new AsyncHttpClientConfig.Builder().setMaxRequestRetry(0).build());
        SerializedClient client = ClientFactory.getDefault().newClient(SerializedClient.class);


        RequestBuilder request = client.newRequestBuilder()
                .method(Request.METHOD.GET)
                .uri(targetUrl + "/suspend")
                .transport(Request.TRANSPORT.WEBSOCKET);


        Socket socket = client.create(client.newOptionsBuilder().runtime(ahc).runtimeShared(false).serializedFireStage(new DefaultSerializedFireStage()).build());
        socket.open(request.build());
        socket.close();


        // AHC is async closed
        Thread.sleep(1000);

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Related Classes of org.atmosphere.wasync.serial.SerializedClient

org.atmosphere.tests.BaseTest

org.atmosphere.wasync.impl.AtmosphereRequest.AtmosphereRequestBuilder

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