This talk introduces JSR-299: Contexts and Dependency Injection for the Java EE platform (CDI), the new Java standard for dependency injection and contextual lifecycle management. The talk covers the core programming model, explains its relationship to EJB 3.1 and JSF 2.0, and clarifies how it unifies and enhances the Java EE platform as a whole (extending to JPA, JAX-RS and JMS). You are then introduced to Weld, the JSR-299 reference implementation, and its servlet container extension. Finally, we look ahead at how a modularized Seam 3 ties into this new foundation as a set of portable CDI extensions, previewing several examples.

JSR-299: Contexts and Dependency Injection for the Java EE platform (CDI) is an elegant set of new services for Java that draws upon ideas from popular frameworks such as Seam and Guice and hooks into all the major specifications in the platform, including JavaServer Faces (JSF) 2.0, Enterprise Java Beans (EJB) 3.1, the Java Persistence API (JPA) 2.0 and JAX-RS 1.1. While many of the features provided by CDI--dependency injection, contextual lifecycle, configuration, interception, event notification--are familiar, the innovative use of meta-annotations is uniquely expressive and typesafe. This talk emphasizes the value in this approach.

Seam is a powerful open source development platform for building rich Internet applications in Java. Seam 3 is built on CDI and integrates technologies such as Java Persistence (JPA 2.0), Business Process Management (jBPM), Wicket, PDF and Excel reporting, Security and email into a unified full-stack solution, complete with sophisticated tooling.

In this discussion, Dan will talk about upcoming developments in Java EE 6 including CDI 1.0 and JSF 2.0 and how they set the foundation for Seam 3. This is a great opportunity to learn about how Red Hat is building on this new revision of the Java EE platform.

This talk unveils the missing link in enterprise Java development: simple, portable integration tests. For many, working in enterprise Java has long been an arduous undertaking because of this void. While development life is simple with unit tests and mocks, they only take you so far. Eventually, you need to validate how your components interact and operate in their intended environment--you real need integration tests. Yet, writing integration tests has meant assuming the burden of bootstrapping all or part of your infrastructure. That's time lost and it places a mental barrier on testing. Arquillian and ShrinkWrap, two new projects from the JBoss Community, partner to tear down this barrier and reduce Java enterprise testing to child's play. Come experience how.

Arquillian, a container-oriented testing framework layered atop TestNG and JUnit, brings your test to the runtime rather than requiring you to manage the runtime from your test. Picking up where unit tests leave off, Arquillian enables you to test real components that rely on real enterprise services in a real runtime.

We'll look at how the fluent API provided by ShrinkWrap is used to package a test archive, giving developers fine-grained control over which resources are available to be tested. We'll show examples of how the test archive is deployed and executed inside standalone, embedded and remote containers. You'll witness how RPC-style (or local, if applicable) communication between the test runner and the environment negotiates which tests are executed and reports back the results. You'll walk away confident that

1. you can write integration tests just as you would a unit test and
2. the test is portable to multiple environments (containers).

What’s the secret? This talk reveals how Arquillian simplifies integration testing by providing a component model for tests, just as Java EE 5 simplified server-side programming by providing declarative services for application components. The test component model consists of container lifecycle management, test enrichment (dependency injection), container deployment and in-container test execution. Using a component model means your tests are portable and able to move between different environments, from single embedded or remote to multi-server to multi-cloud nodes.

Attend this talk to learn about the future of Java enterprise testing.

JSR-311 (JAX-RS) is one of the simplest, most elegant of all the Java EE specifications and is showing early signs of becoming an overwhelming success. It lets you to create RESTful web services from existing Java EE components by sprinkling a handful of annotations over it. But the downside is that the resource must be a Java EE component. Seam's RESTEasy module allows you to use JAX-RS annotations on your existing Seam components, giving your web services access to the Seam container and, dually, an alternate interface to your Seam application.

In this talk, you learn how you can use your Seam components as REST resources using the Seam RESTEasy module. The most obvious benefit is that you can create RESTful web services using a Seam component and get access to full Seam injection, security, persistence management, and so on. You almost forget that Seam eliminates the configuration required to add JAX-RS to your application. You'll be enthralled by the module's innovative approach to doing CRUD over REST that mimics Seam's CRUD framework for JSF-based UIs. Finally, you learn about some nice extras that Seam provides such as exception handling and integration with Seam security.