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<application> <module> EJB module <ejb>actionBazaar-ejb.jar</ejb> </module> <module> <web> Web module <web-uri>actionBazaar.war</web-uri> <context-root>ab</context-root> </web> </module> <module> Application client module <java>actionBazaar-client.jar</java> </module> </application>

The MethodCalledByMethodInvocation class reifies a method called from another method. The parameters of the call can be retrieved with the getArguments method. The getCalledClass and getCalledMethod methods return the class and the method called, respectively. The getCallingClass and getCallingMethod methods return the same pieces of information for the caller side. The ConstructorInvocation class corresponds to the executions of a constructor. The getArguments and getConstructor methods retrieve the arguments and the constructor that was executed, respectively. The FieldInvocation class corresponds to operations on fields. Two subclasses, FieldReadInvocation and FieldWriteInvocation, are defined to reify read and write operations, respectively. The MethodInvocation class reifies method executions. The getArguments method returns the array of the arguments of the execution. The getMethod method returns the method where the execution occurred.

#-------------[ Where do all the source files live ]------------------EJB_SOURCE=ejbs META_SOURCE=META-INF #-------------[ Where do all the class/build files live ]------------------BUILD=build EJB_BUILD=${BUILD}/ejbs #-------------[ This is specific to the Weblogic container for us ]------WL_HOME=C:/bea/wlserver6.1

If you review the EAR file descriptor in listing 11.1, you ll see that it explicitly identifies each of the artifacts as a specific type of module. When you deploy this EAR to an application server, the application server uses the information in the deployment descriptor to deploy each of the module types. Java EE 5 made the deployment descriptor optional, even in the EAR. This is a departure from previous versions of Java EE, where it was mandatory. The Java EE 5.0 compliant application servers deploy by performing automatic detection based on a standard naming convention or reading the content of archives; see http://java.sun.com/blueprints/code/namingconventions.html. Next, let s take a look at how application servers deploy an EAR module.

During the deployment process, the application server determines the module types, validates them, and takes appropriate steps so that the application is available to users. Although all application servers have to accomplish these goals, it s up to the individual vendor exactly how to implement it. One area where server implementations stand out is in how fast they can deploy the archives. While vendors are free to optimize their specific implementation, they all follow the specification s rules when it comes to what is required to be supported and in what order the loading occurs. This means that your application server will use the algorithm from figure 11.1 when attempting to load the EAR file that contains modules or archives from table 1.1. Before we delve into how EJB components and entities are packaged, let s briefly discuss what class loading is and how it works in the Java EE environment.

Figure 11.1 Rules followed by application servers to deploy an EAR module. Java EE 5 does not require a deployment descriptor in the EAR module that identifies the type of modules packaged. It is the responsibility of Java EE container to determine the type of module based on its name (extension) and its content. It does so by following this algorithm.

Listing 9.5 shows the build.xml file, also taken from the previous recipe. In this version of the file, we added a new target that builds the stub files. Notice that the all target now also depends on the new target. The differences are highlighted in bold.