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Nested within the <ejbdoclet> Ant task are subtasks, the XDoclet term for nested elements in its Ant tasks. Table 14.2 shows the available subtasks for the <ejbdoclet> task. We cover vendor-specific subtasks in section 14.5.3.

Cascading options are per operation you d like to be transitive. For native Hibernate, you cascade the save and update operations to associated entities with cascade="save-update". Hibernate s object state management always bundles these two things together, as you ll learn in future chapters. In JPA, the (almost) equivalent operations are persist and merge. You can now simplify the code that links and saves an Item and a Bid, in native Hibernate:

Table 14.2 Subtask <dao> <dataobject> <deploymentdescriptor> <entitybmp> <entitycmp> <entitypk> <homeinterface> <localhomeinterface> <localinterface> <remoteinterface> <session> <utilobject> <valueobject> <ejbdoclet> subtasks Artifacts Generated Abstract data access object interfaces EJB data objects EJB standard-compliant deployment descriptor, ejb-jar.xml Entity bean BMP classes derived from the abstract entity bean classes Entity bean CMP classes derived from the abstract entity bean classes Primary key classes Home interfaces Local (EJB 2.0) home interfaces Local (EJB 2.0) interfaces Remote interfaces Session bean classes derived from the abstract session bean classes Utility objects for local/home interface lookups Value object classes

Item newItem = new Item(); Bid newBid = new Bid(); newItem.addBid(newBid); // Set both sides of the association session.save(newItem);

The <template> (discussed in chapter 11) and <xmlTemplate> subtasks are also valid subtasks for <ejbdoclet>, which allows custom XDoclet templating to occur in the same sweep of the source code that EJB generation uses. Each subtask has its own share of attributes, and there are standard attributes that all subtasks share. Each subtask can override the destdir, mergedir, and templatefile for added control over output location and merge files, and to override the XDoclet template used. There are many other options to the subtasks; consult the excellent XDoclet documentation for the details. 14.5.2 XDoclet s @tags The power of XDoclet comes from the metadata stored in the @tags. Another major piece of information that is gathered from source code analyzed by XDoclet is the class structure, specifically the inheritance hierarchy, interfaces implemented, and the method names and signatures. XDoclet uses many EJB-specific @tags to define metadata and to control the generation process. From XDoclet s documentation, here is a typical example of a class-level entity bean Javadoc block:

All entities in the bids collection are now persistent as well, just as they would be if you called save() on each Bid manually. With the JPA EntityManager API, the equivalent to a Session, the code is as follows:

Item newItem = new Item(); Bid newBid = new Bid(); newItem.addBid(newBid); // Set both sides of the association entityManager.persist(newItem);

/** * This is an account bean. It is an example of how to use the * EJBDoclet tags. * * @see Customer Accounts are owned by customers, and a customer can * have many accounts.

Don t worry about the update and merge operations for now; we ll come back to them later in the book.

This call is all that is needed to create the two levels of intermediate output. To actually place the output of Ant tasks into the build directory, we need to use whichever attribute specifies a destination directory, and set it to a location in the build subdirectories. For the <javac> task, as with many other Ant tasks, the appropriate attribute is destdir.

needs to be updated) and expects your procedure to throw an exception if something goes wrong. In Oracle, such a procedure is as follows:

Laying out the dist directories The dist directories are usually much simpler than the intermediate file directories, because one of the common stages in a build process is to package files up, placing the packaged file into the dist directory. There may be different types of packaging: JAR, Zip, tar, and WAR, for example, and so a subdirectory is needed to keep all of these files in a place where they can be identified and deleted for a clean build. To create the distribution directory, we insert another call to <mkdir>:

<database-object> <create> create or replace procedure UPDATE_USER (IN_FIRSTNAME in varchar, IN_LASTNAME in varchar, IN_PASSWORD in varchar, ... ) as rowcount INTEGER; begin update USERS set FIRSTNAME = IN_FIRSTNAME, LASTNAME = IN_LASTNAME, "PASSWORD" = IN_PASSWORD, where OBJ_VERSION = ...; rowcount := SQL%ROWCOUNT; if rowcount != 1 then RAISE_APPLICATION_ERROR( -20001, 'Version check failed'); end if; end; </create> <drop> drop procedure UPDATE_USER </drop> </database-object>