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makewar: [copy] Copying 1 file to C:\AntBook\app\webapp\dist\antbook [zip] Building zip: C:\AntBook\app\webapp\dist\antbook.war remove-local-catalina: [get] Getting: http://localhost:8080/manager/remove path=/antbook [echo] FAIL - No context exists for path /antbook deploy-local-catalina: [get] Getting: http://localhost:8080/manager/install path=/antbook &war=file:///C:\AntBook\app\webapp\dist\antbook/ [echo] OK - Installed application at context path /antbook BUILD SUCCESSFUL

Understanding the entity and value-type concept Mapping classes with XML and annotations Fine-grained property and component mappings

In three targets, we have live deployment to a local Tomcat server. This allows us to check this deployment problem off as complete.

This chapter presents the fundamental mapping options, explaining how classes and properties are mapped to tables and columns. We show and discuss how you can handle database identity and primary keys, and how various other metadata settings can be used to customize how Hibernate loads and stores objects. All mapping examples are done in Hibernate s native XML format, and with JPA annotations and XML descriptors, side by side. We also look closely at the mapping of fine-grained domain models, and at how properties and embedded components are mapped. First, though, we define the essential distinction between entities and value types, and explain how you should approach the object/relational mapping of your domain model.

Tomcat 4.x is installed on a remote server. The build file must deploy the WAR file it creates to this server. This is simply an extension of the previous problem. If you can deploy locally, then you can deploy remotely; all you need is a bit of remote access. The management interface of Tomcat works remotely, so the only extra work is the file copy to the server. This can be done with <ftp>, or by using <copy> if the client can mount the remote server s disk drive. Using FTP, the expanded WAR file can be copied up in one task declaration:

Entities are persistent types that represent first-class business objects (the term object is used here in its natural sense). In other words, some of the classes and types you have to deal with in an application are more important, which naturally makes others less important. You probably agree that in CaveatEmptor, Item is a more important class than String. User is probably more important than Address. What makes something important Let s look at the issue from a different perspective.

<target name="ftp-warfile" depends="makewar" if="ftp.login" > <ftp server="${target.server}" remotedir="${ftp.remotedir}" userid="${ftp.login}" password="${ftp.password}" depends="true" binary="true" verbose="true" ignoreNoncriticalErrors="true" > <fileset dir="${warfile.asdir}" /> </ftp> </target>

A major objective of Hibernate is support for fine-grained domain models, which we isolated as the most important requirement for a rich domain model. It s one reason why we work with POJOs. In crude terms, fine-grained means more classes than tables. For example, a user may have both a billing address and a home address. In the database, you may have a single USERS table with the columns BILLING_STREET, BILLING_CITY, and BILLING_ZIPCODE, along with HOME_STREET, HOME_CITY, and HOME_ZIPCODE. (Remember the problem of SQL types we discussed in chapter 1 ) In the domain model, you could use the same approach, representing the two addresses as six string-valued properties of the User class. But it s much better to model this using an Address class, where User has the billingAddress and homeAddress properties, thus using three classes for one table. This domain model achieves improved cohesion and greater code reuse, and it s more understandable than SQL systems with inflexible type systems. In

the past, many ORM solutions didn t provide especially good support for this kind of mapping. Hibernate emphasizes the usefulness of fine-grained classes for implementing type safety and behavior. For example, many people model an email address as a string-valued property of User. A more sophisticated approach is to define an EmailAddress class, which adds higher-level semantics and behavior it may provide a sendEmail() method. This granularity problem leads us to a distinction of central importance in ORM. In Java, all classes are of equal standing all objects have their own identity and lifecycle. Let s walk through an example.