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<entity name = "Category" class = "Category" metadata-complete = "false"> <table name = "CATEGORIES" /> <sequence-generator name = "CATEGORY_SEQ_GEN" sequence-name = "CATEGORY_SEQ" allocation-size = "1" initial-value = "1"/> <exclude-default-listeners/> <exclude-superclass-listeners/> <attributes> <id name = "categoryId"> <column name = "CATEGORY_ID"/> <generated-value strategy = "SEQUENCE" generator = "CATEGORY_SEQ_GEN"/> </id> <basic name = "categoryName"> <column name = "CATEGORY_NAME"/> </basic> <basic name = "createDate"> <column name = "CREATE_DATE"/> </basic> <many-to-many name = "items" target-entity = "Item"> <cascade> <cascade-all/> </cascade> <join-table name = "CATEGORY_ITEMS"> <join-column name = "CATEGORY_ID" referenced-column-name = "CATEGORY_ID"/> <inverse-join-column name = "ITEM_ID" referenced-column-name = "ITEM_ID"/> </join-table> </many-to-many> </attributes> </entity> </entity-mappings>

<jvmarg value="-hotspot"/> <jvmarg value="-ms64m"/> <jvmarg value="-mx64m"/> <jvmarg value="-Djava.library.path=${java.library.path};${WL_HOME}/wlserver6.1/bin" /> <jvmarg value="-Dweblogic.RootDirectory=."/> <jvmarg value="-Dweblogic.Domain=bookdomain"/> <jvmarg value="-Dweblogic.Name=myserver"/> <jvmarg value="-Dbea.home=${WL_HOME}"/> <jvmarg value="-Dweblogic.management.password=dietcoke"/> <jvmarg value="-Djava.security.policy==./lib/weblogic.policy"/> </java> </target>

The orm.xml file defines the actual O/R mapping with XML for the entities packaged in an EAR. Listing 11.7 b shows how to define defaults for a persistence unit using the persistence-unit-defaults element. This element defines schema, catalog, and access, default entity listeners, and cascade type. We mentioned schema and catalog types in chapter 8 when we discussed the @Table and @SecondaryTable annotations. You can define the default values for the schema and catalog type in persistence-unit-defaults, and this can be overridden by each entity. The access type may either be FIELD or PROPERTY. In chapter 9 you learned that entity listeners can be defined to handle lifecycle callbacks for entities, and that a default listener for all entities in a persistence module can be defined by using the entity-listeners subelement in persistence-unit-defaults c. Use @ExcludeDefaultListener on the entity or a mapped superclass if you need to exclude the default entity listener. The name element d identifies the name of the entity and is the equivalent of the name in @Entity. This value is used in the from clause in JPQL queries. The other O/R mapping elements in orm.xml are somewhat self-explanatory, and we won t discuss them in detail. Table 11.5 lists the one-to-one mapping between the most often used annotations and their associated deployment descriptors. You ll probably notice immediately that the XML element is usually quite similar to its annotation cousin.

Annotations Grouped by Type Object type @Entity @MappedSuperClass @Embedded @Embeddable Table mapping @Table @SecondaryTable table entity

As you have seen, Spring allows the configuration of the bean primitive properties data with the value XML element and the configuration of the references with the ref element. Spring also supports collections (lists, sets, and maps) and data elements, as shown in the configuration in Listing 6-6.

Finally, the following target illustrates the stopTarget task supplied to the Cactus test. Like the previous target, this one is also supplied in the Cactus distribution. For both the start and stop targets, you need only supply pertinent parameter values.

Table 11.5 Mapping of persistence annotations to associated deployment descriptor elements (continued) Annotations Grouped by Type Query @NamedQuery @NamedNativeQuery @SqlResultsetMapping Primary key and column mapping @Id @IdClass @EmbeddedId @TableGenerator @SequenceGenerator @Column @PrimaryKeyJoinColumn @GeneratedValue Relationship mapping @ManyToMany @OneToOne @OneToMany @ManyToOne @JoinTable @JoinColumn @InverseColumn Listeners @ExcludeDefaultListeners @ExcludeSuperClassListeners @PreUpdate exclude-default-listeners exclude-superclass-listeners pre-update continued on next page many-to-many one-to-one one-to-many many-to-one join-table join-column inverse-join-column id id-class embedded-id table-generator sequence-generator column primary-key-join-column generated-value named-query named-native-query sql-result-set-mapping XML Element

Table 11.5 Mapping of persistence annotations to associated deployment descriptor elements (continued) Annotations Grouped by Type Listeners (continued) @PostUpdate @PrePersist @PostPersist @PreRemove @PostRemove @PostLoad post-update pre-persist post-persist pre-remove post-remove post-load XML Element

<target name="stop.weblogic.61"> <java classname="weblogic.Admin" fork="yes"> <classpath> <pathelement location="${WL_HOME}/wlserver6.1/lib/weblogic.sp.jar"/> <pathelement location="${WL_HOME}/wlserver6.1/lib/weblogic.jar"/> </classpath> <arg <arg <arg <arg line="-url t3://localhost:${test.port}"/> line="-username system"/> line="-password dietcoke"/> value="SHUTDOWN"/>

Manually performing O/R mapping using XML can be quite arduous, errorprone, and difficult to troubleshoot. You may want to investigate tools that will assist with this effort.