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Adding a home method to your home interfaces (home and local home) is no different than adding a regular business interface method except that the JavaDoc tag routes the method to the home interface. The @ejb.home-method JavaDoc tag has an optional attribute, view-type, which you can use to specify the home interfaces you want to add this method. The possible values are remote, local, and both. This recipe once again illustrates how XDoclet provides the easiest way to keep your interface synchronized with your EJB source. If you later add methods, such as a home method, to your bean source, another trip through the Ant build process will entirely regenerate your interfaces and keep them up to date.

In addition, the TopLink implementation provides several options for configuring this cache Review your vendor documentation to see whether it provides the ability to cache objects out of the box..

You can either cache entities or queries in the PersistenceUnit cache. When you retrieve some entities using a query, those entities will be cached. If you try to retrieve a cached entity by using the EntityManager s find method, then the entity instance will be returned from the cache. Typically, persistence providers store the entities in the cache using their identities, so you must use the find method to retrieve an entity by its primary key. If your EJB 3 persistence provider supports caching of entities in a PersistenceUnit cache, it is probably done with a vendor-specific name-value pair of properties in a configuration file. In the following example we are trying to cache 5000 instances of the Category entity in TopLink Essentials:

A new feature for EJB 2.0 applications is the ability to relate entity beans using relationships. This is similar to what you would find in any relational database. With EJB 2.0, you can create one-to-one, one-to-many, and many-to-many data relationships. The only drawback is that creating relationships requires large additions to the ejb-jar.xml file. Please read recipes 2.1 and 2.3 before using this recipe.

In these cases, the around advice code general form is preferred, and this explains why some approaches stick with around advice code only Note that in all AOP tools, a special construction is provided for delimiting the after and the before parts of around advice code This construction takes the form of a keyword (proceed) with AspectJ or a method call (proceed with JAC and Spring AOP, and invokeNext with JBoss AOP) This is, however, a minor difference, and the underlying semantics remain the same..

<persistence> <persistence-unit name = "actionBazaar"> ... <properties> <property name = "toplink.cache.type.Category" value = "CacheType.Softweak"/> <property name = "toplink.cache.size.Category" value = "5000"/> </properties> </persistence-unit> </persistence>

If you want to cache a query result, then you probably want to do it on a per-query basis, either stored in an external configuration or as a QueryHint for the query. Check your persistence provider documentation to determine how it supports the caching of queries. Here is an example of how TopLink Essentials can be used for caching in a named query using @QueryHint:

The following source shows a method that indicates a relationship between two entity beans. This method comes from the OwnerBean entity bean. Each OwnerBean entity bean is related unidirectly to a DataBean entity bean.

@NamedQuery( name = "findActiveCategory", query = "SELECT c FROM Category c WHERE c.status = Active", hints = {@QueryHint(name = "toplink.cache-usage", value = "CheckCacheOnly")} )

Finally, the major difference between AspectJ (language approach) and the other tools (framework approach) is that AspectJ provides typed advice. Indeed, in AspectJ, advice code can take well-typed parameters that are bound to some joinpoint contextual elements (e.g., parameters, targets, and callers). Well-typed advice code improves the program quality, readability, and performance (static binding). However, the advantages of typed advice code need to be balanced against the fact that it is not always possible to implement advice code in a typed way, especially when it has to perform generic functions on the base program (e.g., a persistence aspect should be applied generically on all the objects of the program and thus cannot be typed).

You can also provide a hint to refresh the cache from the database with a query like this:

Set<Category> category = (Category) em.createNamedQuery("findActiveCategory") .setHint("toplink.refresh", "true") .getResultList();

/** * @ejb.interface-method * @ejb.relation name="OwnerToData" relation-role="Owner" target-ejb="ch2.DataBean" */ public abstract Data getData();