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Annotation-driven transactions require less configuration than XML-declared transactions. Instead of the <tx:advice> element, you use the <tx:annotation-driven> element. Just add one line to your applicationContext.xml file (compare that to all of the lines of XML necessary to support <tx:advice>). Here it is: <tx:annotation-driven transaction-manager="txManager"/> That s it. You only need to add the element and associate it with a specific transaction manager that supports the ORM solution you choose for database persistence, as in this example: <bean id="txManager" class="org.springframework.orm.hibernate3.HibernateTransactionManager"> <property name="sessionFactory"><ref local="sessionFactory"/></property> </bean> Figure 8-1 illustrates the Spring bean wiring for annotation-driven transactions.

taxonomy_get_tree($vid, $parent, $depth, $max_depth)

7. In fact, your overlays will probably be much more influential, as they will be more complicated and weighty than the simpler marker overlay.

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Figure 8-1. Spring bean wiring with annotations You can see a complete example of using annotations in Listing 8-20, later in this chapter. This allows you to define transaction properties on the methods within your Spring beans. It cleans up your configuration quite a bit and allows you to concentrate where you would rather be working in your Spring code. Annotations allow you to define metadata within your code instead of configuration files. The <tx:annotation-driven> element directs Spring to look for the annotation @Transactional within all Spring beans loaded in context and advise the method with the defined advice. The advice transaction parameters are set on the @Transactional annotation. Listing 8-3 shows an example of a class that has been made transactional with annotations. Listing 8-3. Making ProductsServiceImpl Transactional with Annotations package com.af.core.services; import com.af.core.dao.ProductsDao; import com.af.core.domain.Product; import java.io.Serializable; import org.springframework.transaction.annotation.Propagation; import org.springframework.transaction.annotation.Transactional; @Transactional(propagation=Propagation.SUPPORTS, readOnly=true) public class ProductsServiceImpl implements Serializable, ProductsService { @Transactional(propagation=Propagation.REQUIRED, readOnly=true) public void insertProduct(Product product) { ecommerceHibernateDao.insertProduct(product); } } In Listing 8-3, the class is made transactional by defining a @Transactional annotation above the class definition. Within the class, the insertProduct() method was annotated as

Before you create your overlay, you should familiarize yourself with the GMapPane constants. GMapPane is a group of constants that define the various layers of the Google map, as represented in Figure 9-6.

This function generates a hierarchical representation of a vocabulary. The $vid parameter is the vocabulary ID of the vocabulary for which to generate the tree. You can specify the $parent parameter if you don t want the entire tree for a vocabulary and want only that part of the tree that exists under the term ID specified by $parent. The $depth parameter is for internal use and defaults to -1. The $max_depth parameter is an integer indicating the number of levels of the tree to return, and it defaults to NULL, indicating all levels. This function returns an array of term objects with depth and parent keys added. The depth key is an integer indicating the level of hierarchy at which the term exists in the tree, and the parents key is an array of term IDs of a term s parents. For example, let s get the results for the vocabulary shown in Table 14-3, which happens to be vocabulary ID 2: $vid = 2; print_r($taxonomy_get_tree($vid)); The results follow: Array ( [0] => stdClass Object ( [tid] => 1 [vid] => 2 [name] => Canada [description] => A mari usque ad mare. [weight] => 0 [depth] => 0 [parents] => Array ( [0] => 0 ) ) [1] => stdClass Object ( [tid] => 4 [vid] => 2 [name] => Ontario [description] => Ut incepit fidelis sic permanet. [weight] => 0

transactional with a propagation status of REQUIRED so it requires a transaction. Any other methods added to this class will support transactions due the propagation setting of SUPPORTS at the class level. You have the option to set the propagation setting to what is required for your methods. Annotations can also be added at the interface level to require that all implementations of a service be transactional. Listing 8-4 shows the interface for ProductsService made transactional. If you annotate at the interface or class level, all methods will be made transactional with the parameters you set. Listing 8-4. Annotating the ProductsService at the Interface Level package com.af.core.services; import com.af.core.domain.Product; import org.springframework.transaction.annotation.Propagation; import org.springframework.transaction.annotation.Transactional; @Transactional(propagation=Propagation.SUPPORTS, readOnly=true) public interface ProductsService { @Transactional(propagation=Propagation.REQUIRED, readOnly=false) void insertProduct(Product product); } We will use transactions in the upcoming examples in this chapter, which demonstrate how to use ORM frameworks to persist data.

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