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In addition to bean registration, the Spring IoC container is also responsible for managing the life cycle of your beans, and it allows you to perform custom tasks at particular points of their life cycle. Your tasks should be encapsulated in callback methods for the Spring IoC container to call at a suitable time. The following list shows the steps through which the Spring IoC container manages the life cycle of a bean. This list will be expanded as more features of the IoC container are introduced. 1. Create the bean instance either by a constructor or by a factory method. 2. Set the values and bean references to the bean properties. 3. Call the initialization callback methods. 4. The bean is ready to be used. 5. When the container is shut down, call the destruction callback methods. There are three ways that Spring can recognize your initialization and destruction callback methods. First, your bean can implement the InitializingBean and DisposableBean life cycle interfaces and implement the afterPropertiesSet() and destroy() methods for initialization and destruction. Second, you can set the init-method and destroy-method attributes in the bean declaration and specify the callback method names. In Spring 2.5, you can also annotate the initialization and destruction callback methods with the life cycle annotations @PostConstruct and @PreDestroy, which are defined in JSR-250: Common Annotations for the Java Platform. Then you can register a CommonAnnotationBeanPostProcessor instance in the IoC container to call these callback methods.

To understand how the Spring IoC container manages the life cycle of your beans, let s consider an example involving the checkout function. The following Cashier class can be used to check out the products in a shopping cart. It records the time and the amount of each checkout in a text file. package com.apress.springrecipes.shop; ... public class Cashier { private String name; private String path; private BufferedWriter writer; public void setName(String name) { this.name = name; }

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means that the client doesn t have to handle this type of exception, and it doesn t know that the service is implemented by an EJB component. The business interface for postage calculation is shown following: package com.apress.springenterpriserecipes.post; public interface PostageService { public double calculatePostage(String country, double weight); } Now, in FrontDeskImpl, you can define a setter method for the PostageService business interface to let Spring inject the service implementation so that your FrontDeskImpl will no longer be EJB specific. Later, if you reimplement the PostageService interface with another technology (SOAP, RMI, Hessian/ Burlap, Flash AMF, etc), you won t need to modify a single line of code. package com.apress.springenterpriserecipes.post; public class FrontDeskImpl implements FrontDesk { private PostageService postageService; public void setPostageService(PostageService postageService) { this.postageService = postageService; } public double calculatePostage(String country, double weight) { return postageService.calculatePostage(country, weight); } } Spring offers the proxy factory bean SimpleRemoteStatelessSessionProxyFactoryBean to create a local proxy for a remote stateless session bean. <beans xmlns="http://www.springframework.org/schema/beans" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.springframework.org/schema/beans http://www.springframework.org/schema/beans/spring-beans-3.0.xsd"> <bean id="postageService" class="org.springframework.ejb.access.SimpleRemoteStatelessSession ProxyFactoryBean"> <property name="jndiEnvironment"> <props> <prop key="java.naming.factory.initial"> org.apache.openejb.client.RemoteInitialContextFactory </prop> <prop key="java.naming.provider.url"> ejbd://localhost:4201 </prop> </props> </property> <property name="jndiName" value="PostageServiceRemoteHome" /> <property name="businessInterface" value="com.apress.springenterpriserecipes.post.PostageService" /> </bean>

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