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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, 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.

Using JDK Timer with Spring s Support First, Spring offers MethodInvokingTimerTaskFactoryBean for you to define a timer task that executes a single method of a particular object. This saves you the trouble of extending TimerTask. You can use the following task definition to replace the previous: <bean id="documentReplicationTask" class="org.springframework.scheduling. timer.MethodInvokingTimerTaskFactoryBean"> <property name="targetObject" ref="documentReplicator" /> <property name="targetMethod" value="replicate" /> </bean> Next, Spring allows you to configure the scheduling details of your task in the bean configuration file, through a ScheduledTimerTask instance that wraps a TimerTask instance. <bean id="scheduledDocumentReplicationTask" class="org.springframework.scheduling.timer.ScheduledTimerTask"> <property name="timerTask" ref="documentReplicationTask" /> <property name="delay" value="5000" /> <property name="period" value="60000" /> </bean> Finally, you can configure a TimerFactoryBean instance to create and set up a timer to run your ScheduledTimerTask instance. You can specify multiple tasks in this factory bean. <bean class="org.springframework.scheduling.timer.TimerFactoryBean"> <property name="scheduledTimerTasks"> <list> <ref local="scheduledDocumentReplicationTask" /> </list> </property> </bean>

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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.springenterpriserecipes.shop; ... public class Cashier { private String name; private String path; private BufferedWriter writer; public void setName(String name) { this.name = name; } public void setPath(String path) { this.path = path; } public void openFile() throws IOException { File logFile = new File(path, name + ".txt"); writer = new BufferedWriter(new OutputStreamWriter( new FileOutputStream(logFile, true))); }

Finally, let s take a quick look at risk management. A project risk is an uncertain event or condition that has consequences for the project for example, that poor weather will delay construction. The purpose of risk management is to identify, analyze, and respond to project risks. The PMBOK suggests four techniques for dealing with project risks: Risk acceptance: Allocate contingency time and/or funds that can be used to absorb the impact if one of the risks eventuates. Risk transference: Assign responsibility for the risks to another party. Risk avoidance: Find alternative processes that do not include these risks. Risk mitigation: Find ways to make the risks less likely to eventuate, or to reduce the impact when they do.

Now you can simply start your timer with the following Main class. In this way, you don t require a single line of code for scheduling tasks. package com.apress.springrecipes.replicator; import org.springframework.context.support.ClassPathXmlApplicationContext; public class Main { public static void main(String[] args) throws Exception { new ClassPathXmlApplicationContext("beans.xml"); } }

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