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Alistair Cockburn is the most humble of the methodologists. His Crystal methodologies come directly from years of interviewing teams to find out how they succeeded. He found that they largely ignored the formal methodologies that they d inherited, but delivered software successfully anyway. Crystal is his attempt to formulate and describe what it was that they actually did that worked so well. As a result, the Crystal methodologies are the most descriptive, and the least prescriptive, of the lot. They particularly emphasize tolerance of individual variation: each team interviewed did things slightly differently, yet they all succeeded. This makes Crystal particularly palatable and easy to apply. Crystal . . . aims to be a simple and tolerant set of rules that puts the project into the safety zone [Cockburn 2004]. This focus on tolerance comes from Cockburn s [1999] research into people s behavior in teams: People are communicating beings, doing best face-to-face, in person, with real-time question and answer. People have trouble acting consistently over time. People are highly variable, varying from day to day and place to place. People generally want to be good citizens, are good at looking around, taking initiative, and doing whatever is needed to get the project to work. These characteristics are why methodologies like Crystal avoid the rigid process definitions that were so prevalent in older methodologies. A process that can be represented on a flow chart is one that treats developers like

<beans ...> ... <bean id="aspectjAdvisor" class="org.springframework.aop.aspectj.AspectJExpressionPointcutAdvisor"> <property name="expression"> <value>execution(* *.*To*(..))</value> </property> <property name="advice"> <ref bean="loggingAroundAdvice" /> </property> </bean> <bean id="unitCalculatorProxy" class="org.springframework.aop.framework.ProxyFactoryBean"> <property name="target" ref="unitCalculator" /> <property name="interceptorNames"> <list> <value>aspectjAdvisor</value> </list> </property> </bean> </beans>

package com.apress.springenterpriserecipes.weather; ... public class GetTemperaturesResponse { private List<TemperatureInfo> temperatures; // Constructors, Getters and Setters ... } With the object model created, you can write a marshalling endpoint by extending the AbstractMarshallingPayloadEndpoint class. The core method defined in this class that you must override is invokeInternal(). In this method, you can access the request object, which is unmarshalled from the request message, as the method argument. Now all you have to do in this method is handle the request object and return the response object. Then it will be marshalled to the response XML message.

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When using classic Spring AOP you need to create a proxy for each bean to be advised and link , it with the target bean. As a result, there will be a large number of proxy beans declared in your bean configuration file.

Spring provides a facility called auto proxy creator to create proxies for your beans automatically. It is implemented as a bean post processor that will replace the target beans with the newly created proxies. With an auto proxy creator, you no longer need to create proxies manually with ProxyFactoryBean.

To create a service endpoint using Castor, you have to copy castor-1. 2.jar (located in the lib/castor directory of the Spring-WS installation) and xercesImpl-2.8.1.jar (located in lib/xerces) to the WEB-INF/lib directory.

Spring has two built-in auto proxy creator implementations for you to choose from. The first is BeanNameAutoProxyCreator, which requires a list of bean name expressions to be configured. In each bean name expression, you can use wildcards to match a group of beans. For example, the following auto proxy creator will create proxies for the beans whose names end with Calculator. Each of the proxies created will be advised by the advisors specified in the auto proxy creator.

package com.apress.springenterpriserecipes.weather; ... import org.springframework.ws.server.endpoint.AbstractMarshallingPayloadEndpoint; public class TemperatureMarshallingEndpoint extends AbstractMarshallingPayloadEndpoint { private WeatherService weatherService; public void setWeatherService(WeatherService weatherService) { this.weatherService = weatherService; } protected Object invokeInternal(Object requestObject) throws Exception { GetTemperaturesRequest request = (GetTemperaturesRequest) requestObject; List<TemperatureInfo> temperatures = weatherService.getTemperatures(request.getCity(), request.getDates()); return new GetTemperaturesResponse(temperatures); } }

mechanical components that perform fixed tasks over and over again. Human beings can work this way, but they re not very good at it. They function best when they can use their initiative and flexibility to adapt to an ever-changing situation. Cockburn realized that teams of different sizes need different strategies to manage their particular problems. He developed a family of methodologies to take account of these variations, which includes Crystal Clear for 2 to 8 developers, Crystal Yellow for 9 to 20, Crystal Orange for 21 to 50, and so on. The following seven properties are common to all of the methodologies:

<beans ...> ... <bean id="arithmeticCalculator" class="com.apress.springrecipes.calculator.ArithmeticCalculatorImpl" /> <bean id="unitCalculator" class="com.apress.springrecipes.calculator.UnitCalculatorImpl" /> <bean class="org.springframework.aop.framework.autoproxy. BeanNameAutoProxyCreator"> <property name="beanNames"> <list> <value>*Calculator</value> </list> </property> <property name="interceptorNames"> <list> <value>methodNameAdvisor</value> <value>regexpAdvisor</value> <value>aspectjAdvisor</value> </list> </property> </bean> </beans> In the Main class, you can simply get the beans by their original names even without knowing that they have been proxied. package com.apress.springrecipes.calculator; import org.springframework.context.ApplicationContext; import org.springframework.context.support.ClassPathXmlApplicationContext; public class Main { public static void main(String[] args) { ApplicationContext context = new ClassPathXmlApplicationContext("beans.xml"); ArithmeticCalculator calculator1 = (ArithmeticCalculator) context.getBean("arithmeticCalculator"); ... UnitCalculator calculator2 = (UnitCalculator) context.getBean("unitCalculator"); ... } }

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