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For the sake of a clearer comparison with classic Spring AOP the calculator sample used in the , last chapter will continue to be used. Recall that you defined the following interfaces for your calculator application: package com.apress.springrecipes.calculator; public interface ArithmeticCalculator { public public public public } package com.apress.springrecipes.calculator; public interface UnitCalculator { public double kilogramToPound(double kilogram); public double kilometerToMile(double kilometer); } Then you provided an implementation for each interface with println statements to let you know when the methods are executed. package com.apress.springrecipes.calculator; public class ArithmeticCalculatorImpl implements ArithmeticCalculator { public double add(double a, double b) { double result = a + b; System.out.println(a + " + " + b + " = " + result); double double double double add(double sub(double mul(double div(double a, a, a, a, double double double double b); b); b); b);

By extending a Spring-WS base endpoint class, your endpoint class will be bound to the Spring-WS class hierarchy, and each endpoint class will only be able to handle one type of web service request.

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return result; } public double sub(double a, double b) { double result = a - b; System.out.println(a + " - " + b + " = " + result); return result; } public double mul(double a, double b) { double result = a * b; System.out.println(a + " * " + b + " = " + result); return result; } public double div(double a, double b) { if (b == 0) { throw new IllegalArgumentException("Division by zero"); } double result = a / b; System.out.println(a + " / " + b + " = " + result); return result; } } package com.apress.springrecipes.calculator; public class UnitCalculatorImpl implements UnitCalculator { public double kilogramToPound(double kilogram) { double pound = kilogram * 2.2; System.out.println(kilogram + " kilogram = " + pound + " pound"); return pound; } public double kilometerToMile(double kilometer) { double mile = kilometer * 0.62; System.out.println(kilometer + " kilometer = " + mile + " mile"); return mile; } } To enable AspectJ annotation support for this application, you just define an empty XML element, <aop:aspectj-autoproxy>, in your bean configuration file. Moreover, you must add the aop schema definition to your <beans> root element. When the Spring IoC container notices the <aop:aspectj-autoproxy> element in your bean configuration file, it will automatically create proxies for your beans that are matched by your AspectJ aspects.

Spring-WS supports annotating an arbitrary class as a service endpoint by the @Endpoint annotation, without extending a framework-specific class. You can also group multiple handler methods in an endpoint class so that it can handle multiple types of web service requests.

s Note To use AspectJ annotations in your Spring application, you have to include the AspectJ libraries

(aspectjrt.jar and aspectjweaver.jar, located in the lib/aspectj directory of the Spring installation) and their dependencies (asm-2.2.3.jar, asm-commons-2.2.3.jar, and asm-util-2.2.3.jar, located in the lib/asm directory) in your classpath.

For example, you can annotate your temperature endpoint with the @Endpoint annotation so that it doesn t need to extend a Spring-WS base endpoint class. The signature of the handler methods can also be more flexible. package com.apress.springenterpriserecipes.weather; ... import org.springframework.ws.server.endpoint.annotation.Endpoint; import org.springframework.ws.server.endpoint.annotation.PayloadRoot; @Endpoint public class TemperatureMarshallingEndpoint { private static final String namespaceUri = "http://springenterpriserecipes.apress.com/weather/schemas"; private WeatherService weatherService; public void setWeatherService(WeatherService weatherService) { this.weatherService = weatherService; } @PayloadRoot( localPart = "GetTemperaturesRequest", namespace = namespaceUri)

An iteration is a small part of a project that contains all of the steps required to design and build a portion of the software. It starts by choosing a set of features to add during the course of the iteration. The high-level design is extended and adjusted to accommodate the new features. Once the features have been developed and tested, the developers can integrate and evaluate an updated version of the software. The idea of developing software in a series of iterations is common to all of the agile methodologies, but Crystal goes even further than that. It requires the delivery of running, tested code to the users on a regular basis, from weekly to quarterly depending on the length of the project and the ease of deployment. Iterations are important to avoid the situation, illustrated in the case study, where the status of the software becomes apparent only at the very end of the project, when it s too late to do anything about it. By integrating and testing the software on a more frequent basis, you ensure that problems can be discovered and resolved at an earlier stage, before they have a chance to grow too big.

<beans xmlns="http://www.springframework.org/schema/beans" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:aop="http://www.springframework.org/schema/aop" xsi:schemaLocation="http://www.springframework.org/schema/beans http://www.springframework.org/schema/beans/spring-beans-2.5.xsd http://www.springframework.org/schema/aop http://www.springframework.org/schema/aop/spring-aop-2.5.xsd"> <aop:aspectj-autoproxy /> <bean id="arithmeticCalculator" class="com.apress.springrecipes.calculator.ArithmeticCalculatorImpl" /> <bean id="unitCalculator" class="com.apress.springrecipes.calculator.UnitCalculatorImpl" /> </beans> Actually, this element will register AnnotationAwareAspectJAutoProxyCreator behind the scenes, which works in a similar way to the auto proxy creators introduced in 5, such as BeanNameAutoProxyCreator and DefaultAdvisorAutoProxyCreator.

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