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A marshalling endpoint requires both the marshaller and unmarshaller properties to be set. Usually, you can specify a single marshaller for both properties. For Castor, you declare a CastorMarshaller bean as the marshaller. <beans ...> ... <bean id="temperatureEndpoint" class="com.apress.springenterpriserecipes.weather.Temperature MarshallingEndpoint"> <property name="marshaller" ref="marshaller" /> <property name="unmarshaller" ref="marshaller" /> <property name="weatherService" ref="weatherService" /> </bean> <bean id="marshaller" class="org.springframework.oxm.castor.CastorMarshaller"> <property name="mappingLocation" value="classpath:mapping.xml" /> </bean> </beans> Note that Castor requires a mapping configuration file to know how to map objects to and from XML documents. You can create this file in the classpath root and specify it in the mappingLocation property (e.g., mapping.xml). The following Castor mapping file defines the mappings for the GetTemperaturesRequest, GetTemperaturesResponse, and TemperatureInfo classes: <!DOCTYPE mapping PUBLIC "-//EXOLAB/Castor Mapping DTD Version 1.0//EN" "http://castor.org/mapping.dtd"> <mapping> <class name="com.apress.springenterpriserecipes.weather.GetTemperaturesRequest"> <map-to xml="GetTemperaturesRequest" ns-uri="http://springenterpriserecipes.apress.com/weather/schemas" /> <field name="city" type="string"> <bind-xml name="city" node="element" /> </field> <field name="dates" collection="arraylist" type="string" handler="com.apress.springenterpriserecipes.weather.DateFieldHandler"> <bind-xml name="date" node="element" /> </field> </class> <class name="com.apress.springenterpriserecipes.weather. GetTemperaturesResponse"> <map-to xml="GetTemperaturesResponse" ns-uri="http://springenterpriserecipes.apress.com/weather/schemas" /> <field name="temperatures" collection="arraylist" type="com.apress.springenterpriserecipes.weather.TemperatureInfo"> <bind-xml name="TemperatureInfo" node="element" /> </field> </class>

Another auto proxy creator implementation is DefaultAdvisorAutoProxyCreator. Note that there s nothing you have to configure for this auto proxy creator. It will automatically check for each bean with each advisor declared in the IoC container. If any of the beans is matched by an advisor s pointcut, DefaultAdvisorAutoProxyCreator will automatically create a proxy for it. <bean class="org.springframework.aop.framework.autoproxy. DefaultAdvisorAutoProxyCreator" /> However, you must use this auto proxy creator with great care, as it may advise beans that you don t expect to be advised.

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In this chapter, you have learned the importance of modularizing crosscutting concerns in an application. This kind of concern is often hard to modularize with the traditional objectoriented approach. Non-modularized crosscutting concerns will cause code tangling and code scattering problems. Dynamic proxy can help to modularize crosscutting concerns, but it s too demanding for an application developer to use directly. However, it is one of the core implementation technologies for Spring AOP . AOP is a complement to OOP that specializes in modularizing crosscutting concerns. It defines a set of high-level concepts such as advice and pointcut for application developers to express their crosscutting concerns. An advice encapsulates the action to take at a particular program execution point. Classic Spring AOP supports four types of advice: before, after returning, after throwing, and around. To apply your advices to a bean in the Spring IoC container, you have to create a proxy by using ProxyFactoryBean. A pointcut usually appears as an expression that matches certain program execution points to apply advices. In classic Spring AOP, a pointcut is declared as a Spring bean and associated with an advice by an advisor. When using classic Spring AOP you need to create a proxy for each bean to be advised. , Spring provides auto proxy creators to create proxies for your beans automatically. With auto proxy creators, you no longer need to create proxies with ProxyFactoryBean manually. In the next chapter, you will learn the new Spring 2.x AOP approach and its support for the AspectJ framework.

<class name="com.apress.springenterpriserecipes.weather.TemperatureInfo"> <map-to xml="TemperatureInfo" ns-uri="http://springenterpriserecipes.apress.com/weather/schemas" /> <field name="city" type="string"> <bind-xml name="city" node="attribute" /> </field> <field name="date" type="string" handler="com.apress.springenterpriserecipes.weather.DateFieldHandler"> <bind-xml name="date" node="attribute" /> </field> <field name="min" type="double"> <bind-xml name="min" node="element" /> </field> <field name="max" type="double"> <bind-xml name="max" node="element" /> </field> <field name="average" type="double"> <bind-xml name="average" node="element" /> </field> </class> </mapping> Remember that for each class mapping, you must specify the namespace URI for the element. Besides, for all the date fields, you have to specify a handler to convert the dates with a particular date format. The handler is implemented as shown following: package com.apress.springenterpriserecipes.weather; ... import org.exolab.castor.mapping.GeneralizedFieldHandler; public class DateFieldHandler extends GeneralizedFieldHandler { private DateFormat format = new SimpleDateFormat("yyyy-MM-dd"); public Object convertUponGet(Object value) { return format.format((Date) value); } public Object convertUponSet(Object value) { try { return format.parse((String) value); } catch (ParseException e) { throw new RuntimeException(e); } } public Class getFieldType() { return Date.class; } }

n this chapter, you will learn Spring 2x AOP usage and some advanced AOP topics, such as advice precedence and introduction The usage of the Spring AOP framework has changed significantly from version 1x to 2x This chapter focuses on the new Spring AOP approach, which enables you to write more powerful and compatible aspects Moreover, you will learn how to use the AspectJ framework in Spring applications In the last chapter, you learned how classic Spring AOP works through a set of proprietary Spring AOP APIs In Spring version 2x, you can write your aspects as POJOs with either AspectJ annotations or XML-based configurations in the bean configuration file As these two types of configurations have the same effect indeed, most of this chapter will focus on AspectJ annotations while describing XML-based configurations for comparison s sake.

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