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An interesting question that might have already crossed your mind is what would happen if you specified default, class-, and method-level interceptors for a specific target method (yes, this is perfectly legal). In which order do you think the interceptors would be triggered Somewhat counterintuitive to how Java scoping typically works, the interceptors are called from the larger scope to the smaller scope. That is, the default interceptor is triggered first, then the class-level interceptor, and finally the methodlevel interceptor. Figure 5.4 shows this behavior. If more than one interceptor is applied at any given level, they are executed in the order in which they are specified. In our ActionBazaarLogger and BidStatisticsTracker example, the ActionBazaarLogger is executed first since it appears first in the comma-separated list in the @Interceptors annotation:

6.1 Sending a publish/subscribe JMS message 6.3 Creating a message-driven Enterprise JavaBean 7.8 Securing a message-driven bean

@Interceptors({ActionBazaarLogger.class, BidStatisticsTracker.class})

Similar to the session facade, the business object implementation shows some nonmodularized concerns: EJB technology dependency through the implementation of the EntityBean interface (lines 15, 26, 111). Implementation and management of references (here a collection) towards other EJBs (lines 24, 33, 233). Database access, more generally persistence management (lines 27, 71, 81, 96, 105, 148), since it is a bean-managed persistence (BMP) EJB and not a container-managed persistence (CMP) EJB.

Unfortunately, the only way to alter this execution order is to use the interceptor-order element in the deployment descriptor; there are no annotations for changing interceptor order. However, you can disable interceptors at the default or class levels if you need to. Applying the @javax.interceptor.ExcludeDefaultInterceptors annotation on either a class or a method disables all default interceptors on the class or method. Similarly the @javax.interceptor.ExcludeClassInterceptors annotation disables class-level interceptors for a method. For example, both default and class-level interceptors may be disabled for the addBid method using the following code:

You want to create a message-driven bean to contain business logic that will be triggered by a JMS message.

Figure 5.4 The order in which business method interceptors are invoked. Default interceptors apply to all methods of all EJBs in an ejb-jar package. Class-level interceptors apply to all methods of a specific class. Method-level interceptors apply to one specific method in a class. Default application-level interceptors are invoked first, then class-level interceptors, then method-level interceptors.

@ExcludeClassInterceptors public void addBid (...

comparing AspectJ/JAC/JBoss AOP, 137 constructor interception, 126 creating and configuring beans, 114 117 Dependency Injection, 113, 117 description, 113, 135 disadvantages, 135 improving in the future, 135 interceptors, 121, 125, 126 introduction advice, 129 introduction to Spring AOP, 120 122 Inversion of Control (IoC), 113 mix ins, 129 pointcuts, 120, 122 126 proxy factory, 133 singletons, 116, 117 throws advice, 127 128 XML elements for data, 118 119 Spring, AOP Alliance framework, 64 SQLAccount aspect, 242, 246 sqrt method implementing preconditions, 174 stack tag, jboss-aop.xml, 99 stack-ref tag, jboss-aop.xml file, 99 state invariant, 179 static block execution joinpoint type comparing AOP tools, 141 staticinitialization joinpoint type, AspectJ, 42 Stats class Chain of Responsibility pattern, AspectJ, 166 167 Command pattern, AspectJ, 163 164 creating manageable resource with an aspect, 197 Observer pattern, AspectJ, 159 160 Proxy pattern, AspectJ, 169 Singleton pattern, AspectJ, 155 Singleton pattern, JBoss AOP, 152 153 using JMX with AOP 194, 196 , StatsMBean interface, 202 storeAccount method, AccountBean class, 239 StringMonitor monitor type, MBeanServer, 193 structural tests, 180 Subject interface Observer pattern, 158 SunONE.properties file deploying sample application, 208 Supervision functions see Administration and Supervision functions Swing client organizing Java Swing client code, 217 218 sample application, 216 Swing GUI aspect, JAC, 81 82 synchronization aspect, JAC, 85 SynchronizationAC aspect, JAC, 85 system-level concerns, 10

5.3.4 Implementing business interceptors Like the EJB lifecycle callback methods that we discussed in chapters 3 and 4, business interceptors can be implemented either in the bean class itself or in separate classes. However, we recommend that you create interceptor methods external to the bean class, because that approach allows you to separate crosscutting concerns from business logic and you can share the methods among multiple beans. After all, isn t that the whole point of AOP As you can see in listing 5.2, following the general EJB 3 philosophy, an interceptor class is simply a POJO that may have a few annotations.