那么注解处理器将会产生业务接口。
The annotation processor will then generate the Business Interface.
编译过程中，注解都经由我们的注解处理器来处理。
During compilation the annotations are processed by our annotation processors.
该类将通过注解处理器得以运行，并且潜在的容器将会提供管道。
The class will be run through an annotations processor and the underlying container will provide the plumbing.
字节码转换：这些注解处理器解析带有注解的类文件并释放出修改过的类和新产生的类。
Bytecode Transformers: These annotation handlers parse the class files with Annotations and emit modified classes and newly generated classes.
使用Aspects作为一种实现注解处理器的方法，则是对它们的一种不同思考方法，不同于传统架构师的“横向关注点(crosscutting concerns)”视角的方法。
Using Aspects as a way to implement annotation handlers is a different way to think of them than as the traditional architect's "cross cutting concerns" view.
JAX - RPC存在很多局限性，最明显的就是JAX - RPC服务端点和处理器既不支持webservice注解，也不支持注入。
JAX-RPC suffers from a number of limitations, notably that neither web service annotations nor injection are supported for JAX-RPC service endpoints and handlers.
为MVC处理器中的HTTPheader访问引入了@RequestHeader注解
introduced @RequestHeader annotation for HTTP header access in MVC handlers
为MVC处理器中的HTTPheader访问引入了@RequestHeader注解
introduced @RequestHeader annotation for HTTP header access in MVC handlers
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