This class allows creating a service proxy based on the interface and endpoint address and binding, which are built using information provided by the registry service.
这个类可以通过服务注册中心提供的接口，端点地址和绑定信息创建一个服务代理。
But one of the best features of AOP is that it comes in several different flavors and implementations (i.e., proxy-based, byte-code weaving etc...).
但是AOP最好的特性之一就是它可以有多种不同的风格和实现(例如，基于代理的，字节码编织等等……)。
Spring AOP unfortunately can't help us here simply because it is proxy-based and since our intercepting filters are already a part of a proxy infrastructure we simply cannot proxy the proxy.
不幸的是SpringAOP不能帮上忙，因为它是基于代理的，因此我们的拦截过滤器已经是代理基础架构的一部分了，我们不能代理这个代理（proxythe proxy）。
Spring 2.0 provides an additional option for @AspectJ aspects: Spring can use its proxy-based AOP runtime to apply such aspects to Spring beans.
Spring 2.0为@AspectJ切面提供一种额外的选择：Spring可以使用它的基于代理的AOP运行时来将这样的切面应用到Spring beans。
The performance overhead of a proxy-based approach can be an issue in a small minority of cases.
基于代理的方法的性能负载在少数案例中成为问题。
Ramnivas discussed the advantages and limitations of AspectJ weaving and proxy-based Spring AOP approach.
Ramnivas讨论了AspectJ织入和基于代理的SpringAOP方法的优势与不足。
In prototype, a new proxy-based overlay multicast system called Service Customizable overlay multicast system (SCOMS) is studied and implemented.
在原型系统方面，研究并实现了一个新的基于代理服务器的覆盖多播系统—服务可定制的覆盖多播系统(SCOMS)。
In prototype, a new proxy-based overlay multicast system called Service Customizable overlay multicast system (SCOMS) is studied and implemented.
在原型系统方面，研究并实现了一个新的基于代理服务器的覆盖多播系统—服务可定制的覆盖多播系统(SCOMS)。
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