基于面向方面的代码注入的用于聚合IMS/Web应用服务器的声明式身份验证和授权框架

Luis López Fernández, Micael Gallego Carrillo
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引用次数: 1

摘要

将安全性整合到大型Java应用程序中是一项棘手且有时很困难的任务,这可能会增加代码复杂性、开发成本和不可维护性。由于这些原因,出现了一些框架,它们通过方面编织以声明性的方式促进安全过程(即身份验证和授权)的包含。在这种情况下,ACEGI是目前被成千上万的大型web应用程序使用的参考框架。然而,在处理SIP/IMS开发时却没有这样的框架。在这个方向上,本文的目标是介绍ACEGI的扩展,它使开发人员能够无缝地使用这个强大的框架来创建基于SIP的安全Java应用程序。这种方法有许多优点,包括可以很容易地将授权和身份验证过程合并到SIP/IMS应用程序中,并且我们可以使用相同的安全框架来开发聚合的SIP/Web安全应用程序,而无需复制安全代码。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A declarative authentication and authorization framework for convergent IMS/Web application servers based on aspect oriented code injection
Incorporating security to large Java applications is a tricky and sometimes difficult task, which may increase code complexity, development costs and unmaintainability. For these reasons, some frameworks are emerging which facilitate the inclusion of security processes (i.e. authentication and authorization) in a declarative way through aspect weaving. In this context, ACEGI is the reference framework being used today by thousands of large web applications. However, there is not such a framework when dealing with SIP/IMS development. In this direction, the objective of this paper is to present an extension of ACEGI, which enables developers a seamless use of this powerful framework for creating secured Java applications based on SIP. This approach has a number of advantages including the fact that authorization and authentication processes can be incorporated easily into SIP/IMS applications and that we can use the same security framework for developing convergent SIP/Web secured applications without the need of duplicating the security code.
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