AGATE,用于处理封装的基于访问图的工具

Gilles Ardourel, M. Huchard
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引用次数: 7

摘要

各种静态访问控制机制支持封装和模块化,这些机制管理实现隐藏并定义适合不同客户端配置文件的接口。编程语言使用许多非常不同的机制,这些机制的累积应用有时令人困惑,难以预测。此外,独立于编程语言理解和推理访问控制是相当困难的。提出了基于独立于语言的访问控制模型的工具来解决这些问题。这些工具通过访问可视化、访问设计要求检查和源代码生成来支持访问控制处理。我们相信这些工具对从设计到实现的访问控制的改进理解和增强使用的贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AGATE, access graph based tools for handling encapsulation
Encapsulation and modularity are supported by various static access control mechanisms that manage implementation hiding and define interfaces adapted to different client profiles. Programming languages use numerous and very different mechanisms, the cumulative application of which is sometimes confusing and hard to predict. Furthermore, understanding and reasoning about access control independently from the programming languages is quite difficult. Tools based on a language-independent model of access control are presented to address these issues. These tools support access control handling via visualisation of access, checking of design requirements on access and source code generation. We believe in the contribution of such tools for improving understanding and enhancing use of access control from design to implementation.
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