使用基于SEcube™的模型驱动方法保护C/ c++应用程序

F. Gossen, Johannes Neubauer, B. Steffen
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引用次数: 5

摘要

在本文中,我们展示了使用C- ime(我们的C/ c++集成建模环境)的极端模型驱动设计的功能和灵活性,通过展示在C- ime中建模的应用程序可以如何轻松地使用硬件安全功能进行增强。实际上,我们的方法不需要对应用程序模型进行任何更改。相反,C-IME为代码生成器提供了一种专用的建模语言,它包含了一组基于SEcube™API实现的安全原语。在我们的案例研究中,我们将说明如何为待办事项列表管理应用程序建模所需的代码生成器。应该注意的是,这个代码生成器并不局限于所考虑的应用程序,但它可以用于保护在C-IME中建模的任何应用程序的文件处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Securing C/C++ applications with a SEcube™-based model-driven approach
In this paper we demonstrate the power and flexibility of extreme model-driven design using C-IME, our integrated modelling environment for C/C++ by showing how easily an application modelled in C-IME can be enhanced with hardware security features. In fact, our approach does not require any changes of the application model. Rather, C-IME provides a dedicated modelling language for code generators which embodies a palette of security primitives that are implemented based on the SEcube™ API. We will illustrate how the required code generator can be modelled for a to-do list management application in our case study. It should be noted that this code generator is not limited to the considered application but it can be used to secure the file handling of any application modelled in C-IME.
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