Windows DDK的稳健性测试

Manuel Mendonça, N. Neves
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引用次数: 41

摘要

现代计算机与多种外部设备交互,这导致设备驱动程序(DD)占操作系统(OS)代码的很大一部分的状态。目前,大多数系统崩溃都可以归因于DD,因为它们的实现中包含了缺陷。在本文中,我们评估了Windows如何很好地保护自己免受来自故障驱动程序的错误输入。本研究考虑了三个Windows版本,Windows XP和2003 Server,以及未来的Windows版本Vista。我们的结果表明,一般来说,这些操作系统相当容易受到攻击,并且一些注入的错误会导致系统挂起或崩溃。此外,它们都以大致相同的方式处理错误的输入,这令人担忧,因为这意味着在下一个Windows Vista的DD架构中没有重大的健壮性增强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robustness Testing of the Windows DDK
Modern computers interact with many kinds of external devices, which have lead to a state where device drivers (DD) account for a substantial part of the operating system (OS) code. Currently, most of the systems crashes can be attributed to DD because of flaws contained in their implementation. In this paper, we evaluate how well Windows protects itself from erroneous input coming from faulty drivers. Three Windows versions were considered in this study, Windows XP and 2003 Server, and the future Windows release Vista. Our results demonstrate that in general these OS are reasonably vulnerable, and that a few of the injected faults cause the system to hang or crash. Moreover, all of them handle bad inputs in a roughly equivalent manner, which is worrisome because it means that no major robustness enhancements are to be expected in the DD architecture of the next Windows Vista.
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