Linux错误注入框架测试直接内存访问地址错误的局限性

Roberto Jung Drebes, T. Nanya
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引用次数: 5

摘要

设备驱动程序可以作为大多数操作系统(OS)错误的来源进行跟踪。Linux内核包含一个故障注入框架,开发人员可以使用它实现简单的故障注入工具来测试设备驱动程序。本文介绍了应用错误注入框架注入DMA地址错误的结果。我们的实验表明,当注入的错误到达设备驱动程序时,如果错误注入活动期望错误到达硬件I/O设备,例如在尝试测试IOMMU实现时,DMA的异步性质使得框架不适合这种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Limitations of the Linux Fault Injection Framework to Test Direct Memory Access Address Errors
Device drivers can be traced as the source of most operating system (OS) bugs. The Linux kernel includes a fault injection framework which developers can use to implement simple fault injection tools to test device drivers. This paper presents our results in applying the fault injection framework to inject DMA address errors. Our experiments show that while the injected errors reach the device driver, the asynchronous nature of DMA makes the framework an ill-suited approach if the fault injection campaign expects the errors to reach the hardware I/O devices, as when trying to test IOMMU implementations.
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