自动装置驱动合成与白蚁

L. Ryzhyk, P. Chubb, I. Kuz, Etienne Le Sueur, G. Heiser
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引用次数: 113

摘要

设备驱动程序故障会导致停机和数据丢失。这个问题可以通过改进的驱动程序开发过程来缓解,该过程可以保证构造的正确性。我们通过从设备接口的正式规范自动合成驱动程序来实现这一点,从而减少了人为错误对驱动程序可靠性的影响,并潜在地降低了开发成本。我们提出了一种混凝土驱动器合成方法和工具,称为白蚁。我们讨论了驱动程序合成的方法、技术和实际限制,并对使用我们的工具生成的Linux非平凡驱动程序进行了评估。我们表明,生成的驱动程序的性能与手动开发的等效驱动程序相当。此外,我们证明了设备规范可以在不同的操作系统之间重用,通过从Linux使用的相同规范为FreeBSD生成驱动程序。
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Automatic device driver synthesis with termite
Faulty device drivers cause significant damage through down time and data loss. The problem can be mitigated by an improved driver development process that guarantees correctness by construction. We achieve this by synthesising drivers automatically from formal specifications of device interfaces, thus reducing the impact of human error on driver reliability and potentially cutting down on development costs. We present a concrete driver synthesis approach and tool called Termite. We discuss the methodology, the technical and practical limitations of driver synthesis, and provide an evaluation of non-trivial drivers for Linux, generated using our tool. We show that the performance of the generated drivers is on par with the equivalent manually developed drivers. Furthermore, we demonstrate that device specifications can be reused across different operating systems by generating a driver for FreeBSD from the same specification as used for Linux.
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