一种基于虚拟化的跨平台可逆调试器

Liming Wang, Xiyang Liu, Ailong Song, Lin Xu, Tao Liu
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引用次数: 8

摘要

在嵌入式系统开发中,跨平台调试可以使软件调试和硬件平台开发同时进行,大大加快了开发周期。反向执行可以将程序向后运行到历史点,可以为程序员提供一种快速定位程序故障原因的有用方法。本文提出了一种用于交叉调试的可逆调试框架,并基于PORD在X86/Linux平台上实现了一个名为跨平台可逆调试器(RDXP)的原型可逆调试器。评估结果表明,RDXP提供了一个高效、便携的软件调试环境,运行速度和内存消耗合理。
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An Effective Reversible Debugger of Cross Platform Based on Virtualization
Cross platform debugging can make the software debugging and hardware platform developing work simultaneity in embedded system development, which accelerates the development lifecycle dramatically. Reverse execution can run program backward to historic points, may provide programmers with a useful approach of fast locating the cause of the program failure. In this paper, we propose a reversible debugging framework for cross debugging and implement a prototype reversible debugger called Reversible Debugger for Cross Platform (RDXP) on X86/Linux platform based on PORD. The evaluation shows that RDXP provides an efficient and portable software debugging environment with reasonable speed and memory consumption.
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