一种精确的二进制翻译自修改代码缓存管理策略

Anzhan Liu, Wenqi Wang
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引用次数: 1

摘要

自修改代码在二进制翻译中存在潜在的问题。当原始源代码自己编写时,来自源代码的翻译代码块必须重新翻译。运行时必须精确地模拟自修改代码。为了提高自修改代码的翻译效率,本文设计并实现了一种新的自修改代码缓存管理策略ASCMS。ASCMS提供了对已翻译块的精确定位,而不是跟踪或整个代码缓存。通过仿真实验,ASCMS在二进制翻译中自修改码的能力提高了3.95倍。
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ASCMS: An Accurate Self-Modifying Code Cache Management Strategy in Binary Translation
Self-modifying code poses potential problems in binary translation. When the original source code had written by itself, the translated code block from source code must be retranslated. Self-modifying code must be accurately emulated by the runtime. To improve translation efficiency of self-modifying code, this paper design and realize a new policy named ASCMS for self-modifying code cache management. The ASCMS provides a precise positioning to a translated block, not to a trace or the whole code cache. Through the simulation experiments, The ASCMS has 3.95 times increase to self-modifying code in binary translation.
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