创建二进制重写工具的框架(短论文)

Jason Hiser, A. Nguyen-Tuong, M. Co, Benjamin D. Rodes, M. Hall, Clark L. Coleman, J. Knight, J. Davidson
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引用次数: 7

摘要

许多二进制级重写和检测系统的设计都是基于指定和实现应用程序程序员接口(API)来提供实现各种检测工具所需的功能。用户通过编写使用API实现提供的功能的代码来实现插装工具。本文描述了一种基于简单的低级语言SPRI实现功能强大的二进制电平检测系统的新方法。SPRI是一种简单的语言,用于指定要应用于二进制文件的编辑。它的简单性使SPRI成为二进制分析和仪器工具的理想目标语言。然后可以静态或动态地将SPRI规范应用于二进制文件,以插入所需的工具。为了演示这种方法的优点、灵活性和功能,本文介绍了一个示例仪器系统,该系统使用软件动态翻译器将spi指定的编辑应用于二进制文件,以及如何使用该系统的几个案例研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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A Framework for Creating Binary Rewriting Tools (Short Paper)
The design of many binary-level rewriting and instrumentation systems is based on specifying and implementing an application-programmer interface (API) to provide the necessary functionality for implementing various instrumentation tools. Users implement instrumentation tools by writing code that uses the functionality provided by the implementation of the API. This paper describes a novel approach for realizing powerful binary level instrumentation systems that is based on a simple, low-level language, called SPRI. SPRI is a simple language for specifying edits to apply to a binary. Its simplicity makes SPRI an ideal target language for binary analysis and instrumentation tools. A SPRI specification can then be applied to a binary statically or dynamically to insert the desired instrumentation. To demonstrate the advantages, flexibility, and power of this approach, the paper presents an exemplar instrumentation system that uses a software dynamic translator to apply SPRI-specified edits to a binary, along with several case studies of how the system has been used.
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