Research on Safety Level DCS Automated Test Method Based on Symbolic Execution

Yanjun Dai, Zhiqiang Wu, Jie Liu, Zhi Chen, Anhong Xiao, Zhaohui Liu
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Abstract

Nuclear power plant safety-level DCS (Distributed Control System) is the central nerve of the entire nuclear power plant, ensuring the safety and reliability of safety-level DCS application software is crucial. The safety-level DCS has to deal with different working conditions, and the corresponding DCS software has to perform different signal processing processes, and each processing process forms a software path. The safety-level DCS serves as a safety protection for nuclear power plants and requires the desired results for each path. Testing the path is an important way to ensure software reliability. This paper uses symbolic execution to do automated path testing of nuclear safety-level DCS application software, and gives a complete automated testing methods. This gives a new idea to automated testing of DCS software paths.
基于符号执行的安全等级DCS自动测试方法研究
核电站安全级DCS (Distributed Control System,集散控制系统)是整个核电站的中枢神经,保证安全级DCS应用软件的安全可靠至关重要。安全级DCS要处理不同的工况,相应的DCS软件要执行不同的信号处理过程,每个处理过程形成一个软件路径。安全级DCS作为核电站的安全保护,要求每条路径都达到预期的效果。路径测试是保证软件可靠性的重要手段。本文采用符号执行对核安全级DCS应用软件进行自动化路径测试,给出了一套完整的自动化测试方法。这为DCS软件路径的自动化测试提供了新的思路。
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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