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Optimizing test case generation in glass box testing using Bio-inspired Algorithms

机译:使用生物启发算法在玻璃箱测试中优化测试用例生成

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Software testing is performed with the major intent of detecting errors and bugs in the software. It helps to analyze the stability, reliability and quality of the software which can be accomplished by suitable number of test data. In this paper, we propose an approach for automated test case generation process that aids in the generation of the test cases, using a control flow graph. We specifically focus on three Bio-inspired approaches viz. Genetic algorithm, Firefly Algorithm and the Bacterial Foraging algorithm techniques. We use these approaches for automatic generation of test data and then code coverage is done with these generated test data. Results carried out with these generated test data show that the Firefly algorithm and Bacterial foraging algorithm are effective in achieving better coverage of code over Genetic algorithm.
机译:执行软件测试的主要目的是检测软件中的错误和错误。它有助于分析软件的稳定性,可靠性和质量,这可以通过适当数量的测试数据来完成。在本文中,我们提出了一种自动测试用例生成过程的方法,该方法可使用控制流程图来辅助测试用例的生成。我们特别关注三种受生物启发的方法。遗传算法,萤火虫算法和细菌觅食算法技术。我们使用这些方法自动生成测试数据,然后使用这些生成的测试数据完成代码覆盖。用这些生成的测试数据进行的结果表明,萤火虫算法和细菌觅食算法在实现遗传算法上更好地覆盖代码方面是有效的。

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