持续的软件性能评估:在每次构建中检测软件库的性能问题

Christoph Laaber
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引用次数: 7

摘要

软件性能的下降对公司和开发人员来说代价高昂,但很难持续评估。允许对软件库进行持续性能评估的策略是软件微基准测试,它面临诸如执行时间过长和不可靠的结果等问题,这些问题阻碍了在持续集成中广泛采用。在我的研究中,我想开发一种技术,通过利用云基础设施和减少执行时间的技术,将软件微基准测试纳入持续集成。这将允许评估每个构建的性能,从而在它们发布之前捕获性能问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Continuous software performance assessment: detecting performance problems of software libraries on every build
Degradation of software performance can become costly for companies and developers, yet it is hardly assessed continuously. A strategy that would allow continuous performance assessment of software libraries is software microbenchmarking, which faces problems such as excessive execution times and unreliable results that hinder wide-spread adoption in continuous integration. In my research, I want to develop techniques that allow including software microbenchmarks into continuous integration by utilizing cloud infrastructure and execution time reduction techniques. These will allow assessing performance on every build and therefore catching performance problems before they are released into the wild.
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