IDE中的交互式生产性能反馈

Jürgen Cito, P. Leitner, M. Rinard, H. Gall
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引用次数: 15

摘要

由于开发环境和生产环境之间的差异,许多软件性能问题只有在软件进入生产环境之后才会被检测到。我们介绍了PerformanceHat,这是一个新系统,它使用来自生产执行的分析信息来开发适合集成到交互式开发环境中的全局性能模型。随着软件在开发环境中的变化,PerformanceHat能够增量地更新这个全局模型,这使得它能够提供近乎实时的性能结果预测,反映对生产环境的影响。我们将PerformanceHat作为Eclipse插件实现,并在20个专业软件开发人员使用我们的方法和代表性基线(Kibana)实现几个软件维护任务的受控实验中对其进行评估。我们的结果表明,使用PerformanceHat的开发人员在(1)检测性能问题和(2)找到问题的根本原因方面明显更快。这些结果提供了令人鼓舞的证据,证明我们的方法可以帮助开发人员在问题出现在生产环境之前,在开发过程中检测、预防和调试产品性能问题。
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Interactive Production Performance Feedback in the IDE
Because of differences between development and production environments, many software performance problems are detected only after software enters production. We present PerformanceHat, a new system that uses profiling information from production executions to develop a global performance model suitable for integration into interactive development environments. PerformanceHat's ability to incrementally update this global model as the software is changed in the development environment enables it to deliver near real-time predictions of performance consequences reflecting the impact on the production environment. We implement PerformanceHat as an Eclipse plugin and evaluate it in a controlled experiment with 20 professional software developers implementing several software maintenance tasks using our approach and a representative baseline (Kibana). Our results indicate that developers using PerformanceHat were significantly faster in (1) detecting the performance problem, and (2) finding the root-cause of the problem. These results provide encouraging evidence that our approach helps developers detect, prevent, and debug production performance problems during development before the problem manifests in production.
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