Understanding Performance Concerns in the API Documentation of Data Science Libraries

Yida Tao, Jiefang Jiang, Yepang Liu, Zhiwu Xu, S. Qin
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引用次数: 3

Abstract

The development of efficient data science applications is often impeded by unbearably long execution time and rapid RAM exhaustion. Since API documentation is the primary information source for troubleshooting, we investigate how performance concerns are documented in popular data science libraries. Our quantitative results reveal the prevalence of data science APIs that are documented in performance-related context and the infrequent maintenance activities on such documentation. Our qualitative analyses further reveal that crowd documentation like Stack Overflow and GitHub are highly complementary to official documentation in terms of the API coverage, the knowledge distribution, as well as the specific information conveyed through performance-related content. Data science practitioners could benefit from our findings by learning a more targeted search strategy for resolving performance issues. Researchers can be more assured of the advantages of integrating both the official and the crowd documentation to achieve a holistic view on the performance concerns in data science development.
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理解数据科学库API文档中的性能关注点
高效数据科学应用程序的开发经常受到难以忍受的长时间执行和快速耗尽RAM的阻碍。由于API文档是故障排除的主要信息源,我们将研究如何在流行的数据科学库中记录性能问题。我们的定量结果揭示了在与性能相关的上下文中记录的数据科学api的普遍性,以及对此类文档的不频繁维护活动。我们的定性分析进一步表明,像Stack Overflow和GitHub这样的众包文档在API覆盖范围、知识分布以及通过与性能相关的内容传达的具体信息方面与官方文档具有很强的互补性。数据科学从业者可以通过学习更有针对性的搜索策略来解决性能问题,从而从我们的发现中受益。研究人员可以更加确信整合官方和大众文档的优势,以实现对数据科学发展中性能问题的整体看法。
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