以多面互动探索改进特色定位实践

Jinshui Wang, Xin Peng, Zhenchang Xing, Wenyun Zhao
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引用次数: 45

摘要

特征定位是一个以人为本的信息密集型过程。当使用现有工具执行特征定位任务时,开发人员经常感到很难制定准确的特征查询(例如,关键字)并确定返回结果的相关性。在本文中,我们提出了一种支持多方面交互式程序探索的特征定位方法。我们的方法自动从候选程序元素中提取和挖掘多个语法和语义方面。此外,它允许开发人员在集中的、多方面的智能搜索用户界面(UI)中交互式地对特性位置结果进行分组、排序和筛选。我们已经将我们的方法作为基于网络的工具MFIE实施,并进行了一项实验研究。结果表明,使用MFIE的开发人员完成特征定位任务的速度比使用常规Eclipse IDE的开发人员快32%,特征定位结果的质量(就F-measure而言)比使用常规Eclipse IDE的开发人员高51%。
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Improving feature location practice with multi-faceted interactive exploration
Feature location is a human-oriented and information-intensive process. When performing feature location tasks with existing tools, developers often feel it difficult to formulate an accurate feature query (e.g., keywords) and determine the relevance of returned results. In this paper, we propose a feature location approach that supports multi-faceted interactive program exploration. Our approach automatically extracts and mines multiple syntactic and semantic facets from candidate program elements. Furthermore, it allows developers to interactively group, sort, and filter feature location results in a centralized, multi-faceted, and intelligent search User Interface (UI). We have implemented our approach as a web-based tool MFIE and conducted an experimental study. The results show that the developers using MFIE can accomplish their feature location tasks 32% faster and the quality of their feature location results (in terms of F-measure) is 51% higher than that of the developers using regular Eclipse IDE.
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