一句话：提出一种在 TESTAR 的 GUI 测试图中寻找最短失败复现路径的初步方法。
TESTAR 是一款基于 GUI 的自动化测试工具，在自动探索界面时进行动态分析，并在执行过程中生成测试序列。它把测试相关信息保存到图数据库中，可用遍历语言在测试中或测试后查询与遍历。由 TESTAR 发现的失败，其测试序列可能过长，给失败根因分析带来困难。本文提出一种初步方法，旨在从这些测试信息中找到能够复现该失败的最短路径，从而缩短并简化失败复现与后续调试。摘要未报告具体实验评估。
TESTAR is a tool for automated testing via the GUI. It uses dynamic analysis during automated GUI exploration and generates the test sequences during the execution. TESTAR saves all kind of information about the tests in a Graph database that can be queried or traversed during or after the tests using a traversal language. Test sequences leading to a failure can be excessively long, making the root-cause analysis of the failure difficult. This paper proposes an initial approach to find the shortest path to reproduce an error found by TESTAR
DOI 原文 ·
@inproceedings{paperbot5065,
title = {Finding the shortest path to reproduce a failure found by TESTAR},
author = {Olivia Rodriguez Valdes},
booktitle = {FSE},
year = {2019},
doi = {10.1145/3338906.3342496}
}