Collaborative Research: SoD-TEAM: Designing Tests for Evolving Software Systems

0725190谢涛北卡罗来纳州立大学0725202奥索，亚历山德罗GA技术研究公司SOD团队：为不断发展的软件系统设计测试软件工件在其（通常很长）生命周期中不断发展，维护它们是软件开发中最昂贵的活动之一。相当大比例的维护成本是由于回归测试，其中包括软件修改后的重新测试，是维护的关键部分。 以往的回归测试研究主要集中在这一活动的效率，而很少强调已经放在评估和提高回归测试的有效性。本项目的目标是通过定义以下技术来填补这一空白：（1）确定一组软件变更的测试套件的充分性，以及（2）为设计和开发针对未充分执行的变更的测试用例提供自动化支持。为了实现这一目标，研究将执行三个主要任务：定义技术，联合收割机依赖和状态相关的信息，以产生回归测试需求的变化软件;定义技术的基础上开发测试用例，满足确定的要求，静态和动态分析;和评估的技术，通过严格的实验和工业案例研究中定义的项目。 这项研究直接解决了该计划的既定目标，通过针对技术的发展，可以改善的过程ofconstructing和修改软件密集型系统。

0725190Tao XieNorth Corolina State University0725202Orso, AlessandroGA Tech Research CorpSOD Team: Designing Tests for Evolving Software SystemsSoftware artifacts continue to evolve throughout their (often long) lifetime, and maintaining them is one of the most expensive activities in software development. A considerable percentage of maintenance costs are due to regression testing, which consists of retesting the software after it is modified and is a crucial part of maintenance. Previous research on regression testing has mostly focused on the efficiency of this activity, while little emphasis has been placed on assessing and improving regression-testing effectiveness. The goal ofthis project is to fill this gap through the definition of techniques for (1) determining the adequacy of a test suite with respect to a set of software changes, and (2) providing automated support for designing and developing test cases that target inadequately-exercised changes. To achieve this goal, the research will perform three main tasks: define techniques that combine dependence- and state-related information to generate regression-test requirements for changed software; define techniques based on static and dynamic analysis for developing test cases that satisfy the identified requirements; and evaluate the techniques defined in the project through rigorous experiments and industrial case studies. This research directly addresses the stated goals of this program by targeting the development of techniques that can improve the processes ofconstructing and modifying software-intensive systems.