Product-line analysis cookbook: a classification system for complex analysis toolchains

D. Ferreira, Vasil L. Tenev, Martin Becker
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引用次数: 1

Abstract

Adopting Product Line Engineering (PLE) approaches in the context of software-intensive systems reduces overall development and maintenance costs, reduces time to market and leads to an overall improvement in product quality. The Software and System Product Line (SPL) community has provided a large number of different analysis approaches and tools, which were developed in different contexts, answer different questions, and can contribute to the fulfillment of different analysis goals. Typically, these analysis tools are initially developed as part of a research study, where they serve a specific purpose, e. g. for investigating the use of a new technology, or to demonstrate the transfer of methods from other fields. Generally, such purpose is aligned with a specific, but not explicitly stated, high-level goal. The pursuit of these goals requires holistic approaches, i. e. integrated toolchains and classification of analyses, which are documented as a centralized collection of wisdom. Therefore, we propose a classification system which describes existing analyses and reveals possible combinations, i. e. integrated toolchains, and provide first examples. This method supports the search for toolchains which address complex industrial needs. With the support of the SPL community, we hope to collaboratively document existing analyses and corresponding goals on an open platform.
产品线分析指南:复杂分析工具链的分类系统
在软件密集型系统的环境中采用产品线工程(PLE)方法可以降低总体开发和维护成本,缩短上市时间,并导致产品质量的全面改进。软件和系统产品线(SPL)社区提供了大量不同的分析方法和工具,它们是在不同的环境中开发的,回答不同的问题,并有助于实现不同的分析目标。通常,这些分析工具最初是作为研究的一部分开发的,它们服务于特定的目的,例如调查新技术的使用,或演示从其他领域转移的方法。一般来说,这样的目的与一个特定的、但没有明确说明的高级目标是一致的。对这些目标的追求需要整体的方法,即集成的工具链和分析的分类,它们被记录为一个集中的智慧集合。因此,我们提出了一个分类系统,它描述了现有的分析并揭示了可能的组合,即集成工具链,并提供了第一个例子。该方法支持搜索满足复杂工业需求的工具链。在SPL社区的支持下,我们希望在开放平台上协作地记录现有的分析和相应的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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