Demonstration of a Toolchain for Feature Extraction, Analysis and Visualization on an Industrial Case Study

Sten Grüner, Andreas Burger, Hadil Abukwaik, Sascha El-Sharkawy, Klaus Schmid, T. Ziadi, Anton Paule, Felix Suda, A. Viehl
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引用次数: 2

Abstract

Transforming a clone-and-own (i.e., new product variants are created by copying and modifying existing artifacts) code structure and development process to a Software Product Line Engineering (PLE) approach is a tedious and error-prone task. Holistic tool support for such a process is highly desirable, especially to lower efforts and to speed up the transformation. Unfortunately, such a holistic toolchain for reverse engineering of variability, supporting variant-centric and platform-centric extraction approaches is not available. In this paper, we present a toolchain covering the first steps for moving a clone-and-own product development to a PLE approach. We validate the first prototype of the toolchain on a case study consisting of industrial firmware for smart motor controllers and we show that even this early prototype reduces time and effort for moving to a configurable platform approach in the sense of PLE.
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一个工业案例研究的特征提取、分析和可视化工具链演示
将“克隆并拥有”(例如,通过复制和修改现有工件创建新的产品变体)代码结构和开发过程转换为软件产品线工程(PLE)方法是一项乏味且容易出错的任务。对这样一个过程的整体工具支持是非常可取的,特别是为了降低工作量和加速转换。不幸的是,对于可变性的逆向工程,支持以变体为中心和平台为中心的提取方法,这样一个整体的工具链是不可用的。在本文中,我们提出了一个工具链,涵盖了将克隆和拥有的产品开发转移到PLE方法的第一步。我们在一个由智能电机控制器的工业固件组成的案例研究中验证了工具链的第一个原型,并且我们表明,即使是这个早期的原型也减少了在PLE意义上迁移到可配置平台方法的时间和精力。
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