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University of Stuttgart, Institute of Software Technology, Software Engineering Group, Germany, University of Applied Sciences Reutlingen, Herman Hollerith Center, Germany

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1 Papers

Scenario-based Evolvability Analysis of Service-oriented Systems: A Lightweight and Tool-supported Method

Topics: Service-Oriented Architectures (SOA); Service-Oriented Software Engineering; Architectural Design and Frameworks; Software and System Quality Management; Systems and Service Analysis and Design; Software and Service Maintenance and Evolution

Authors: Justus Bogner ¹ , Stefan Wagner ² and Alfred Zimmermann ³

Affiliations: ¹ University of Stuttgart, Institute of Software Technology, Software Engineering Group, Germany, University of Applied Sciences Reutlingen, Herman Hollerith Center, Germany , ² University of Stuttgart, Institute of Software Technology, Software Engineering Group, Germany , ³ University of Applied Sciences Reutlingen, Herman Hollerith Center, Germany

Digital Object Identifier: 10.5220/0009463902040215

Proceedings of ENASE 2020, ISBN: 978-989-758-421-3

Quick Abstract

Scenario-based analysis is a comprehensive technique to evaluate software quality and can provide more detailed insights than e.g. maintainability metrics. Since such methods typically require significant manual effort, we designed a lightweight scenario-based evolvability evaluation method. To increase efficiency and to limit assumptions, the method exclusively targets service- and microservice-based systems. Additionally, we implemented web-based tool support for each step. Method and tool were also evaluated with a survey (N=40) that focused on change effort estimation techniques and hands-on interviews (N=7) that focused on usability. Based on the evaluation results, we improved method and tool support further. To increase reuse and transparency, the web-based application as well as all survey and interview artifacts are publicly available on GitHub. In its current state, the tool-supported method is ready for first industry case studies.