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<p>The high demand for reliable and adaptable aircraft design software requires software development procedures to ensure its sustainability, maintainability, and robustness. Therefore, various processes are defined in the conceptual aircraft design software UNICADO (University Conceptual Aircraft Design and Optimization). This paper focuses on refactoring, testing, review, and coordination within a cross-national collaboration and answers how these procedures are implemented in UNICADO. The established processes include, e.g., the IMPACT method for the <i>refactoring</i>. With that, the source code and comment style are consistently structured and open tasks are uniformly tracked. The <i>testing</i> routine enables checking whether the code behaves as expected. It is initially automated on the integration test level. The <i>reviewing</i> serves as a final quality assurance. A standardized code review process and guidelines are established in the UNICADO project. Additionally, the <i>coordination</i> within the software development and between team members in a distributed collaboration operates with the help of the management platform <i>Phabricator</i>.</p>

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UNICADO software maintenance, revision, and management in a distributed collaboration

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年1月23日

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  • K. Mazur,
  • J. -M. Chrzan,
  • M. Zimmnau,
  • M. Hornung,
  • E. Stumpf

摘要

The high demand for reliable and adaptable aircraft design software requires software development procedures to ensure its sustainability, maintainability, and robustness. Therefore, various processes are defined in the conceptual aircraft design software UNICADO (University Conceptual Aircraft Design and Optimization). This paper focuses on refactoring, testing, review, and coordination within a cross-national collaboration and answers how these procedures are implemented in UNICADO. The established processes include, e.g., the IMPACT method for the refactoring. With that, the source code and comment style are consistently structured and open tasks are uniformly tracked. The testing routine enables checking whether the code behaves as expected. It is initially automated on the integration test level. The reviewing serves as a final quality assurance. A standardized code review process and guidelines are established in the UNICADO project. Additionally, the coordination within the software development and between team members in a distributed collaboration operates with the help of the management platform Phabricator.