Context: Developing software-intensive products or services involves utilising many artefacts that are either part of the offering or part of enabling their development. These artefacts, if valuable and used more than once by the development organisation, can be seen as assets such as test cases, code, requirements, and documentation. As such, assets are often reused, updated, and become a base or even necessity for product development and evolution over time, constituting an investment. Assets are not well understood beyond code-based ones in the area of technical debt. Thus most asset types are often overlooked, and their state, which is subject to degradation over time, has not been much studied. Method: To address the problem, we conducted industrial focus groups with five companies and a literature review. The results were analysed qualitatively and summarised in a taxonomy. Results: We created a structured, extendable taxonomy of assets. The taxonomy contains 57 assets. Conclusions: The taxonomy serves as foundations for defining and identifying assets as a concept. It provides the foundation for studies into asset degradation and subsequent asset management. The taxonomy also includes code-based assets and thus can be helpful in further research into investigating degradation and debt concepts.
翻译:开发软件密集型产品或服务涉及利用许多手工艺品,这些手工艺品是提供产品的一部分,或有助于其发展的一部分,这些手工艺品如果有价值,而且发展组织不止一次使用这些手工艺品,就可被视为试验案例、代码、要求和文件等资产。因此,资产往往被重新利用、更新,成为产品开发和逐步演变的基础,甚至成为必要基础,构成投资。资产在技术债务领域除了基于编码的资产之外,还远没有被充分理解。因此,大多数资产类型往往被忽视,而且其受长期影响的状况也未得到大量研究。方法:为解决这一问题,我们与五家公司进行了工业重点小组,并进行了文献审查。结果经过定性分析,并在分类学中作了总结。结果:我们创建了一种结构化的、可扩展的资产分类法。分类法包含57项资产。结论:分类法是界定和确定资产作为一个概念的基础。它为资产退化和随后资产管理的研究提供了基础。分类法还包括基于编码的资产,因此有助于进一步研究退化和债务概念。