迈向持续质量:在DevOps中测量和评估依赖于特性的非功能需求

Philipp Haindl, Reinhold Plösch
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引用次数: 7

摘要

特别是在持续质量工程的环境中,软件质量模型能够被操作化并无缝地集成到项目的工具链中是至关重要的。此外,为了有效地指导DevOps中的工程工作,以确定最常用特性的质量,有必要在单个软件特性的级别上指定、度量和评估非功能需求。当前的软件质量模型缺乏彻底的可操作性,并且需要人工干预,例如从不同的系统中收集静态和可操作的度量,或者评估与特征相关的非功能需求的实现。在本文中,我们提出了我们对这些挑战的计划贡献,作为一个可操作的质量模型,通过通用DevOps工具链来度量、评估和评估依赖于功能的软件质量特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Continuous Quality: Measuring and Evaluating Feature-Dependent Non-Functional Requirements in DevOps
Specifically in the context of continuous quality engineering it is vital that software quality models can be operationalized and seamlessly integrated in the toolchains of the projects. Also, to effectively direct engineering efforts in DevOps to ascertain the quality of the most frequently used features it is necessary to specify, measure and evaluate non-functional requirements on the level of individual software features. Current software quality models lack thorough operationalization and require human interventions such as collecting static and operational measures from the different systems or evaluating the fulfillment of feature-dependent non-functional requirements. In this paper we present our planned contribution to these challenges as an operationalizable quality model to measure, assess and evaluate feature-dependent software quality characteristics throughout common DevOps toolchains.
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