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Comparing Software Architecture Descriptions and Raw Source-Code: A Statistical Analysis of Maintainability Metrics

机译:比较软件架构描述和原始源代码:可维护性度量的统计分析

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The software systems have been exposed to constant changes in a short period of time. It requires high maintainable systems and makes maintainability one of the most important quality attributes. In this work we performed a statistical analysis of maintainability metrics in three mainstream open-source applications, Tomcat (webserver), Jedit (text editor) and Vuze (a peer to peer client). The metrics are applied to source-code and to derived similar architectural metrics using scatter plot, Pearson's correlation coefficient and significance tests. The observations contradict the common assumption that software quality attributes (aka non-functional requirements) are mostly determined at the architectural level and raise new issues for future works in this field.
机译:软件系统在短时间内暴露于恒定的变化。它需要高可维护的系统,并使可维护性成为最重要的质量属性之一。在这项工作中,我们对三个主流开源应用程序,Tomcat(WebServer),JEDIT(文本编辑器)和Vuze(对等客户端)进行了统计分析。指标应用于源代码和使用散点图,Pearson的相关系数和重要性测试导出类似的架构指标。观察结果与常见的假设相矛盾,即软件质量属性(AKA非功能要求)大多数在架构层面上确定,并在该领域的未来作品提出新问题。

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