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首页> 外文期刊>Management science: Journal of the Institute of Management Sciences >Software Development Practices, Software Complexity, and Software Maintenance Performance: A Field Study
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Software Development Practices, Software Complexity, and Software Maintenance Performance: A Field Study

机译:软件开发实践,软件复杂性和软件维护性能:一项现场研究

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摘要

Software maintenance claims a large proportion of organizational resources. It is thought that many maintenance problems derive from inadequate software design and development practices. Poor design choices can result in complex software that is costly to support and difficult to change. However, it is difficult to assess the actual maintenance performance effects of software development practices because their impact is realized over the software life cycle. To estimate the impact of development activities in a more practical time frame, this research develops a two-stage model in which software complexity is a key intermediate variable that links design and development decisions to their downstream effects on software maintenance. The research analyzes data collected from a national mass merchandising retailer on 29 software enhancement projects and 23 software applications in a large IMB COBOL environment. Results indicate the the use of a code generator in development is associated with increased software complexity and software enhancement project effort. The use of packaged software is associated with decreased software complexity and software enhancement effort. These results suggest an important link between software development practices and maintenance performance.
机译:软件维护占用了大量组织资源。人们认为,许多维护问题是由于软件设计和开发实践不充分而引起的。设计选择不当会导致复杂的软件,支持成本高昂且难以更改。但是,很难评估软件开发实践的实际维护性能影响,因为它们的影响是在软件生命周期中实现的。为了评估开发活动在更实际的时间范围内的影响,本研究开发了一个两阶段模型,其中软件复杂性是一个关键的中间变量,该变量将设计和开发决策与其对软件维护的下游影响联系起来。这项研究分析了在大型IMB COBOL环境中从一个全国性大型商品零售商收集的有关29个软件增强项目和23个软件应用程序的数据。结果表明,在开发中使用代码生成器与软件复杂性增加和软件增强项目工作量有关。打包软件的使用与降低的软件复杂性和软件增强工作相关。这些结果表明软件开发实践和维护性能之间的重要联系。

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