自动描述具有关注点的组件并减少缠结

E. Tramontana
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引用次数: 32

摘要

即使对于经验丰富的开发人员来说,开发具有高度模块化的大型系统也是一项艰巨的任务。阻碍模块化会产生一些有害的影响,例如可读性降低、复杂性增加以及重用和发展组件的困难。本文通过提供一种方法来根据组件所基于的api自动描述组件中的关注点,从而帮助开发人员实现组件的模块化。这样就可以发现方法和类之间的纠缠和分散程度。此外,由于使用了度量和重构技术,通过所建议的方法,开发人员得到了关于如何减少某些组件缠结的建议。对于包含数千个类的系统来说,这是一个有价值的支持,因为独立的开发人员可能会错过适当的重构机会,因为他们应该考虑大量的细节。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatically Characterising Components with Concerns and Reducing Tangling
Developing large systems exhibiting a high degree of modularity can be a difficult task even for experienced developers. Hindering modularity has several armful effects, such as decreased readability, higher complexity and difficulties to reuse and evolve components. This paper assists developers to achieve modularity of components by providing a way to automatically characterise the concerns within components according to the APIs they are based on. This allows finding the degree of tangling and scattering of concerns over methods and classes. Moreover, by means of the proposed approach developers are given suggestions on how to reduce tangling of some components, thanks to the use of a metric and refactoring techniques. For systems comprising thousand of classes this is a valuable support, since unassisted developers could miss appropriate refactoring opportunities, due to the large number of details they should take into account.
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