Synthesizing objects

K. Czarnecki, U. Eisenecker
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引用次数: 56

Abstract

This paper argues that the current OO technology does not support reuse and configurability in an effective way. This problem can be addressed by augmenting OO analysis and design with feature modeling and by applying generative implementation techniques. Feature modeling allows capturing the variability of domain concepts. Concrete concept instances can then be synthesized from abstract specifications. Using a simple example of a configurable list component, we demonstrate the application of feature modeling and how to implement a feature model as a generator. We introduce the concepts of configuration repositories and configuration generators and show how to implement them using object-oriented, generic, and generative language mechanisms. The configuration generator utilizes C++ template metaprogramming, which enables its execution at compile-time.
合成对象
本文认为,当前的面向对象技术不能有效地支持可重用性和可配置性。这个问题可以通过使用特征建模和应用生成实现技术来扩展OO分析和设计来解决。特征建模允许捕获领域概念的可变性。然后可以从抽象规范中合成具体的概念实例。使用一个可配置列表组件的简单示例,我们演示了特征建模的应用,以及如何将特征模型实现为生成器。我们介绍了配置存储库和配置生成器的概念,并展示了如何使用面向对象的、通用的和生成的语言机制来实现它们。配置生成器使用c++模板元编程,使其能够在编译时执行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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