基于阶段合成的面向特征软件设计中的类型安全组合

Boris Düdder, J. Rehof, G. Heineman
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引用次数: 2

摘要

相互作用的功能的组成是具有挑战性的。许多作者提出了代数形式来描述特征组成及其相互作用。特征组合的目的是将任何类型的文档片段组合成一个产品,以满足用户通过特征选择表达的需求。这些模块通常包括类型化编程语言的代码模块,而所提出的代数形式主义与类型无关。这种情况可能导致产品代码类型不正确。此外,类型可以携带程序或模块上的语义信息。我们提出了一个类型系统,并将其连接到代数形式化,从而允许自动合成生成类型良好的程序的特征组合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Synthesizing type-safe compositions in feature oriented software designs using staged composition
The composition of features that interact with each other is challenging. Algebraic formalisms have been proposed by various authors to describe feature compositions and their interactions. The intention of feature compositions is the composition of fragments of documents of any kind to a product that fulfills users' requirements expressed by a feature selection. These modules often include code modules of typed programming languages whereas the proposed algebraic formalism is agnostic to types. This situation can lead to product code which is not type correct. In addition, types can carry semantic information on a program or module. We present a type system and connect it to an algebraic formalism thereby allowing automatic synthesis of feature compositions yielding well-typed programs.
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