Multicomponent Compatibility and its Verification

D. Craig, W. M. Zuberek
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引用次数: 0

Abstract

Software architecture has been introduced with promise of better re-use of software, greater flexibility, scalability and higher quality of software services. Software architecture uses components as the basic building blocks of software systems. Components represent high-level software models; they must be generic enough to work in a variety of contexts and in cooperation with other components, but they also must be specific enough to provide easy reuse. To be composable with other (third-party) components, a component needs to be sufficiently self-contained. Also, it needs a clear specification of what it requires and what it provides. In other words, a component needs to encapsulate its implementation and interact with its environment by means of well-defined interfaces.
多组件兼容性及其验证
软件架构的引入承诺了更好的软件重用、更大的灵活性、可扩展性和更高质量的软件服务。软件体系结构使用组件作为软件系统的基本构建块。组件代表高级软件模型;它们必须足够通用,以便在各种上下文中工作并与其他组件协作,但它们也必须足够特定,以便易于重用。要与其他(第三方)组件组合,组件需要具有足够的自包含性。此外,它还需要一个明确的规范,说明它需要什么和提供什么。换句话说,组件需要封装其实现,并通过定义良好的接口与环境进行交互。
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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