用于检查组件选择行为兼容性的框架

Lei Wang, P. Krishnan
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引用次数: 14

摘要

组件选择和组合是基于组件的开发(CBD)中的主要问题。现有的方法存在这样的问题,即所检索的组件通常与正在开发的系统中的其他组件不完全匹配。虽然形式化方法可以用来描述和检查语义特征,以更好地匹配组件,但有实际的限制,限制了它们的采用。在本文中,我们提出了一个支持语义描述和组件选择的框架。为此,我们首先介绍简单组件接口语言(SCIL)。SCIL文件可以翻译成各种各样的模型,包括那些具有正式基础的模型。我们报告了我们使用两个特定工具的经验,即Reactive Modules和Alloy,目的是使用基于形式化方法的工具,但不暴露工具的细节
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A framework for checking behavioral compatibility for component selection
Component selection and composition are the main issues in component-based development (CBD). Existing approaches suffer from the problem that the components retrieved usually do not exactly fit with other components in the system being developed. While formal methods can be used to describe and check semantic characteristics to better match components, there are practical limitations which restrict their adoption. In this paper, we propose a framework to support a semantic description and selection of components. Towards this we first introduce a Simple Component Interface Language (SCIL). SCIL files can be translated to a variety of models including those that have a formal basis. We report our experience with two specific tools, viz., Reactive Modules and Alloy with a view to using tools based on formal methods but without exposing the details of the tools
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