Temporal OCL Meeting Specification Demands for Business Components

Stefan Conrad, K. Turowski
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引用次数: 55

Abstract

INTRODUCTION Compositional plug-and-play-like reuse of black box components requires sophisticated techniques to specify components, especially if we combine third-party components, which are traded on component markets, to customer-individual business application systems. As in established engineering disciplines like mechanical engineering or electrical engineering, we need a formal documentation of business components that becomes part of contractual agreements. Taking this problem as a starting point, we explain the general layered structure of software contracts for business components and show shortcomings of common specification approaches. Furthermore, we introduce a formal notation for the specification of business components that extends the Object Constraint Language (OCL) and that allows a broader use of the Unified Modeling Language (UML) with respect to the layered structure of software contracts for business components. The remainder of the chapter is as follows. After providing background information in the next section, we discuss the necessity of a multi-level notation standard. Thereafter, we explain how the OCL can be used to specify business components. Taking this as a basis, we proceed to the main thrust of our chapter the temporal extension of OCL. Finally, we present our conclusions and give an outlook.
满足业务组件规范需求的时态OCL
组件即插即用式的黑箱组件重用需要复杂的技术来指定组件,特别是当我们将第三方组件(在组件市场上交易)组合到客户个人业务应用程序系统中时。正如在机械工程或电气工程等已建立的工程学科中一样,我们需要业务组件的正式文档,这些文档将成为合同协议的一部分。以这个问题为出发点,我们解释了业务组件的软件契约的一般分层结构,并展示了通用规范方法的缺点。此外,我们为业务组件的规范引入了一种正式的符号,它扩展了对象约束语言(OCL),并允许在业务组件的软件契约的分层结构方面更广泛地使用统一建模语言(UML)。本章的其余部分如下。在下一节提供背景信息之后,我们将讨论多级符号标准的必要性。之后,我们将解释如何使用OCL来指定业务组件。以此为基础,我们进入本章的主旨——OCL的时间扩展。最后,给出了本文的结论和展望。
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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