Helping various stakeholders to understand a very large component-based software

R. Sanlaville, J. Favre, Y. Ledru
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引用次数: 4

Abstract

Nowadays many software products are made up of millions of lines of code. Moreover, they are subject to a continuous evolution. These products are often bused on component technologies such as COM, EJB or Corba. Understanding and controlling the evolution of such complex software products is a difficult task, especially if undertaken at the code level. It is thus necessary to reason at a higher level of abstraction, i.e. the software architecture. This article reports on an industrial experience. The goal was to answer Dassault Systemes' needs by using a software architecture approach. This company maintains and develops a huge software called CATIA. In this article, we show how the architecture of CATIA can be described by the use of multiple, concurrent architectural views. This allows both to separately address the concerns of the various stakeholders of the architecture and to improve the communication between these different stakeholders.
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帮助各种涉众理解一个非常大的基于组件的软件
现在许多软件产品都是由数百万行代码组成的。此外,它们受制于不断的演变。这些产品通常基于组件技术,如COM、EJB或Corba。理解和控制这种复杂软件产品的演变是一项困难的任务,特别是在代码级别上进行时。因此,有必要在更高的抽象层次上进行推理,即软件体系结构。这篇文章报道了一次工业经验。目标是通过使用软件架构方法来满足达索系统的需求。这家公司维护并开发了一个名为CATIA的大型软件。在本文中,我们将展示如何通过使用多个并发架构视图来描述CATIA的架构。这样既可以单独处理体系结构的各种涉众的关注点,又可以改善这些不同涉众之间的沟通。
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