Recognizing gap between UML design model and its implementation

Mohsen Poursalehi Abbasabadi, Mostafa Poursalehi Abbasabadi, A. Kazem
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引用次数: 2

Abstract

The growing use of object oriented technique and programming language, led them to be used in developing software systems in both academic and industrial areas. Unified modeling language (UML) is a standard notation that has been used in modeling the object oriented software systems besides using the programming language such as JAVA C# and C++ in order to develop software’s. In the software developing process, implementation begins after the design phase; likewise both of them can be performed in parallel. Changes during development process have side effects on designing and implementing part of the software. One of the basic side effects is a gap that happens between these two parts. The purpose of this paper is to explain this problem in details and mentioning the usage of the Chidamber and Kemerer metrics, in recognizing the gap between two design and implementation parts.
认识UML设计模型与其实现之间的差距
随着面向对象技术和编程语言的日益普及,它们被用于学术和工业领域的软件系统开发。统一建模语言(Unified modeling language, UML)是在面向对象软件系统建模中,除了使用JAVA、c#、c++等编程语言进行软件开发外,还使用的一种标准符号。在软件开发过程中,实现在设计阶段之后开始;同样,它们都可以并行执行。开发过程中的变更会对部分软件的设计和实现产生副作用。其中一个基本的副作用是这两个部分之间的间隙。本文的目的是详细解释这个问题,并提及Chidamber和Kemerer指标的使用,以识别两个设计和实现部分之间的差距。
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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