使模块适应集成编程环境

N. Madhavji, J. Desharnais, Luc Pinsonneault, Kamel Toubache
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引用次数: 1

摘要

在批处理环境中,使用模块化语言的模块设计以及由它所描绘的软件开发活动模型已经得到了很好的接受。然而,从他们设计MUPE-2集成编程环境的经验来看,作者认为批处理环境中由模块描述的软件活动模型并不完全适用于集成编程环境。为了使模块适应MUPE-2环境,作者改变了它们的设计和实现。特别是,他们增加了一个模块类型,称为超级模块,它可以封装相关模块,从而可以捕获软件系统的体系结构,并将一个模块的独立定义和实现部分统一为一个模块,称为DefImp模块,从而可以避免由于文本分离而导致的一些一致性问题。他们研究了模块在批处理环境中的作用,并给出了他们为集成环境设计模块的基本原理
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adapting modules to an integrated programming environment
The design of modules in modular languages, and the model of software development activities portrayed by it, have been well received in batch environments. However, from their experience in the design of the MUPE-2 integrated programming environment, the authors hold the opinion that the model of software activities portrayed by modules in a batch environment is not entirely appropriate in an integrated programming environment. In adapting modules to the MUPE-2 environment, the authors have changed their design and implementation. In particular, they have added a module type, called the supermodule, that can encapsulate related modules, so that the architecture of a software system may be captured, and unified the separate definition and implementation parts of a module into a single module, called the DefImp module, so that some consistency problems due to textual separation can be avoided. They examine the role of modules in a batch environment and give a rationale for their design of modules for integrated environments.<>
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