摘要
构件组装是基于构件的软件开发的核心和最终目的,其中,二进制构件组装是构件技术实用化的最佳途径,目前的研究主要集中在特定二进制构件的组装上。该文根据程序控制结构的基本形式,提出了一种普适性的二进制构件组装机制,定义了二进制构件组装的3种方式,即顺序组装、条件组装和循环组装,并给出了其形式化定义。该组装机制使用“无冲突”思想代替传统的“匹配”思想,从而使二进制构件的组装具有更大的柔性。
The colnponent integration is core and final purpose of colnponent-based software development, hereinto, the binary component integration is the best approach of component technology practicality, its research primary focus integration of special binary component at present. Based on basic form of program control structure, this paper advances a general binary component integration mechanism, defines three mode of binary component integration, namely sequence integration, condition integration, circle integration, and presents their formlization definition. This component mechanism makes binary component integration to have more big flexibility using idea of "no impact" to replace idea of "'matching".
出处
《计算机工程》
CAS
CSCD
北大核心
2006年第22期53-54,57,共3页
Computer Engineering
基金
国家"973"计划基金资助子项目(2002CB312002)
国家自然科学基金资助项目(60573098)
关键词
二进制构件
构件柔性组装
形式化
Binary component
Component flexible integrate
Formalization