Business object design and implementation workshop

J. Sutherland
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引用次数: 33

Abstract

2. Abstract The OOPSLA Workshop on Business Object Design and Implementation was jointly sponsored by the Accredited Standards Committee X3H7 (Object Information Management) and the Object Management Group (OMG) Business Object Management Special Interest Group (BOMSIG). A variety of papers were presented on business object architectures, reusable component requirements, specification of distributed systems, and patterns which should be used in design of business systems. The Workshop concluded that reengineering and rapid delivery of new business functionality would require significant changes in current development tools and methodologies. Software development has traditionally supported tightly coupled components built with loosely coupled analysis, design, and implementation methods. New systems will require that loosely coupled, reusable, plug compatible components be constructed using a tightly coupled development method that combines business process reengineering, analysis, design, implementation, and reusable component market delivery systems similar to today’s custom IC chip industry. 2.1 X3H7 Object Information Management In 1994, the X3H7 Object Information Management Technical Committee projected that over the next decade, more than 80% of new object-oriented software systems would be built in three objectoriented languages (Smalltalk, C++, and 00 COBOL) and communicate through a Object Request Broker to four primary external environments (SQL databases, Object Databases, Microsoft OLE/COM, and CORBA objects). Interoperability of large grained objects existing in these environments was identified as a core activity in the standards process.
业务对象设计和实现研讨会
2. OOPSLA业务对象设计与实现研讨会由认可标准委员会X3H7(对象信息管理)和对象管理组(OMG)业务对象管理特别兴趣组(BOMSIG)联合主办。在业务对象体系结构、可重用组件需求、分布式系统规范以及业务系统设计中应使用的模式等方面发表了大量论文。研讨会的结论是,重新设计和快速交付新的业务功能将需要对当前的开发工具和方法进行重大更改。软件开发传统上支持用松散耦合的分析、设计和实现方法构建的紧密耦合组件。新系统将需要松散耦合、可重用、插件兼容的组件,使用紧密耦合的开发方法来构建,这种开发方法结合了业务流程再造、分析、设计、实现和可重用组件市场交付系统,类似于今天的定制IC芯片行业。2.1 X3H7对象信息管理1994年,X3H7对象信息管理技术委员会预测,在接下来的十年中,超过80%的新的面向对象软件系统将用三种面向对象语言(Smalltalk、c++和00 COBOL)构建,并通过对象请求代理与四个主要的外部环境(SQL数据库、对象数据库、Microsoft OLE/COM和CORBA对象)进行通信。这些环境中存在的大粒度对象的互操作性被确定为标准流程中的核心活动。
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