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Scenario-based software architecture for designing connectors framework in distributed system

机译:基于场景的软件体系结构,用于设计分布式系统中的连接器框架

摘要

Software connectors is one of key word in enterprise information system. In recent years, software developers have facing more challenges of connectors which are used to connect distributed components. Design of connectors in an existing system encounters many issues such as choosing the connectors based on scenario quality, matching these connectors with design pattern, and implementing them. Especially, we concentrate on identifying the attributes that interest an observer, identifying the functions where these connectors could be applied, and keeping all applications clean after adding new connectors. Each problem is described by a scenario to design architecture, especially to design a connector based on architecture attributes. In this paper, we develop a software framework to design connectors between components and solution of these issues. A case study is done to maintain high level of independency between components and to illustrate this independency. This case study uses Aspect-Oriented Programming (AOP) and AspectJ, Design Pattern to and Program Slicing to solve main problems of design of connectors. A conclusion is given at the end of this paper.
机译:软件连接器是企业信息系统中的关键词之一。近年来,软件开发人员面临着用于连接分布式组件的连接器的更多挑战。现有系统中连接器的设计遇到许多问题,例如,根据方案质量选择连接器,将这些连接器与设计模式匹配,然后实施它们。特别是,我们专注于识别观察者感兴趣的属性,识别可以应用这些连接器的功能,并在添加新的连接器后保持所有应用程序的清洁。每个问题都由一个场景描述,该场景用于设计体系结构,尤其是根据体系结构属性设计连接器。在本文中,我们开发了一个软件框架来设计组件之间的连接器以及这些问题的解决方案。进行了一个案例研究,以保持组件之间的高度独立性并说明这种独立性。本案例研究使用面向方面的编程(AOP)和AspectJ,设计模式到程序切片来解决连接器设计的主要问题。本文结尾给出了结论。

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