Service component reusability in cloud architecture: A graph based approach

Stobak Dutta, S. Sengupta, N. Debnath
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Abstract

In most of the engineering disciplines, new systems are designed by reusing existing components that have been used in other systems. Software engineering has been more focused on original development but it is now recognized that to achieve better software, more quickly and at lower cost, we need to adopt a design process that is based on systematic software reuse. Development of different cloud based software services are a challenging job when they need development with reusability. Reusability generally means reusing of a part of source code directly or after some modification. As all software services present in the cloud are a set of service components and the different versions of the services contains different component versions, the primary goal of this paper is to propose an approach to enable a large scale reuse across multiple systems and also to provide the flexibility to develop and evolve the system cost and time effectively. The concept of software component reusability has been applied on in the Enterprise Cloud Bus architecture through a graph based model for elaborating the relation among the components of different versions.
云架构中的服务组件可重用性:基于图的方法
在大多数工程学科中,新系统是通过重用已在其他系统中使用的现有组件来设计的。软件工程更关注原始开发,但现在人们认识到,为了更快、更低成本地实现更好的软件,我们需要采用基于系统软件重用的设计过程。开发不同的基于云的软件服务是一项具有挑战性的工作,因为它们需要具有可重用性。可重用性通常意味着直接或经过一些修改后重用一部分源代码。由于云中的所有软件服务都是一组服务组件,不同版本的服务包含不同的组件版本,因此本文的主要目标是提出一种方法,以实现跨多个系统的大规模重用,并提供灵活性,以有效地开发和改进系统的成本和时间。在企业云总线体系结构中,通过一个基于图的模型来阐述不同版本组件之间的关系,将软件组件可重用性的概念应用到云总线体系结构中。
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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