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Framework for Platform Agnostic Enterprise Application Development Supporting Multiple Clouds

机译:支持多云的平台无关企业应用程序开发框架

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Rapid development of Cloud Computing and its increasing popularity in recent years has driven many commercial cloud providers in the market. Cloud service providers have a lot of heterogeneity in the resources they use. They have their own servers, different cloud infrastructures and APIs and methods to access the cloud resources. Lack of standards has caused the collaboration and portability of cloud services a very complex task. In this paper we have identified the challenges involved in portability of cloud apps and analyzed the existing techniques for portability at platform level. In this paper, we propose an approach using Model Driven Engineering to develop SaaS applications like CRM in a cloud-agnostic way. We introduce DSkyL, an eclipse plugin for cloud application development using feature models and domain model analysis, which would support construction, customization, development and deployment of cloud application components across multiple clouds. It also reduces the application development time drastically. This paper aims to sketch the architecture of DSkyL and the major steps involved in the development and deployment process.
机译:云计算的快速发展及其在近几年的日益普及推动了市场上的许多商业云提供商。云服务提供商在使用的资源中存在很多异质性。他们拥有自己的服务器,不同的云基础架构,API和访问云资源的方法。缺乏标准已导致云服务的协作和可移植性成为一项非常复杂的任务。在本文中,我们确定了云应用程序可移植性方面的挑战,并在平台级别分析了可移植性的现有技术。在本文中,我们提出了一种使用模型驱动工程技术以云不可知的方式开发SaaS应用程序(如CRM)的方法。我们介绍DSkyL,这是一个使用功能模型和域模型分析进行云应用程序开发的eclipse插件,它将支持跨多个云的云应用程序组件的构建,定制,开发和部署。它还大大减少了应用程序开发时间。本文旨在概述DSkyL的体系结构以及开发和部署过程中涉及的主要步骤。

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