用于创建特定于领域的数据服务的基于emf的工具包

A. Bender, S. Bozic, Ivan Kondov
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引用次数: 1

摘要

由于底层各个组件的数据表示和数据访问接口的高度异构性,在科学和工程中开发复合工作流应用程序是非常麻烦和昂贵的。作为一种有效的解决方案,我们提出了一个通用工具包,使领域专家能够开发数据模型并自动生成自包含的数据访问服务。我们定义了一个基于Ecore的自定义元模型,它可以很容易地用于创建特定于领域的数据模型。使用生成的数据访问服务,驻留在异构和分布式资源(如数据库和云数据存储)上的建模数据的实例可以通过独立于语言的Web服务接口从各个应用程序组件访问。我们讨论了框架体系结构、工具箱实现、部署过程以及数据访问服务的性能。作为目标用户的工作流设计人员将通过使用该工具包进行快速且经济高效的应用程序集成而受益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An EMF-based toolkit for creation of domain-specific data services
Development of composite workflow applications in science and engineering is troublesome and costly due to high heterogeneity of data representations and data access interfaces of the underlying individual components. As an effective solution we present a generic toolkit enabling domain experts to develop data models and automatically generate a self-contained data access service. We defined a custom metamodel based on Ecore which can be readily used to create domain-specific data models. Using the generated data access service, instances of the modeled data residing on heterogeneous and distributed resources, such as databases and cloud data stores, are accessible from the individual application components via a language-independent Web service interface. We discuss the framework architecture, the toolkit implementation, the deployment process, as well as the performance of the data access service. Workflow designers as target users would benefit from the toolkit by using it for rapid and cost-efficient application integration.
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