开发将遗留资产迁移到SOA环境的实际方法

Dennis B. Smith, G. Lewis
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引用次数: 5

摘要

只提供摘要形式。本教程概述了基于SOA的系统的基本原则,并讨论了它们的潜力和挑战。概述了服务发现、服务组合和服务调用的基本操作。提出了基于soa的OASIS系统开发参考模型。本教程还指出了用户在迁移到soa时遇到的常见误解。从三个角度分析SOA系统:应用程序开发人员、基础设施开发人员和服务提供者。概述了每个参与者的需求和关注点,以及成功所需的跨组织通信模式的类型。虽然经常强调技术SOA问题,但组织需要解决更广泛的问题集。这些被概括为基于soa的系统开发的四大支柱。四大支柱包括:与整体业务战略保持一致;开发实际的SOA治理策略和过程;对现实情境技术能力限制的理解;以及对基于soa的开发所需要的范式转换的认识。本文概述了将遗留资产迁移到SOA环境的问题。讨论了服务迁移和重用技术(SMART)。SMART是一种方法,用于决定是否以及如何将遗留组件转换为特定SOA基础设施中的服务。使用该方法的案例研究为其适用性提供了一个真实的世界背景。概述了开放的问题和当前的研究课题
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Developing Realistic Approaches for Migration of Legacy Assets to SOA Environments
Summary form only given. This tutorial outlines the basic principles of SOA based systems and discusses their potentials and challenges. The basic operations of service discovery, service composition and service invocation are outlined. The OASIS SOA-based systems development reference model is also presented. The tutorial also identifies common misconceptions that users have experienced in migrating to SOAs. SOA systems are analyzed from three perspectives: the application developer, the infrastructure developer, and the service provider. The needs and concerns of each of these participants, as well as the types of cross organizational communication patterns required for success are outlined. While there is often an emphasis on technical SOA issues, organizations need to address a far broader set of issues. These are outlined as the four pillars of SOA-based systems development. The four pillars include: alignment with overall business strategy; development of realistic SOA governance policies and procedures; Understanding of realistic contextual-based technology capabilities limitations; and recognition of the paradigm shift that SOA-based development entails. The issues of migrating legacy assets to an SOA environment are outlined. The service migration and reuse technique (SMART) is discussed. SMART is a method for making decisions on whether and how to convert legacy components to services within a specific SOA infrastructure. A case study using the method provides a real world context for its applicability. Open issues and current research topics are outlined
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Engineering Safety - and Security-Related Requirements for Software-Intensive Systems A Service-Oriented Approach for Specifying Component-Based Systems The Impact of Certification Criteria on Integrated COTS-Based Systems Data Model Transformation for Supporting Interoperability On the validation of API execution-sequence to assess the correctness of application upon COTS upgrades deployment
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