SOA接口管控平台的设计与实现

发布时间：2018-04-19 11:41

本文选题：SOA + J2EE　；参考：《电子科技大学》2014年硕士论文

【摘要】：从2008年开始,某企业开始应用SOA架构体系进行IT系统应用整合,实现了从无到有、由弱到强的发展历程,形成了一定的开发和管控规范,并且落地建成了ESB服务总线,全面支撑了人力资源域,并逐步向物流和财务域延伸。随着IT支撑技术的不断演进以及业务复杂度的不断增加,以及市场化竞争带给企业的成本压力和快速响应的要求,企业对支撑系统低成本快速灵活的变化需要越来越迫切,SOA平台已经成为系统间良好协作和需求迅速响应的关键之一,而应用服务化业已成本管理支撑系统未来发展的趋势。市场和技术的不断发展,不仅仅需要SOA技术在企业系统整合中发挥更大的作用作用,更需要对SOA本身进行反思和拓展,量化SOA的收益模式,拓展SOA思想到广义的服务化协作领域,明确服务类别和层次,提升SOA及服务化改造的效率,深入进行标准化开发及管控规范的研究,最大化发挥应用的价值。本论文中所建设的SOA接口管控平台项目背景是为某电信公司开发一套SOA管控系统,通过前台SOA接口管控平台的建设,能够清晰的对当前企业内部繁杂无序的接口服务进行全面监控,并且通过服务全景视图能够从全局把握企业内部系统间交互现状;通过层层递进的监控视图,从服务运行全貌开始,可一层层深入,最终显示某个服务的静态属性,以及服务运行状况。本课题拟通过对原有SOA规范的梳理,企业内部业务现状以及新技术的探索,结合业内先进的技术演进模型,分析公司在SOA架构下的现有问题和潜在问题,评估SOA收益模型,建立分层级的应用服务管理标准和管控模型,实现SOA接口管控系统,对公司内部所有信息系统之间的接口进行管控。SOA管控平台整体架构采用B/S架构,采用B/S架构的最大优点就是可以在任何地方进行操作而不需安装任何专门软件,客户端零维护,系统的扩展也非常容易。SOA接口管控平台开发框架采用SSH架构,所用到的核心技术主要是J2EE技术相关基础。其中包括Spring,Struts,Hibernate等,另外也采用了Quartz定时任务、报表引擎以及短信网关等相关技术。
[Abstract]:Since 2008, a certain enterprise began to apply SOA architecture to IT system application integration, realized the development course from scratch to existence, from weak to strong, formed certain development and control standard, and built the ESB service bus.Fully support the human resources area, and gradually extend to the logistics and financial domain.With the continuous evolution of IT support technology and the increasing complexity of business, and the cost pressure and rapid response of enterprises brought by market-oriented competition,It is more and more urgent for enterprises to change quickly and flexibly to support system with low cost. SOA platform has become one of the key points of good cooperation and rapid response to requirements among systems, and application service has been the trend of cost management support system in the future.The continuous development of market and technology not only needs SOA technology to play a greater role in the integration of enterprise systems, but also needs to reflect and expand the SOA itself to quantify the profit model of SOA.This paper extends the idea of SOA to the broad domain of service cooperation, clarifies the categories and levels of service, improves the efficiency of SOA and service transformation, makes further research on standardization development and management and control norms, and maximizes the value of application.The background of the SOA interface control platform in this paper is to develop a set of SOA management and control system for a telecom company.Can clearly monitor the complex and disordered interface services within the current enterprise, and through the panoramic view of services can grasp the overall situation of interaction between systems in the enterprise; through layers of progressive monitoring view,Starting with the full picture of service running, the static properties of a service and the service running state can be displayed layer by layer.Through combing the original SOA specification, the present situation of the enterprise internal business and the exploration of the new technology, combined with the advanced technology evolution model in the industry, this paper analyzes the existing and potential problems of the company under the SOA framework, and evaluates the SOA profit model.Establish a hierarchical application service management standard and management model, realize the SOA interface management and control system, control and control all the information systems within the company interface. SOA management and control platform architecture using B / S architecture,The biggest advantage of using the B / S architecture is that it can operate anywhere without installing any special software, the client side is zero maintainable, and the system extension is very easy. SOA interface control platform development framework adopts SSH architecture.The core technology used is the J2EE technology related foundation.It includes Spring Struts hibernate and other related technologies, such as Quartz timing task, report engine and SMS gateway.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP311.52

【共引文献】