【摘要】：Biris-Cloud云服務平臺是一個以軟件即服務思想為基礎的提供按需服務的第四方平臺，現(xiàn)實企業(yè)通過在該平臺上搭建云服務中心，可以整合多方虛擬資源為客戶提供服務。論文以Biris-Cloud云服務平臺為背景，研究云服務中心的自動構(gòu)建相關關鍵技術。云服務中心的創(chuàng)建涉及眾多要素且創(chuàng)建過程十分復雜，云服務中心定義的完備性和正確性難以保證，因此需要通過統(tǒng)一定義，規(guī)范云服務中心的基本組成，并在此基礎上提供對應的應用框架。 由于面向多租戶的業(yè)務構(gòu)件的結(jié)構(gòu)和需求直接關系到框架的功能和結(jié)構(gòu)。論文首先通過結(jié)合實例分析業(yè)務構(gòu)件的結(jié)構(gòu)和開發(fā)流程，介紹多租戶這一本文核心思想。 隨后，論文分析云服務中心的基本組成要素，提出云服務中心元模型，對云服務中心的定義進行約束。為了將該元模型推向?qū)嵱�，并驗證其正確性和有效性，論文提出了云服務中心自動構(gòu)建框架。該框架基于云服務中心元模型，貫穿云服務中心定義創(chuàng)建、定義解析、運行等各個階段，為云服務中心的定義和運行提供有力支持。 在云服務中心定義階段，論文設計了云服務中心定義創(chuàng)建工具，該工具囊括元模型中各個云服務中心組成要素的定義，協(xié)助創(chuàng)建者完成云服務中心定義。在解析階段，，論文設計并實現(xiàn)了云服務中心定義解析引擎提供針對云服務中心定義的完整解析。 在服務中心運行階段，為了協(xié)助云服務中心在平臺的云環(huán)境下正常運轉(zhuǎn)、并能夠體現(xiàn)云計算環(huán)境的虛擬化、分布式、SaaS、多租戶等主要特點，論文設計并實現(xiàn)了消息模塊、云服務平臺工作流程引擎、數(shù)據(jù)服務等模塊。 最后，為了對論文各項技術研究和系統(tǒng)設計進行驗證，論文以設計并實現(xiàn)具有基本業(yè)務功能的多車隊聯(lián)合運輸服務中心為案例，從該云服務中心的定義、定義解析、運行等各個階段驗證論文相關各項技術和系統(tǒng)設計。
[Abstract]:Biris-Cloud cloud service platform is a fourth-party platform for providing on-demand service based on the idea of software as a service. By setting up cloud service center on the platform, real enterprises can integrate multiple virtual resources to provide services to customers. Based on Biris-Cloud cloud service platform, this paper studies the key technologies of automatic construction of cloud service center. The establishment of cloud service center involves many elements and the process of creation is very complex. The completeness and correctness of the definition of cloud service center is difficult to guarantee, so it is necessary to standardize the basic composition of cloud service center through unified definition. On this basis, the corresponding application framework is provided. The structure and requirements of multi-tenant oriented business components are directly related to the function and structure of the framework. Firstly, this paper introduces the core idea of multi-tenant by analyzing the structure and development process of business component with an example. Then, the paper analyzes the basic elements of cloud service center, puts forward a meta-model of cloud service center, and constrains the definition of cloud service center. In order to put the metamodel into practice and verify its correctness and validity, this paper proposes a framework for automatic building of cloud service center. The framework is based on the cloud service center metamodel, which runs through the various stages of cloud service center definition creation, definition resolution, and operation, which can provide powerful support for the definition and operation of cloud service center. In the definition stage of cloud service center, the paper designs the cloud service center definition creation tool, which includes the definition of each cloud service center component element in the metamodel, and helps the creator to complete the cloud service center definition. In the parse stage, the thesis designs and implements the cloud service center definition parsing engine to provide the complete parsing for the cloud service center definition. In order to assist the cloud service center to run normally in the cloud environment of the platform, and to embody the virtualization of cloud computing environment, distributed SaaS, multi-tenant and so on, this paper designs and implements the message module. Cloud service platform workflow engine, data services and other modules. Finally, in order to verify the technical research and system design of the paper, this paper takes the design and implementation of the multi-fleet joint transportation service center with basic business functions as an example, and analyzes the definition and definition of the cloud service center. Operation and other stages of verification of the paper related to the technical and system design.
【學位授予單位】：哈爾濱工業(yè)大學
【學位級別】：碩士
【學位授予年份】：2014
【分類號】：TP393.09

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1 李知杰;;基于AMQP的異步通信實現(xiàn)及其在OpenStack項目中的應用[J];軟件導刊;2013年07期

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