WO2018014657A1 - 一种统一门户方法、装置及系统 - Google Patents

一种统一门户方法、装置及系统 Download PDF

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Publication number
WO2018014657A1
WO2018014657A1 PCT/CN2017/085934 CN2017085934W WO2018014657A1 WO 2018014657 A1 WO2018014657 A1 WO 2018014657A1 CN 2017085934 W CN2017085934 W CN 2017085934W WO 2018014657 A1 WO2018014657 A1 WO 2018014657A1
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operation interface
application
application system
interface
msb
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PCT/CN2017/085934
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English (en)
French (fr)
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陈萍
徐代刚
刘学生
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中兴通讯股份有限公司
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Publication of WO2018014657A1 publication Critical patent/WO2018014657A1/zh

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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00Arrangements for program control, e.g. control units
    • G06F9/06Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44Arrangements for executing specific programs

Definitions

  • the present application relates to, but is not limited to, the field of communication technologies, and in particular, to a unified portal method, apparatus and system.
  • Future Mode of Operation is a technology trend provided by the Telecommunications Management Forum, including: future operational architecture consists of loose components; internal data storage and specification unified external interfaces, components and components It can be composed of large components; each function is served by multiple components. From the definition of FMO model, it is essentially a micro-service architecture.
  • the FMO architecture aims to realize the cloud management system and traditional network management system in the process of NFVO (Network Function Virtualization Orchestration). Fusion.
  • NFVO Network Function Virtualization Orchestration
  • Management-control Continuum is a technology trend proposed by the Open Network Foundation, including: traditionally, management and control functions are no longer appropriate; control functions are distributed, and management functions are centralized and distributed. The degree of distribution can be dynamically changed; management and control are provided by an integrated component called MCC Component, which is a special case of FMO. To achieve integrated management and control components, resource model layer decoupling and management interface integration are key technologies.
  • a portal is a web site that provides a single point of access to applications and information. It refines the complex and diverse information and services provided to users and simplifies it into a single interface that meets the needs and interests of users.
  • Microservices are the development of small services into a single application, each running in a single process and using a lightweight application programming interface like the HyperText Transfer Protocol (HTTP).
  • API Application Programming Interface
  • HTML HyperText Transfer Protocol
  • API Application Programming Interface
  • These ones Functional services can use different development languages and different data storage technologies, while maintaining a minimum of centralized management.
  • the Micro Service Bus provides functions such as registration, query, routing, and forwarding monitoring of microservices and UI (User Interface) services.
  • Each application system is composed of multiple micro-services, each of which Microservices have their own user interface.
  • the alarm management application system may be completed by multiple microservices such as an alarm processing chain, a current alarm operation, a historical alarm operation, an alarm model adaptation, and an alarm collection adaptation.
  • the embodiment of the invention provides a unified portal method, which provides an operation interface portal for a user to access different application systems.
  • the embodiment of the invention provides a unified portal method, including:
  • the application system operation interface is registered in the application portal center.
  • the embodiment of the invention provides a unified portal device, including:
  • a registration module configured to register an operation interface of multiple microservices as a UI service to the MSB;
  • Generating a module configured to generate an application system operation interface including a menu file of the plurality of micro service operation interfaces
  • the registration module is configured to register the application system operation interface in the application portal center.
  • the embodiment of the invention provides a unified portal system, including:
  • Single sign-on client set to verify the login information entered by the user and provide a login entry
  • the operation interface integration framework is configured to integrate the micro service operation interface into a unified style operation interface
  • a menu merge tool configured to integrate a menu file of the micro service operation interface into an operation interface of the application system
  • the Application Portal Center is set up to provide a unified portal for accessing the application's user interface.
  • the embodiment of the present invention further provides a computer storage medium, where the computer storage medium stores one or more programs executable by a computer, and when the one or more programs are executed by the computer, the computer is executed as described above.
  • a unified portal approach is provided.
  • the embodiment of the present invention registers an operation interface of a plurality of microservices on the MSB, generates an application system operation interface including a menu file of the plurality of microservice operation interfaces, and registers the application system operation interface in the application portal center. Registration.
  • the application portal center provides a unified access portal for users to access the application system operation interface and the micro service operation interface.
  • FIG. 1 is a flowchart of a unified portal method according to an embodiment of the present invention
  • FIG. 2 is a flowchart of another unified portal method according to an embodiment of the present invention.
  • FIG. 3 is a structural diagram of a unified portal device according to an embodiment of the present invention.
  • FIG. 4 is a structural diagram of a unified portal device according to an embodiment of the present invention.
  • FIG. 5 is a structural diagram of a unified portal device according to an embodiment of the present invention.
  • FIG. 6 is a structural diagram of a unified portal device according to an embodiment of the present invention.
  • FIG. 7 is a structural diagram of a unified portal device according to an embodiment of the present invention.
  • FIG. 8 is a structural diagram of a unified portal system according to an embodiment of the present invention.
  • FIG. 9 is a structural diagram of a single sign-on client in a unified portal system according to an embodiment of the present invention.
  • FIG. 10 is a schematic diagram of an operation interface of a MANO application system according to an embodiment of the present invention.
  • FIG. 11 is a schematic diagram of an operation interface of an EMS application system according to an embodiment of the present invention.
  • an embodiment of the present invention provides a unified portal method, including the following steps:
  • Step S101 Registering operation interfaces of the plurality of microservices as UI services on the MSB.
  • the embodiment of the present invention first proposes the concept of UI as a service (user interface or service), and the UI service can be arranged and integrated.
  • the application system is developed and deployed according to the micro-service architecture.
  • the functional modules of the application system are developed into multiple micro-services.
  • the alarm function module is developed into an alarm processing chain, current alarm operation, historical alarm operation, alarm model adaptation, and alarm acquisition adaptation. Wait for multiple microservices.
  • the process of registering the operation interfaces of the multiple microservices on the MSB may be to send the service name and the URL address of the operation interface of the above micro service to the MSB, and return an acknowledgement message when the MSB receives and stores the sent service name and URL address. Complete the registration process.
  • Step S102 Generate an application system operation interface including a menu file of the plurality of micro service operation interfaces.
  • the process of generating the application system operation interface may be to parse and recombine the hierarchical structure and menu order of the menu files of the plurality of micro service operation interfaces through the menu merge tool to obtain the total menu file, and the total interface file is integrated through the interface integration framework.
  • the menu file generates the operating interface of the application system.
  • the process also includes searching for menu files of the microservices to be merged.
  • the network orchestration management application system needs to merge the microservices for resource orchestration, Software Defined Network Orchestration (SDNO), and lifecycle management, so that it can be found.
  • Resource programming, Software Defined Network Orchestration (SDNO), lifecycle management microservices menu file and then generate the operation interface of the network orchestration management application system according to the above process.
  • Step S103 Register the application system operation interface in the application portal center.
  • the application portal center provides the user with a unified access to the various application system operation interfaces.
  • Registration means unifying the attribute information of each application system operation interface, for example, setting and defining the display name and icon of the application system in the application portal center, and inputting the icon, name, and URL address of the application system through the registration interface provided by the application portal center. And so on, and expose the URL address of the application portal center.
  • the user can access multiple application system operation interfaces through the application portal center, and access the application system microservices through various application system operation interfaces.
  • the foregoing method may be applied to a virtual machine, a physical server, a cloud management server, or the like.
  • the application system operation interface may be registered as a micro service on the MSB, or the unified portal framework system may be registered to the device. On the MSB, it is convenient to realize the horizontal expansion and elastic expansion of the unified portal framework system.
  • a unified portal method of the embodiment of the present invention registers a micro service operation interface as a UI service on the MSB and registers the generated application system operation interface to the application portal center, so that the user can access each application through the application portal center.
  • the microservices of the system and the application system provide convenience for the user.
  • an embodiment of the present invention provides a unified portal method, including the following steps:
  • Step S201 Registering operation interfaces of the plurality of microservices as UI services on the MSB.
  • Step S202 Generate an application system operation interface that includes a menu file of the multiple micro service operation interfaces.
  • Step S203 Assign a uniform resource locator URL address to the application system operation interface.
  • a URL address is assigned to each application system operation interface, so that the above application system can be accessed through the above URL address when accessing.
  • Step S204 Set a display name and an icon of the application system operation interface in the application portal center.
  • the display name and icon of the application system operation interface are uniformly set, so that the user is more intuitive and convenient when clicking and accessing the operation interface.
  • Step S205 the display name and icon and the URL of the application system operation interface Address association.
  • the mapping between the display name and the icon and the URL address of the application system operation interface may be pre-set the mapping relationship between them, and stored in the storage unit, so that the corresponding address can be found by the URL address. operating system.
  • the operating interface of the multiple microservices is registered as a UI service on the MSB, including:
  • the service discovery module of the MSB by sending the service name and the URL address of the micro service operation interface to the MSB, stores the service name and the URL address, and returns a confirmation message after storage to indicate that the registration is successful, so that the The URL address accesses the microservice.
  • the generating a menu file application system operation interface including the plurality of micro service operation interfaces includes: searching a menu file of the plurality of micro service operation interfaces; and parsing the plurality of micro service operation interfaces The menu file of each micro service operation interface generates an application system operation interface including a total menu file.
  • the menu file of the micro service operation interface is searched, the menu file of the micro service operation interface is parsed, the application system requirements are arranged and merged to generate the application system operation interface, and the traditional application system operation interface cannot be flexibly customized, but Fixed, if you want to modify, you need a lot of development work, this implementation saves development costs.
  • the method further includes: setting The header, side menu bar and application page area of the plurality of micro service operation interfaces are unified page styles.
  • the aesthetics of the operation interface are increased by setting a unified page style.
  • the micro service operation interface is registered as a UI service on the MSB, and the generated application system operation interface is registered in the application portal.
  • Heart set the unified page style of the micro-service operation interface, and associate the URL address with the application system operation interface, so that the user can access the micro-services of each application system and the application system through the URL address of the application portal center, thereby providing convenience to the user. .
  • an embodiment of the present invention provides a unified portal device 300, including:
  • the registration module 301 is configured to register the operation interfaces of the multiple microservices as UI services on the MSB;
  • a generating module 302 configured to generate an application system operation interface including a menu file of the plurality of micro service operation interfaces
  • the registration module 303 is configured to register the application system operation interface in the application portal center.
  • the registration module 303 includes:
  • the allocating unit 3031 is configured to allocate a uniform resource locator URL address to the application system operation interface
  • the setting unit 3032 is configured to set a display name and an icon of the application system operation interface in the application portal center;
  • the associating unit 3033 is configured to associate the display name and icon with a URL address of the application system operation interface.
  • the registration module 301 includes:
  • the sending unit 3011 is configured to send a service name and a URL address of each of the plurality of micro service operation interfaces to the MSB;
  • the receiving unit 3012 is configured to receive an acknowledgement message returned by the MSB, where the acknowledgement message is used to indicate that the MSB has stored the service name and the URL address.
  • the generating module 302 includes:
  • the searching unit 3021 is configured to search for a menu file of the multiple micro service operation interfaces
  • the parsing unit 3022 is configured to parse a menu file of each of the plurality of micro service operation interfaces, and generate an application system operation interface including the total menu file.
  • the unified portal device 300 further includes:
  • the setting module 304 is configured to set a page header, a side menu bar and an application page area of the plurality of micro service operation interfaces to be a unified page style.
  • the unified portal device 300 can implement the various processes implemented by the method in the method embodiment of FIG. 1 to FIG. 2, and can achieve the same technical effects as the above methods. To avoid repetition, details are not described herein again.
  • an embodiment of the present invention provides a unified portal system 800, including:
  • the single sign-on client 801 is configured to verify the login information input by the user and provide a login entry
  • the operation interface integration framework 802 is configured to integrate the micro service operation interface into a unified style operation interface
  • the menu merge tool 803 is configured to integrate the menu file of the micro service operation interface into the operation interface of the application system;
  • the Application Portal Center 804 is configured to provide a unified portal for accessing the application operating interface.
  • the single sign-on client 801 includes:
  • the unified login page 8011 verifies the verification information input by the user and provides a legal token for the user to access the operation interface of the application system;
  • the token maintenance module 8012 is configured to maintain and update token information.
  • the request interception module 8013 is configured to intercept the application request initiated by the application interface and add the token information to return to the server.
  • the single sign-on client 801 includes a unified login page 8011, a token maintenance module 8012, and a request interception module 8013.
  • the unified login page 8011 interacts with the user through a unified login page, and sends the account information input by the user as an authentication parameter to the unified security authentication center to obtain a legal token accessed by the user, and the token is given to the token maintenance module and stored locally.
  • the security certification center mainly provides a unified identity authentication service and provides a token verification service.
  • the token maintenance module 8012 is responsible for maintaining and expiring the automatic refresh of the browser local cache of the token information.
  • the request interception module 8013 is responsible for intercepting all the rest requests initiated by the application page, automatically adding the token information in the header information of the rest request, and then sending the token information to the server.
  • the operation interface integration framework 802 is configured to integrate the micro service operation interface into a consistent style frame page, select interface layout and page elements, isolate differences and conflicts between pages developed by different technologies, and be responsible for each micro service.
  • the page of the interface integration framework is mainly divided into three parts: a page header, including: a title, a horizontal menu, a skin, etc.; a sidebar; an application page area, which is used to load an application page and corresponds to a function menu.
  • the interface integration framework maintains related menu item templates, defines menus of each function item in the template, and the hook relationship of the menu, and establishes a correspondence between the menu and the application page.
  • the menu merge tool 803 allows each micro service function module to independently define the menu files of the respective micro service operation interfaces, and then parses and recombines the hierarchical structure of the menu files and the defined menu order through the menu merge tool, and finally synthesizes the running period.
  • An overall menu file of the application system interface that can be loaded directly by the interface framework.
  • the application portal center 804 is responsible for the unified display of the customized application system interface and providing a unified access portal, that is, the application portal center main page.
  • the registration and anti-registration interfaces of the application system interface to the application portal center are provided, and the interface parameters mainly include the URL address and icon corresponding to the application.
  • Each application system is arranged on the main page by an icon, and the user clicks on the icon to directly enter the corresponding application system interface.
  • process of the user accessing the application system operation interface or the application system micro service operation interface may be:
  • the single sign-on client sends the account information entered by the user as the authentication parameter to the security authentication center; the security authentication center checks the validity of the user identity; The authentication center returns the legal token accessed by the user to the single sign-on client, and the single sign-on client stores the legal token locally; when the user clicks the application system operation interface in the application portal center, the service name is carried; MSB The access request is routed to the specified URL address according to the service name; access to the application operating interface is performed according to the URL address.
  • the micro-service architecture is used to deploy security management, system management, alarm management, topology resource management, performance management, configuration management, and network service orchestration (NSO, Network Service Orchestration, Network Function Virtualization Orchestration (NFVO), Software Defined Network Orchestration (SDNO), Lifecycle Management, and other microservices; deploying the interface corresponding to these microservices to PaaS On the MSB provided by the platform; as shown in FIG. 10, the alarm operation interface 1001, the performance operation interface 1002, the policy management operation interface 1003, the NS programming operation interface 1004, the VNF management operation interface 1005, the security operation interface 1006, and the log operation interface 1007 are selected.
  • NSO Network Service Orchestration
  • NFVO Network Function Virtualization Orchestration
  • SDNO Software Defined Network Orchestration
  • the simple secondary development is customized to combine the MANO (Management And Orchestration) application system operation interface; as shown in FIG. 11, the alarm operation interface 1101 is selected.
  • the application system operation interface; the customized MANO and EMS application system operation interface is registered on the application portal center page; the application application center is displayed through the application portal center, and the user is provided with a unified access portal.
  • a microservice internally includes multiple package images, and the package image is deployed into a running container to form a POD, and the POD is deployed as a microservice.
  • basic unit Monitor the unified portal system registered on the MSB, set the monitoring parameters and configure the corresponding elastic policy; when the MSB finds that the monitoring parameters reach the configured policy threshold, dynamically expand or shrink the number of POD instances of the microservice according to the elastic policy; If the dynamic extension is performed in the step, the unified portal system performs the service migration according to the configuration policy; if the dynamic contraction is performed, the unified portal system stops the designated empty microservice POD instance according to the configuration policy.
  • the program can be completed by the related hardware of the program instruction, and the program can be stored in a computer readable medium, and when executed, the program includes the following steps:
  • the application system operation interface is registered in the application portal center.
  • the generated application system operation interface is registered in the application portal center, including:
  • the display name and icon are associated with a URL address of the application system operator interface.
  • the operating interface of the multiple microservices is registered as a UI service on the MSB, including:
  • the acknowledgement message is used to indicate that the MSB has stored the service name and the URL address.
  • the generating a menu file application system operation interface including the plurality of micro service operation interfaces includes:
  • the method further includes:
  • the header, the side menu bar and the application page area of the plurality of micro service operation interfaces are set to be a unified page style.
  • the storage medium such as a read-only memory (ROM), Random Access Memory (RAM), disk or CD.
  • the embodiment of the present invention registers an operation interface of a plurality of microservices on the MSB, generates an application system operation interface including a menu file of the plurality of microservice operation interfaces, and registers the application system operation interface in the application portal center. Registration.
  • the application portal center provides a unified access portal for users to access the application system operation interface and the micro service operation interface.

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Abstract

本文公布一种统一门户方法、装置及系统,所述方法包括:将多个微服务的操作界面作为UI服务注册到MSB上;生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;将所述应用系统操作界面在应用门户中心进行注册登记。

Description

一种统一门户方法、装置及系统 技术领域
本申请涉及但不限于通信技术领域,尤指一种统一门户方法、装置及系统。
背景技术
未来运营模式架构(FMO,Future Mode of Operation)是由电信管理论坛提供的一种技术趋势,包括:未来的运营架构由松散的组件组成;组件内部的数据存储和规范统一外部接口,组件和组件可以组成大的组件;每个功能由多个组件来提供服务。从FMO模型的定义来看,本质上是一种微服务架构,FMO架构旨在实现电信网络网络功能虚拟化编排(NFVO,Network Function Virtualization Orchestration)化的过程中的云管理体系与传统网络管理体系的融合。
而管理控制一体化(MCC,Management-control Continuum)是由开放网络基金会提出的技术趋势,包括:传统上划分管理和控制功能不再合适;控制功能即分布亦集中,管理功能即集中亦分布,分布程度可动态变化;管理和控制由一体化组件(称为MCC Component)来提供功能,是FMO的一个特例。要实现管理控制一体化组件,资源模型分层解耦、管控操作界面融合是关键技术。
门户是一种提供应用程序和信息单点访问的Web(网络)站点,它对提供给用户的复杂多样的信息和服务进行提炼,简化成一个满足用户需求和利益的单一界面,是用于集成“其他”应用、内容和流程的用户界面架构,包括单点登录、内容管理等多个特性。
微服务就是把小的服务开发成单一应用的形式,每个应用运行在单一的进程中,并使用像超文本传输协议(HTTP,HyperText Transfer Protocol)这样子的轻量级的应用程序编程接口(API,Application Programming Interface)满足功能服务需求,并使用自动化部署工具进行独立发布。这些 功能服务可以使用不同的开发语言以及不同数据存储技术,并保持最低限制的集中式管理。而微服务总线(MSB,Micro Service Bus)则提供微服务及UI(用户界面,User Interface)服务的注册、查询、路由、转发监控等功能。
随着网络的发展演进,网络管理、网络资源与服务等应用系统变得越来越复杂,微服务架构逐渐被应用到上述应用系统中去,每个应用系统由多个微服务组成,每个微服务有自己的操作界面。例如,告警管理应用系统可以由告警处理链、当前告警操作、历史告警操作、告警模型适配、告警采集适配等多个微服务来完成。
发明概述
以下是对本文详细描述的主题的概述。本概述并非是为了限制权利要求的保护范围。
将微服务注册到微服务总线上以方便访问,并没有提供一个操作界面入口来访问不同应用系统,这样给用户带来了不便。
本发明实施例提供一种统一门户方法,为用户提供一个操作界面入口来访问不同应用系统。
本发明实施例提供一种统一门户方法,包括:
将多个微服务的操作界面作为UI服务注册到MSB上;
生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
将所述应用系统操作界面在应用门户中心进行注册登记。
本发明实施例提供一种统一门户装置,包括:
注册模块,设置为将多个微服务的操作界面作为UI服务注册到MSB上;
生成模块,设置为生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
登记模块,设置为将所述应用系统操作界面在应用门户中心进行注册登记。
本发明实施例提供了一种统一门户系统,包括:
单点登录客户端,设置为验证用户输入的登录信息并提供一个登录入口;
操作界面集成框架,设置为将微服务操作界面集成统一风格的操作界面;
菜单合并工具,设置为将微服务操作界面的菜单文件集成应用系统的操作界面;
应用门户中心,设置为提供访问应用系统操作界面的统一入口。
本发明实施例还提供一种计算机存储介质,所述计算机存储介质中存储有计算机可执行的一个或多个程序,所述一个或多个程序被所述计算机执行时使所述计算机执行如上述提供的一种统一门户方法。
上述技术方案中的一个技术方案具有如下优点或有益效果:
本发明实施例通过将多个微服务的操作界面注册到MSB上;生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;将所述应用系统操作界面在应用门户中心进行注册登记。这样在应用门户中心为用户提供了一个统一的访问入口,方便用户访问应用系统操作界面和微服务操作界面。
在阅读并理解了附图和详细描述后,可以明白其他方面。
附图概述
图1为本发明实施例提供的一种统一门户方法流程图;
图2为本发明实施例提供的另一种统一门户方法流程图;
图3为本发明实施例提供的一种统一门户装置结构图;
图4为本发明实施例提供的一种统一门户装置结构图;
图5为本发明实施例提供的一种统一门户装置结构图;
图6为本发明实施例提供的一种统一门户装置结构图;
图7为本发明实施例提供的一种统一门户装置结构图;
图8为本发明实施例提供的一种统一门户系统结构图;
图9为本发明实施例提供的一种统一门户系统中单点登录客户端结构图;
图10为本发明实施例提供的MANO应用系统操作界面示意图;
图11为本发明实施例提供的EMS应用系统操作界面示意图。
详述
下面将结合附图及实施例进行详细描述。
如图1所示,本发明实施例提供一种统一门户方法,包括以下步骤:
步骤S101、将多个微服务的操作界面作为UI服务注册到MSB上。
在该步骤中,本发明实施例首次提出UI即服务(用户界面即服务)的概念,UI服务可以被编排和集成。应用系统按照微服务架构进行开发部署,应用系统的功能模块开发成多个微服务,例如,告警功能模块开发成告警处理链、当前告警操作、历史告警操作、告警模型适配、告警采集适配等多个微服务。将多个微服务的操作界面注册到MSB上的过程可以是将上述微服务的操作界面的服务名和URL地址发送给MSB,当MSB接收并且存储发送来的服务名和URL地址后返回一个确认消息以完成注册过程。
步骤S102、生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面。
在该步骤中,生成应用系统操作界面的过程可以是通过菜单合并工具对多个微服务操作界面的菜单文件的层次结构、菜单顺序进行解析和重新组合得到总菜单文件,通过界面集成框架将总菜单文件生成应用系统的操作界面。该过程还包括查找需要合并的微服务的菜单文件,例如,网络编排管理应用系统需要合并的微服务为资源编排、软件定义网络编排(SDNO,Software Defined Network Orchestration)、生命周期管理,这样可以查找资源编排、软件定义网络编排(SDNO,Software Defined Network Orchestration)、生命周期管理微服务的菜单文件,然后根据上述过程生成网络编排管理应用系统的操作界面。
步骤S103、将所述应用系统操作界面在应用门户中心进行注册登记。
在该步骤中,应用门户中心为用户提供一个访问各个应用系统操作界面的统一入口。注册登记即统一各个应用系统操作界面的属性信息,例如,设置和定义应用系统在应用门户中心的显示名称和图标,并且通过应用门户中心提供的注册接口传入应用系统的图标、名称、URL地址等信息,并且对外暴露应用门户中心的URL地址。这样用户就可以通过应用门户中心访问多个应用系统操作界面,还可以通过各个应用系统操作界面访问应用系统的微服务。
本发明实施例中,上述方法可以应用于虚拟机、物理服务器、云管理服务器等设备,该实施例中可以将应用系统操作界面作为微服务注册到MSB上,也可以将统一门户框架系统注册到MSB上以方便实现统一门户框架系统的水平扩展和弹性伸缩。
本发明实施例的一种统一门户方法,通过将微服务操作界面作为UI服务注册到MSB上以及将生成的应用系统操作界面注册登记到应用门户中心,以使用户可以通过应用门户中心访问各个应用系统以及应用系统的微服务,给用户提供了方便。
如图2所示,本发明实施例提供一种统一门户方法,包括以下步骤:
步骤S201、将多个微服务的操作界面作为UI服务注册到MSB上。
步骤S202、生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
步骤S203、为所述应用系统操作界面分配统一资源定位器URL地址。
在该步骤中,为每个应用系统操作界面分配URL地址,以便访问的时候可以通过上述URL地址访问上述应用系统。
步骤S204、在应用门户中心中设置所述应用系统操作界面的显示名称和图标。
在该步骤中,统一设置应用系统操作界面的显示名称和图标,这样让用户在点击访问操作界面的时候更加直观方便。
步骤S205、将所述显示名称和图标与所述应用系统操作界面的URL地 址关联。
在该步骤中,将所述显示名称和图标与所述应用系统操作界面的URL地址关联可以是预先设置好他们之间的映射关系,并保存在存储单元中,这样可以通过URL地址找到相应的应用系统。
在一实施方式中,所述将多个微服务的操作界面作为UI服务注册到MSB上,包括:
发送所述多个微服务操作界面中每一个微服务操作界面的服务名和URL地址给所述MSB;接收所述MSB返回的确认消息,所述确认消息用于表示所述MSB已经存储所述服务名和所述URL地址。
在该实施方式中,通过将微服务操作界面的服务名和URL地址发送给MSB上,MSB的服务发现模块将服务名和URL地址进行存储,存储后返回一个确认消息以表示注册成功,这样就可以通过URL地址访问微服务。
在一实施方式中,所述生成包括所述多个微服务操作界面的菜单文件应用系统操作界面,包括:查找所述多个微服务操作界面的菜单文件;解析所述多个微服务操作界面中每一个微服务操作界面的菜单文件,生成包括总菜单文件的应用系统操作界面。
在该实施方式中,查找微服务操作界面的菜单文件,解析微服务操作界面的菜单文件,进行应用系统需求的排列与合并生成应用系统操作界面,传统的应用系统操作界面不能灵活定制,而是固定的,如果要修改的话需要大量的开发工作,该实施方式节约了开发成本。
在一实施方式中,所述将多个微服务的操作界面作为UI服务注册到MSB上之后,所述生成包括所述多个微服务操作界面的菜单文件应用系统操作界面之前,还包括:设置所述多个微服务操作界面的页头、侧边菜单栏和应用页面区域为统一的页面风格。
在该实施方式中,通过设置统一的页面风格,增加了操作界面的美感。
本发明实施例的一种统一门户方法,通过将微服务操作界面作为UI服务注册到MSB上以及将生成的应用系统操作界面注册登记到应用门户中 心,设置微服务操作界面的统一页面风格,并将URL地址与应用系统操作界面关联,以使用户可以通过应用门户中心的URL地址访问各个应用系统以及应用系统的微服务,给用户提供了方便。
如图3所示,本发明实施例提供一种统一门户装置300,包括:
注册模块301,设置为将多个微服务的操作界面作为UI服务注册到MSB上;
生成模块302,设置为生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
登记模块303,设置为将所述应用系统操作界面在应用门户中心进行注册登记。
在一实施方式中,如图4所示,所述登记模块303包括:
分配单元3031,设置为为所述应用系统操作界面分配统一资源定位器URL地址;
设置单元3032,设置为在应用门户中心中设置所述应用系统操作界面的显示名称和图标;
关联单元3033,设置为将所述显示名称和图标与所述应用系统操作界面的URL地址关联。
在一实施方式中,如图5所示,所述注册模块301包括:
发送单元3011,设置为发送所述多个微服务操作界面中每一个微服务操作界面的服务名和URL地址给所述MSB;
接收单元3012,设置为接收所述MSB返回的确认消息,所述确认消息用于表示所述MSB已经存储所述服务名和所述URL地址。
在一实施方式中,如图6所示,所述生成模块302包括:
查找单元3021,设置为查找所述多个微服务操作界面的菜单文件;
解析单元3022,设置为解析所述多个微服务操作界面中每一个微服务操作界面的菜单文件,生成包括所述总菜单文件的应用系统操作界面。
在一实施方式中,如图7所示,所述统一门户装置300还包括:
设置模块304,设置为设置所述多个微服务操作界面的页头、侧边菜单栏和应用页面区域为统一的页面风格。
统一门户装置300能够实现图1至图2的方法实施例中所述方法实现的各个过程,可以到达上述方法一样的技术效果,为避免重复,这里不再赘述。
如图8所示,本发明实施例提供一种统一门户系统800,包括:
单点登录客户端801,设置为验证用户输入的登录信息并提供一个登录入口;
操作界面集成框架802,设置为将微服务操作界面集成统一风格的操作界面;
菜单合并工具803,设置为将微服务操作界面的菜单文件集成应用系统的操作界面;
应用门户中心804,设置为提供访问应用系统操作界面的统一入口。
在一实施方式中,如图9所示,所述单点登录客户端801包括:
统一登录页面8011,验证用户输入的验证信息并提供用户访问应用系统操作界面的合法令牌;
令牌维护模块8012,设置为维护和更新令牌信息;
请求拦截模块8013,设置为拦截应用界面发起的应用请求并添加令牌信息后返回服务器。
在上述实施方式中,单点登录客户端801包括统一登录页面8011、令牌维护模块8012和请求拦截模块8013。
统一登录页面8011,通过统一的登陆页面与用户交互,把用户输入的账户信息作为认证参数发送到统一安全认证中心获取该用户访问的合法令牌,将令牌交给令牌维护模块存储在本地。安全认证中心主要提供统一的身份认证服务,提供令牌的管理校验服务。
令牌维护模块8012,负责令牌信息的浏览器本地缓存的维护和过期自动刷新。
请求拦截模块8013负责拦截应用页面发起的所有rest请求,在rest请求的头信息中自动添加令牌信息后再发往服务端。
操作界面集成框架802,设置为将微服务操作界面加载集成到风格一致的框架页面中,进行界面布局和页面元素的选择,隔离不同技术开发的页面之间的差异和冲突,并负责各微服务操作界面集成功能菜单的显示及菜单对应页面的生命周期管理。
界面集成框架的页面主要分为三个部分:页头,包括:标题、横向菜单、皮肤等;侧边栏;应用页面区域,该区域用于加载应用页面,与功能菜单对应。界面集成框架维护相关的菜单项模板,在模板中定义各个功能项的菜单,以及菜单的挂接关系,建立菜单与应用页面之间的对应关系。
菜单合并工具803,允许各个微服务功能模块独立定义各自的微服务操作界面的菜单文件,然后通过菜单合并工具对这些菜单文件的层次结构和定义的菜单顺序进行解析和重新组合,最终合成运行期可以被界面框架直接加载的应用系统界面的总体菜单文件。
应用门户中心804,负责定制出的应用系统界面统一展示、提供统一的访问入口,即应用门户中心主页面。提供应用系统界面到应用门户中心的注册和反注册接口,接口参数主要包括该应用对应的URL地址、图标等。每个应用系统通过一个图标在主页面上排列显示,用户点击图标就可以直接进入对应的应用系统界面。
进一步地,用户在进行应用系统操作界面访问或者应用系统微服务操作界面访问的过程可以是:
通过单点登录客户端登录页面输入用户名和密码;单点登录客户端把用户输入的账户信息作为认证参数发送到安全认证中心;安全认证中心对用户身份进行合法性校验;校验通过后安全认证中心将该用户访问的合法令牌返回给单点登录客户端,单点登录客户端将合法令牌存储在本地;当用户在应用门户中心中点击应用系统操作界面时携带其服务名;MSB根据服务名将访问请求路由到指定的URL地址;根据URL地址进行应用系统操作界面的访问。
企业内部基于同一个微服务总线框架平台的多个系统或模块的操作界面的集成和统一门户展示的过程如下:
在企业内部的PaaS(Platform-as-a-Service,平台即服务)平台上采用微服务架构部署安全管理、系统管理、告警管理、拓扑资源管理、性能管理、配置管理、网络服务编排(NSO,Network Service Orchestration)、网络功能虚拟化编排(NFVO,Network Function Virtualization Orchestration)、软件定义网络编排(SDNO,Software Defined Network Orchestration)、生命周期管理等微服务;将这些微服务对应的操作界面部署到PaaS平台提供的MSB上;如图10所示,选择告警操作界面1001、性能操作界面1002、策略管理操作界面1003、NS编排操作界面1004、VNF管理操作界面1005、安全操作界面1006和日志操作界面1007,通过界面集成框架和菜单合并工具,进行简单二次开发定制组合出图10中的管理编排系统(MANO,Management And Orchestration)应用系统操作界面;如图11所示,选择告警操作界面1101、性能操作界面1102、拓扑操作界面1103、配置操作界面1104、安全操作界面1105、日志操作界面1106,通过界面集成框架和菜单合并工具,进行简单二次开发定制组合出图11中的网元管理系统(EMS,Element Management System)应用系统操作界面;将定制组合好的MANO和EMS应用系统操作界面在应用门户中心页面进行注册登记;通过应用门户中心展示定制的应用系统操作界面和为用户提供统一访问入口。
实现用户操作界面的水平扩展及弹性伸缩的过程如下:在微服务架构中,一个微服务内部包括多个程序包镜像,程序包镜像部署到运行容器中组成一个POD,POD作为微服务部署运行的基本单位。对注册到MSB上的统一门户系统进行监控,设置监控参数及配置相应的弹性策略;当MSB发现监控参数达到配置的策略阈值时,根据弹性策略动态扩展或收缩微服务的POD实例数目;在上述步骤中如果执行的是动态扩展,则统一门户系统根据配置策略进行业务迁移;如果执行的是动态收缩,则统一门户系统根据配置策略停止指定的空载微服务POD实例。
本领域普通技术人员可以理解实现上述实施例方法的全部或者部分步 骤是可以通过程序指令相关的硬件来完成,所述的程序可以存储于一计算机可读取介质中,该程序在执行时,包括以下步骤:
将多个微服务的操作界面作为UI服务注册到MSB上;
生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
将所述应用系统操作界面在应用门户中心进行注册登记。
在一实施方式中,所述将生成的应用系统操作界面在应用门户中心进行注册登记,包括:
为所述应用系统操作界面分配统一资源定位器URL地址;
在应用门户中心中设置所述应用系统操作界面的显示名称和图标;
将所述显示名称和图标与所述应用系统操作界面的URL地址关联。
在一实施方式中,所述将多个微服务的操作界面作为UI服务注册到MSB上,包括:
发送所述多个微服务操作界面中每一个微服务操作界面的服务名和URL地址给所述MSB;
接收所述MSB返回的确认消息,所述确认消息用于表示所述MSB已经存储所述服务名和所述URL地址。
在一实施方式中,所述生成包括所述多个微服务操作界面的菜单文件应用系统操作界面,包括:
查找所述多个微服务操作界面的菜单文件;
解析所述多个微服务操作界面中每一个微服务操作界面的菜单文件,生成包括总菜单文件的应用系统操作界面。
在一实施方式中,所述将多个微服务的操作界面作为UI服务注册到MSB上之后,所述生成包括所述多个微服务操作界面的菜单文件应用系统操作界面之前,还包括:
设置所述多个微服务操作界面的页头、侧边菜单栏和应用页面区域为统一的页面风格。
所述的存储介质,如只读存储器(Read-Only Memory,简称ROM)、 随机存取存储器(Random Access Memory,简称RAM)、磁碟或者光盘等。
以上所述是本发明的实施方式,应当指出,对于本技术领域的普通技术人员来说,在不脱离本申请所述原理的前提下,还可以作出若干改进和润饰,这些改进和润饰也应视为本申请的保护范围。
工业实用性
本发明实施例通过将多个微服务的操作界面注册到MSB上;生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;将所述应用系统操作界面在应用门户中心进行注册登记。这样在应用门户中心为用户提供了一个统一的访问入口,方便用户访问应用系统操作界面和微服务操作界面。

Claims (13)

  1. 一种统一门户方法,包括:
    将多个微服务的操作界面作为用户界面UI服务注册到微服务总线MSB上;
    生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
    将所述应用系统操作界面在应用门户中心进行注册登记。
  2. 根据权利要求1所述方法,其中,所述将生成的应用系统操作界面在应用门户中心进行注册登记,包括:
    为所述应用系统操作界面分配统一资源定位器URL地址;
    在应用门户中心中设置所述应用系统操作界面的显示名称和图标;
    将所述显示名称和图标与所述应用系统操作界面的URL地址关联。
  3. 根据权利要求1或者2所述方法,其中,所述将多个微服务的操作界面作为UI服务注册到MSB上,包括:
    发送所述多个微服务操作界面中每一个微服务操作界面的服务名和URL地址给所述MSB;
    接收所述MSB返回的确认消息,所述确认消息用于表示所述MSB已经存储所述服务名和所述URL地址。
  4. 根据权利要求1或者2所述方法,其中,所述生成包括所述多个微服务操作界面的菜单文件应用系统操作界面,包括:
    查找所述多个微服务操作界面的菜单文件;
    解析所述多个微服务操作界面中每一个微服务操作界面的菜单文件,生成包括总菜单文件的应用系统操作界面。
  5. 根据权利要求1所述方法,其中,所述将多个微服务的操作界面作为UI服务注册到MSB上之后,所述生成包括所述多个微服务操作界面的菜单文件应用系统操作界面之前,还包括:
    设置所述多个微服务操作界面的页头、侧边菜单栏和应用页面区域为统一的页面风格。
  6. 一种统一门户装置,包括:
    注册模块,设置为将多个微服务的操作界面作为UI服务注册到MSB上;
    生成模块,设置为生成包括所述多个微服务操作界面的菜单文件的应用系统操作界面;
    登记模块,设置为将所述应用系统操作界面在应用门户中心进行注册登记。
  7. 根据权利要求6所述装置,其中,所述登记模块包括:
    分配单元,设置为为所述应用系统操作界面分配统一资源定位器URL地址;
    设置单元,设置为在应用门户中心中设置所述应用系统操作界面的显示名称和图标;
    关联单元,设置为将所述显示名称和图标与所述应用系统操作界面的URL地址关联。
  8. 根据权利要求6或者7所述装置,其中,所述注册模块包括:
    发送单元,设置为发送所述多个微服务操作界面中每一个微服务操作界面的服务名和URL地址给所述MSB;
    接收单元,设置为接收所述MSB返回的确认消息,所述确认消息用于表示所述MSB已经存储所述服务名和所述URL地址。
  9. 根据权利要求6或者7所述装置,其中,所述生成模块包括:
    查找单元,设置为查找所述多个微服务操作界面的菜单文件;
    解析单元,设置为解析所述多个微服务操作界面中每一个微服务操作界面的菜单文件,生成包括总菜单文件的应用系统操作界面。
  10. 根据权利要求6所述装置,所述装置还包括:
    设置模块,设置为设置所述多个微服务操作界面的页头、侧边菜单栏和应用页面区域为统一的页面风格。
  11. 一种统一门户系统,包括:
    单点登录客户端,设置为验证用户输入的登录信息并提供一个登录入口;
    操作界面集成框架,设置为将微服务操作界面集成统一风格的操作界面;
    菜单合并工具,设置为将微服务操作界面的菜单文件集成应用系统的操作界面;
    应用门户中心,设置为提供访问应用系统操作界面的统一入口。
  12. 根据权利要求11所述系统,其中,所述单点登录客户端包括:
    统一登录页面,验证用户输入的验证信息并提供用户访问应用系统操作界面的合法令牌;
    令牌维护模块,设置为维护和更新令牌信息;
    请求拦截模块,设置为拦截应用界面发起的应用请求并添加令牌信息后返回服务器。
  13. 一种计算机存储介质,所述计算机存储介质中存储有计算机可执行的一个或多个程序,所述一个或多个程序被所述计算机执行时使所述计算机执行如权利要求1-5任一项的统一门户方法。
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