KR102425978B1 - Composite web UI provision system in cloud service platform - Google Patents

Abstract

The present invention relates to a system for providing a Composite Web UI in a cloud service platform. In order to provide a Composite Web UI, a Frontend (web) interface service can be included in a cloud service platform to develop a Composite Web UI using the same, The service platform includes an api gateway including a gateway server, a discovery server, an authentication server, and a monitoring server; A CMS (Content Management Service) server that can provide a Composite Web UI of the frontend (Web) interface service; And a service resource server that provides Frontend and Backend; as composed of,
The present invention can save time and money in providing cloud services to users by providing frontend (web) Composite web UI interface services as well as backend resource services in providing cloud services, and the platform is an online service It provides a platform for fast, easy, stable and secure server development by providing guidelines necessary for server development, and has a remarkable effect in providing sustainable services to users and service providers as cloud services.

Description

Composite web UI provision system in cloud service platform}

The present invention discloses a Composite (composite) web UI service providing system using a cloud service platform. The cloud service platform can safely and efficiently provide the backend resources required for the frontend (mobile, web) interface service. While the existing cloud service needs to develop a single frontend (mobile, web) interface service by using the backend resources in a complex way, the present invention relates to a system that also provides the frontend web interface service as a Composite UI.

In general, all types of services provided by portable terminals such as smartphones are services that provide information through a network.

Technologies used for online services are becoming increasingly complex, and technical or aesthetic requirements are also increasing. Therefore, online service makers can provide online services that are well-received in the market only by putting all their technological capabilities into it.

In general, computing resources required by a client of an online service are provided by a server platform.

Various existing platforms developed by different actors may not have a consistent form and may have a variety of inconsistent usability.

Due to such inconsistent form and various usability, the complexity of development required when developing an online service using multiple platforms may increase.

Therefore, it is necessary to implement a platform that can provide a guideline of a certain standard and a final service as a cloud service when developing a service.

Cloud refers to providing one consistent service by grouping computing resources online and grouping them into a network group, and a platform that provides guidelines for easy development of these computing resources is called a platform. In addition, a microservice architecture is used as a methodology for developing cloud services, and a resource server developed with a microservice architecture is defined as a microservice server.

With the development of cloud service platforms, various service resources that can be provided to users are overflowing, but methods for developing user interface services for providing data to users have not been improved. In other words, a user interface should be provided by developing a web service that expresses various data provided by the cloud service platform. In addition, it takes more time and money to develop it by adopting a development method suitable for various terminal environments supported by the network.

The cloud service platform is divided into a frontend (mobile, web) interface service and a backend resource service, and it is common to provide the platform in a way that can provide the backend service as a cloud service. In other words, it creates a frontend (mobile, web) interface service that displays data by accessing the backend resource service provided by the cloud service platform. Therefore, the Frontend (mobile, web) interface service is not included in the cloud service platform.

And as an example of the prior art, Korean Patent Application Laid-Open No. 10-2015-0132499 discloses a step of receiving identification information (ID) of a printer to which a user intends to print a document by computing hardware of a mobile device, wherein the receiving comprises performing a scanning operation of a machine-readable code associated with the printer or performing a near-field communication (NFC) scanning operation on an NFC tag associated with the printer;

receiving identification information of the document that the user wants to print; and

There is disclosed a method comprising the step of wirelessly transmitting, to a central server, identification information of the printer together with any one of data for the document and identification information of the document.

In addition, Korean Patent Publication No. 10-2020-0101503 discloses that in a hybrid cloud-based mobile enterprise application platform service system that can safely implement and operate a mobile enterprise application without leaking corporate secrets, (a) corporate data and business A metadata server that allows only metadata for logic to be accessed from the outside; (b) reads metadata from the metadata server to automatically create a proxy object, and based on this, a developer operates a client in a mobile terminal Web-based mobile client development environment service module that enables program development; (c)

An app store server that allows a corporate mobile app user to download and install the mobile client programs developed by the development environment service module on their mobile device; (d) a corporate mobile app user downloads and installs it from the app store server A mobile client virtual machine module for running a client program regardless of the platform and model of the mobile device; (e) an application server that allows the client program installed in the mobile device to securely access corporate data and business logic; A hybrid cloud-based mobile enterprise application platform service system comprising a.

However, the prior arts still have inconsistent forms and various usability, so there is a problem in that the complexity of development required when developing an online service using multiple platforms is increased.

Therefore, the present invention has been devised to solve the above problems, and the present invention provides a method of providing a backend resource in a cloud service platform and a frontend web interface as a micro service architecture to develop a user interface service with a Composite Web UI to save time. and to provide a system that can reduce costs.

The present invention provides a system capable of developing a Composite Web UI by including a Frontend (Web) interface service in a cloud service platform in order to provide a Composite Web UI.

The components of the cloud service platform provided by the present invention include an api gateway including a gateway server, a discovery server, an authentication server, and a monitoring server; It consists of a CMS (Content Management Service) server that can provide frontend (Web) interface service as a Composite Web UI, and a service resource server that provides Frontend and Backend.

The gateway server may deliver a request message among the one or more service servers to a processing service server based on a distributed service policy, and may deliver it to the most stable server through load balancing.

The discovery server registers a service server as a network group so that the service server that processes the request message can access it by organically interworking with the gateway server.

The authentication server allows access to a service resource only for a request message having authentication and access authority to safely protect access of the service server.

The monitoring server enables the analysis of resource status and log and real-time request message of the service server operated through the cloud service platform.

The cloud service platform operates as a cloud service platform by organically interlocking the gateway server, discovery server, authentication server, and monitoring server.

CMS server is a content management service that collects Web UI resources of Frontend (Web) interface services in the cloud service platform to compose Composite (Composite) Web UI services.

In other words, if the user interface module is created and distributed when developing the cloud service, the user interface module of the cloud service is collected from the CMS server, and the module is combined for end-user service to provide a Composite web UI to save time and money. can do.

The online service providing method provides a method for registering one or more service servers as a network group and a method for safely protecting resources.

Therefore, the present invention can save time and money in providing cloud services to users by providing frontend (web) Composite web UI interface services as well as backend resource services in providing cloud services, and the platform is online It provides a platform for fast, easy, stable and secure server development by providing guidelines necessary for service server development, and has a remarkable effect in providing sustainable services to users and service providers as a cloud service.

1 is a composite web UI explanatory diagram of the present invention
2 is an explanatory diagram showing a user by composing a screen with data provided by several backend microservices of the present invention;
3 is a configuration diagram of a cloud service platform of the present invention;
4 is a cloud service platform relationship diagram of the present invention;
5 is a comparison diagram of general development and development using the cloud service full platform of the present invention
6 is a comparison diagram of general distribution and distribution using the cloud service full platform of the present invention.

The present invention relates to a system for providing a Composite Web UI in a cloud service platform. In order to provide a Composite Web UI, a Frontend (web) interface service can be included in a cloud service platform to develop a Composite Web UI using the same, The service platform includes an api gateway including a gateway server, a discovery server, an authentication server, and a monitoring server; CMS (Content Management Service) server that can be provided as Composite Web UI of frontend (Web) interface service; And it is characterized in that it consists of; a service resource server that provides a frontend and a backend.

In addition, the gateway server in the api gateway delivers the request message among the one or more service servers to the processing service server based on the distributed service policy, and transmits the request message to the most stable server through load balancing, and the discovery server provides the service By registering the server as a network group, it allows access to the service server that processes the request message by organically interworking with the gateway server. It allows access to service resources only for messages, and the Gateway server receives all requests and transfers them to the service resource server that processes the requests. In addition, the authentication server takes over the role so that the service resource server can determine whether the request message is a user or system that has obtained authentication and access rights. It is characterized in that it acts as an API Gateway.

In addition, the CMS server is a content management service, and it is characterized in that it is a service server that collects web UI resources of frontend (web) interface services in a cloud service platform to configure a Composite (composite) web UI service.

The present invention will be described in detail with reference to the accompanying drawings as follows.

Cloud service platform provides a user web interface by creating a Composite web UI by collecting API Gateway area and Frontend resources that find and deliver a service resource server that can receive user service requests and process messages from a registered network group. It is divided into CMS server area.

First, the platform API Gateway is described. In the platform API Gateway, the Gateway server receives all user requests from the online user interface and delivers the message to the service resource server that processes the request message registered in the network group and processes it. It is responsible for delivering results to the online user interface.

The registry server collects network information and status information of all servers operating through the backend service platform, registers it as a network group, and delivers the network group information to the gateway server.

The authentication server is an authentication server that issues access tokens for authentication and access rights of users or external systems accessing the service resource server, and is responsible for the security of the backend service platform.

Monitoring Server: Responsible for monitoring, such as checking resource status and log information of all servers operated through the backend service platform, and checking real-time request messages.

The Config Server is a server that can dynamically modify the environment settings of all servers operated through the backend service platform and is used by selecting it as an option.

API Gateway core functions and components are Gateway Server, Discovery Server, and Authentication Server. The gateway server receives all requests and transfers them to the service resource server that processes requests. In addition, the authentication server takes over the role so that the service resource server can determine whether the request message is a user or system that has obtained authentication and access rights. That is, the gateway server, discovery server, and authentication server are organically linked on the network to play the role of API Gateway. In addition, the Config Server and Monitoring Server are auxiliary tools that can efficiently operate the platform.

When explaining the CMS (Content Management Service) server, in the CMS (Content Management Service) server, the Frontend View Model resource collection means the various data that can compose a web page, such as Html, Javascript, Css, and the like. It collects the resources of the micro-frontend server joined to the network group through the discovery server of API Gateway.

Template management requires a page containing View Model to provide Composite Web UI. Template management is a service that manages web pages containing various View Models.

Composite UI Maker: A web tool for arranging various View Models in one Template. This is a service that creates a Composite Web UI by selecting the collected View Model and placing it on the prepared Template by drag & drop method.

User interface service distribution management is a service that can configure environment settings so that real online users can access through a browser through a cloud service platform if Composite web UI is created.

A cloud resource server is a server that provides service information corresponding to a message requested through an online interface by processing data in order to provide online services to users with data owned by a developer or a developer. .

In order to develop a fast, safe and stable server, the resource server developed by the method provided by the cloud service platform provides a safe and stable service to users through the cloud service platform.

If a resource server is developed using the above cloud service platform, the development time can be shortened by only analyzing and designing the service to be provided without the need for analyzing and designing the entire system. Since it is fast and there is no need for other ancillary development, the complexity is lowered and the development time can be shortened. In addition, it provides guidelines for Open APIs that require user interface development, enabling rapid user interface development.

Service distribution and operation are also made through the cloud service platform, so it can be deployed at the same time as development.

In addition, one or more service resource servers exist on the network and are registered in a network group through a cloud service platform to provide an online service to a user, which can be provided as a cloud service.

Therefore, the present invention can save time and money in providing cloud services to users by providing frontend (web) Composite web UI interface services as well as backend resource services in providing cloud services, and the platform is online It provides a platform for fast, easy, stable and secure server development by providing guidelines necessary for service server development, and has a remarkable effect in providing sustainable services to users and service providers as a cloud service.

Claims (3)

In order to provide a composite web UI, a front-end web interface service can be included in a cloud service platform to develop a composite web UI using the same, and the cloud service platform is a gateway server , an api gateway including a discovery server, an authentication server, and a monitoring server; a CMS (content management service, content control dervice) server that can be provided as a composite web UI of a front-end web interface service; and a service resource server that provides a frontend and a backend, wherein the gateway server in the api gateway processes a request message among one or more service servers based on a distributed service policy to a service server It is delivered to the most stable server through load balancing.
The discovery server registers the service server as a network group so that the service server that processes the request message can access it by organically interworking with the gateway server,
The authentication server allows access to service resources only for request messages having authentication and access rights to safely protect access of the service server, and the gateway server receives all requests and delivers them to the service resource server that processes the requests At this time, in order to find the destination, the Discovery server informs the Gateway server of the information registered in the network group, and the authentication server uses the information so that the service resource server can determine whether the request message is a user or system that has obtained authentication and access rights. As a substitute for the role, the gateway server, discovery server, and authentication server organically link on the network to play the role of API Gateway.
The CMS server is a content management service that collects web UI resources of frontend (web) interface services in the cloud service platform to configure Composite (composite) web UI services. Composite web UI providing system in the cloud service platform In
In the CMS server, the resources of the micro-frontend server joined to the network group are collected through the Discovery server of the API Gateway, but the resource is a View Model resource, which is Html, Javascript, and Css data that can compose a web page, Template Management is a service that manages web pages containing various View Models to provide Composite Web UI, and Composite UI Maker is a web tool for arranging various View Models in one Template. Templates prepared by selecting the collected View Models It is a service that creates a Composite Web UI by placing it in a drag & drop method with a mouse on the Composite web UI providing system in a cloud service platform, characterized in that it is a service with delete delete

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