Method for managing micro-service engine instance based on tenant side container cluster

Abstract

The invention discloses a method for managing a micro-service engine instance based on a tenant-side container cluster, and the method is based on a management-side console, and aims at a micro-service engine instance purchased by a user on a management side, and the micro-service engine instance is started and closed through an API of a micro-service engine background of a tenant-side cluster. According to the method, cluster and instance management is carried out on the management side console, when the management side needs to stop the service after the package year or the package month instance purchased by the user expires, the micro-service engine instance of the tenant side cluster is notified to stop the service, and the service is started after renewing. According to the method, opening and closing of the micro-service engine instance on the tenant side can be controlled reliably and flexibly, user experience and interaction efficiency are improved, and resources are effectively managed.

Description

technical field [0001] The present invention relates to the technical field of cloud platforms, and specifically provides a method for managing microservice engine instances based on tenant-side container clusters. Background technique [0002] The microservice engine (Cloud Service Engine) is a microservice framework based on the cloud platform, with one-stop service registration, service governance, dynamic configuration and distributed transaction management console, which can help users realize the development and operation of microservice applications . [0003] At present, more and more cloud platforms begin to use clusters composed of containers to provide operating environments for cloud services, and the microservice framework has been widely used in the framework design of large single systems. The services of large-scale systems can be split into independent micro-services according to functional application dimensions, reducing system coupling, significantly imp...

AI Technical Summary

Problems solved by technology

[0004] The microservice architecture is generally based on a management platform such as k8s, which can automatically register and discover microservices, and provide an effective mechanism to pull up services, but it does not provide a more convenient way to start and stop the deployed microservice engine. It stops providing services to the outside world, such as quickly stopping the service after the service expires, and quickly opening the service after the renewal. If there is no good solution, users may need to wait for a long time for the service to open, and face risks such as loss of previous user data

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