A microservice automatic deployment management system and method

Abstract

The present disclosure provides a microservice automatic deployment management system, belonging to the technical field of microservices, including a basic resource storage module configured to at least: store codes of microservice applications and dependencies of microservice applications; a system operation management module that is at least It is configured to: manage the running information of the microservice application node and the running environment of the microservice system; the automatic deployment module is at least configured to: automatically deploy the engineering package of the microservice application according to the data in the basic resource storage module and the running information of the nodes; this disclosure It greatly reduces the workload of system operation and maintenance brought about by the fine-grained microservice architecture, realizes continuous integration and continuous delivery, and greatly reduces the possibility of changing requirements in the later stage of software development; at the same time, it realizes rolling upgrade of the system, and the upgrade process Simple and easy to operate, the system does not need to stop to improve user experience, and provides all-round integrated support for the deployment, delivery, operation and monitoring of microservice systems.

Description

technical field [0001] The present disclosure relates to the technical field of microservices, and in particular to a microservice automatic deployment management system and method. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art. [0003] Microservice architecture is a fine-grained software architecture. The software system is divided into many microservice applications with small individual volume according to business needs. Each microservice application starts and runs independently, so the workload of system deployment increases exponentially. , How to deploy, start and upgrade microservice systems, and how to manage microservices are difficult problems that operation and maintenance personnel need to face. [0004] The inventors of the present disclosure found that there are a large number of projects under the microservice architecture. If...

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Problems solved by technology

[0004] The inventors of the present disclosure found that there are a large number of projects under the microservice architecture. If the microservice system is started and upgraded using the traditional method of manual packaging, contract delivery, and shutdown upgrade, the deployment workload is unimaginable. When the system includes hundreds of microservices application, and each microservice application adopts the cluster deployment method to start multiple nodes, then the deployment work will be difficult to carry out. In addition, the user experience is poor when the system is upgraded for a long time; the number of microservice applications is large, and the project running status can be obtained in real time It is more difficult. In addition, in the microservice architecture, in order to ensure the high availability of the system, each microservice application often adopts a cluster deployment method. The size of the cluster needs to be adjusted in time according to the system access pressure and the database read and write pressure. The existing method cannot guarantee the increased The node can start normally, and there is no guarantee that the added node can communicate with other nodes in the system

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