Openstack-based container deployment method and architecture

Abstract

The invention provides an openstack-based container deployment method and architecture, and belongs to the technical field of communication. The deployment method comprises the following steps: preparing resources necessary for creating a container cluster in an openstack, and creating, by a client, a container cluster template in combination with the resources by calling an interface module; creating, by the client, the container cluster through the interface module according to the input container cluster template and the container cluster size information; verifying, by the interface module, the container cluster size information, and sending the container cluster size information to a decision making module, obtaining, by the decision making module, the configuration information of thecontainer cluster template from a data module, obtaining an arrangement module of a corresponding container management engine from a drive management module, and generating a heat arrangement template; and automatically scheduling, by a heat arrangement module, openstack resources according to the heat arrangement template, and arranging and deploying a container cluster environment. By adoptionof the method and the architecture, the rapid deployment of the container cluster is achieved by means of the container cluster template, the development cost is reduced, and the deployment efficiencyis improved.

Description

technical field [0001] The invention belongs to the technical field of communications, and in particular relates to an openstack-based container deployment method and architecture. Background technique [0002] With the development of microservice architecture, containers are gradually widely used, and more and more enterprises and research institutions migrate their business to containers. In the microservice architecture, containers, as the core technology for implementing microservices, have been widely deployed and applied in various industries due to their characteristics of saving user costs, improving operation and maintenance efficiency, and being more conducive to enterprise innovation. [0003] Currently, container technology has become a very hot technology. A container is an open source tool for running applications in Linux, a lightweight virtual machine. It helps users provide a very efficient way to run, package and deploy applications. Container technology...

AI Technical Summary

Problems solved by technology

However, the deployment of these architectures requires certain technologies, and the deployment process involves the installation of a large amount of software, the processing of dependencies between components, and the setting of many configuration parameters, coupled with the characteristics of large-scale cluster server hardware, operating architecture, and network heterogeneity. Deployment takes a lot of time, and the process has a high probability of cluster deployment failure due to excessive manual operations and repetitive work

At the same time, most deployments of the current container management architecture depend on the speed of the Internet. When the network is slow or unreachable, the deployment will be blocked

Although there are quite a few automated deployment methods for some container management architectures, there are still many technical problems and imperfections in the actual implementation process

[0004] Therefore, the current deployment container management has the following problems: the deployment of the container management architecture requires high technical requirements for the deployment personnel; the time cost of deploying the container management architecture is high, the deployment of the container management architecture is complicated, and the deployment failure rate is high. It is necessary to find a more intelligent and reliable automated deployment methods

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