Containerized deployment method and platform for domestic operating system

Abstract

A containerized deployment method for a domestic operating system comprises the following steps: 1, carrying out containerized deployment on the domestic operating system; 2, carrying out containerized mirror image version management; 3, carrying out deployment and operation of a Kubernetes cluster cloud terminal; 4, monitoring and storing by the domestic operating system; and 5, through a Kubernetes log management tool, analyzing logs of the domestic operating system in real time, and finding and solving possible faults as soon as possible. According to the containerized deployment platform for the domestic operating system, a Kubernetes cluster is built through a computer group, all machines in the cluster can communicate with one another and are connected with a network, the Kubernetes cluster is used for pulling mirror images of the domestic operating system and forbidding swap partition, and the Kubernetes cluster can achieve the containerized deployment method of the domestic operating system in any one of claims 1-5. The functions of high availability, stability (multi-copy), unified management, one-key deployment, simplicity and rapidness of the domestic operating system are efficiently realized.

Description

technical field [0001] The invention relates to the field of operating systems, in particular to a method and platform for containerized deployment of domestic operating systems. Background technique [0002] At present, domestic operating systems are rapidly popularizing, but due to the influence of their hardware environment, it is difficult to achieve unified compatibility when deploying domestic operating systems, and additional debugging is required after installation, which is time-consuming and laborious. Traditional operating systems Deployment requires different professional and technical personnel to configure different devices, which makes the deployment and implementation team large and inefficient, and the communication and coordination between different technical personnel is complicated, and there are prone to understanding deviations, which bring obstacles to the deployment work; in addition, The traditional deployment method requires a large number of manual...

AI Technical Summary

Problems solved by technology

[0002] At present, domestic operating systems are rapidly popularizing, but due to the influence of their hardware environment, it is difficult to achieve unified compatibility when deploying domestic operating systems, and additional debugging is required after installation, which is time-consuming and laborious. Traditional operating systems Deployment requires different professional and technical personnel to configure different devices, which makes the deployment and implementation team large and inefficient, and the communication and coordination between different technical personnel is complicated, and there are prone to understanding deviations, which bring obstacles to the deployment work; in addition, The traditional deployment method requires a large number of manual configuration operations. The deployment process is cumbersome, long-term, and error-prone. Moreover, the deployed products are not consistent, and the post-operation and maintenance costs are high. It is difficult to achieve batch deployment of the operating system.

Images