Unified management method for multi-data center dual-stack container cloud platform

Abstract

The invention relates to a unified management method for a multi-data center dual-stack container cloud platform, which is realized based on an architecture system formed by a data center, a cloud management platform, a multi-data center container management platform and a user side which are sequentially connected from bottom to top, the cloud management platform is connected with a downstream platform, the downstream platform comprises a Mesos container platform and a Kubernetes container platform, the multi-data-center container management platform serves as an upstream platform to provide multi-data-center and multi-cluster application systems, application engineering, application configuration templates, networks, storage, configuration, overview front-end pages and interface operation, and the multi-data-center container management platform converts Mesos application configuration into Kubernetes application configuration in a one-key mode and provides services for the outside. A multi-data center, multi-cluster and multi-region Docker container based on Kubernetes and Mesos are operated through a front-end page and a uniform interface. Compared with the prior art, the method has the advantages of reducing operation and maintenance cost, reducing time consumption and the like.

Description

technical field [0001] The invention relates to the technical field of container cloud platforms, in particular to a unified management method for a multi-data center dual-stack container cloud platform. Background technique [0002] At present, most of the container cloud platforms are managed by two platforms, the Kubernetes container cloud platform and the Mesos container cloud platform. The release process is: 1. Confirm that the published application is a Kubernetes application or a Mesos application, and then select the corresponding container cloud platform; 2. Confirm that it is a Kubernetes application, select the Kubernetes container cloud platform, create a Kubernetes application configuration template, and then select the template to publish the application. Or publish the application by filling in the YAML configuration; 3. Confirm that it is a Mesos application, select the Mesos container cloud platform, create a Mesos application configuration template, and th...

AI Technical Summary

Problems solved by technology

[0003] However, the above method has the following disadvantages: 1. The two platforms of Kubernetes container cloud platform + Mesos container cloud platform are used to manage their respective resource clusters, which is cumbersome to configure and low in release efficiency.

2. When the Mesos application is migrated to the Kubernetes container cloud platform, it is necessary to manually recreate the Kubernetes application configuration template, and then release the application. The human maintenance cost is high

3. Resource quotas and container quotas need to be manually configured on the host, which takes a long time to configure and requires high maintenance costs

4. The construction and maintenance of container basic images and customized images are mainly completed by platform development and maintenance personnel through command lines or scripts. The workload is concentrated and time-consuming

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