Deployment method and device realizing distributing type storage system

Abstract

The invention discloses a deployment method realizing a distributing type storage system. The deployment method comprises the following steps that a mainframe executing programs is determined and a mirroring pulling instruction is sent to the mainframe according to an encoding file in the distributing type storage system, wherein the mainframe comprises a source mainframe and a target mainframe and the source mainframe and the target mainframe each include Flannel and Docker; first mirroring data in the distributing type storage system is obtained from a private warehouse of Docker mirroring at an intranet according to the mirroring pulling instruction; an IP address field is configured for the source mainframe and a first IP address of the source mainframe is obtained from the IP address field; routing encapsulation is performed on the first mirroring data according to the first IP address and information about a second IP address of the target mainframe and second mirroring data is then obtained; a routing table is searched according to the information about the second IP address; the second mirroring data is sent from a first Flannel virtual network interface card in the source mainframe to a second Flannel virtual network interface card in the target mainframe according to a found route in the routing table. The invention meanwhile discloses a deployment device realizing the distributing type storage system.

Description

technical field [0001] The present invention relates to a deployment technology of a distributed storage system, in particular to a deployment method and device for realizing a distributed storage system. Background technique [0002] At present, Internet enterprise software gradually ensures the high availability of the system by migrating from a monolithic application to a microservice architecture. However, under the microservice architecture, the number of software modules, processes, and the deployment and maintenance of the system are increasingly difficult. Therefore, the resources of each node need to be handled by an automated deployment management system. Among them, the automatic deployment management system can download resources from the Internet and allocate resources according to the IP of each node. [0003] However, in practical applications, for the sake of system security, each server will be limited to obtain resources in the local area network, so that...

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Problems solved by technology

[0003] However, in practical applications, for the sake of system security, each server will be limited to obtain resources in the local area network, so that through Docker configuration, the Docker service on each node is responsible for the IP address allocation of the node container.

And this can easily cause containers on different nodes to obtain the same internal and external IP addresses

And enable these containers to find each other through the same internal and external IP addresses, thus increasing the risk of the system

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