Multi-application container management method and system supporting user-defined resource sharing

Abstract

The invention relates to a multi-application container management method and system supporting user-defined resource sharing, and provides a registration mechanism for applications needing resource sharing by setting internal strategies of containers and adding a resource synchronization mechanism and a scheduling mechanism on the basis of basic containers, so as to meet controllable sharing of resources between the applications and improve the resource sharing efficiency. And a unified external interface and a scheduling strategy are provided for all applications belonging to the system, so that various system resources are better utilized, global asynchronous tasks are matched, asynchronous tasks with high resource consumption and tasks executed regularly are processed in a more flexible and efficient manner, and the control requirements of relative independence and partial synchronization between the applications are met.

Description

technical field [0001] The present invention relates to the technical field of computer application information processing, in particular to a multi-application container management method and system supporting custom resource sharing. Background technique [0002] Containers provide an isolated running space for applications: each container contains an exclusive complete user environment space, and changes in one container will not affect the running environment of other containers. The use of containerization technology can optimize the use of resources, meet the consistency of the environment, and effectively improve the overall operation and maintenance efficiency. [0003] However, the existing container management technology is mainly aimed at the scheduling and resource allocation of the same application (the same type of application) on multiple containers. The homogeneity requirements between containers are high, which is difficult to apply to complex situations; C...

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Problems solved by technology

[0003] However, the existing container management technology is mainly aimed at the scheduling and resource allocation of the same application (the same type of application) on multiple containers. The homogeneity requirements between containers are high, which is difficult to apply to complex situations; Corresponding to a specific application, the container cannot be further divided into systems, and cannot meet the needs of sharing some application resources among multiple applications

[0004] In practical applications, since each application in the system needs to run independently of each other, and at the same time, each application will call some common cache data and configuration files, it is inevitable to perform independent configuration for each container under the existing container management method , unable to share public data, wasting resources

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