Software automatic update management method and device, equipment and medium

Abstract

The invention provides an automatic software updating management method. The method comprises the steps that a management node issues a software updating task to each deployment node; after each deployment node obtains a software updating task, storing a software package contained in the software updating task according to a rule and injecting the software package into a local version library for backup; predicting a software updating opportunity and a software updating mode based on software and hardware integrated configuration, task resource allocation conditions and historical installation records of each deployment node; when the predicted software updating opportunity is reached, enabling each deployment node to execute software updating according to the software updating task; wherein when the management node cannot publish the software updating task to each deployment node, one of the deployment nodes is selected as an agent management node to publish the software updating task. The invention further provides a software automatic updating management device, equipment and a medium. According to the method, software automatic updating management can be realized between remote systems, multiple nodes are mutually active and standby, and high availability of a version library is realized.

Description

technical field [0001] The present disclosure relates to the field of information technology, and in particular, to a software automatic update management method, apparatus, electronic device, and computer-readable storage medium. Background technique [0002] For business systems running online, software update is a very common and problem-prone operation, and many business systems are unattended, so the management of automatic software updates is a very important part of system operation and maintenance. [0003] Existing software update technologies often fail to achieve centralized multi-server and multi-level version management and full automation of software updates. The main problems are as follows: The existing software update system does not have multi-level version management, and usually only has one software version. If the software version library fails, all versions will be lost; the free conversion between the management node and the deployment node cannot be ...

AI Technical Summary

Problems solved by technology

[0003] Existing software update technologies are often unable to realize centralized multi-server, multi-level version management and full automation of software updates. The main problems are as follows: the existing software update systems do not have multi-level version management, and usually only have one software version library, if the software version library fails, all versions will be lost; free conversion between management nodes and deployment nodes cannot be realized; the timing of software updates cannot be predicted, causing conflicts between software updates and online running tasks, resulting in task failure; existing Technology usually does not have a self-inspection strategy that can be flexibly expanded, and cannot follow business changes to adapt to self-inspection content that will be continuously adjusted in the future

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