System and its method for central remote automatic upgrading software

Abstract

A system for integrating remote automatic upgrade software includes: a node to be upgraded is set with the software to be upgraded and an upgraded agent module, a server connected with the node network to be upgraded, a client end connected with the server network, a method for integrating long-distance automatic upgraded software includes: in step 1, the client end sends an upgrade order submitted by a user, an upgrade packet and information of the being upgraded node selected by the user to the server, then in step 2, the server transmits the order and the packet to an agent module to be upgrated, in step 3, the agent module operates the being upgrated software based on the idenfication and operation information.

Description

technical field [0001] The present invention relates to a system and method for centralized remote automatic software upgrade, in particular to a system capable of flexibly selecting the upgrade object and upgrade time, realizing centralized remote automatic upgrade, shortening the overall upgrade time of multiple nodes, monitoring the upgrade process, and simplifying the upgrade operation The invention relates to a system and method for centralized remote automatic software upgrading and reducing costs. Background technique [0002] With the large number of applications of computer software and the increasing complexity of software, the need for software upgrades is becoming increasingly urgent, and most software must be frequently upgraded during its life cycle. [0003] The methods for upgrading software in the prior art mainly include on-site manual upgrading methods and network automatic upgrading methods. [0004] The on-site manual upgrade method mainly includes the ...

AI Technical Summary

Problems solved by technology

[0006] 1. Since the upgrade operation is mainly completed by users or maintenance personnel, the requirements for upgrade operators are relatively high, and they need to be familiar with some system knowledge and commands;

[0007] 2. The operation is complicated and error-prone;

[0008] 3. The upgrade cycle is long, especially when the software of multiple target systems needs to be upgraded, the time required for the entire upgrade process is the sum of the upgrade time required for each individual device;

[0009] 4. Upgrade operators must operate at the upgrade site. If multiple target systems to be upgraded are far apart, it will increase manpower and transportation costs

[0012] 1. Each node to be upgraded independently completes its own upgrade process. The upgrade process lacks personnel monitoring. Once a failure occurs, maintenance personnel cannot intervene in time;

[0013] 2. The time and order of each node to be upgraded cannot be controlled, which cannot meet the needs of gradual upgrade of multiple nodes;

[0014] 3. The software to be upgraded needs to have functions such as communicating with the server, downloading the upgrade package and data, and automatically executing the upgrade program. Providing these functions will greatly increase the software development cost

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