Web network management system second level cache pushing method based on HTML5

Abstract

The invention discloses a Web network management system second level cache pushing method based on HTML5, and relates to the technical field of communication and software structures. The Web network management system second level cache pushing method based on the HTML5 comprises a first step that a Web server side receives alarm reporting messages pushed by a network management server and stores the alarm reporting messages in a cache of the Web server side, a second step that the Web server side reads the alarm reporting messages from the cache and pushes the alarm reporting messages to a client side through a WebSocket channel, a third step that the Web client side stores the received alarm reporting messages in a cache of the Web client side and a fourth step that the Web client side reads the alarm reporting messages from the cache in a batch mode and displays the alarm reporting messages on an interface. The Web network management system second level cache pushing method based on the HTML5 effectively improves the ability of Web network management to handle alarm storms, and ensures completeness, a time sequence and accuracy of data.

Description

technical field [0001] The invention relates to the technical field of communication and software architecture, in particular to an HTML5-based secondary cache push method for a Web network management system. Background technique [0002] The alarm management function is one of the core functions of the telecom network management system. When an alarm storm occurs, a large amount of alarm data is continuously pushed from the network management server to the client, which puts enormous pressure on the entire system. In the telecommunications network management system based on C / S architecture, we can make full use of the cache to deal with the alarm storm. However, in the traditional Web technology-based B / S architecture telecommunications network management system (hereinafter referred to as Web , the performance of the web network management system is difficult to meet the requirements for handling alarm storms. [0003] First of all, in the web network management system,...

AI Technical Summary

Problems solved by technology

The maintenance and cooperation of these two connections will consume a lot of resources and also increase the complexity of the system

[0005] Therefore, the implementation of traditional web applications is inefficient, consumes a lot of resources, and cannot guarantee reliability

It can still work normally when the alarm report data is small. Once an alarm storm occurs, it will not only consume a lot of system resources, but also slow down the system response speed. At the same time, the integrity, timing, and accuracy of the alarm data cannot be guaranteed.

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