System and method for fault alarm of website

Abstract

The invention discloses a system used for alarm of website faults and a method thereof. The method of the invention includes the following steps: (1) the detection of faults at a monitoring point in a website is carried out and a warning message is generated; (2) the warning message is converted into short message format; and (3) a modem is utilized to send the warning message converted into the short message format to a mobile terminal by a wireless communication network. By adopting the warning system and method of the invention, multiplex intermediate nodes in the transmission process of the warning message are greatly reduced, thus remarkably reducing the risk of warning message missing or transmission failure due to the self fault or instability of the intermediate nodes, and guaranteeing the real-time, highly effective and reliable monitoring of the website.

Description

technical field [0001] The invention relates to network communication technology, in particular to real-time processing technology of network monitoring. Background technique [0002] In the prior art, there are three main ways to process the alarm messages of related equipment, applications and services of the website in real time: transmit the alarm messages by e-mail, and rely on external third-party service providers (i.e., mobile Internet service content application services) The direct provider, which can develop and provide services suitable for mobile phone users according to user requirements) provides short message service gateways to deliver alarm messages, and instant message software to deliver alarm messages. [0003] When emails are used to transmit alarm messages, the relevant alarm messages in the emails are sent from the monitoring device to the mobile terminal, and there will be multiple nodes in the middle. If an intermediate node fails, the email will no...

AI Technical Summary

Problems solved by technology

[0003] When emails are used to transmit alarm messages, the relevant alarm messages in the emails are sent from the monitoring device to the mobile terminal, and there will be multiple nodes in the middle. If an intermediate node fails, the email will not be delivered smoothly.

In addition, there is a time delay for mobile terminals to receive e-mails, and it is impossible to receive and process e-mails uninterrupted all day long, resulting in serious problems affecting normal website access that cannot be dealt with immediately, causing adverse effects

[0004] When the short message service gateway provided by the external third-party service provider is used to transmit the alarm message, the alarm message is sent from the monitoring device to the third-party short message gateway via the public network, and the intermediate nodes are more than the e-mail method. bring more uncertainty

Moreover, the failure of the intermediate node itself, various complex problems on the public network and the failure of the short message gateway of the third-party service provider will cause the alarm message to be often unable to be reliably transmitted, and the mobile terminal cannot be informed and dealt with in a timely and effective manner.

[0005] When instant messaging software is used to transmit alarm messages, although the immediacy of this method is higher than that of e-mail, and the reliability is higher than that of the short message gateway method of an external third-party service provider, it cannot solve the problem of the monitoring of the intermediate nodes themselves. Alarm messages caused by faults cannot be delivered

In addition, this method cannot be unattended, so the alarm message cannot be transmitted to the mobile terminal in real time and effectively.

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