Reliable message pushing method based on XMPP

Abstract

The present invention discloses a reliable message pushing method based on an XMPP. The reliable message pushing method of message queue buffer is employed to ensure that all messages are finally reliably pushed to a target terminal in the condition that a client terminal networking condition is not stable. According to the method, the XMPP is used to package the message from a sender, a Chinese Openfire server is used as a middleware server to cache the message, and after the stable networking of a receiver is monitored, the middleware server pushes the cached message to the receiver. In the process that the sender and the middleware server send the message, through verifying the identity of a valid connection, pushing messages, receiving a receipt package and other handshake processes, the condition that the message is safely pushed to the middleware server is ensured, and in the communication process of the middleware server and the receiver, through verifying whether the receiver is in the line and adding a message to be sent into the message queue, pushing the message, obtaining the receipt package and other handshake processes, the condition that the message is reliably received by the receiver.

Description

technical field [0001] The invention relates to the technical field of computer network data transmission, in particular to an XMPP-based reliable message push method. Background technique [0002] In the current environment, smartphones are often not connected to the Internet, real-time push information is often lost during the push process, and the reliability of end-to-end information push is difficult to guarantee. Therefore, a reliable information push mechanism is needed to ensure that all information can be delivered Finally, it is pushed to the destination terminal, even if some terminals were not connected to the Internet during the transmission process. The method is a reliable information push method based on the XMPP protocol and Openfile middleware server message queuing cache, which can solve the problem of lost message push of intelligent terminals in an unstable network environment. [0003] The predecessor of XMPP is Jabber, a network instant messaging prot...

AI Technical Summary

Problems solved by technology

This file transfer mechanism of Openfire, in terms of efficiency, the emergence of high concurrent access is likely to greatly reduce the service efficiency of the Openfire server; in terms of security, if the Openfire server crashes, not only file information, but even files easy to lose

In addition, for the transmission of offline files, the transmission reliability of the Openfire server is not very good. If the receiving client terminal is permanently lost, the offline file needs to be stored in the server forever, which not only wastes server space, but also wastes Openfire's need Sustained monitoring resources

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