Message delivery method for reducing network load of message midware

Abstract

The invention discloses a message delivery method for reducing network load of a message midware. The method comprises the steps of: carrying out primary classification according to a structural similarity of all original messages received by a current node so as to obtain a similar original message set, then carrying out secondary classification according to the address of a next-hop node of theoriginal messages in the similar original message set to obtain a similar original message subset, respectively extracting contents of same and different parts of all the original messages in the subset, carrying out differential encoding, packaging into encoded messages, sending to the next-hop node, unpacking and analyzing by the next-hop node, sending the original messages to message consumerswhen the address of the target node of analyzed original message is the node; and repeating the processes of classification and packaging to all unprocessed original messages by the node until the original messages are sent to the message consumers. The invention has the advantages of effectively reducing the network load of the message midware by reasonably using the structural similarity of themessages of a XML (Extensive Makeup Language) text data format and skillfully using the differential encoding.

Description

technical field [0001] The invention relates to a message delivery method for optimizing network performance, in particular to a message delivery method based on XML (Extensible Markup Language, Extensible Markup Language) similarity principle, which can reduce the network load of message middleware. Background technique [0002] Message Oriented Middleware (MOM, Message Oriented Middleware) is a mechanism that provides a loosely coupled and flexible way to integrate applications. It is based on the store-and-forward mechanism of message queues, and provides a unique asynchronous transmission mechanism, which can realize application integration and data exchange based on message transmission and asynchronous transaction processing. [0003] Message middleware has two messaging modes: point-to-point mode and publish / subscribe mode. The point-to-point mode is used for point-to-point communication between the message producer and the message consumer, and the message producer ...

AI Technical Summary

Problems solved by technology

[0007] The above two network performance optimization methods effectively reduce the network traffic in the message transmission process of the message middleware, but there are still some shortcomings, as follows: The above (1) method uses techniques such as compression to reduce the network traffic used for transmission. The data size of the message, but this method does not change the data size of the original message (before compression). When the network contains a large number of similar messages, the effect of this method is very limited; the above method (2) mainly emphasizes optimizing a single The point-to-point transmission between message producers and message consumers only considers the similarity between a message of the same message consumer and the previous message, and does not consider the similarity of messages sent by the same message producer to multiple message consumers. sex

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