Message exchange method and system

Abstract

The invention discloses a message exchange method and a message exchange system. The message exchange method comprises the steps that: (1) a message client sends a TCP protocol handshake request to a message server; (2) the message server returns a handshake response to the message client to establish a long-term effective link; (3) the message client sends a user login request to the message server, wherein the login request message contains a token; (4) the message server receives the login request message and verifies the user; (5) and the message server saves connection state of the user when judging that the user is a legitimate user, and returns a user identifier ID of the user to the message client, so as to allow communication between the message client and the message server. The message exchange method and the message exchange system can ensure that the physical link is open for a long time when uses exchange messages, can guarantee that the users can perform real-time exchange, and provide a compensation mechanism when the physical link is unstable, so as to ensure that the transmitted messages are reliable and complete.

Description

technical field [0001] The present invention relates to the technical field of communication, in particular to a message interaction method and system thereof. Background technique [0002] With the rapid development of Internet technology, people use the Internet in many occasions (such as companies, schools, families, outdoors, etc.) for file transfer, message broadcast, remote control, and message interaction. Especially in some large enterprises, the message interaction between internal personnel and external customers is very frequent, and the existing technology completes the data synchronization between client and server through timing job or request polling, so there is a lack of There is no real-time communication mechanism between client-server or server-server, and there is no guarantee that the data during message interaction can reach the destination safely and reliably. Furthermore, as the number of users continues to grow, the interaction between users poses ...

AI Technical Summary

Problems solved by technology

Especially in some large enterprises, the message interaction between internal personnel and external customers is very frequent, and the existing technology completes the data synchronization between client and server through timing job or request polling, so there is a lack of There is no real-time communication mechanism between client-server or server-server, and there is no guarantee that the data during message interaction can reach the destination safely and reliably.

Furthermore, as the number of users continues to grow, the interaction between users poses a greater challenge to the real-time and reliability of messages.

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