Communication forwarding system based on anonymous inference

Abstract

A communication forwarding system based on anonymous inference comprises a communication forwarding client and a server side; the client monitors changes of structural body definitions in all source files under a directory designated by a user in real time, automatically captures structural body definition information in the source files and sends the structural body definition information to theserver side; the server side integrates the structure body definition information sent by each client side to form a list recording client IP addresses defined and used by various structural bodies, analyzes structural body information contained in the protocol data message when the protocol data message sent by the client is received later, infers a receiver IP by inquiring the list, and then forwards data to a receiver. Through real-time monitoring and data capture of structural body definition information change in a source file, it is ensured that a communication server can automatically obtain structural body definitions of all nodes, a receiver of a data transmission message is deduced, and anonymous communication is achieved.

Description

technical field [0001] The present disclosure relates to the field of computer communication, in particular to a communication forwarding system based on anonymous inference. Background technique [0002] Currently used communication forwarding systems or components, first of all, users often need to perform complex and cumbersome configuration processes, including manually specifying the sender and receiver through interface visualization tools, or specifying the sender and receiver by modifying configuration files, modifying source code, etc. port to notify the receiver of the communication forwarding system or component message data, and in the development process, after the communication protocol or message is updated, it needs to be reconfigured according to the above method before continuing to use, otherwise the communication forwarding system or component cannot be parsed Outgoing message data receiver. In the process of project development by users, it is inevitabl...

AI Technical Summary

Problems solved by technology

[0002] Currently used communication forwarding systems or components, first of all, users often need to perform complex and cumbersome configuration processes, including manually specifying the sender and receiver through interface visualization tools, or specifying the sender and receiver by modifying configuration files, modifying source code, etc. port to notify the receiver of the communication forwarding system or component message data, and in the development process, after the communication protocol or message is updated, it needs to be reconfigured according to the above method before continuing to use, otherwise the communication forwarding system or component cannot be parsed Receiver of outgoing message data

In the process of project development by users, it is inevitable to change the communication protocol or the IP address of the sending and receiving parties. This cumbersome configuration process reduces the usability of the communication forwarding system

[0003] Secondly, in the process of using UDP to complete user data forwarding, data packets will be lost. Traditional communication forwarding components have the problem of not doing anything after losing communication data packets, resulting in the reliability of data transmission not being guaranteed.

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