Data synchronization implementation method

Abstract

The invention provides a data synchronization implementation method and system. The method comprises the following steps: a first terminal module determines a target mobile operation client from mobile operation clients in USB (Universal Serial Bus) connection with a PC (Personal Computer) terminal and acquires the equipment serial number of the target mobile operation client through the USB connection corresponding to the target mobile operation client; when the starting of a second terminal module is determined according to the equipment serial number, a port forwarding link is established; the long connection between the first terminal module and the second terminal module is established on the basis of the port forwarding link; a synchronization request is forwarded from the target mobile operation client to a service terminal connected with the PC terminal, and synchronous data is forwarded from the service terminal to the target mobile operation client through the long connection. The method and the system can ensure the safety in the data synchronization process.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a method and system for realizing data synchronization. Background technique [0002] The existing mobile operation client software generally adopts GPRS (General Packet Radio Service, general packet radio service technology) communication or WiFi (wireless technology) communication technology when performing data synchronization, and the mobile operation client sends a synchronization request to the server, and receives The synchronization data returned by the server, although the mobile operation client using these communication technologies can normally perform data synchronization in most security environments, it cannot meet the requirements for synchronous communication in industries with strict network communication security requirements, such as the power industry. In terms of data transmission security issues, WiFi communication technology is generally not allowed...

AI Technical Summary

Problems solved by technology

[0002] The existing mobile operation client software generally adopts GPRS (General Packet Radio Service, general packet radio service technology) communication or WiFi (wireless technology) communication technology when performing data synchronization, and the mobile operation client sends a synchronization request to the server, and receives The synchronization data returned by the server, although the mobile operation client using these communication technologies can normally perform data synchronization in most security environments, it cannot meet the requirements for synchronous communication in industries with strict network communication security requirements, such as the power industry. In terms of data transmission security issues, WiFi communication technology is generally not allowed. Moreover, considering the complexity of the network environment in which mobile operation clients operate, even some mobile operation clients cannot use GSM (Global System of Mobile) in their operating environments. communication, Global System for Mobile Communications) or the third-generation mobile communication technology network (that is, GPRS communication is not allowed), at this time, the synchronization data of the mobile operation client can only be carried out through the USB (Universal Serial BUS, Universal Serial Bus) data line , but when the mobile job client does not have root authority (the highest administrator authority in the Linux operating system) or the PC (personal computer, personal computer) does not have the network sharing authority, the data synchronization of the mobile job client cannot be realized

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