File synchronization method, receiver equipment and system

Abstract

The invention relates to the field of file synchronization, and discloses a file synchronization method, receiver equipment and system. The method comprises the steps that a file synchronization request from sender equipment is received; a response message is transmitted based on the request, wherein the response message includes multiple storage area addresses of the receiver equipment; multiple file blocks transmitted by the sender equipment based on the response message are received, the multiple file blocks are obtained through blocking of files to be transmitted, and each of the multiple file blocks includes a unique identifier and the storage area address of the receiver equipment corresponding to the unique identifier; and each file block is allocated to the corresponding storage area according to the unique identifier of each file block and the storage area address of the receiver equipment corresponding to the unique identifier, and the multiple file blocks stored in all the storage areas are assembled in real time so that the files to be transmitted are obtained. Therefore, stable transmission of the files can be ensured even the files to be transmitted are large, and thus the success rate of synchronization can be enhanced.

Description

technical field [0001] The present invention relates to the field of file synchronization, in particular to a file synchronization method, receiver equipment and system. Background technique [0002] In today's information age, the transmission of files is already inseparable. In the existing file transmission process, the entire file to be transmitted is usually transferred from the sending end to the destination receiving end as an independent transmission part. However, when the file to be transferred is relatively large, the existing file transfer method not only has poor transfer efficiency, but may also cause file transfer failure due to unstable file transfer. Moreover, as the size of the file continues to increase, the time for file transfer will increase accordingly, and the probability of successful transfer will also be affected, so that the efficient and stable transfer of larger files cannot be guaranteed. Contents of the invention [0003] The purpose of th...

AI Technical Summary

Problems solved by technology

However, when the file to be transferred is large, the existing file transfer method will not only have poor transfer efficiency, but also may cause file transfer failure due to unstable file transfer

Moreover, as the size of the file continues to increase, the time for file transfer will increase accordingly, and the probability of successful transfer will also be affected, so that the efficient and stable transfer of larger files cannot be guaranteed

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