Method, apparatus and platform for setting valid duration of file write-back process token

Abstract

The invention discloses a method, a device and a platform for setting an effective duration of a file write-back process token. The method comprises the following steps: when a new session request sent by a file write-back process is received, obtaining a current write-back parameter of the file write-back process, wherein the new session request is sent after the file write-back process is interrupted; when the current write-back parameter is obtained, obtaining the effective duration of the token according to the current write-back parameter; creating a new session with the effective duration of the token according to the obtained effective duration of the token; allocating the new session to the file write-back process, so that the file write-back process continues to upload a file to a cloud storage space according to the new session. According to the method disclosed by the invention, different interrupted file write-back processes are set with reasonable different token durations to reduce the response times of a cloud storage platform to a token application request of the file write-back processes, reduce the interruption times of the file write-back processes and improve the concurrency of the cloud storage platform for processing the file write-back processes.

Description

technical field [0001] The present invention relates to the field of cloud storage, in particular to a method, device and platform for setting the valid duration of a file write-back process token. Background technique [0002] When the file write-back process writes back files to the cloud storage platform, sometimes the file is relatively large, and the write-back process takes a long time, which may easily cause the session session of the file write-back process to fail, causing the file write-back process to be interrupted. [0003] In the prior art, the cloud storage platform adopts a mechanism for uniformly allocating the token duration of the file write-back process, and does not perform differentiated token duration allocation for each interrupted file write-back process, thereby increasing the file write-back process The number of interruptions increases the number of times the cloud storage platform allocates tokens and increases the response processing burden of t...

AI Technical Summary

Problems solved by technology

[0002] When the file write-back process writes back files to the cloud storage platform, sometimes the file is relatively large, and the write-back process takes a long time, which may easily cause the session session of the file write-back process to fail, causing the file write-back process to be interrupted

[0003] In the prior art, the cloud storage platform adopts a mechanism for uniformly allocating the token duration of the file write-back process, and does not perform differentiated token duration allocation for each interrupted file write-back process, thereby increasing the file write-back process The number of interruptions increases the number of times the cloud storage platform allocates tokens, which increases the response processing burden of the cloud storage platform

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