Control method and device of distributed-type lock

Abstract

The invention discloses a control method and device of a distributed-type lock. The method includes the specific implementation steps of receiving a locking request sent by a client side for the distributed-type lock, wherein the locking request includes an identification of the distributed-type lock; executing judgment procedures. The judgment procedures include the following content of determining whether or not the distributed-type lock indicated by the locking request is occupied; determining whether or not expiration time is set for the distributed-type lock in response to the situation that the distributed-type lock is occupied; if yes, obtaining the remaining valid time length of the distributed-type lock, wherein the remaining valid time length is the difference value between the expiration time and the current time; unlocking the distributed-type lock and executing the judgement procedures again in response to the situation that the expiration time is not set for the distributed-type lock or the remaining valid time length is equal to zero. The control method and device of the distributed-type lock achieve efficient and accurate control over the distributed-type lock.

Description

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AI Technical Summary

Benefits of technology

This technology allows for better management of locked systems based on their usage patterns over time. It uses sensors that detect if there are any new requests made after each use period (expired) without actually occupying space within them. If no more requests were detected before this interval, it will release all available locks again until they get used up completely. By doing these actions efficiently and accurately, system administrators have improved efficiency and accuracy in managing large groups of loves.

Problems solved by technology

This patented technical problem addressed by this patents relates to controlling distributed locker functions effectively with current methods involving zlokers (a type of computer program). These techniques are complicated but may work well even at larger scales where multiple servers have access shared resource(s) like CPU memory), making them difficult to manage properly.

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