Task allocation method based on thread pool

Abstract

The present invention provides a task allocation method based on a thread pool. The method comprises: S1, creating a thread pool and a task pool; S2, predetermining a numerical value n, initializing n threads and sequentially storing the threads into a queue of the thread pool; S3, after tasks are received, traversing the thread pool, and if idle threads exist in the thread pool, sequentially calling the idle threads from the thread pool and executing the tasks; and if no idle threads exist in the thread pool, sequentially storing the tasks into a queue of the task pool. The present invention provides a multi-thread task allocation method which can sufficiently utilize existing hardware resources, implements software multi-task parallel execution and can be repeatedly used for each task executor, solves the problems of operation performance, usability and the like of software, and avoids the problem of resource waste caused by creation calling and switching of threads.

Description

technical field [0001] The invention belongs to the field of multithreading and queues, in particular to a task allocation method based on a thread pool. Background technique [0002] With the continuous development of information technology and software industry, the hardware resources carried by it are also developing rapidly at the same time, but people are constantly putting forward higher requirements for the use of software or applications, such as: performance, ease of use, etc. , Only by meeting people's needs can products be more competitive in the market and enterprises can go further. [0003] At present, for the allocation of thread tasks, the method of creating threads randomly or without restriction is generally adopted. But, because the central processing unit (CPU) core chip of each computer or terminal is fixed, the thread data of processing task is also fixed, and too much or too little all can not bring into play its maximum performance, and this mode wil...

AI Technical Summary

Problems solved by technology

But, because the central processing unit (CPU) core chip of each computer or terminal is fixed, the thread data of processing task is also fixed, and too much or too little all can not bring into play its maximum performance, and this mode will inevitably cause computer or The terminal task is not saturated or the load is too heavy to affect the operating efficiency of the software

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