System and method for managing business thread pool

Abstract

Disclosed are a system and a method for managing business thread pool. The system comprises a business-thread pool configuration module, a thread pool initialization module and a business execution module. The business-thread pool configuration module is used for configuring a set quantity of preset-mode threads for business according to significance of the business; the thread pool initialization module is used for initializing the whole thread pool according to arrangement of the business-thread pool configuration module; the business execution module is used for executing the business according to types thereof.

Description

technical field [0001] The invention relates to a system and method for managing a service thread pool. Background technique [0002] Currently, thread pools are widely used in Internet technologies. By introducing thread pools, threads can be effectively managed, the upper limit of threads can be controlled, and the overhead of creating and destroying threads can be reduced. However, in practical applications, as the business gradually grows, one system calls more and more other systems, and the thread pool technology is facing new challenges: if a unified thread pool instance is used in the system, although it can be unified Effectively manage threads and reduce the overhead of creating and destroying threads, but calls to different business systems will affect each other; if each associated business in the system uses its own thread pool instance, although business isolation can be achieved, it cannot be unified management and monitoring threads, thereby increasing syste...

AI Technical Summary

Problems solved by technology

However, in practical applications, as the business gradually grows, one system calls more and more other systems, and the thread pool technology is facing new challenges: if a unified thread pool instance is used in the system, although it can be unified Effectively manage threads and reduce the overhead of creating and destroying threads, but calls to different business systems will affect each other; if each associated business in the system uses its own thread pool instance, although business isolation can be achieved, it cannot be unified management and monitoring threads, thereby increasing system overhead

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