Asynchronous processing framework based on task scheduling and implementation method thereof

Abstract

The invention discloses an asynchronous processing framework based on task scheduling and an implementation method thereof. The asynchronous processing framework comprises a task scheduling system, ahigh-concurrency execution thread and an anti-repetition code module. A service provider system generates a unique service serial number after accepting the service, a task creation interface providedby a task scheduling system is called, and the task scheduling system creates a task of the service according to the transmitted task type and the service serial number and triggers to execute the task; the task scheduling system calls an interface of a specified machine with a service system interface address, the high-concurrency execution thread operates a service execution interface method onthe specified machine to processes the service logic and returns an execution result of the task of the task scheduling system after processing, the task scheduling system decides whether to continueschedule or not according to the execution result, and the anti-repetition code module is used for preventing the task from being repeatedly executed. According to the invention, the scheduling of the plurality of types of tasks can be managed in a unified manner, the high-concurrency execution of the plurality of tasks is realized, and the tasks are ensured not to be executed repeatedly.

Description

technical field [0001] The invention belongs to the field of Java multi-thread and multi-task execution, and in particular relates to an asynchronous processing framework based on task scheduling and an implementation method thereof. Background technique [0002] At present, the business process of the Internet industry is becoming more and more complex, which makes the interface functions provided by the system more and more complex. When the interface needs to process too many processes (the interface may also need to interact with other systems, and the situation is even worse if it is an external system), the response time of the interface will be particularly long. At this time, it is often necessary to decompose the interface tasks and synchronize some tasks After completing the return, most of the remaining time to be done will be completed in the system through task scheduling, which avoids the long waiting of the caller, shields the responsible business process in a...

AI Technical Summary

Problems solved by technology

[0002] At present, the business process of the Internet industry is becoming more and more complicated, which makes the interface functions provided by the system more and more complicated.

Images